kynema::beams::IntegrateResidualVectorElement< DeviceType > Struct Template Reference

#include <integrate_residual_vector.hpp>

Public Types
template<typename ValueType >
using	View = Kokkos::View< ValueType, DeviceType >
template<typename ValueType >
using	ConstView = typename View< ValueType >::const_type
template<typename ValueType >
using	LeftView = Kokkos::View< ValueType, Kokkos::LayoutLeft, DeviceType >
template<typename ValueType >
using	ConstLeftView = typename LeftView< ValueType >::const_type

Public Member Functions
KOKKOS_FUNCTION void	operator() (size_t node) const

Public Attributes
size_t	element
size_t	num_qps
ConstView< double * >	qp_weight_
ConstView< double * >	qp_jacobian_
ConstLeftView< double ** >	shape_interp_
ConstLeftView< double ** >	shape_deriv_
ConstView< double *[6]>	node_FX_
ConstView< double *[6]>	qp_Fc_
ConstView< double *[6]>	qp_Fd_
ConstView< double *[6]>	qp_Fi_
ConstView< double *[6]>	qp_Fe_
ConstView< double *[6]>	qp_Fg_
View< double **[6]>	residual_vector_terms_

Member Typedef Documentation

ConstLeftView

template<typename DeviceType >

template<typename ValueType >

using kynema::beams::IntegrateResidualVectorElement< DeviceType >::ConstLeftView = typename LeftView<ValueType>::const_type

ConstView

template<typename DeviceType >

template<typename ValueType >

using kynema::beams::IntegrateResidualVectorElement< DeviceType >::ConstView = typename View<ValueType>::const_type

LeftView

template<typename DeviceType >

template<typename ValueType >

using kynema::beams::IntegrateResidualVectorElement< DeviceType >::LeftView = Kokkos::View<ValueType, Kokkos::LayoutLeft, DeviceType>

View

template<typename DeviceType >

template<typename ValueType >

using kynema::beams::IntegrateResidualVectorElement< DeviceType >::View = Kokkos::View<ValueType, DeviceType>

Member Function Documentation

operator()()

template<typename DeviceType >

KOKKOS_FUNCTION void kynema::beams::IntegrateResidualVectorElement< DeviceType >::operator() ( size_t  node ) const

inline

Member Data Documentation

element

template<typename DeviceType >

size_t kynema::beams::IntegrateResidualVectorElement< DeviceType >::element

node_FX_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::node_FX_

num_qps

template<typename DeviceType >

size_t kynema::beams::IntegrateResidualVectorElement< DeviceType >::num_qps

qp_Fc_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_Fc_

qp_Fd_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_Fd_

qp_Fe_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_Fe_

qp_Fg_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_Fg_

qp_Fi_

template<typename DeviceType >

ConstView<double* [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_Fi_

qp_jacobian_

template<typename DeviceType >

ConstView<double*> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_jacobian_

qp_weight_

template<typename DeviceType >

ConstView<double*> kynema::beams::IntegrateResidualVectorElement< DeviceType >::qp_weight_

residual_vector_terms_

template<typename DeviceType >

View<double** [6]> kynema::beams::IntegrateResidualVectorElement< DeviceType >::residual_vector_terms_

shape_deriv_

template<typename DeviceType >

ConstLeftView<double**> kynema::beams::IntegrateResidualVectorElement< DeviceType >::shape_deriv_

shape_interp_

template<typename DeviceType >

ConstLeftView<double**> kynema::beams::IntegrateResidualVectorElement< DeviceType >::shape_interp_

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The documentation for this struct was generated from the following file:

• /home/runner/work/kynema/kynema/kynema/src/system/beams/integrate_residual_vector.hpp