dftefe::basis::EFEBasisDataStorageDealiiInternal Namespace Reference

Functions
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
std::vector< ValueTypeBasisData >	getClassicalComponentCoeffsInCellOEFE (const size_type cellIndex, std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	getClassicalComponentBasisValuesInCellAtQuadOEFE (const size_type cellIndex, const size_type nQuadPointInCell, std::vector< ValueTypeBasisData > coeffsInCell, std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, ValueTypeBasisData *basisValInCellPtr, std::vector< ValueTypeBasisData > &classicalComponentInQuadValues)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	getClassicalComponentBasisGradInCellAtQuadOEFE (const size_type cellIndex, const size_type nQuadPointInCell, std::vector< ValueTypeBasisData > &coeffsInCell, std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, ValueTypeBasisData *basisGradInCell, std::vector< ValueTypeBasisData > &classicalComponentInQuadGradients)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	storeValuesHRefinedSameQuadEveryCell (std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisGradientQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisHessianQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisOverlap, const quadrature::QuadratureRuleAttributes &quadratureRuleAttributes, std::shared_ptr< const quadrature::QuadratureRuleContainer > quadratureRuleContainer, std::vector< size_type > &nQuadPointsInCell, std::vector< size_type > &cellStartIdsBasisQuadStorage, std::vector< size_type > &cellStartIdsBasisGradientQuadStorage, std::vector< size_type > &cellStartIdsBasisHessianQuadStorage, const BasisStorageAttributesBoolMap basisStorageAttributesBoolMap)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	storeGradNiGradNjHRefinedSameQuadEveryCell (std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisGradNiGradNj, const quadrature::QuadratureRuleAttributes &quadratureRuleAttributes, std::shared_ptr< const quadrature::QuadratureRuleContainer > quadratureRuleContainer)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	storeValuesHRefinedAdaptiveQuad (std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisGradientQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisHessianQuadStorage, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisOverlap, const quadrature::QuadratureRuleAttributes &quadratureRuleAttributes, std::shared_ptr< const quadrature::QuadratureRuleContainer > quadratureRuleContainer, std::vector< size_type > &nQuadPointsInCell, std::vector< size_type > &cellStartIdsBasisQuadStorage, std::vector< size_type > &cellStartIdsBasisGradientQuadStorage, std::vector< size_type > &cellStartIdsBasisHessianQuadStorage, const BasisStorageAttributesBoolMap basisStorageAttributesBoolMap)
template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>
void	storeGradNiGradNjHRefinedAdaptiveQuad (std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > > efeBDH, std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &basisGradNiGradNj, const quadrature::QuadratureRuleAttributes &quadratureRuleAttributes, std::shared_ptr< const quadrature::QuadratureRuleContainer > quadratureRuleContainer)

Function Documentation

getClassicalComponentBasisGradInCellAtQuadOEFE()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::getClassicalComponentBasisGradInCellAtQuadOEFE	(	const size_type	cellIndex,
		const size_type	nQuadPointInCell,
		std::vector< ValueTypeBasisData > &	coeffsInCell,
		std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		ValueTypeBasisData *	basisGradInCell,
		std::vector< ValueTypeBasisData > &	classicalComponentInQuadGradients
	)

Here is the call graph for this function:

Here is the caller graph for this function:

getClassicalComponentBasisValuesInCellAtQuadOEFE()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::getClassicalComponentBasisValuesInCellAtQuadOEFE	(	const size_type	cellIndex,
		const size_type	nQuadPointInCell,
		std::vector< ValueTypeBasisData >	coeffsInCell,
		std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		ValueTypeBasisData *	basisValInCellPtr,
		std::vector< ValueTypeBasisData > &	classicalComponentInQuadValues
	)

Here is the call graph for this function:

Here is the caller graph for this function:

getClassicalComponentCoeffsInCellOEFE()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

std::vector< ValueTypeBasisData > dftefe::basis::EFEBasisDataStorageDealiiInternal::getClassicalComponentCoeffsInCellOEFE	(	const size_type	cellIndex,
		std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH
	)

