#include <BoxLibLayout.h>

Inheritance diagram for BoxLibLayout< T, Dim >:

Collaboration diagram for BoxLibLayout< T, Dim >:

Public Types
typedef ParticleAmrLayout< T, Dim >::pair_t	pair_t

typedef ParticleAmrLayout< T, Dim >::pair_iterator	pair_iterator

typedef ParticleAmrLayout< T, Dim >::SingleParticlePos_t	SingleParticlePos_t

typedef ParticleAmrLayout< T, Dim >::Index_t	Index_t

typedef amr::AmrField_t	AmrField_t

typedef amr::AmrVectorField_t	AmrVectorField_t

typedef amr::AmrScalarFieldContainer_t	AmrScalarFieldContainer_t

typedef amr::AmrVectorFieldContainer_t	AmrVectorFieldContainer_t

typedef ParticleAmrLayout< T, Dim >::ParticlePos_t	ParticlePos_t

typedef ParticleAttrib< Index_t >	ParticleIndex_t

typedef amr::AmrProcMap_t	AmrProcMap_t

typedef amr::AmrGrid_t	AmrGrid_t

typedef amr::AmrGeometry_t	AmrGeometry_t

typedef amr::AmrGeomContainer_t	AmrGeomContainer_t

typedef amr::AmrGridContainer_t	AmrGridContainer_t

typedef amr::AmrProcMapContainer_t	AmrProcMapContainer_t

typedef amr::AmrIntVect_t	AmrIntVect_t

typedef amr::AmrIntVectContainer_t	AmrIntVectContainer_t

typedef amr::AmrIntArray_t	AmrIntArray_t

typedef amr::AmrDomain_t	AmrDomain_t

typedef amr::AmrBox_t	AmrBox_t

typedef amr::AmrReal_t	AmrReal_t

typedef amrex::BaseFab< int >	basefab_t

typedef amrex::FabArray < basefab_t >	mask_t

Public Types inherited from ParticleAmrLayout< T, Dim >
typedef int	pair_t

typedef pair_t *	pair_iterator

typedef ParticleLayout< T, Dim > ::SingleParticlePos_t	SingleParticlePos_t

typedef ParticleLayout< T, Dim > ::Index_t	Index_t

typedef ParticleAttrib < SingleParticlePos_t >	ParticlePos_t

typedef ParticleAttrib< Index_t >	ParticleIndex_t

Public Types inherited from ParticleLayout< T, Dim >
enum	{ Dimension = Dim }

enum	UpdateFlags { SWAP, BCONDS, NUMFLAGS, OPTDESTROY, ALL }

typedef T	Position_t

typedef unsigned	Index_t

typedef Vektor< T, Dim >	SingleParticlePos_t

Public Member Functions
	BoxLibLayout ()

	BoxLibLayout (const BoxLibLayout *layout_p)

	BoxLibLayout (int nGridPoints, int maxGridSize)

	BoxLibLayout (const AmrGeometry_t &geom, const AmrProcMap_t &dmap, const AmrGrid_t &ba)

	BoxLibLayout (const AmrGeomContainer_t &geom, const AmrProcMapContainer_t &dmap, const AmrGridContainer_t &ba, const AmrIntArray_t &rr)

void	setBoundingBox (double dh)

void	setDomainRatio (const std::vector< double > &ratio)

void	update (IpplParticleBase< BoxLibLayout< T, Dim > > &PData, const ParticleAttrib< char > *canSwap=0)

void	update (AmrParticleBase< BoxLibLayout< T, Dim > > &PData, int lev_min=0, int lev_max=-1, bool isRegrid=false)

AmrIntVect_t	Index (AmrParticleBase< BoxLibLayout< T, Dim > > &p, const unsigned int ip, int level) const

