Geometry namespace. More...

Namespaces
namespace	Atlas
	Atlas namespace.

Classes
struct	AdaptionStats
	Statistics about entities added, removed, and kept during a mesh adaption. More...

class	AdaptiveChildMapping
	Adjactor for iterating over children of adaptive mesh elements. More...

class	AdaptiveExportVTU

class	AdaptiveExportVTU< Geometry::AdaptiveMesh< TemplateSet_, Shape_ > >

class	AdaptiveIndexSet
	IndexSet interface for adaptive meshes. More...

class	AdaptiveIndexSetHolder
	IndexSetHolder interface for adaptive meshes. More...

class	AdaptiveIndexSetHolder< AdaptiveMeshType_, Shape::Vertex >

class	AdaptiveIndexSetWrapper

class	AdaptiveIndexSetWrapper< AdaptiveMeshType_, Shape_, 0 >

class	AdaptiveIndexTuple
	IndexTuple interface for adaptive meshes. More...

class	AdaptiveMesh
	Dynamic mesh data structure. More...

class	AdaptiveMeshLayer
	ConformalMesh interface for adaptive meshes. More...

class	AdaptiveNeighbors
	Gives access to neighbor information on a mesh layer. More...

class	AdaptiveVertexSet
	VertexSet interface for adaptive meshes. More...

class	AttributeSet
	Container for saving data related to mesh entities. More...

class	BoundaryFactory
	BoundaryFactory implementation. More...

class	CGALWrapper
	Wrapper for the CGAL Library. More...

class	ChartHitTestFactory
	Chart-based Hit-Test Factory class template. More...

class	ConformalMesh
	Conformal mesh class template. More...

struct	DimensionalChartHelper
	World dimension dependent helper class for parsing charts. More...

class	DistributedMeshDistortion
	Distributed mesh distortion class template. More...

class	DistributedUmbrellaSmoother
	Umbrella smoother class template. More...

struct	EntityReference
	Reference to another local mesh entity. More...

struct	EntitySearchEntry
	Tuple of raw entity and corresponding reference. More...

class	ExportEPS
	EPS exporter class. More...

class	ExportSVG
	SVG exporter class. More...

class	ExportVTK
	VTK exporter class template. More...

class	FacetFlipper
	Helper class for reorienting boundary facets to be positive. More...

class	Factory
	Mesh Factory class template. More...

class	Factory< ConformalMesh< Shape_, num_coords_, CoordType_ > >
	Factory specialization for ConformalMesh class template. More...

class	Factory< MeshPart< MeshType_ > >
	Factory specialization for MeshPart class template. More...

class	Factory< StructuredMesh< shape_dim_, num_coords_, Coord_ > >
	Factory specialization for StructuredMesh class template. More...

class	GlobalMaskedBoundaryFactory
	GlobalMaskedBoundaryFactory implementation. More...

class	HitTestFactory
	Hit-Test Factory class template. More...

class	IndexCalculator
	Calculates the missing index sets if the vertex-at-shape index sets are given. More...

class	IndexSet
	Conformal Index-Set class template. More...

class	IndexTree
	Stores the index representatives of an index set. More...

struct	IndexTuple
	Index Tuple class template. More...

class	IsolatedPointRefinementType

class	IsolatedPointTemplateSet
	Schneiders template set for adaptive mesh refinement. More...

struct	IsolatedPointVertexMarking

class	LambdaHitTestFactory
	Lambda Hit-Test Factory class template. More...

class	MacroFactory

class	MaskedBoundaryFactory
	MaskedBoundaryFactory implementation. More...

class	MeshAtlas
	Mesh Atlas class template. More...

class	MeshDistortion
	(Unpartitioned) mesh distortion class template More...

class	MeshExtruder

class	MeshExtruder< ConformalMesh< Shape::Hypercube< 2 >, 2, Coord_ > >
	Quadrilateral-to-Hexahedral mesh extruder. More...

class	MeshExtruderFactory

class	MeshExtruderFactory< ConformalMesh< Shape::Hypercube< 2 >, 2, Coord_ > >
	Mesh Extruder factory. More...

class	MeshFileReader
	Mesh file reader class. More...

class	MeshFileWriter
	Mesh file writer class. More...

class	MeshNode
	Mesh Node base class. More...

class	MeshNodeLinker
	MeshNode liner class template. More...

class	MeshNodeLinkerError
	MeshNodeLinker Error class. More...

class	MeshPart
	Class template for partial meshes. More...

class	MeshPartExtruderFactory

class	MeshPartExtruderFactory< ConformalMesh< Shape::Hypercube< 2 >, 2, Coord_ > >
	MeshPart Extruder factory. More...

class	MeshPartNode
	MeshPart mesh tree node class template. More...

class	MeshPartOperations
	Boolean operations on mesh parts. More...

class	MeshPartSliceExtruderFactory

class	MeshPartSliceExtruderFactory< ConformalMesh< Shape::Hypercube< 2 >, 2, Coord_ > >
	MeshPart Extruder factory. More...

class	MeshPermutation
	Mesh permutation class template. More...

struct	MeshQualityHeuristic
	Helper class for computing heuristic mesh quality. More...

class	OrientationMapping
	Mapping between different orientations of a refinement template. More...

struct	OrientationMappingHolder
	Dimension-recursive container for OrientationMappingWrappers. More...

struct	OrientationMappingHolder< RawData_, Shape::Vertex >
	Dimension-recursive container for OrientationMappingWrappers. More...

struct	OrientationMappingWrapper
	Dimension-recursive container for OrientationMappings. More...

struct	OrientationMappingWrapper< RawData_, Shape_, 0 >
	Dimension-recursive container for OrientationMappings. More...

class	ParsedHitTestFactory
	Parsed-Hit-Test Factory class template. More...

class	Parti2Lvl
	2-Level-Partitioner class template declaration More...

class	Parti2Lvl< ConformalMesh< Shape_, num_coords_, Coord_ > >
	2-Level-Partitioner class template specialization for ConformalMesh More...

