Public Types
typedef T	value_type

typedef std::int64_t	index_type

typedef Vector< T, Dim >	vector_type

using	particle_position_type = ParticleAttrib< vector_type, PositionProperties... >

using	position_memory_space = typename particle_position_type::memory_space

using	position_execution_space = typename particle_position_type::execution_space

typedef std::array< BC, 2 *Dim >	bc_container_type

Public Member Functions
template<class PBase >
void	update (PBase &)

void	setParticleBC (bc_container_type bcs)

const bc_container_type &	getParticleBC () const

void	setParticleBC (BC bc)

void	applyBC (const particle_position_type &R, const NDRegion< T, Dim > &nr)

Member Function Documentation

◆ applyBC()

template<typename T , unsigned Dim, typename... Properties>

void ippl::detail::ParticleLayout< T, Dim, Properties >::applyBC	(	const particle_position_type &	R,
		const NDRegion< T, Dim > &	nr
	)

Apply the given boundary conditions to the current particle positions.

Parameters

R	is the particle position attribute
nr	is the particle domain

template<typename T , unsigned Dim, typename... PositionProperties>

const bc_container_type & ippl::detail::ParticleLayout< T, Dim, PositionProperties >::getParticleBC ( ) const

inline

Return the current boundary conditions.

template<typename T , unsigned Dim, typename... PositionProperties>

void ippl::detail::ParticleLayout< T, Dim, PositionProperties >::setParticleBC ( BC bc )

inline

Use the same boundary condition on each face

Parameters

bc	is the boundary condition to apply on all faces

template<typename T , unsigned Dim, typename... PositionProperties>

void ippl::detail::ParticleLayout< T, Dim, PositionProperties >::setParticleBC ( bc_container_type bcs )

inline

Copy over the given boundary conditions.

Parameters

bcs	are the boundary conditions

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