AmrIntVect_t	Index (SingleParticlePos_t &R, int lev) const

void	buildLevelMask (int lev, const int ncells=1)

void	clearLevelMask (int lev)

const std::unique_ptr< mask_t > &	getLevelMask (int lev) const

void	resize (int maxLevel)

void	define (const AmrGeomContainer_t &geom)

void	define (const AmrIntVectContainer_t &refRatio)

bool	LevelDefined (int level) const

int	finestLevel () const

int	maxLevel () const

AmrIntVect_t	refRatio (int level) const

int	MaxRefRatio (int level) const

Public Member Functions inherited from ParticleAmrLayout< T, Dim >
	ParticleAmrLayout ()

void	setFinestLevel (int finestLevel)

void	setMaxLevel (int maxLevel)

Public Member Functions inherited from ParticleLayout< T, Dim >
	ParticleLayout ()

	~ParticleLayout ()

void	setUpdateFlag (UpdateFlags f, bool val)

bool	getUpdateFlag (UpdateFlags f) const

ParticleBConds< T, Dim > &	getBConds ()

void	setBConds (const ParticleBConds< T, Dim > &bc)

Static Public Attributes
static Vector_t	lowerBound = - Vector_t(1.0, 1.0, 1.0)

static Vector_t	upperBound = Vector_t(1.0, 1.0, 1.0)

Private Member Functions
void	initBaseBox_m (int nGridPoints, int maxGridSize, double dh=0.04)

bool	Where (AmrParticleBase< BoxLibLayout< T, Dim > > &p, const unsigned int ip, int lev_min=0, int lev_max=-1, int nGrow=0) const

bool	EnforcePeriodicWhere (AmrParticleBase< BoxLibLayout< T, Dim > > &prt, const unsigned int ip, int lev_min=0, int lev_max=-1) const

bool	PeriodicShift (SingleParticlePos_t R) const

void	locateParticle (AmrParticleBase< BoxLibLayout< T, Dim > > &p, const unsigned int ip, int lev_min, int lev_max, int nGrow) const

Private Attributes
AmrIntVectContainer_t	refRatio_m

std::vector< std::unique_ptr < mask_t > >	masks_m
	Refinement ratios [0:finest_level-1]. More...

Additional Inherited Members
Protected Member Functions inherited from ParticleLayout< T, Dim >
template<class PPT , class NDI >
void	apply_bconds (unsigned n, PPT &R, const ParticleBConds< T, Dim > &bcs, const NDI &nr)

Protected Attributes inherited from ParticleAmrLayout< T, Dim >
int	finestLevel_m
	Current finest level of simluation. More...

int	maxLevel_m
	Maximum level allowed. More...

Detailed Description

template<class T, unsigned Dim>
class BoxLibLayout< T, Dim >

In contrast to AMReX, OPAL is optimized for distribution particles to cores. In AMReX the ParGDB object is responsible for the particle to core distribution. This layout is derived from this object and does all important bunch updates. It is the interface for AMReX and Ippl.

In AMReX the geometry, i.e. physical domain, is fixed during the whole computation. Particles leaving the domain would be deleted. In order to prevent this we map the particles onto the domain \([-1, 1]^3\). Furthermore, it makes sure that we have enougth grid points to represent the bunch when its charges are scattered on the grid for the self-field computation.

The self-field computation and the particle-to-core update are performed in the particle mapped domain.

Definition at line 30 of file BoxLibLayout.h.

Member Typedef Documentation

template<class T, unsigned Dim>

typedef amr::AmrBox_t BoxLibLayout< T, Dim >::AmrBox_t

Definition at line 57 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrDomain_t BoxLibLayout< T, Dim >::AmrDomain_t

Definition at line 56 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrField_t BoxLibLayout< T, Dim >::AmrField_t

Definition at line 40 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrGeomContainer_t BoxLibLayout< T, Dim >::AmrGeomContainer_t

Definition at line 50 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrGeometry_t BoxLibLayout< T, Dim >::AmrGeometry_t

Definition at line 49 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrGrid_t BoxLibLayout< T, Dim >::AmrGrid_t

Definition at line 48 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrGridContainer_t BoxLibLayout< T, Dim >::AmrGridContainer_t