class	PartiIterative
	Iterative-Partitioner class template declaration. More...

class	PartiIterative< ConformalMesh< Shape_, num_coords_, Coord_ > >
	Iterative-Partitioner class template specialization for ConformalMesh. More...

class	PartiParMETIS
	ParMETIS mesh/graph partitioner backend. More...

class	Partition
	Partition class. More...

class	PartitionSet
	Partition set class. More...

class	PartiZoltan
	Zoltan hypergraph partitioner backend. More...

class	PatchHaloFactory

class	PatchHaloFactory< Geometry::ConformalMesh< Shape_, num_coords_, Coord_ > >
	Factory for creating halo mesh-parts between neighbor patches on a base-mesh. More...

class	PatchHaloSplitter
	Base-Mesh Patch Halo splitter. More...

class	PatchHaloSplitter< ConformalMesh< Shape_, num_coords_, Coord_ > >
	Base-Mesh Patch Halo splitter implementation for ConformalMesh. More...

class	PatchMeshFactory

class	PatchMeshPartFactory
	Factory for building a PatchBaseMesh from a given partitioning. More...

class	PatchMeshPartSplitter
	Class for creating MeshParts referring to a patch BaseMesh. More...

class	PatchMeshPartSplitter< Geometry::ConformalMesh< Shape_, num_coords_, Coord_ > >
	Class for creating MeshParts referring to a patch BaseMesh, ConformalMesh specialization. More...

class	PatchPartMap
	Mapping class for BaseMesh/PatchBaseMesh and MeshPart index conversions. More...

class	PatchPartMapHolder
	This is a container class for holding PatchPartMaps for all dimensions. More...

class	PolylineFactory
	Constructs a polyline mesh. More...

struct	RawEntity

struct	RawTemplate

class	RedundantIndexSetBuilder
	Builder for redundant index sets. More...

class	ReferenceCellFactory
	Reference Cell Mesh factory. More...

class	RefineFactory
	Refine mesh factory. More...

struct	RefinementTemplate
	Template for refining a mesh entity. More...

struct	RefinementTemplate< Shape_, Shape::Vertex >
	Template for refining a mesh entity. More...

class	RootMeshNode
	Root mesh node class template. More...

class	SchneidersData

class	ShapeConvertFactory
	Shape-Conversion Mesh Factory class template. More...

class	ShapeConvertFactory< ConformalMesh< Shape_, num_coords_, Coord_ > >
	ShapeConvertFactory implementation for ConformalMesh. More...

class	ShapeConvertFactory< MeshPart< ConformalMesh< Shape_, Shape_::dimension, Coord_ > > >
	ShapeConvertFactory implementation for ConformalMesh. More...

class	SphereHitTestFunction
	Sphere hit-test function. More...

class	StandardRefinementType

class	StandardRefinery
	Standard Refinery class template. More...

class	StandardRefinery< ConformalMesh< Shape_, num_coords_, CoordType_ > >
	StandardRefinery implementation for ConformalMesh. More...

class	StandardRefinery< MeshPart< ParentMesh_ > >
	*‍/ More...

class	StandardRefinery< StructuredMesh< shape_dim_, num_coords_, Coord_ > >
	StandardRefinery implementation for StructuredMesh. More...

class	StandardTemplateSet
	Schneiders template set for adaptive mesh refinement. More...

class	StructIndexSet
	Structured Index-Set class template. More...

class	StructUnitCubeFactory
	Structured unit-cube mesh factory. More...

class	StructuredMesh
	Structured mesh class template. More...

class	SubdivisionLevels
	Subdivision level markings for meshes. More...

struct	SubdivisionLevelTuple
	Tuple-type for SubdivisionLevels. More...

class	SunZhaoMaData

class	SunZhaoMaExpansionData

class	TargetSet
	Target set class. More...

class	TemplateBuilder
	Constructs RefinementTemplates from RawTemplates. More...

class	TemplateSearchSpace
	Mapping between RawEntities and EntityReferences. More...

class	TemplateSearchSpace< Shape::Vertex, num_coords_ >
	Mapping between RawEntities and EntityReferences. More...

struct	TopologyTemplate
	Construction rule for a single entities topology. More...

struct	TopologyTemplate< Shape_, 0 >
	Construction rule for a single entities topology. More...

class	TwoRefinementData

class	UmbrellaSmoother
	Umbrella mesh smoother with both uniform and scale-dependent neighbor averaging For more information see More...

class	UnitCubeFactory
	Unit-Cube mesh factory. More...

class	UnitCubePatchGenerator

class	UnitSphereFactory

class	UnitStarCubeFactory
	Unit cube factory with star shaped mesh topology. More...

struct	VertexMarking

struct	VertexSet
	Fixed-Sized Vertex Set class template. More...

class	VoxelCGALMasker
	Voxel masker implementation for CGAL wrapper. More...

class	VoxelChartMasker
	Voxel masker implementation for chart classes. More...

class	VoxelFormulaMasker
	Voxel masker implementation for function parser expression tests. More...

class	VoxelLambdaMasker
	Voxel masker implementation for lambda expression tests. More...

class	VoxelMap
	VoxelMap class. More...

class	VoxelMapFileError
	Error class for VoxelMap related file errors. More...

class	VoxelMapFormulaParseError
	Error class for VoxelMap related formula parsing errors. More...

class	VoxelMasker
	Interface for voxel masker for the VoxelMap class. More...

Typedefs
using	CGALFeature = std::vector< std::uint32_t >
	A feature is an edge-path on a surface mesh, stored as a list of vertex indices. More...

using	CGALFeatureNetwork = std::vector< CGALFeature >
	A FeatureNetwork is a list of features. More...

typedef std::int64_t	i64
	signed 64-bit integer type More...

using	Layer = Intern::Layer
	Re-export of layer type. More...

template<typename MeshType_ >
using	RefinedUnitCubeFactory = RefineFactory< MeshType_, Geometry::UnitCubeFactory >

template<typename MeshType_ >
using	RefinedUnitSphereFactory = RefineFactory< MeshType_, Geometry::UnitSphereFactory >

using	SchneidersTemplates = StandardTemplateSet< SchneidersData >

using	SunZhaoMaExpansionTemplates = IsolatedPointTemplateSet< SunZhaoMaExpansionData >

using	SunZhaoMaTemplates = IsolatedPointTemplateSet< SunZhaoMaData >

using	TwoRefinementTemplates = StandardTemplateSet< TwoRefinementData >

typedef std::uint64_t	u64
	unsigned 64-bit integer type More...

