Inheritance diagram for schnek::SerialSubdivision< GridType >:

Collaboration diagram for schnek::SerialSubdivision< GridType >:

Public Types
typedef Boundary< GridType::Rank >::LimitType	LimitType

typedef GridType::value_type	value_type

typedef DomainSubdivision< GridType >::DomainType	DomainType

typedef DomainSubdivision< GridType >::BoundaryType	BoundaryType

typedef DomainSubdivision< GridType >::BufferType	BufferType

Public Types inherited from schnek::DomainSubdivision< GridType >
enum	{ Rank = GridType::Rank }

typedef GridType::IndexType	LimitType

typedef GridType::value_type	value_type

typedef GridType::CheckingPolicyType	CheckingPolicyType

typedef GridType::StoragePolicyType	StoragePolicyType

typedef Grid< unsigned char, 1, GridAssertCheck >	BufferType

typedef Range< int, Rank >	DomainType

typedef Boundary< Rank >	BoundaryType

typedef boost::shared_ptr< BoundaryType >	pBoundaryType

Public Member Functions
void	init (const LimitType &low, const LimitType &high, int delta)

const DomainType &	getGlobalDomain () const
	Return the global domain size excluding ghost cells.

void	exchange (GridType &grid, int dim)
	Exchanges the boundaries in direction specified by dim. More...

void	accumulate (GridType &grid, int dim)
	Exchange the boundaries of a field function summing the data from ghost cells and inner cells.

void	exchangeData (int dim, int orientation, BufferType &in, BufferType &out)

double	avgReduce (double val) const
	The average of a single value is the value.

int	avgReduce (int val) const
	The average of a single value is the value.

double	maxReduce (double val) const
	The maximum of a single value is the value.

int	maxReduce (int val) const
	The maximum of a single value is the value.

double	minReduce (double val) const
	Return the minimum of a single value over all the processes.

int	minReduce (int val) const
	Return the minimum of a single value over all the processes.

double	sumReduce (double val) const
	The sum of a single value is the value.

int	sumReduce (int val) const
	The sum of a single value is the value.

bool	master () const
	The process with the rank zero is designated master process.

int	procnum () const
	Returns the comm rank as given by mpi.

int	procCount () const
	Return the total number of processes.

int	getUniqueId () const
	returns an ID, which consists of the Dimensions and coordinates

bool	isBoundLo (int)

bool	isBoundHi (int)

Public Member Functions inherited from schnek::DomainSubdivision< GridType >
	DomainSubdivision ()
	Default constructor.

virtual	~DomainSubdivision ()
	Virtual destructor. More...

int	getDelta ()

void	init (const DomainType &domain, int delta)

void	init (const GridType &grid, int delta)

void	init (const LimitType &size, int delta)

const DomainType &	getDomain () const
	Return the local domain size.

const LimitType &	getLo () const
	Return the minimum of the local domain.

const LimitType &	getHi () const
	Return the maximum of the local domain.

DomainType	getInnerDomain () const
	Return the local inner domain size.

LimitType	getInnerLo () const
	Return the minimum of the local inner domain.

LimitType	getInnerHi () const
	Return the maximum of the local inner domain.

template<typename T , template< int > class CheckingPolicy>
Range< T, Rank, CheckingPolicy >	getInnerExtent (const Range< T, Rank, CheckingPolicy > &globalExtent) const
	Return the local inner physical extent.

template<typename T , template< int > class CheckingPolicy>
Range< T, Rank, CheckingPolicy >	getInnerExtent (const Array< T, Rank, CheckingPolicy > &globalExtent) const

void	exchange (GridType &grid)

void	accumulate (GridType &grid)

Additional Inherited Members
Protected Attributes inherited from schnek::DomainSubdivision< GridType >
pBoundaryType	bounds

Member Function Documentation

◆ exchange()

template<class GridType >

void schnek::SerialSubdivision< GridType >::exchange	(	GridType &	grid,
		int	dim
	)

virtual

Exchanges the boundaries in direction specified by dim.

The outermost simulated cells are sent and the surrounding ghost cells are filled with values

Implements schnek::DomainSubdivision< GridType >.

◆ init()

template<class GridType >

void schnek::SerialSubdivision< GridType >::init	(	const LimitType &	low,
		const LimitType &	high,
		int	delta
	)

virtual

Initialize the boundary with the extent of the global domain

No subdivision is carried out for serial simulations. The size of the global domain will be returned by the getDomain, getHi, and getLo methods.

Implements schnek::DomainSubdivision< GridType >.

◆ isBoundHi()

template<class GridType >

bool schnek::SerialSubdivision< GridType >::isBoundHi ( int )

inlinevirtual

Returns true if this process is on the upper bound of the global domain.

The serial domain subdivision does not subdivide. It is always on the bound of the domain.

Parameters

dim	The dimension in which to inspect

Returns: A boolean indicating if this process is on the upper boud of the global domain

Implements schnek::DomainSubdivision< GridType >.

◆ isBoundLo()

template<class GridType >

bool schnek::SerialSubdivision< GridType >::isBoundLo ( int )

inlinevirtual

Returns true if this process is on the lower bound of the global domain

The serial domain subdivision does not subdivide. It is always on the bound of the domain.

Parameters

dim	The dimension in which to inspect

Returns: A boolean indicating if this process is on the lower boud of the global domain

Implements schnek::DomainSubdivision< GridType >.

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

src/grid/domainsubdivision.hpp

Public Types

Public Member Functions

Additional Inherited Members

Member Function Documentation

◆ exchange()

◆ init()

◆ isBoundHi()

◆ isBoundLo()