Definition at line 51 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrIntArray_t BoxLibLayout< T, Dim >::AmrIntArray_t

Definition at line 55 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrIntVect_t BoxLibLayout< T, Dim >::AmrIntVect_t

Definition at line 53 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrIntVectContainer_t BoxLibLayout< T, Dim >::AmrIntVectContainer_t

Definition at line 54 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrProcMap_t BoxLibLayout< T, Dim >::AmrProcMap_t

Definition at line 47 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrProcMapContainer_t BoxLibLayout< T, Dim >::AmrProcMapContainer_t

Definition at line 52 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrReal_t BoxLibLayout< T, Dim >::AmrReal_t

Definition at line 58 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrScalarFieldContainer_t BoxLibLayout< T, Dim >::AmrScalarFieldContainer_t

Definition at line 42 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrVectorField_t BoxLibLayout< T, Dim >::AmrVectorField_t

Definition at line 41 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amr::AmrVectorFieldContainer_t BoxLibLayout< T, Dim >::AmrVectorFieldContainer_t

Definition at line 43 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amrex::BaseFab<int> BoxLibLayout< T, Dim >::basefab_t

Definition at line 60 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAmrLayout<T, Dim>::Index_t BoxLibLayout< T, Dim >::Index_t

Definition at line 38 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef amrex::FabArray<basefab_t> BoxLibLayout< T, Dim >::mask_t

Definition at line 61 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAmrLayout<T, Dim>::pair_iterator BoxLibLayout< T, Dim >::pair_iterator

Definition at line 36 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAmrLayout<T, Dim>::pair_t BoxLibLayout< T, Dim >::pair_t

Definition at line 35 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAttrib<Index_t> BoxLibLayout< T, Dim >::ParticleIndex_t

Definition at line 45 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAmrLayout<T, Dim>::ParticlePos_t BoxLibLayout< T, Dim >::ParticlePos_t

Definition at line 44 of file BoxLibLayout.h.

template<class T, unsigned Dim>

typedef ParticleAmrLayout<T, Dim>::SingleParticlePos_t BoxLibLayout< T, Dim >::SingleParticlePos_t

Definition at line 37 of file BoxLibLayout.h.

Constructor & Destructor Documentation

template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::BoxLibLayout ( )

Initializes default Geometry, DistributionMapping and BoxArray.

Definition at line 21 of file BoxLibLayout.hpp.

References ceil(), IpplInfo::getNodes(), and BoxLibLayout< T, Dim >::initBaseBox_m().

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template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::BoxLibLayout ( const BoxLibLayout< T, Dim > * layout_p )

Given a layout it copies that.

Definition at line 45 of file BoxLibLayout.hpp.

References ParticleAmrLayout< T, Dim >::maxLevel_m, BoxLibLayout< T, Dim >::refRatio(), and BoxLibLayout< T, Dim >::refRatio_m.

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template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::BoxLibLayout	(	int	nGridPoints,
		int	maxGridSize
	)

Parameters

nGridPoints	per dimension (nx, ny, nz / nt)
maxGridSize	for all levels.

Definition at line 60 of file BoxLibLayout.hpp.

References BoxLibLayout< T, Dim >::initBaseBox_m().

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template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::BoxLibLayout	(	const AmrGeometry_t &	geom,
		const AmrProcMap_t &	dmap,
		const AmrGrid_t &	ba
	)

Single-level constructor.

Parameters

geom	specifies the box domain
dmap	is the distribution map for grids
ba	is the array of boxes for a level

Definition at line 70 of file BoxLibLayout.hpp.

template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::BoxLibLayout	(	const AmrGeomContainer_t &	geom,
		const AmrProcMapContainer_t &	dmap,
		const AmrGridContainer_t &	ba,
		const AmrIntArray_t &	rr
	)

Multi-level constructor.

Parameters

geom	is basically the physical domain storing the mesh spacing per level
dmap	are all distribution maps of grids to core
ba	are all boxes of all levels
rr	is the refinement ratio among the levels (always the ratio from l to l+1)

Definition at line 80 of file BoxLibLayout.hpp.

