ParticleDataI.H File Reference

#include "MPI_util.H"
#include "NamespaceHeader.H"
#include "NamespaceFooter.H"

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Classes
class	CompCounts< P >

Macros
#define	_PARTICLEDATAI_H_

Typedefs
typedef multimap< IntVect, boxids >::iterator	RmIt

Functions
template<class P >
void	collectValidParticles (List< P > &a_partValid, ParticleData< P > &a_PD, const LevelData< BaseFab< bool > > *a_mask, const RealVect a_meshSpacing, const int a_refRatio, const bool a_flip, const RealVect a_origin)
template<class P >
void	collectValidParticles (ParticleData< P > &a_PDValid, ParticleData< P > &a_PD, const LevelData< BaseFab< bool > > *a_mask, const RealVect a_meshSpacing, const int a_refRatio, const bool a_flip, const RealVect a_origin)
	overloaded version of the above More...
void	myswap (pair< const IntVect, boxids > &aa, pair< const IntVect, boxids > &bb)
template<class ForwardIterator >
void	myrotate (ForwardIterator first, ForwardIterator middle, ForwardIterator last)

Macro Definition Documentation

_PARTICLEDATAI_H_

#define _PARTICLEDATAI_H_

Typedef Documentation

RmIt

typedef multimap<IntVect, boxids>::iterator RmIt

Function Documentation

collectValidParticles() [1/2]

template<class P >

void collectValidParticles	(	List< P > &	a_partValid,
		ParticleData< P > &	a_PD,
		const LevelData< BaseFab< bool > > *	a_mask,
		const RealVect	a_meshSpacing,
		const int	a_refRatio,
		const bool	a_flip = false,
		const RealVect	a_origin = RealVect(D_DECL6(0.0, 0.0, 0.0, 0.0, 0.0, 0.0))
	)

Routine for transfering particles between AMR levels. Arguments: a_partValid: the destination to which particles will be sent if they meet the requirements. a_PD: the source from which the particles will be transfered. a_mask: this defines the valid region. If a_flip is false, a particle will be transfered from the source to the dest if it lies in a region of the domain where the mask is true. a_dx: particle position will be converted to integer indices by binning them by this cell spacing. a_refRatio: a_mask will be copied onto a boxlayout that has been refined or coarsened by this argument (refined if positive, coarsened if negative.) This is to allow comparison with mask arrays defined on arbitrary refinement levels a_flip if true, the sign of mask will be treated as reversed (i.e., this becomes a collectInvalidParticles function).

References CH_TIMERS, coarsen(), D_DECL6, ParticleData< P >::getBoxes(), LayoutIterator::ok(), ListIterator< T >::ok(), refine(), and List< T >::transfer().

Referenced by CompIntVect::operator()().

collectValidParticles() [2/2]

template<class P >

void collectValidParticles	(	ParticleData< P > &	a_PDValid,
		ParticleData< P > &	a_PD,
		const LevelData< BaseFab< bool > > *	a_mask,
		const RealVect	a_meshSpacing,
		const int	a_refRatio,
		const bool	a_flip,
		const RealVect	a_origin
	)

overloaded version of the above

References CH_TIMERS, coarsen(), D_DECL6, ParticleData< P >::getBoxes(), LayoutIterator::ok(), ListIterator< T >::ok(), and refine().

myswap()

void myswap ( pair< const IntVect, boxids > &  aa, pair< const IntVect, boxids > &  bb  )

inline

Referenced by myrotate().

myrotate()

template<class ForwardIterator >

void myrotate	(	ForwardIterator	first,
		ForwardIterator	middle,
		ForwardIterator	last
	)

References myswap().

Referenced by ParticleData< P >::remapOutcast().