Here is the call graph for this function:

Here is the caller graph for this function:

storeGradNiGradNjHRefinedAdaptiveQuad()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::storeGradNiGradNjHRefinedAdaptiveQuad	(	std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisGradNiGradNj,
		const quadrature::QuadratureRuleAttributes &	quadratureRuleAttributes,
		std::shared_ptr< const quadrature::QuadratureRuleContainer >	quadratureRuleContainer
	)

const std::unordered_map<global_size_type, utils::OptimizedIndexSet<size_type>> enrichmentIdToClassicalLocalIdMap = nullptr; const std::unordered_map<global_size_type, std::vector<ValueTypeBasisData>> enrichmentIdToInterfaceCoeffMap = nullptr; std::shared_ptr<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>> cfeBasisManager = nullptr;

if (efeBDH->isOrthogonalized()) { enrichmentIdToClassicalLocalIdMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentLocalIdsMap());

enrichmentIdToInterfaceCoeffMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentCoeffMap());

cfeBasisManager = std::dynamic_pointer_cast<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>>( efeBDH->getEnrichmentClassicalInterface() ->getCFEBasisManager()); }

            cfeBasisManager->getCellDofsLocalIds(cellIndex,
                                                 vecClassicalLocalNodeId);

            std::vector<ValueTypeBasisData> coeffsInCell(
              classicalDofsPerCell * numEnrichmentIdsInCell, 0);

            for (size_type cellEnrichId = 0;
                 cellEnrichId < numEnrichmentIdsInCell;
                 cellEnrichId++)
              {

get the enrichmentIds global_size_type enrichmentId = efeBDH->getEnrichmentClassicalInterface() ->getEnrichmentId(cellIndex, cellEnrichId);

get the vectors of non-zero localIds and coeffs auto iter = enrichmentIdToInterfaceCoeffMap->find(enrichmentId); auto it = enrichmentIdToClassicalLocalIdMap->find(enrichmentId); if (iter != enrichmentIdToInterfaceCoeffMap->end() && it != enrichmentIdToClassicalLocalIdMap->end()) { const std::vector<ValueTypeBasisData> &coeffsInLocalIdsMap = iter->second;

for (size_type i = 0; i < classicalDofsPerCell; i++) { size_type pos = 0; bool found = false; it->second.getPosition(vecClassicalLocalNodeId[i], pos, found); if (found) { coeffsInCell[numEnrichmentIdsInCell * i + cellEnrichId] = coeffsInLocalIdsMap[pos]; } } } }

saved as cell->dim->node->quad dftefe::utils::MemoryStorage<ValueTypeBasisData, utils::MemorySpace::HOST> basisGradInCell = cfeBasisDataStorage->getBasisGradientDataInCell(cellIndex);

Do a gemm (\Sigma c_i N_i^classical) and get the quad values in std::vector

            for (size_type iDim = 0; iDim < dim; iDim++)
              {
                ValueTypeBasisData *B =
                  basisGradInCell.data() +
                  iDim * nQuadPointInCell * classicalDofsPerCell;

                std::vector<ValueTypeBasisData> classicalComponentInQuadDim(
                  nQuadPointInCell * numEnrichmentIdsInCell,
                  (ValueTypeBasisData)0);

                linearAlgebra::blasLapack::gemm<ValueTypeBasisData,
                                                ValueTypeBasisData,
                                                utils::MemorySpace::HOST>(
                  'N',
                  'T',
                  numEnrichmentIdsInCell,
                  nQuadPointInCell,
                  classicalDofsPerCell,
                  (ValueTypeBasisData)1.0,
                  coeffsInCell.data(),
                  numEnrichmentIdsInCell,
                  B,
                  nQuadPointInCell,
                  (ValueTypeBasisData)0.0,
                  classicalComponentInQuadDim.data(),
                  numEnrichmentIdsInCell,
                   efeBDH->getEnrichmentClassicalInterface()
                     ->getLinAlgOpContext());

                classicalComponentInQuadGradients[iDim] =
                  classicalComponentInQuadDim;
              }