Member Function Documentation

template<class T , unsigned Dim>

void BoxLibLayout< T, Dim >::buildLevelMask	(	int	lev,
		const int	ncells = `1`
	)

Build mask for a level used for interpolation from grid to particles to reduce spurious self field forces near coarse-fine interfaces.

Definition at line 383 of file BoxLibLayout.hpp.

Referenced by AmrBoxLib::MakeNewLevel(), and AmrBoxLib::RemakeLevel().

template<class T , unsigned Dim>

void BoxLibLayout< T, Dim >::clearLevelMask ( int lev )

Definition at line 444 of file BoxLibLayout.hpp.

Referenced by AmrBoxLib::postRegrid_m().

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::define ( const AmrGeomContainer_t & geom )

inline

Set the geometry of the problem. It is called in AmrBoxLib::initBaseLevel_m().

Parameters

geom	geometry of all levels

Definition at line 242 of file BoxLibLayout.h.

Referenced by AmrBoxLib::initBaseLevel_m().

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::define ( const AmrIntVectContainer_t & refRatio )

inline

Set the refinement ratios. It is called in AmrBoxLib::initBaseLevel_m().

Parameters

refRatio among levels

Definition at line 254 of file BoxLibLayout.h.

References BoxLibLayout< T, Dim >::refRatio_m.

template<class T, unsigned Dim>

bool BoxLibLayout< T, Dim >::EnforcePeriodicWhere	(	AmrParticleBase< BoxLibLayout< T, Dim > > &	prt,
		const unsigned int	ip,
		int	lev_min = `0`,
		int	lev_max = `-1`
	)		const

private

Function from AMReX adjusted to work with Ippl AmrParticleBase class Checks/sets whether the particle has crossed a periodic boundary in such a way that it is on levels lev_min and higher.

Parameters

prt	is the bunch information
ip	is the local (i.e. to a core) particle index
lev_min	to check
lev_max	to check

Returns: true if mapped to the other side.

Definition at line 567 of file BoxLibLayout.hpp.

References Attrib::Distribution::R.

template<class T , unsigned Dim>

int BoxLibLayout< T, Dim >::finestLevel ( ) const

inline

Returns: the current finest level

Definition at line 745 of file BoxLibLayout.hpp.

Referenced by AmrYtWriter::writeBunch().

template<class T , unsigned Dim>

const std::unique_ptr< typename BoxLibLayout< T, Dim >::mask_t > & BoxLibLayout< T, Dim >::getLevelMask ( int lev ) const

Definition at line 452 of file BoxLibLayout.hpp.

template<class T, unsigned Dim>

BoxLibLayout< T, Dim >::AmrIntVect_t BoxLibLayout< T, Dim >::Index	(	AmrParticleBase< BoxLibLayout< T, Dim > > &	p,
		const unsigned int	ip,
		int	level
	)		const

Get the cell of a particle

Parameters

p	is the particle data
ip	is the local index of the particle in the container
level	of the particle

Definition at line 356 of file BoxLibLayout.hpp.

Referenced by AmrBoxLib::tagForMaxNumParticles_m(), AmrBoxLib::tagForMinNumParticles_m(), and AmrBoxLib::tagForMomenta_m().

template<class T, unsigned Dim>

BoxLibLayout< T, Dim >::AmrIntVect_t BoxLibLayout< T, Dim >::Index	(	SingleParticlePos_t &	R,
		int	lev
	)		const

Get the cell of a particle

Parameters

R	is the position of a particle
lev	is the level

Definition at line 366 of file BoxLibLayout.hpp.

References floor().

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template<class T , unsigned Dim>

void BoxLibLayout< T, Dim >::initBaseBox_m	(	int	nGridPoints,
		int	maxGridSize,
		double	dh = `0.04`
	)

private

Set up the box for the whole computation. The AMR object owning the bunch is not yet initialized.

