terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim > Class Template Reference

#include <epsilon.hpp>

Public Types
using	SrcVectorType = linalg::VectorQ1Vec< ScalarT, VecDim >
using	DstVectorType = linalg::VectorQ1Vec< ScalarT, VecDim >
using	ScalarType = ScalarT

Public Member Functions
	Epsilon (const grid::shell::DistributedDomain &domain, const grid::Grid3DDataVec< ScalarT, 3 > &grid, const grid::Grid2DDataScalar< ScalarT > &radii, const grid::Grid4DDataScalar< ScalarT > &k, bool treat_boundary, bool diagonal, linalg::OperatorApplyMode operator_apply_mode=linalg::OperatorApplyMode::Replace, linalg::OperatorCommunicationMode operator_communication_mode=linalg::OperatorCommunicationMode::CommunicateAdditively)
const grid::Grid4DDataScalar< ScalarType > &	k_grid_data ()
void	set_operator_apply_and_communication_modes (const linalg::OperatorApplyMode operator_apply_mode, const linalg::OperatorCommunicationMode operator_communication_mode)
void	apply_impl (const SrcVectorType &src, DstVectorType &dst)
void	operator() (const int local_subdomain_id, const int x_cell, const int y_cell, const int r_cell) const
void	neumann (ScalarType src_local_hex[8], ScalarType dst_local_hex[8], const ScalarType k_eval, const int wedge, const ScalarType quad_weight, const ScalarType abs_det, dense::Mat< ScalarType, 3, 3 > *sym_grad_i, dense::Mat< ScalarType, 3, 3 > *sym_grad_j, const int dimi, const int dimj) const
void	dirichlet_cmb (ScalarType src_local_hex[8], ScalarType dst_local_hex[8], const ScalarType k_eval, const int wedge, const ScalarType quad_weight, const ScalarType abs_det, dense::Mat< ScalarType, 3, 3 > *sym_grad_i, dense::Mat< ScalarType, 3, 3 > *sym_grad_j, const int dimi, const int dimj) const
void	dirichlet_surface (ScalarType src_local_hex[8], ScalarType dst_local_hex[8], const ScalarType k_eval, const int wedge, const ScalarType quad_weight, const ScalarType abs_det, dense::Mat< ScalarType, 3, 3 > *sym_grad_i, dense::Mat< ScalarType, 3, 3 > *sym_grad_j, const int dimi, const int dimj) const
void	diagonal (ScalarType src_local_hex[8], ScalarType dst_local_hex[8], const ScalarType k_eval, const int wedge, const ScalarType quad_weight, const ScalarType abs_det, dense::Mat< ScalarType, 3, 3 > *sym_grad_i, dense::Mat< ScalarType, 3, 3 > *sym_grad_j, const int dimi, const int dimj) const

Member Typedef Documentation

DstVectorType

template<typename ScalarT , int VecDim = 3>

using terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::DstVectorType = linalg::VectorQ1Vec< ScalarT, VecDim >

ScalarType

template<typename ScalarT , int VecDim = 3>

using terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::ScalarType = ScalarT

SrcVectorType

template<typename ScalarT , int VecDim = 3>

using terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::SrcVectorType = linalg::VectorQ1Vec< ScalarT, VecDim >

Constructor & Destructor Documentation

Epsilon()

template<typename ScalarT , int VecDim = 3>

terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::Epsilon ( const grid::shell::DistributedDomain &  domain, const grid::Grid3DDataVec< ScalarT, 3 > &  grid, const grid::Grid2DDataScalar< ScalarT > &  radii, const grid::Grid4DDataScalar< ScalarT > &  k, bool  treat_boundary, bool  diagonal, linalg::OperatorApplyMode  operator_apply_mode = linalg::OperatorApplyMode::Replace, linalg::OperatorCommunicationMode  operator_communication_mode = linalg::OperatorCommunicationMode::CommunicateAdditively  )

inline

Member Function Documentation

apply_impl()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::apply_impl ( const SrcVectorType &  src, DstVectorType &  dst  )

inline

diagonal()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::diagonal ( ScalarType  src_local_hex[8], ScalarType  dst_local_hex[8], const ScalarType  k_eval, const int  wedge, const ScalarType  quad_weight, const ScalarType  abs_det, dense::Mat< ScalarType, 3, 3 > *  sym_grad_i, dense::Mat< ScalarType, 3, 3 > *  sym_grad_j, const int  dimi, const int  dimj  ) const

inline

dirichlet_cmb()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::dirichlet_cmb ( ScalarType  src_local_hex[8], ScalarType  dst_local_hex[8], const ScalarType  k_eval, const int  wedge, const ScalarType  quad_weight, const ScalarType  abs_det, dense::Mat< ScalarType, 3, 3 > *  sym_grad_i, dense::Mat< ScalarType, 3, 3 > *  sym_grad_j, const int  dimi, const int  dimj  ) const

inline

dirichlet_surface()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::dirichlet_surface ( ScalarType  src_local_hex[8], ScalarType  dst_local_hex[8], const ScalarType  k_eval, const int  wedge, const ScalarType  quad_weight, const ScalarType  abs_det, dense::Mat< ScalarType, 3, 3 > *  sym_grad_i, dense::Mat< ScalarType, 3, 3 > *  sym_grad_j, const int  dimi, const int  dimj  ) const

inline

k_grid_data()

template<typename ScalarT , int VecDim = 3>

const grid::Grid4DDataScalar< ScalarType > & terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::k_grid_data ( )

inline

neumann()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::neumann ( ScalarType  src_local_hex[8], ScalarType  dst_local_hex[8], const ScalarType  k_eval, const int  wedge, const ScalarType  quad_weight, const ScalarType  abs_det, dense::Mat< ScalarType, 3, 3 > *  sym_grad_i, dense::Mat< ScalarType, 3, 3 > *  sym_grad_j, const int  dimi, const int  dimj  ) const

inline

operator()()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::operator() ( const int  local_subdomain_id, const int  x_cell, const int  y_cell, const int  r_cell  ) const

inline

set_operator_apply_and_communication_modes()

template<typename ScalarT , int VecDim = 3>

void terra::fe::wedge::operators::shell::Epsilon< ScalarT, VecDim >::set_operator_apply_and_communication_modes ( const linalg::OperatorApplyMode  operator_apply_mode, const linalg::OperatorCommunicationMode  operator_communication_mode  )

inline

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

• epsilon.hpp