Here is the call graph for this function:

storeGradNiGradNjHRefinedSameQuadEveryCell()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::storeGradNiGradNjHRefinedSameQuadEveryCell	(	std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisGradNiGradNj,
		const quadrature::QuadratureRuleAttributes &	quadratureRuleAttributes,
		std::shared_ptr< const quadrature::QuadratureRuleContainer >	quadratureRuleContainer
	)

const std::unordered_map<global_size_type, utils::OptimizedIndexSet<size_type>> enrichmentIdToClassicalLocalIdMap = nullptr; const std::unordered_map<global_size_type, std::vector<ValueTypeBasisData>> enrichmentIdToInterfaceCoeffMap = nullptr; std::shared_ptr<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>> cfeBasisManager = nullptr;

if (efeBDH->isOrthogonalized()) { enrichmentIdToClassicalLocalIdMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentLocalIdsMap());

enrichmentIdToInterfaceCoeffMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentCoeffMap());

cfeBasisManager = std::dynamic_pointer_cast<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>>( efeBDH->getEnrichmentClassicalInterface() ->getCFEBasisManager()); }

            cfeBasisManager->getCellDofsLocalIds(cellIndex,
                                                 vecClassicalLocalNodeId);

            std::vector<ValueTypeBasisData> coeffsInCell(
              classicalDofsPerCell * numEnrichmentIdsInCell, 0);

            for (size_type cellEnrichId = 0;
                 cellEnrichId < numEnrichmentIdsInCell;
                 cellEnrichId++)
              {

get the enrichmentIds global_size_type enrichmentId = efeBDH->getEnrichmentClassicalInterface() ->getEnrichmentId(cellIndex, cellEnrichId);

get the vectors of non-zero localIds and coeffs auto iter = enrichmentIdToInterfaceCoeffMap->find(enrichmentId); auto it = enrichmentIdToClassicalLocalIdMap->find(enrichmentId); if (iter != enrichmentIdToInterfaceCoeffMap->end() && it != enrichmentIdToClassicalLocalIdMap->end()) { const std::vector<ValueTypeBasisData> &coeffsInLocalIdsMap = iter->second;

for (size_type i = 0; i < classicalDofsPerCell; i++) { size_type pos = 0; bool found = false; it->second.getPosition(vecClassicalLocalNodeId[i], pos, found); if (found) { coeffsInCell[numEnrichmentIdsInCell * i + cellEnrichId] = coeffsInLocalIdsMap[pos]; } } } }

saved as cell->dim->node->quad dftefe::utils::MemoryStorage<ValueTypeBasisData, utils::MemorySpace::HOST> basisGradInCell = cfeBasisDataStorage->getBasisGradientDataInCell(cellIndex);

Do a gemm (\Sigma c_i N_i^classical) and get the quad values in std::vector

            for (size_type iDim = 0; iDim < dim; iDim++)
              {
                ValueTypeBasisData *B =
                  basisGradInCell.data() +
                  iDim * nQuadPointInCell * classicalDofsPerCell;

                std::vector<ValueTypeBasisData> classicalComponentInQuadDim(
                  nQuadPointInCell * numEnrichmentIdsInCell,
                  (ValueTypeBasisData)0);

                linearAlgebra::blasLapack::gemm<ValueTypeBasisData,
                                                ValueTypeBasisData,
                                                utils::MemorySpace::HOST>(
                  'N',
                  'T',
                  numEnrichmentIdsInCell,
                  nQuadPointInCell,
                  classicalDofsPerCell,
                  (ValueTypeBasisData)1.0,
                  coeffsInCell.data(),
                  numEnrichmentIdsInCell,
                  B,
                  nQuadPointInCell,
                  (ValueTypeBasisData)0.0,
                  classicalComponentInQuadDim.data(),
                  numEnrichmentIdsInCell,
                   efeBDH->getEnrichmentClassicalInterface()
                     ->getLinAlgOpContext());

                classicalComponentInQuadGradients[iDim] =
                  classicalComponentInQuadDim;
              }