Parameters

nGridPoints	per dimension (nx, ny, nz / nt)
maxGridSize	for all levels
dh	is the mesh enlargement factor

Definition at line 774 of file BoxLibLayout.hpp.

References IpplInfo::getNodes().

Referenced by BoxLibLayout< T, Dim >::BoxLibLayout().

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template<class T , unsigned Dim>

bool BoxLibLayout< T, Dim >::LevelDefined ( int level ) const

inline

Check if an AMR level is well defined

Parameters

level to check

Definition at line 739 of file BoxLibLayout.hpp.

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::locateParticle	(	AmrParticleBase< BoxLibLayout< T, Dim > > &	p,
		const unsigned int	ip,
		int	lev_min,
		int	lev_max,
		int	nGrow
	)		const

private

Function from AMReX adjusted to work with Ippl AmrParticleBase class

Parameters

p	is basically the bunch
ip	is the local particle index
lev_min	to check
lev_max	to check
nGrow	is the number of ghost cells

Definition at line 686 of file BoxLibLayout.hpp.

template<class T , unsigned Dim>

int BoxLibLayout< T, Dim >::maxLevel ( ) const

inline

Returns: the maximum level of simulation

Definition at line 751 of file BoxLibLayout.hpp.

Referenced by BoxLibLayout< T, Dim >::resize().

template<class T , unsigned Dim>

int BoxLibLayout< T, Dim >::MaxRefRatio ( int level ) const

inline

Parameters

level

Returns: the maximum refinement ratio among all directions for the given level.

Definition at line 765 of file BoxLibLayout.hpp.

References max(), and Hypervolume::n.

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template<class T , unsigned Dim>

bool BoxLibLayout< T, Dim >::PeriodicShift ( SingleParticlePos_t R ) const

private

Function from AMReX adjusted to work with Ippl AmrParticleBase class

Move the particle to the opposite side of the domain

Parameters

R	is the particle position

Returns: true if the particle was shifted.

Definition at line 615 of file BoxLibLayout.hpp.

template<class T , unsigned Dim>

BoxLibLayout< T, Dim >::AmrIntVect_t BoxLibLayout< T, Dim >::refRatio ( int level ) const

inline

Parameters

level

Returns: the refinement ratio of this level to the next higher one

Definition at line 758 of file BoxLibLayout.hpp.

Referenced by BoxLibLayout< T, Dim >::BoxLibLayout().

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::resize ( int maxLevel )

inline

The particles live initially on the coarsest level. Furthermore, the order the OPAL input file is parsed does not allow us to know the maximum level of the computation. This is known after that the FieldSolver is initialized. Therefore, we need to update the size of the ParGDB containers.

Parameters

maxLevel is set when the FieldSolver is initialized

Definition at line 224 of file BoxLibLayout.h.

References BoxLibLayout< T, Dim >::maxLevel(), ParticleAmrLayout< T, Dim >::maxLevel_m, and BoxLibLayout< T, Dim >::refRatio_m.

Referenced by AmrBoxLib::AmrBoxLib().

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template<class T , unsigned Dim>

void BoxLibLayout< T, Dim >::setBoundingBox ( double dh )

virtual

This method is used when creating the AMR object. OPAL takes the input argument BBOXINCR that is specified in the field solver command. Up to this point the AMR object is not yet initialized. After that this method shouldn't be called anymore.

Parameters

dh	is the mesh enlargement factor

Implements ParticleAmrLayout< T, Dim >.

Definition at line 91 of file BoxLibLayout.hpp.

Referenced by AmrPartBunch::set_meshEnlargement().

template<class T , unsigned Dim>

void BoxLibLayout< T, Dim >::setDomainRatio ( const std::vector< double > & ratio )

The Poisson computation domain is per default [-1,1]^3. With this method this can be changed in order to account for the different extent per direction.

Parameters

ratio,if e.g. ratio = [1, 2, 0.75], then the box is [-1, 1] x [-2, 2] x [-0.75, 0.75]

Definition at line 102 of file BoxLibLayout.hpp.

References Dim.

