Namespaces
	detail

	details

	utilities

	views

Classes
struct	BlendData
	This class contains views of blend data. BlendData contains the recipe for taking existing node values (e.g. coordinates, fields) and making new values that consist of node values that have been blended together in some way such as when it is necessary to introduce a new node along an edge or a new interior point. More...

class	CoordsetBlender
	This class uses BlendData to generate a new blended field from an input coordset. The output coordset will be explicit. More...

class	CoordsetExtents
	Compute coordset extents. More...

class	CoordsetSlicer
	This class uses SliceData to generate a new sliced coordset (pulling out specific points from input coordset). More...

class	ExtractZones
	Make a new topology and coordset by extracting certain zones from the input mesh. More...

class	ExtractZonesAndMatset
	Make a new topology and coordset by extracting certain zones from the input mesh. More...

class	ExtractZonesAndMatsetPolyhedral
	Make a new polyhedral topology, coordset, and matset by extracting selected zones from the input 3D structured mesh. We make assumptions for structured 3D meshes that let us make unique faces by construction. More...

class	ExtrudeMesh
	Extrude 2D Blueprint topologies that consist of tri/quad zones. More...

struct	SelectAllPolicy
	This policy can be used with FieldBlender to select all blend groups. More...

struct	SelectSubsetPolicy
	This policy can be used with FieldBlender to select a subset of blend groups, according to m_selectedIndicesView. More...

class	FieldBlender
	This class uses BlendData to generate a new blended field from an input field. More...

struct	SliceData
	Contains the indices to be sliced out of a Blueprint field. More...

class	FieldSlicer
	This class uses SliceData to generate a new sliced field from an input field. More...

class	HashNaming
	This class implements a naming policy that uses some hashing functions to produce a "name" for an array of ids. More...

struct	DirectIndexing
	Returns the input index (no changes). More...

struct	SSElementFieldIndexing
	Help turn slice data zone indices into strided structured element field indices. More...

struct	SSVertexFieldIndexing
	Help turn blend group node indices (global) into vertex field indices. More...

struct	MakePointMesh
	Create a point mesh representation of the input mesh using zone centers as the coordinates in a new coordset. More...

class	MakePolyhedralTopology
	Make a polyhedral unstructured representation of a topology. More...

class	MakeUnstructured
	Make an unstructured representation of a structured topology. More...

class	MakeZoneCenters
	Makes a centroids field using the input topology and coordset views. More...

class	MakeZoneVolumes
	Makes a new element field with zone areas or volumes (depending on dimension) using the input topology and coordset views. More...

class	MapBasedNaming
	This class implements a naming policy that uses a map to keep track of naming groups of ids. It is NOT parallel or device-enabled. It can be used for serial cases or serial debugging. More...

class	MatsetSlicer
	Slices the input matset view and outputs a new matset (unibuffer flavor). More...

class	MergeCoordsetPoints
	Merge coordset points that are within a tolerance into the same point and provide information on how it was done. More...

struct	MeshInput
	A mesh input containing a Blueprint mesh and some mapping array views. More...

class	MergeMeshes
	Merge multiple unstructured Blueprint meshes through MeshInput. More...

class	DispatchAnyMatset
	Dispatches any type of data as any type of matset. More...

class	DispatchTypedUnibufferMatset
	Dispatches data of known type to a unibuffer matset. More...

class	MergeMeshesAndMatsets
	Merge multiple unstructured Blueprint meshes (with matsets) through MeshInput. More...

class	MergePolyhedralFaces
	Take a Blueprint polyhedral mesh and merge faces and rewrite the element and subelement connectivity. More...

struct	MinMax
	Get the min/max values for the data in a Conduit node or ArrayView. More...

class	NodeToZoneRelationBuilder
	Build an o2m relation that lets us look up the zones for a node. More...

class	Options
	This class provides a kind of schema over options, as well as default values, and some utilities functions. More...

struct	PolyhedralFaces
	This struct is a simpler way of representing a polyhedron if we only need to know about it as set of planes. More...

struct	AveragePoints
	Average a series of points. More...

struct	AdaptPolyhedron
	Make a primal::Polyhedron from a polyhedron shape. More...

struct	AdaptPolyhedron< TopologyView, CoordsetView, true >
	Make PolyhedralFaces from a polyhedron shape. More...

struct	PrimalAdaptor
	This class is a view that exposes shapes in MIR topology and coordset views as primal shapes. SFINAE is used for the getShape() method. More...

class	RecenterField
	Convert a field with one association type to a field of another association type using an o2mrelation. More...

class	SelectedZones
	This class creates a view containing sorted selected zones, given an optional list of selected zones. More...

class	TopologyMapper
	Take a source topology with clean matset and a target topology and intersect the source and target zones to build up a new matset on the target mesh that represents how the source mesh overlaps the target mesh. More...

struct	Unique
	Makes a unique array of values from values that could contain multiple instances of a key. More...

struct	Unique< axom::SEQ_EXEC, KeyType >
	Partial specialization for SEQ_EXEC. More...

class	VariableShape
	Represent various shapes that consist of points. More...

class	ZoneListBuilder
	This struct builds lists of clean and mixed zones using the input topology and matset views. More...

Functions
AXOM_HOST_DEVICE axom::IndexType	numberOfValues (const BlendData &blend)
	Return the number of blend groups in the BlendData (the number of values produced from the BlendData) More...

AXOM_HOST_DEVICE axom::IndexType	numberOfValues (const SliceData &slice)
	Return the number of values produced from the SliceData. More...

template<typename T >
std::ostream &	operator<< (std::ostream &os, const PolyhedralFaces< T > &obj)

template<typename T , int NDIMS, int N = 8>
std::ostream &	operator<< (std::ostream &os, const VariableShape< T, NDIMS, N > &obj)
	Printing method for VariableShape objects. More...

Function Documentation

◆ numberOfValues() [1/2]

AXOM_HOST_DEVICE axom::IndexType axom::bump::numberOfValues ( const BlendData & blend )

inline

Return the number of blend groups in the BlendData (the number of values produced from the BlendData)

Parameters

blend The BlendData we're querying.

Returns: The number of blend groups in the BlendData.

References axom::bump::BlendData::m_blendGroupSizesView, and axom::ArrayView< T, DIM, SPACE >::size().

◆ numberOfValues() [2/2]

AXOM_HOST_DEVICE axom::IndexType axom::bump::numberOfValues ( const SliceData & slice )

inline

Return the number of values produced from the SliceData.

Parameters

slice The SliceData we're querying.

Returns: The number of values made from the SliceData.

References axom::primal::slice().

◆ operator<<() [1/2]

template<typename T >

std::ostream& axom::bump::operator<<	(	std::ostream &	os,
		const PolyhedralFaces< T > &	obj
	)

References axom::bump::PolyhedralFaces< T >::size().

◆ operator<<() [2/2]

template<typename T , int NDIMS, int N = 8>

std::ostream& axom::bump::operator<<	(	std::ostream &	os,
		const VariableShape< T, NDIMS, N > &	obj
	)

Printing method for VariableShape objects.

References axom::bump::VariableShape< T, NDIMS, N >::m_points, and axom::bump::VariableShape< T, NDIMS, N >::m_shapeId.

Namespaces

Classes

Functions

Function Documentation

◆ numberOfValues() [1/2]

◆ numberOfValues() [2/2]

◆ operator<<() [1/2]

◆ operator<<() [2/2]