Here is the call graph for this function:

storeValuesHRefinedAdaptiveQuad()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::storeValuesHRefinedAdaptiveQuad	(	std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisGradientQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisHessianQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisOverlap,
		const quadrature::QuadratureRuleAttributes &	quadratureRuleAttributes,
		std::shared_ptr< const quadrature::QuadratureRuleContainer >	quadratureRuleContainer,
		std::vector< size_type > &	nQuadPointsInCell,
		std::vector< size_type > &	cellStartIdsBasisQuadStorage,
		std::vector< size_type > &	cellStartIdsBasisGradientQuadStorage,
		std::vector< size_type > &	cellStartIdsBasisHessianQuadStorage,
		const BasisStorageAttributesBoolMap	basisStorageAttributesBoolMap
	)

const std::unordered_map<global_size_type, utils::OptimizedIndexSet<size_type>> enrichmentIdToClassicalLocalIdMap = nullptr; const std::unordered_map<global_size_type, std::vector<ValueTypeBasisData>> enrichmentIdToInterfaceCoeffMap = nullptr; std::shared_ptr<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>> cfeBasisManager = nullptr;

if (efeBDH->isOrthogonalized()) { enrichmentIdToClassicalLocalIdMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentLocalIdsMap());

enrichmentIdToInterfaceCoeffMap = &(efeBDH->getEnrichmentClassicalInterface() ->getClassicalComponentCoeffMap());

cfeBasisManager = std::dynamic_pointer_cast<const FEBasisManager<ValueTypeBasisData, ValueTypeBasisData, memorySpace, dim>>( efeBDH->getEnrichmentClassicalInterface() ->getCFEBasisManager()); }

            cfeBasisManager->getCellDofsLocalIds(cellIndex,
                                                 vecClassicalLocalNodeId);

            std::vector<ValueTypeBasisData> coeffsInCell(
              classicalDofsPerCell * numEnrichmentIdsInCell, 0);

            for (size_type cellEnrichId = 0;
                 cellEnrichId < numEnrichmentIdsInCell;
                 cellEnrichId++)
              {

get the enrichmentIds global_size_type enrichmentId = efeBDH->getEnrichmentClassicalInterface() ->getEnrichmentId(cellIndex, cellEnrichId);

// get the vectors of non-zero localIds and coeffs

auto iter = enrichmentIdToInterfaceCoeffMap->find(enrichmentId); DFTEFE_Assert(iter != enrichmentIdToInterfaceCoeffMap->end()); const std::vector<ValueTypeBasisData> &coeffsInLocalIdsMap = iter->second;

for (size_type i = 0; i < classicalDofsPerCell; i++) { size_type pos = 0; bool found = false; auto it = enrichmentIdToClassicalLocalIdMap->find(enrichmentId); DFTEFE_Assert(it != enrichmentIdToClassicalLocalIdMap->end()); it->second.getPosition(vecClassicalLocalNodeId[i], pos, found); if (found) { coeffsInCell[numEnrichmentIdsInCell * i + cellEnrichId] = coeffsInLocalIdsMap[pos]; } }

get the vectors of non-zero localIds and coeffs auto iter = enrichmentIdToInterfaceCoeffMap->find(enrichmentId); auto it = enrichmentIdToClassicalLocalIdMap->find(enrichmentId); if (iter != enrichmentIdToInterfaceCoeffMap->end() && it != enrichmentIdToClassicalLocalIdMap->end()) { const std::vector<ValueTypeBasisData> &coeffsInLocalIdsMap = iter->second;

for (size_type i = 0; i < classicalDofsPerCell; i++) { size_type pos = 0; bool found = false; it->second.getPosition(vecClassicalLocalNodeId[i], pos, found); if (found) { coeffsInCell[numEnrichmentIdsInCell * i + cellEnrichId] = coeffsInLocalIdsMap[pos]; } } } }

if (basisStorageAttributesBoolMap .find(BasisStorageAttributes::StoreValues) ->second || basisStorageAttributesBoolMap .find(BasisStorageAttributes::StoreOverlap) ->second) { dftefe::utils::MemoryStorage<ValueTypeBasisData, utils::MemorySpace::HOST> basisValInCell = cfeBasisDataStorage->getBasisDataInCell(cellIndex);