Referenced by AmrPartBunch::setAmrDomainRatio().

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::update	(	IpplParticleBase< BoxLibLayout< T, Dim > > &	PData,
		const ParticleAttrib< char > *	canSwap = `0`
	)

This method shouldn't be called. Otherwise it throws an exception.

Definition at line 131 of file BoxLibLayout.hpp.

template<class T, unsigned Dim>

void BoxLibLayout< T, Dim >::update	(	AmrParticleBase< BoxLibLayout< T, Dim > > &	PData,
		int	lev_min = `0`,
		int	lev_max = `-1`,
		bool	isRegrid = `false`
	)

The proper update method for AMR.

Parameters

PData	is basically the bunch
lev_min	base level to update
lev_max	finest level to update (if -1 update all levels starting from lev_min)
isRegrid	in regrid mode a level might be deleted, thus the particle level counter might be invalidated –> we need to iterate through all particles.

Definition at line 145 of file BoxLibLayout.hpp.

References MsgBuffer::add(), IpplInfo::Comm, Communicate::COMM_ANY_NODE, MsgBuffer::get(), MsgBuffer::getBuffer(), IpplInfo::getComm(), IpplInfo::getNodes(), MsgBuffer::getSize(), IpplInfo::myNode(), TagMaker::next_tag(), P_LAYOUT_CYCLE, P_SPATIAL_TRANSFER_TAG, Communicate::raw_isend(), and Communicate::raw_probe_receive().

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template<class T, unsigned Dim>

bool BoxLibLayout< T, Dim >::Where	(	AmrParticleBase< BoxLibLayout< T, Dim > > &	p,
		const unsigned int	ip,
		int	lev_min = `0`,
		int	lev_max = `-1`,
		int	nGrow = `0`
	)		const

private

Function from AMReX adjusted to work with Ippl AmrParticleBase class Checks/sets a particles location on levels lev_min and higher.

Parameters

p	is the bunch information
ip	is the local (i.e. to a core) particle index
lev_min	to check
lev_max	to check
nGrow	is the number of ghost cells

Returns: false if the particle does not exist on that level.

Definition at line 510 of file BoxLibLayout.hpp.

Member Data Documentation

template<class T, unsigned Dim>

Vector_t BoxLibLayout< T, Dim >::lowerBound = - Vector_t(1.0, 1.0, 1.0)

static

Lower physical domain boundary (each dimension). It has to be smaller than -1 since all particles are within \([-1, 1]^3\). The real computational domain is multiplied with the mesh enlargement factor (in [%]) in BoxLibLayout::initBaseBox_m().

Definition at line 69 of file BoxLibLayout.h.

template<class T, unsigned Dim>

std::vector<std::unique_ptr<mask_t> > BoxLibLayout< T, Dim >::masks_m

private

Refinement ratios [0:finest_level-1].

Definition at line 373 of file BoxLibLayout.h.

template<class T, unsigned Dim>

AmrIntVectContainer_t BoxLibLayout< T, Dim >::refRatio_m

private

Definition at line 368 of file BoxLibLayout.h.

Referenced by BoxLibLayout< T, Dim >::BoxLibLayout(), BoxLibLayout< T, Dim >::define(), and BoxLibLayout< T, Dim >::resize().

template<class T, unsigned Dim>

Vector_t BoxLibLayout< T, Dim >::upperBound = Vector_t(1.0, 1.0, 1.0)

static

Upper physical domain boundary (each dimension). It has to be greater than 1 since all particles are within \([-1, 1]^3\). The real computational domain is multiplied with the mesh enlargement factor (in [%]) in BoxLibLayout::initBaseBox_m().

Definition at line 76 of file BoxLibLayout.h.

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

src/Amr/BoxLibLayout.h
src/Amr/BoxLibLayout.hpp

Public Types

Public Member Functions

Static Public Attributes

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

template<class T, unsigned Dim> class BoxLibLayout< T, Dim >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<class T, unsigned Dim>
class BoxLibLayout< T, Dim >