Enumerations
enum class	AdaptMode { none = 0x0 , chart = 0x1 , dual = 0x2 }
	Adapt mode enumeration. More...

enum class	CGALFileMode { fm_off = 0 , fm_obj }

enum class	EntitySource : std::uint8_t { ParentTopology , Sibling , BoundaryEdge , BoundaryFace }
	Enumeration of possible entity sources. More...

enum class	PermutationStrategy { none = 0 , other , random , lexicographic , colored , cuthill_mckee , cuthill_mckee_reversed , geometric_cuthill_mckee , geometric_cuthill_mckee_reversed }
	Mesh permutation strategy enumeration. More...

Functions
template<typename MeshType_ >
static CGALWrapper< typename MeshType_::CoordType >	cgal_wrapper_from_mesh (const MeshType_ &mesh, const MeshPart< MeshType_ > &part)

template<typename TemplateMap , typename RefinementType_ >
int	create_2dtemplate_rotations (TemplateMap &map, const RefinementType_ &base_type)

template<typename TemplateMap , typename RefinementType_ >
int	create_3dtemplate_rotations (TemplateMap &map, const RefinementType_ &base_type)

template<typename Mesh_ >
MeshPart< Mesh_ >	make_boundary_meshpart (const Mesh_ &mesh)
	Creates a new boundary mesh-part for a given mesh. More...

template<typename Mesh_ , typename Chart_ >
MeshPart< Mesh_ >	make_meshpart_by_chart_hit_test (const Mesh_ &mesh, const Chart_ &chart, bool invert=false)
	Creates a new mesh-part from a chart hit-test function. More...

template<typename Mesh_ , typename Chart_ >
MeshPart< Mesh_ >	make_meshpart_by_filtered_chart_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const Chart_ &chart, bool invert=false)
	Creates a new mesh-part from a chart hit-test function. More...

template<typename Mesh_ >
MeshPart< Mesh_ >	make_meshpart_by_filtered_formula_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const String &formula)
	Creates a new mesh-part from a formula hit-test function. More...

template<typename Mesh_ , typename HitFunc_ >
MeshPart< Mesh_ >	make_meshpart_by_filtered_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const HitFunc_ &hit_func)
	Creates a new mesh-part from a hit-test function. More...

template<typename Mesh_ , typename Lambda_ >
MeshPart< Mesh_ >	make_meshpart_by_filtered_lambda_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, Lambda_ &&lambda)
	Creates a new mesh-part from a lambda hit-test function. More...

template<typename Mesh_ >
MeshPart< Mesh_ >	make_meshpart_by_formula_hit_test (const Mesh_ &mesh, const String &formula)
	Creates a new mesh-part from a formula hit-test function. More...

template<typename Mesh_ , typename HitFunc_ >
MeshPart< Mesh_ >	make_meshpart_by_hit_test (const Mesh_ &mesh, const HitFunc_ &hit_func)
	Creates a new mesh-part from a hit-test function. More...

template<typename Mesh_ , typename Lambda_ >
MeshPart< Mesh_ >	make_meshpart_by_lambda_hit_test (const Mesh_ &mesh, Lambda_ &&lambda)
	Creates a new mesh-part from a lambda hit-test function. More...

template<typename Mesh_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_boundary_meshpart (const Mesh_ &mesh)
	Creates a new boundary mesh-part for a given mesh. More...

template<typename Mesh_ , typename Chart_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_chart_hit_test (const Mesh_ &mesh, const Chart_ &chart, bool invert=false)
	Creates a new mesh-part from a chart hit-test function. More...

template<typename Mesh_ , typename Chart_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_filtered_chart_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const Chart_ &chart, bool invert=false)
	Creates a new mesh-part from a chart hit-test function. More...

template<typename Mesh_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_filtered_formula_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const String &formula)
	Creates a new mesh-part from a formula hit-test function. More...

template<typename Mesh_ , typename HitFunc_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_filtered_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, const HitFunc_ &hit_func)
	Creates a new mesh-part from a hit-test function. More...

template<typename Mesh_ , typename Lambda_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_filtered_lambda_hit_test (const Mesh_ &mesh, const MeshPart< Mesh_ > &filter, Lambda_ &&lambda)
	Creates a new mesh-part from a lambda hit-test function. More...

template<typename Mesh_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_formula_hit_test (const Mesh_ &mesh, const String &formula)
	Creates a new mesh-part from a formula hit-test function. More...

template<typename Mesh_ , typename HitFunc_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_hit_test (const Mesh_ &mesh, const HitFunc_ &hit_func)
	Creates a new mesh-part from a hit-test function. More...

template<typename Mesh_ , typename Lambda_ >
std::unique_ptr< MeshPart< Mesh_ > >	make_unique_meshpart_by_lambda_hit_test (const Mesh_ &mesh, Lambda_ &&lambda)
	Creates a new mesh-part from a lambda hit-test function. More...

