A data structure holding Variables associated with directions. More...

#include <BoundaryVariables.hpp>

Public Types
using	tags_list = Tags
using	VariablesType = Variables<tags_list>
using	Vector = typename VariablesType::vector_type

Public Member Functions
	BoundaryVariables (BoundaryVariables &&other)
	BoundaryVariables (const BoundaryVariables &other)
BoundaryVariables &	operator= (BoundaryVariables &&other)
BoundaryVariables &	operator= (const BoundaryVariables &other)
	BoundaryVariables (DirectionMap< Dim, size_t > points_per_direction)
	BoundaryVariables (DirectionMap< Dim, size_t > points_per_direction, const typename Vector::value_type &initial_value)
void	initialize (DirectionMap< Dim, size_t > points_per_direction)
void	initialize (DirectionMap< Dim, size_t > points_per_direction, const typename Vector::value_type &initial_value)
size_t	size () const
bool	empty () const
void	clear ()
const DirectionMap< Dim, size_t > &	points_per_direction () const
const Vector &	buffer () const
Vector &	buffer ()
DirectionMap< Dim, VariablesType > &	variables ()
const DirectionMap< Dim, VariablesType > &	variables () const
void	pup (PUP::er &p)

Detailed Description

template<size_t Dim, typename Tags>
class BoundaryVariables< Dim, Tags >

A data structure holding Variables associated with directions.

This class holds Variables of sizes points_per_direction, all referencing a single memory allocation. The individual Variables can be accessed through the variables() member. Access to the underlying buffer is provided so that the class can, for example, be used as the evolved variables for an evolution system.

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

src/Domain/BoundaryVariables.hpp

Public Types

Public Member Functions

Detailed Description