Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT > Class Template Reference

A data handle class to exchange entries of a vector for multiple codims in one communication call.

#include <dumux/parallel/vectorcommdatahandle.hh>

Inheritance diagram for Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >:

Public Types
using	DataType = DataT
	export type of data for message buffer

Public Member Functions
	MultiCodimVectorCommDataHandle (const Mapper &mapper, Vector &vector, std::bitset< dim+1 > activeCodims)
bool	contains (int, int codim) const
	returns true if data for this codim should be communicated
bool	fixedSize (int, int codim) const
template<class Entity>
std::size_t	size (Entity &entity) const
	how many objects of type DataType have to be sent for a given entity
template<class MessageBuffer, class Entity>
void	gather (MessageBuffer &buff, const Entity &entity) const
	pack data from user to message buffer (all DOFs of entity)
template<class MessageBuffer, class Entity>
void	scatter (MessageBuffer &buff, const Entity &entity, std::size_t n)
	unpack data from message buffer to user (all DOFs of entity)

Protected Attributes
const Mapper &	mapper_
Vector &	vector_
std::bitset< dim+1 >	activeCodims_

Member Typedef Documentation

DataType

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

using Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::DataType = DataT

Constructor & Destructor Documentation

MultiCodimVectorCommDataHandle()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::MultiCodimVectorCommDataHandle ( const Mapper & mapper, Vector & vector, std::bitset< dim+1 > activeCodims )

inline

Member Function Documentation

contains()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

bool Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::contains ( int , int codim ) const

inline

fixedSize()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

bool Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::fixedSize ( int , int codim ) const

inline

returns true if size per entity of given dim and codim is a constant. For mappers where all entities of the same codim have the same DOF count, this is true. For mixed meshes with variable-DOF geometry types (e.g. simplex+cube) it may be false.

gather()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

template<class MessageBuffer, class Entity>

void Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::gather ( MessageBuffer & buff, const Entity & entity ) const

inline

scatter()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

template<class MessageBuffer, class Entity>

void Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::scatter ( MessageBuffer & buff, const Entity & entity, std::size_t n )

inline

Note

n is the number of objects sent by the sender

size()

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

template<class Entity>

std::size_t Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::size ( Entity & entity ) const

inline

Note

Only the sender side needs to know this size.

Member Data Documentation

activeCodims_

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

std::bitset<dim+1> Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::activeCodims_

protected

mapper_

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

const Mapper& Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::mapper_

protected

vector_

template<class Mapper, class Vector, int dim, class ScatterOperator, class DataT = typename Vector::value_type>

Vector& Dumux::MultiCodimVectorCommDataHandle< Mapper, Vector, dim, ScatterOperator, DataT >::vector_

protected

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

• vectorcommdatahandle.hh