template void	MeshFileReader::parse< ConformalMesh< Shape::Hypercube< 2 >, 2, Real > > (MeshNodeLinker< ConformalMesh< Shape::Hypercube< 2 >, 2, Real > > &, RootMeshNode< ConformalMesh< Shape::Hypercube< 2 >, 2, Real > > &, MeshAtlas< ConformalMesh< Shape::Hypercube< 2 >, 2, Real > > &, PartitionSet *)

template void	MeshFileReader::parse< ConformalMesh< Shape::Hypercube< 3 >, 3, Real > > (MeshNodeLinker< ConformalMesh< Shape::Hypercube< 3 >, 3, Real > > &, RootMeshNode< ConformalMesh< Shape::Hypercube< 3 >, 3, Real > > &, MeshAtlas< ConformalMesh< Shape::Hypercube< 3 >, 3, Real > > &, PartitionSet *)

template void	MeshFileReader::parse< ConformalMesh< Shape::Simplex< 2 >, 2, Real > > (MeshNodeLinker< ConformalMesh< Shape::Simplex< 2 >, 2, Real > > &, RootMeshNode< ConformalMesh< Shape::Simplex< 2 >, 2, Real > > &, MeshAtlas< ConformalMesh< Shape::Simplex< 2 >, 2, Real > > &, PartitionSet *)

template void	MeshFileReader::parse< ConformalMesh< Shape::Simplex< 3 >, 3, Real > > (MeshNodeLinker< ConformalMesh< Shape::Simplex< 3 >, 3, Real > > &, RootMeshNode< ConformalMesh< Shape::Simplex< 3 >, 3, Real > > &, MeshAtlas< ConformalMesh< Shape::Simplex< 3 >, 3, Real > > &, PartitionSet *)

template<typename Shape_ >
bool	operator!= (const IsolatedPointRefinementType< Shape_ > &lhs, const IsolatedPointRefinementType< Shape_ > &rhs)

bool	operator!= (const IsolatedPointVertexMarking &a, const IsolatedPointVertexMarking &b)

template<typename Shape_ >
bool	operator!= (const StandardRefinementType< Shape_ > &lhs, const StandardRefinementType< Shape_ > &rhs)

template<typename Shape_ >
bool	operator!= (const VertexMarking< Shape_ > &lhs, const VertexMarking< Shape_ > &rhs)

std::ostream &	operator<< (std::ostream &os, const SubdivisionLevels &sdls)
	Debug output operator for SubdivisionLevels. More...

std::ostream &	operator<< (std::ostream &stream, const EntityReference &reference)
	Output operator for EntityReferences. More...

template<typename Shape_ , int num_coords_>
std::ostream &	operator<< (std::ostream &stream, const EntitySearchEntry< Shape_, num_coords_ > &entry)
	Output-operator for EntitySearchEntry. More...

template<typename Shape_ >
std::ostream &	operator<< (std::ostream &stream, const IsolatedPointRefinementType< Shape_ > &type)

std::ostream &	operator<< (std::ostream &stream, const IsolatedPointVertexMarking &marking)

template<typename Shape_ , int num_coords_>
std::ostream &	operator<< (std::ostream &stream, const RawEntity< Shape_, num_coords_ > &entity)

template<typename Shape_ >
std::ostream &	operator<< (std::ostream &stream, const StandardRefinementType< Shape_ > &type)

template<typename Shape_ >
std::ostream &	operator<< (std::ostream &stream, const VertexMarking< Shape_ > &type)

std::ostream &	operator<< (std::ostream &stream, EntitySource source)
	Output operator for EntitySource. More...

template<typename Shape_ >
bool	operator== (const IsolatedPointRefinementType< Shape_ > &lhs, const IsolatedPointRefinementType< Shape_ > &rhs)

bool	operator== (const IsolatedPointVertexMarking &a, const IsolatedPointVertexMarking &b)

template<typename Shape_ >
bool	operator== (const StandardRefinementType< Shape_ > &lhs, const StandardRefinementType< Shape_ > &rhs)

template<typename Shape_ >
bool	operator== (const VertexMarking< Shape_ > &lhs, const VertexMarking< Shape_ > &rhs)

template<typename Shape_ >
static RawTemplate< Shape_ >	rotate_template_2d (RawTemplate< Shape_ > &tmplt)
	Rotates a raw template 90 degrees counterclockwise around (0.5, 0.5) More...

template<typename Shape_ >
static RawTemplate< Shape_ >	rotate_template_xaxis (RawTemplate< Shape_ > &tmplt)
	Rotates a raw template 90 degrees counterclockwise around the x-axis. More...

template<typename Shape_ >
static RawTemplate< Shape_ >	rotate_template_yaxis (RawTemplate< Shape_ > &tmplt)
	Rotates a raw template 90 degrees counterclockwise around the y-axis. More...

template<typename Shape_ >
static RawTemplate< Shape_ >	rotate_template_zaxis (RawTemplate< Shape_ > &tmplt)
	Rotates a raw template 90 degrees counterclockwise around the z-axis. More...

template<typename Shape_ , typename FnVert , typename FnEntity >
static RawTemplate< Shape_ >	transform_template_vertices (FnVert vertex_transform, FnEntity entity_transform, RawTemplate< Shape_ > &tmplt)

Detailed Description

Geometry namespace.

Typedef Documentation

◆ CGALFeature

using FEAT::Geometry::CGALFeature = typedef std::vector<std::uint32_t>

A feature is an edge-path on a surface mesh, stored as a list of vertex indices.

Features generally describe paths of "sharp" edges, i.e. edges with a large difference in surface normal between their adjacent faces. These paths are of special interest when trying to reproduce a surface mesh exactly. Features do not self-intersect. Note that this does not mean that the vertices of a feature acre distinct. Circular features contain one vertex twice to account for all edges of the path.

Definition at line 36 of file cgal.hpp.

◆ CGALFeatureNetwork

using FEAT::Geometry::CGALFeatureNetwork = typedef std::vector<CGALFeature>

A FeatureNetwork is a list of features.

Each feature is an edge-path. Together these features describe a network of paths across the surface mesh.

Definition at line 43 of file cgal.hpp.

◆ i64

typedef std::int64_t FEAT::Geometry::i64

signed 64-bit integer type

Definition at line 19 of file voxel_map.cpp.

◆ Layer

using FEAT::Geometry::Layer = typedef Intern::Layer

Re-export of layer type.

Definition at line 39 of file adaptive_mesh.hpp.

◆ RefinedUnitCubeFactory

template<typename MeshType_ >

using FEAT::Geometry::RefinedUnitCubeFactory = typedef RefineFactory<MeshType_, Geometry::UnitCubeFactory >

Definition at line 562 of file common_factories.hpp.

◆ RefinedUnitSphereFactory

template<typename MeshType_ >

using FEAT::Geometry::RefinedUnitSphereFactory = typedef RefineFactory<MeshType_, Geometry::UnitSphereFactory>

Definition at line 1428 of file common_factories.hpp.

◆ SchneidersTemplates

using FEAT::Geometry::SchneidersTemplates = typedef StandardTemplateSet<SchneidersData>

Definition at line 42 of file adaptive_mesh.hpp.

◆ SunZhaoMaExpansionTemplates

using FEAT::Geometry::SunZhaoMaExpansionTemplates = typedef IsolatedPointTemplateSet<SunZhaoMaExpansionData>

Definition at line 44 of file adaptive_mesh.hpp.

◆ SunZhaoMaTemplates

using FEAT::Geometry::SunZhaoMaTemplates = typedef IsolatedPointTemplateSet<SunZhaoMaData>

Definition at line 43 of file adaptive_mesh.hpp.

◆ TwoRefinementTemplates

using FEAT::Geometry::TwoRefinementTemplates = typedef StandardTemplateSet<TwoRefinementData>

Definition at line 45 of file adaptive_mesh.hpp.

◆ u64

typedef std::uint64_t FEAT::Geometry::u64

unsigned 64-bit integer type

Definition at line 21 of file voxel_map.cpp.

Enumeration Type Documentation

◆ AdaptMode

enum class FEAT::Geometry::AdaptMode

strong

Adapt mode enumeration.

Definition at line 52 of file mesh_node.hpp.

◆ CGALFileMode

enum class FEAT::Geometry::CGALFileMode

strong

Enumerator
fm_off	OFF
fm_obj	OBJ

Definition at line 22 of file cgal.hpp.

◆ EntitySource

enum class FEAT::Geometry::EntitySource : std::uint8_t

strong

Enumeration of possible entity sources.

During adaptive refinement, entity topologies have to be found. This enum indicates where an entity can be found.

Enumerator
ParentTopology	Entity is part of the parents topology.
Sibling	Entity is a sibling in the refinement tree.
BoundaryEdge	Entity is part of a boundary edge, i.e. a child of one of the parents edges.
BoundaryFace	Entity is part of a boundary face, i.e. a child of one of the parents faces.

Definition at line 449 of file template_builder.hpp.

◆ PermutationStrategy

enum class FEAT::Geometry::PermutationStrategy

strong

Mesh permutation strategy enumeration.

Enumerator
none	no permutation strategy This value indicates that the mesh has not been permuted.
other	generic/other permutation strategy This value indicates that the mesh has been permuted by some strategy other than any of the standard permutation strategies. This value can be used by user-defined sorting strategies.
random	random permutation strategy This value indicates that all mesh entities have been permuted by using a pseudo-random number generator. This permutation strategy usually represents a worst-case scenario and is therefore primarily only of interest for benchmarking.
lexicographic	lexicographic permutation strategy This value indicates that all mesh entities have been sorted in lexicographic order, i.e. the entities are sorted by the partial ordering based on their X (1D), Y-X (2D) or Z-Y-X (3D) coordinates of the entity barycenters. Note The lexicographic order in 2D/3D is defined as: 2D: (x1,y1) < (x2,y2) :<==> (y1 < y2) or ((y1 == y2) and (x1 < x2)) 3D: (x1,y1,z1) < (x2,y2,z2) :<==> (z1 < z2) or ((z1 == z2) and ((y1 < y2) or ((y1 == y2) and (x1 < x2))))
colored	colored permutation strategy a.k.a. "red-black" strategy This value indicates that the mesh elements have been sorted based on a coloring of the elements. This permutation strategy will automatically create an element coloring; see the documentation of the MeshPermutation class for more information. Note This permutation strategy is only applied to the mesh elements (cells of highest dimension), i.e. all sub-dimensional entities are left unpermuted.
cuthill_mckee	(algebraic) Cuthill-McKee permutation strategy This value indicates that the mesh elements have been sorted based on an algebraic Cuthill-McKee ordering of the elements-neighbors-via-common-vertex adjacency graph. This permutation strategy will automatically create an element layering; see the documentation of the MeshPermutation class for more information. Note This permutation strategy is only applied to the mesh elements (cells of highest dimension), i.e. all sub-dimensional entities are left unpermuted.
cuthill_mckee_reversed	reversed (algebraic) Cuthill-McKee permutation strategy This value indicates that the mesh elements have been sorted based on a reversed algebraic Cuthill-McKee ordering of the elements-neighbors-via-common-vertex adjacency graph. This permutation strategy will automatically create an element layering; see the documentation of the MeshPermutation class for more information. Note This permutation strategy is only applied to the mesh elements (cells of highest dimension), i.e. all sub-dimensional entities are left unpermuted.
geometric_cuthill_mckee	geometric Cuthill-McKee permutation strategy This value indicates that all mesh entities have been sorted based on a geometric Cuthill-McKee ordering. This permutation strategy will automatically create an element layering; see the documentation of the MeshPermutation class for more information.
geometric_cuthill_mckee_reversed	reversed geometric Cuthill-McKee permutation strategy This value indicates that all mesh entities have been sorted based on a reversed geometric Cuthill-McKee ordering. This permutation strategy will automatically create an element layering; see the documentation of the MeshPermutation class for more information.

Definition at line 190 of file mesh_permutation.hpp.

Function Documentation

◆ cgal_wrapper_from_mesh()

template<typename MeshType_ >

static CGALWrapper< typename MeshType_::CoordType > FEAT::Geometry::cgal_wrapper_from_mesh	(	const MeshType_ &	mesh,
		const MeshPart< MeshType_ > &	part
	)

static

Definition at line 146 of file cgal.hpp.

◆ create_2dtemplate_rotations()

template<typename TemplateMap , typename RefinementType_ >

int FEAT::Geometry::create_2dtemplate_rotations	(	TemplateMap &	map,
		const RefinementType_ &	base_type
	)

Definition at line 308 of file raw_refinement_templates.hpp.

◆ create_3dtemplate_rotations()

template<typename TemplateMap , typename RefinementType_ >

int FEAT::Geometry::create_3dtemplate_rotations	(	TemplateMap &	map,
		const RefinementType_ &	base_type
	)

Definition at line 332 of file raw_refinement_templates.hpp.

◆ make_boundary_meshpart()

template<typename Mesh_ >

MeshPart< Mesh_ > FEAT::Geometry::make_boundary_meshpart ( const Mesh_ & mesh )

Creates a new boundary mesh-part for a given mesh.

Parameters

[in] mesh A transient reference to the mesh for which a boundary mesh-part is to be created.

Returns: A mesh-part containing all entities for which lie on the mesh boundary

Definition at line 104 of file boundary_factory.hpp.

◆ make_meshpart_by_chart_hit_test()

template<typename Mesh_ , typename Chart_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_chart_hit_test	(	const Mesh_ &	mesh,
		const Chart_ &	chart,
		bool	invert = `false`
	)

Creates a new mesh-part from a chart hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	chart	A chart object whose signed-distance function is to be used for hit-testing.

Returns: A mesh-part containing all entities for which the chart signed distance is <= 0.

Definition at line 556 of file hit_test_factory.hpp.

◆ make_meshpart_by_filtered_chart_hit_test()

template<typename Mesh_ , typename Chart_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_filtered_chart_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const Chart_ &	chart,
		bool	invert = `false`
	)

Creates a new mesh-part from a chart hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	chart	A chart object whose signed-distance function is to be used for hit-testing.

Returns: A mesh-part containing all entities for which the chart signed distance is <= 0.

Definition at line 579 of file hit_test_factory.hpp.

◆ make_meshpart_by_filtered_formula_hit_test()

template<typename Mesh_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_filtered_formula_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const String &	formula
	)

Creates a new mesh-part from a formula hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	formula	A string of the hit function

Returns: A mesh-part containing all entities of filter for which the formula is >= 0

Definition at line 276 of file parsed_hit_test_factory.hpp.

◆ make_meshpart_by_filtered_hit_test()

template<typename Mesh_ , typename HitFunc_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_filtered_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const HitFunc_ &	hit_func
	)

Creates a new mesh-part from a hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A transient reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	hit_func	An object implementing the hit-test function interface.

Returns: A mesh-part containing all entities for which the hit-test function evaluated to true.

Definition at line 295 of file hit_test_factory.hpp.

◆ make_meshpart_by_filtered_lambda_hit_test()

template<typename Mesh_ , typename Lambda_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_filtered_lambda_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		Lambda_ &&	lambda
	)

Creates a new mesh-part from a lambda hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	lambda	A lambda expression in X/Y/Z coordinates that returns `true`, if a point is inside, otherwise `false`.

Returns: A mesh-part containing all entities for which the lambda evaluated to true.

Definition at line 789 of file hit_test_factory.hpp.

◆ make_meshpart_by_formula_hit_test()

template<typename Mesh_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_formula_hit_test	(	const Mesh_ &	mesh,
		const String &	formula
	)

Creates a new mesh-part from a formula hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	formula	A string of the hit function

Returns: A mesh-part containing all entities for which the formula is >= 0

Definition at line 253 of file parsed_hit_test_factory.hpp.

◆ make_meshpart_by_hit_test()

template<typename Mesh_ , typename HitFunc_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_hit_test	(	const Mesh_ &	mesh,
		const HitFunc_ &	hit_func
	)

Creates a new mesh-part from a hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	hit_func	An object implementing the hit-test function interface.

Returns: A mesh-part containing all entities for which the hit-test function evaluated to true.

Definition at line 272 of file hit_test_factory.hpp.

◆ make_meshpart_by_lambda_hit_test()

template<typename Mesh_ , typename Lambda_ >

MeshPart< Mesh_ > FEAT::Geometry::make_meshpart_by_lambda_hit_test	(	const Mesh_ &	mesh,
		Lambda_ &&	lambda
	)

Creates a new mesh-part from a lambda hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	lambda	A lambda expression in X/Y/Z coordinates that returns `true`, if a point is inside, otherwise `false`.

Returns: A mesh-part containing all entities for which the lambda evaluated to true.

Definition at line 766 of file hit_test_factory.hpp.

◆ make_unique_boundary_meshpart()

template<typename Mesh_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_boundary_meshpart ( const Mesh_ & mesh )

Creates a new boundary mesh-part for a given mesh.

Parameters

[in] mesh A transient reference to the mesh for which a boundary mesh-part is to be created.

Returns: A mesh-part containing all entities for which lie on the mesh boundary

Definition at line 120 of file boundary_factory.hpp.

◆ make_unique_meshpart_by_chart_hit_test()

template<typename Mesh_ , typename Chart_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_chart_hit_test	(	const Mesh_ &	mesh,
		const Chart_ &	chart,
		bool	invert = `false`
	)

Creates a new mesh-part from a chart hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	chart	A chart object whose signed-distance function is to be used for hit-testing.

Returns: A unique-pointer to a mesh-part containing all entities for which the chart signed distance is <= 0.

Definition at line 598 of file hit_test_factory.hpp.

◆ make_unique_meshpart_by_filtered_chart_hit_test()

template<typename Mesh_ , typename Chart_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_filtered_chart_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const Chart_ &	chart,
		bool	invert = `false`
	)

Creates a new mesh-part from a chart hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	chart	A chart object whose signed-distance function is to be used for hit-testing.

Returns: A unique-pointer to a mesh-part containing all entities for which the chart signed distance is <= 0.

Definition at line 621 of file hit_test_factory.hpp.

◆ make_unique_meshpart_by_filtered_formula_hit_test()

template<typename Mesh_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_filtered_formula_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const String &	formula
	)

Creates a new mesh-part from a formula hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	formula	A string of the hit function

Returns: A unique-pointer to a mesh-part containing all entities of filter for which the formula is >= 0

Definition at line 318 of file parsed_hit_test_factory.hpp.

◆ make_unique_meshpart_by_filtered_hit_test()

template<typename Mesh_ , typename HitFunc_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_filtered_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		const HitFunc_ &	hit_func
	)

Creates a new mesh-part from a hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A transient reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	hit_func	An object implementing the hit-test function interface.

Returns: A unique-pointer to a mesh-part containing all entities for which the hit-test function evaluated to true.

Definition at line 337 of file hit_test_factory.hpp.

◆ make_unique_meshpart_by_filtered_lambda_hit_test()

template<typename Mesh_ , typename Lambda_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_filtered_lambda_hit_test	(	const Mesh_ &	mesh,
		const MeshPart< Mesh_ > &	filter,
		Lambda_ &&	lambda
	)

Creates a new mesh-part from a lambda hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	filter	A resident reference to a filter meshpart. Only mesh entities of the filter meshpart are tested. All other entities are considered as outside the region.
[in]	lambda	A lambda expression in X/Y/Z coordinates that returns `true`, if a point is inside, otherwise `false`.

Returns: A unique-pointer to a mesh-part containing all entities for which the lambda evaluated to true.

Definition at line 831 of file hit_test_factory.hpp.

◆ make_unique_meshpart_by_formula_hit_test()

template<typename Mesh_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_formula_hit_test	(	const Mesh_ &	mesh,
		const String &	formula
	)

Creates a new mesh-part from a formula hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	formula	A string of the hit function

Returns: A unique-pointer to mesh-part containing all entities for which the formula is >= 0

Definition at line 295 of file parsed_hit_test_factory.hpp.

◆ make_unique_meshpart_by_hit_test()

template<typename Mesh_ , typename HitFunc_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_hit_test	(	const Mesh_ &	mesh,
		const HitFunc_ &	hit_func
	)

Creates a new mesh-part from a hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	hit_func	An object implementing the hit-test function interface.

Returns: A unique-pointer to a mesh-part containing all entities for which the hit-test function evaluated to true.

Definition at line 314 of file hit_test_factory.hpp.

◆ make_unique_meshpart_by_lambda_hit_test()

template<typename Mesh_ , typename Lambda_ >

std::unique_ptr< MeshPart< Mesh_ > > FEAT::Geometry::make_unique_meshpart_by_lambda_hit_test	(	const Mesh_ &	mesh,
		Lambda_ &&	lambda
	)

Creates a new mesh-part from a lambda hit-test function.

Parameters

[in]	mesh	A transient reference to the mesh for which a mesh-part is to be created.
[in]	lambda	A lambda expression in X/Y/Z coordinates that returns `true`, if a point is inside, otherwise `false`.

Returns: A unique-pointer to a mesh-part containing all entities for which the lambda evaluated to true.

Definition at line 808 of file hit_test_factory.hpp.

◆ operator!=() [1/4]

template<typename Shape_ >

bool FEAT::Geometry::operator!=	(	const IsolatedPointRefinementType< Shape_ > &	lhs,
		const IsolatedPointRefinementType< Shape_ > &	rhs
	)

Definition at line 382 of file refinement_types.hpp.

◆ operator!=() [2/4]

bool FEAT::Geometry::operator!=	(	const IsolatedPointVertexMarking &	a,
		const IsolatedPointVertexMarking &	b
	)

inline

Definition at line 252 of file refinement_types.hpp.

◆ operator!=() [3/4]

template<typename Shape_ >

bool FEAT::Geometry::operator!=	(	const StandardRefinementType< Shape_ > &	lhs,
		const StandardRefinementType< Shape_ > &	rhs
	)

Definition at line 223 of file refinement_types.hpp.

◆ operator!=() [4/4]

template<typename Shape_ >

bool FEAT::Geometry::operator!=	(	const VertexMarking< Shape_ > &	lhs,
		const VertexMarking< Shape_ > &	rhs
	)

Definition at line 101 of file refinement_types.hpp.

◆ operator<<() [1/9]

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	os,
		const SubdivisionLevels &	sdls
	)

inline

Debug output operator for SubdivisionLevels.

Debug output operator.

Definition at line 247 of file subdivision_levels.hpp.

◆ operator<<() [2/9]

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const EntityReference &	reference
	)

inline

Output operator for EntityReferences.

Definition at line 507 of file template_builder.hpp.

References FEAT::Geometry::EntityReference::entity, FEAT::Geometry::EntityReference::index, FEAT::Geometry::EntityReference::orientation, FEAT::Geometry::EntityReference::source, and FEAT::stringify().

◆ operator<<() [3/9]

template<typename Shape_ , int num_coords_>

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const EntitySearchEntry< Shape_, num_coords_ > &	entry
	)

Output-operator for EntitySearchEntry.

Definition at line 959 of file template_builder.hpp.

References FEAT::Geometry::EntitySearchEntry< Shape_, num_coords_ >::raw_entity, and FEAT::Geometry::EntitySearchEntry< Shape_, num_coords_ >::reference.

◆ operator<<() [4/9]

template<typename Shape_ >

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const IsolatedPointRefinementType< Shape_ > &	type
	)

Definition at line 388 of file refinement_types.hpp.

◆ operator<<() [5/9]

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const IsolatedPointVertexMarking &	marking
	)

inline

Definition at line 257 of file refinement_types.hpp.

◆ operator<<() [6/9]

template<typename Shape_ , int num_coords_>

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const RawEntity< Shape_, num_coords_ > &	entity
	)

Definition at line 53 of file raw_refinement_templates.hpp.

◆ operator<<() [7/9]

template<typename Shape_ >

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const StandardRefinementType< Shape_ > &	type
	)

Definition at line 229 of file refinement_types.hpp.

◆ operator<<() [8/9]

template<typename Shape_ >

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		const VertexMarking< Shape_ > &	type
	)

Definition at line 107 of file refinement_types.hpp.

◆ operator<<() [9/9]

std::ostream & FEAT::Geometry::operator<<	(	std::ostream &	stream,
		EntitySource	source
	)

inline

Output operator for EntitySource.