Do a gemm (\Sigma c_i N_i^classical) and get the quad values in std::vector

                linearAlgebra::blasLapack::gemm<ValueTypeBasisData,
                                                ValueTypeBasisData,
                                                utils::MemorySpace::HOST>(
                  'N',
                  'T',
                  numEnrichmentIdsInCell,
                  nQuadPointInCell,
                  classicalDofsPerCell,
                  (ValueTypeBasisData)1.0,
                  coeffsInCell.data(),
                  numEnrichmentIdsInCell,
                  basisValInCell.data(),
                  nQuadPointInCell,
                  (ValueTypeBasisData)0.0,
                  classicalComponentInQuadValues.data(),
                  numEnrichmentIdsInCell,
                   efeBDH->getEnrichmentClassicalInterface()
                     ->getLinAlgOpContext());
              }

            if (basisStorageAttributesBoolMap
                  .find(BasisStorageAttributes::StoreGradient)
                  ->second)
              {

saved as cell->dim->node->quad dftefe::utils::MemoryStorage<ValueTypeBasisData, utils::MemorySpace::HOST> basisGradInCell = cfeBasisDataStorage->getBasisGradientDataInCell( cellIndex);

Do a gemm (\Sigma c_i N_i^classical) and get the quad values in std::vector

                for (size_type iDim = 0; iDim < dim; iDim++)
                  {
                    ValueTypeBasisData *B =
                      basisGradInCell.data() +
                      iDim * nQuadPointInCell * classicalDofsPerCell;

                    std::vector<ValueTypeBasisData>
                      classicalComponentInQuadDim(nQuadPointInCell *
                                                    numEnrichmentIdsInCell,
                                                  (ValueTypeBasisData)0);

                    linearAlgebra::blasLapack::gemm<
                      ValueTypeBasisData,
                      ValueTypeBasisData,
                      utils::MemorySpace::HOST>(
                      'N',
                      'T',
                      numEnrichmentIdsInCell,
                      nQuadPointInCell,
                      classicalDofsPerCell,
                      (ValueTypeBasisData)1.0,
                      coeffsInCell.data(),
                      numEnrichmentIdsInCell,
                      B,
                      nQuadPointInCell,
                      (ValueTypeBasisData)0.0,
                      classicalComponentInQuadDim.data(),
                      numEnrichmentIdsInCell,
                       efeBDH->getEnrichmentClassicalInterface()
                         ->getLinAlgOpContext());

                    classicalComponentInQuadGradients[iDim] =
                      classicalComponentInQuadDim;
                  }
              }

Here is the call graph for this function:

Here is the caller graph for this function:

storeValuesHRefinedSameQuadEveryCell()

template<typename ValueTypeBasisCoeff , typename ValueTypeBasisData , utils::MemorySpace memorySpace, size_type dim>

void dftefe::basis::EFEBasisDataStorageDealiiInternal::storeValuesHRefinedSameQuadEveryCell	(	std::shared_ptr< const EFEBasisDofHandlerDealii< ValueTypeBasisCoeff, ValueTypeBasisData, memorySpace, dim > >	efeBDH,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisGradientQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisHessianQuadStorage,
		std::shared_ptr< typename BasisDataStorage< ValueTypeBasisData, memorySpace >::Storage > &	basisOverlap,
		const quadrature::QuadratureRuleAttributes &	quadratureRuleAttributes,
		std::shared_ptr< const quadrature::QuadratureRuleContainer >	quadratureRuleContainer,
		std::vector< size_type > &	nQuadPointsInCell,
		std::vector< size_type > &	cellStartIdsBasisQuadStorage,
		std::vector< size_type > &	cellStartIdsBasisGradientQuadStorage,
		std::vector< size_type > &	cellStartIdsBasisHessianQuadStorage,
		const BasisStorageAttributesBoolMap	basisStorageAttributesBoolMap
	)

Here is the call graph for this function:

Here is the caller graph for this function: