Functor for computing values for the HierarchicalBasis_HDIV_TET class. More...

#include <Intrepid2_HierarchicalBasis_HDIV_TET.hpp>

Public Types
using	ExecutionSpace = typename DeviceType::execution_space

using	ScratchSpace = typename ExecutionSpace::scratch_memory_space

using	OutputScratchView = Kokkos::View< OutputScalar *, ScratchSpace, Kokkos::MemoryTraits< Kokkos::Unmanaged > >

using	PointScratchView = Kokkos::View< PointScalar *, ScratchSpace, Kokkos::MemoryTraits< Kokkos::Unmanaged > >

using	TeamPolicy = Kokkos::TeamPolicy< ExecutionSpace >

using	TeamMember = typename TeamPolicy::member_type

Public Member Functions
KOKKOS_INLINE_FUNCTION ordinal_type	dofOrdinalForFace (const ordinal_type &faceOrdinal, const ordinal_type &zeroBasedFaceFamily, const ordinal_type &i, const ordinal_type &j) const

	Hierarchical_HDIV_TET_Functor (EOperator opType, OutputFieldType output, InputPointsType inputPoints, int polyOrder)

KOKKOS_INLINE_FUNCTION void	computeFaceJacobi (OutputScratchView &P_2ip1, const ordinal_type &zeroBasedFaceOrdinal, const ordinal_type &i, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	computeFaceJacobiForInterior (OutputScratchView &P_2ip1, const ordinal_type &zeroBasedInteriorFamilyOrdinal, const ordinal_type &i, const PointScalar *lambda) const
	The face functions we compute for interior blending can have a different orientation than the ones used for face functions (specifically, for interior family III, we have 230 instead of 023).

KOKKOS_INLINE_FUNCTION void	computeFaceLegendre (OutputScratchView &P, const ordinal_type &zeroBasedFaceOrdinal, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	computeFaceLegendreForInterior (OutputScratchView &P, const ordinal_type &zeroBasedInteriorFamilyOrdinal, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	computeFaceVectorWeight (OutputScalar &vectorWeight_x, OutputScalar &vectorWeight_y, OutputScalar &vectorWeight_z, const ordinal_type &zeroBasedFaceOrdinal, const PointScalar lambda, const PointScalar lambda_dx, const PointScalar lambda_dy, const PointScalar lambda_dz) const

KOKKOS_INLINE_FUNCTION void	faceFunctionValue (OutputScalar &value_x, OutputScalar &value_y, OutputScalar &value_z, const ordinal_type &i, const ordinal_type &j, const OutputScratchView &P, const OutputScratchView &P_2ip1, const OutputScalar &vectorWeight_x, const OutputScalar &vectorWeight_y, const OutputScalar &vectorWeight_z, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	computeFaceDivWeight (OutputScalar &divWeight, const ordinal_type &zeroBasedFaceOrdinal, const PointScalar lambda_dx, const PointScalar lambda_dy, const PointScalar *lambda_dz) const

KOKKOS_INLINE_FUNCTION void	computeInteriorIntegratedJacobi (OutputScratchView &L_2ipjp1, const ordinal_type &i, const ordinal_type &j, const ordinal_type &zeroBasedFamilyOrdinal, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	computeInteriorJacobi (OutputScratchView &P_2ipjp1, const ordinal_type &i, const ordinal_type &j, const ordinal_type &zeroBasedFamilyOrdinal, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	faceFunctionDiv (OutputScalar &divValue, const ordinal_type &i, const ordinal_type &j, const OutputScratchView &P, const OutputScratchView &P_2ip1, const OutputScalar &divWeight, const PointScalar *lambda) const

KOKKOS_INLINE_FUNCTION void	gradInteriorIntegratedJacobi (OutputScalar &L_2ipjp1_dx, OutputScalar &L_2ipjp1_dy, OutputScalar &L_2ipjp1_dz, const ordinal_type &zeroBasedFamilyOrdinal, const ordinal_type &j, const ordinal_type &k, const OutputScratchView &P_2ipjp1, const PointScalar lambda, const PointScalar lambda_dx, const PointScalar lambda_dy, const PointScalar lambda_dz) const

KOKKOS_INLINE_FUNCTION void	interiorFunctionDiv (OutputScalar &outputDiv, OutputScalar &L_2ipjp1_k, OutputScalar &faceDiv, OutputScalar &L_2ipjp1_k_dx, OutputScalar &L_2ipjp1_k_dy, OutputScalar &L_2ipjp1_k_dz, OutputScalar &faceValue_x, OutputScalar &faceValue_y, OutputScalar &faceValue_z) const

KOKKOS_INLINE_FUNCTION void	operator() (const TeamMember &teamMember) const

size_t	team_shmem_size (int team_size) const

Public Attributes
EOperator	opType_

OutputFieldType	output_

InputPointsType	inputPoints_

ordinal_type	polyOrder_

ordinal_type	numFields_

ordinal_type	numPoints_

size_t	fad_size_output_

const ordinal_type	face_vertices [numFaces *numVerticesPerFace]

const ordinal_type	numFaceFunctionsPerFace_

const ordinal_type	numFaceFunctions_

const ordinal_type	numInteriorFunctionsPerFamily_

const ordinal_type	numInteriorFunctions_

const ordinal_type	faceOrdinalForInterior_ [numInteriorFamilies] = {0,2,3}

const ordinal_type	faceFamilyForInterior_ [numInteriorFamilies] = {0,0,1}

const ordinal_type	interiorCoordinateOrdinal_ [numInteriorFamilies] = {3,0,1}

const ordinal_type	interior_face_family_start_ [numInteriorFamilies] = {0,0,1}

const ordinal_type	interior_face_family_middle_ [numInteriorFamilies] = {1,1,2}

const ordinal_type	interior_face_family_end_ [numInteriorFamilies] = {2,2,0}

Static Public Attributes
static constexpr ordinal_type	numVertices = 4

static constexpr ordinal_type	numFaces = 4

static constexpr ordinal_type	numVerticesPerFace = 3

static constexpr ordinal_type	numInteriorFamilies = 3

Detailed Description

template<class DeviceType, class OutputScalar, class PointScalar, class OutputFieldType, class InputPointsType>
class Intrepid2::Hierarchical_HDIV_TET_Functor< DeviceType, OutputScalar, PointScalar, OutputFieldType, InputPointsType >

Functor for computing values for the HierarchicalBasis_HDIV_TET class.

This functor is not intended for use outside of HierarchicalBasis_HDIV_TET.

Definition at line 36 of file Intrepid2_HierarchicalBasis_HDIV_TET.hpp.