Definition at line 458 of file template_builder.hpp.

References BoundaryEdge, BoundaryFace, ParentTopology, and Sibling.

◆ operator==() [1/4]

template<typename Shape_ >

bool FEAT::Geometry::operator==	(	const IsolatedPointRefinementType< Shape_ > &	lhs,
		const IsolatedPointRefinementType< Shape_ > &	rhs
	)

Definition at line 376 of file refinement_types.hpp.

◆ operator==() [2/4]

bool FEAT::Geometry::operator==	(	const IsolatedPointVertexMarking &	a,
		const IsolatedPointVertexMarking &	b
	)

inline

Definition at line 247 of file refinement_types.hpp.

◆ operator==() [3/4]

template<typename Shape_ >

bool FEAT::Geometry::operator==	(	const StandardRefinementType< Shape_ > &	lhs,
		const StandardRefinementType< Shape_ > &	rhs
	)

Definition at line 217 of file refinement_types.hpp.

◆ operator==() [4/4]

template<typename Shape_ >

bool FEAT::Geometry::operator==	(	const VertexMarking< Shape_ > &	lhs,
		const VertexMarking< Shape_ > &	rhs
	)

Definition at line 95 of file refinement_types.hpp.

◆ rotate_template_2d()

template<typename Shape_ >

static RawTemplate< Shape_ > FEAT::Geometry::rotate_template_2d ( RawTemplate< Shape_ > & tmplt )

static

Rotates a raw template 90 degrees counterclockwise around (0.5, 0.5)

Definition at line 213 of file raw_refinement_templates.hpp.

Referenced by FEAT::Geometry::SchneidersData::raw_faces().

◆ rotate_template_xaxis()

template<typename Shape_ >

static RawTemplate< Shape_ > FEAT::Geometry::rotate_template_xaxis ( RawTemplate< Shape_ > & tmplt )

static

Rotates a raw template 90 degrees counterclockwise around the x-axis.

Vertices are transformed such that the template is centered around the origin, then the rotation is applied, then the vertices are transformed back.

Definition at line 239 of file raw_refinement_templates.hpp.

Referenced by FEAT::Geometry::SchneidersData::raw_cells().

◆ rotate_template_yaxis()

template<typename Shape_ >

static RawTemplate< Shape_ > FEAT::Geometry::rotate_template_yaxis ( RawTemplate< Shape_ > & tmplt )

static

Rotates a raw template 90 degrees counterclockwise around the y-axis.

Vertices are transformed such that the template is centered around the origin, then the rotation is applied, then the vertices are transformed back.

Definition at line 264 of file raw_refinement_templates.hpp.

Referenced by FEAT::Geometry::SchneidersData::raw_cells().

◆ rotate_template_zaxis()

template<typename Shape_ >

static RawTemplate< Shape_ > FEAT::Geometry::rotate_template_zaxis ( RawTemplate< Shape_ > & tmplt )

static

Rotates a raw template 90 degrees counterclockwise around the z-axis.

Vertices are transformed such that the template is centered around the origin, then the rotation is applied, then the vertices are transformed back.

Definition at line 289 of file raw_refinement_templates.hpp.

Referenced by FEAT::Geometry::SchneidersData::raw_cells().

◆ transform_template_vertices()

template<typename Shape_ , typename FnVert , typename FnEntity >

static RawTemplate< Shape_ > FEAT::Geometry::transform_template_vertices	(	FnVert	vertex_transform,
		FnEntity	entity_transform,
		RawTemplate< Shape_ > &	tmplt
	)

static

Definition at line 190 of file raw_refinement_templates.hpp.

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ CGALFeature

◆ CGALFeatureNetwork

◆ i64

◆ Layer

◆ RefinedUnitCubeFactory

◆ RefinedUnitSphereFactory

◆ SchneidersTemplates

◆ SunZhaoMaExpansionTemplates

◆ SunZhaoMaTemplates

◆ TwoRefinementTemplates

◆ u64

Enumeration Type Documentation

◆ AdaptMode

◆ CGALFileMode

◆ EntitySource

◆ PermutationStrategy

Function Documentation

◆ cgal_wrapper_from_mesh()

◆ create_2dtemplate_rotations()

◆ create_3dtemplate_rotations()

◆ make_boundary_meshpart()

◆ make_meshpart_by_chart_hit_test()

◆ make_meshpart_by_filtered_chart_hit_test()

◆ make_meshpart_by_filtered_formula_hit_test()

◆ make_meshpart_by_filtered_hit_test()

◆ make_meshpart_by_filtered_lambda_hit_test()

◆ make_meshpart_by_formula_hit_test()

◆ make_meshpart_by_hit_test()

◆ make_meshpart_by_lambda_hit_test()

◆ make_unique_boundary_meshpart()

◆ make_unique_meshpart_by_chart_hit_test()

◆ make_unique_meshpart_by_filtered_chart_hit_test()

◆ make_unique_meshpart_by_filtered_formula_hit_test()

◆ make_unique_meshpart_by_filtered_hit_test()

◆ make_unique_meshpart_by_filtered_lambda_hit_test()

◆ make_unique_meshpart_by_formula_hit_test()

◆ make_unique_meshpart_by_hit_test()

◆ make_unique_meshpart_by_lambda_hit_test()

◆ operator!=() [1/4]

◆ operator!=() [2/4]

◆ operator!=() [3/4]

◆ operator!=() [4/4]

◆ operator<<() [1/9]

◆ operator<<() [2/9]

◆ operator<<() [3/9]

◆ operator<<() [4/9]

◆ operator<<() [5/9]

◆ operator<<() [6/9]

◆ operator<<() [7/9]

◆ operator<<() [8/9]

◆ operator<<() [9/9]

◆ operator==() [1/4]

◆ operator==() [2/4]

◆ operator==() [3/4]

◆ operator==() [4/4]

◆ rotate_template_2d()

◆ rotate_template_xaxis()

◆ rotate_template_yaxis()

◆ rotate_template_zaxis()

◆ transform_template_vertices()