hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType > Class Template Reference

#include <advection_operation.h>

Public Types
using	This
using	VNumber = VectorizedArrayType
using	FECellEval
using	FEFaceEval
using	FECellEval_inv

Public Member Functions
	AdvectionOperation (const MatrixFree< dim_x, dim_v, Number, VectorizedArrayType > &data, DynamicConvergenceTable &table)
void	reinit (std::shared_ptr< BoundaryDescriptor< dim, Number > > boundary_descriptor, std::shared_ptr< VelocityField > velocity_field, const AdvectionOperationParamters additional_data)
template<AdvectionOperationEvaluationLevel eval_level = AdvectionOperationEvaluationLevel::all>
void	apply (VectorType &dst, const VectorType &src, const Number time, Timers *timers=nullptr)

Static Public Attributes
static const int	dim = dim_x + dim_v
static const dealii::internal::EvaluatorVariant	tensorproduct

Detailed Description

template<int dim_x, int dim_v, int degree, int n_points, typename Number, typename VectorType, typename VelocityField, typename VectorizedArrayType>
class hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >

Advection operator. It is defined by a velocity field and by boundary conditions.

Member Typedef Documentation

FECellEval

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

using hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::FECellEval

Initial value:

 
        FEEvaluation<dim_x, dim_v, degree, n_points, Number, VNumber>

FECellEval_inv

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

using hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::FECellEval_inv

Initial value:

 
        FEEvaluationInverse<dim_x, dim_v, degree, n_points, Number, VNumber>

FEFaceEval

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

using hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::FEFaceEval

Initial value:

 
        FEFaceEvaluation<dim_x, dim_v, degree, n_points, Number, VNumber>

This

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

using hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::This

Initial value:

 AdvectionOperation<dim_x,
                                      dim_v,
                                      degree,
                                      n_points,
                                      Number,
                                      VectorType,
                                      VelocityField,
                                      VectorizedArrayType>

Constructor & Destructor Documentation

AdvectionOperation()

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::AdvectionOperation ( const MatrixFree< dim_x, dim_v, Number, VectorizedArrayType > & data, DynamicConvergenceTable & table )

inline

Constructor

Member Function Documentation

apply()

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

template<AdvectionOperationEvaluationLevel eval_level = AdvectionOperationEvaluationLevel::all>

void hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::apply ( VectorType & dst, const VectorType & src, const Number time, Timers * timers = nullptr )

inline

Apply operator. Depending on configuration ECL or FCL.

reinit()

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

void hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::reinit ( std::shared_ptr< BoundaryDescriptor< dim, Number > > boundary_descriptor, std::shared_ptr< VelocityField > velocity_field, const AdvectionOperationParamters additional_data )

inline

Set boundary condition and velocity field as well as set up internal data structures.

Member Data Documentation

tensorproduct

template<int dim_x, int dim_v, int degree, int n_points, typename Number , typename VectorType , typename VelocityField , typename VectorizedArrayType >

const dealii::internal::EvaluatorVariant hyperdeal::advection::AdvectionOperation< dim_x, dim_v, degree, n_points, Number, VectorType, VelocityField, VectorizedArrayType >::tensorproduct

static

Initial value:

=
        dealii::internal::EvaluatorVariant::evaluate_evenodd

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

• include/hyper.deal/operators/advection/advection_operation.h