plb::AtomicBlock3D Class Reference

#include <atomicBlock3D.h>

Inheritance diagram for plb::AtomicBlock3D:

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Collaboration diagram for plb::AtomicBlock3D:

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List of all members.

Public Member Functions
	AtomicBlock3D (plint nx_, plint ny_, plint nz_)
	AtomicBlock3D (AtomicBlock3D const &rhs)
virtual	~AtomicBlock3D ()
void	swap (AtomicBlock3D &rhs)
void	initialize ()
	Initialize block content by executing internal processors once.
virtual Box3D	getBoundingBox () const
	Get bounding box of the lattice.
plint	getNx () const
	Get number of cells in x-direction.
plint	getNy () const
	Get number of cells in y-direction.
plint	getNz () const
	Get number of cells in z-direction.
void	executeInternalProcessors ()
	Execute all internal dataProcessors at positive or zero level.
void	executeInternalProcessors (plint level)
	Execute all internal dataProcessors at a given level.
void	integrateDataProcessor (DataProcessor3D *processor, plint level)
	Add a dataProcessor, which is executed after each iteration.
void	clearDataProcessors ()
	Remove all data processors.
void	removeDataProcessors (int staticId)
	Remove all data processors with a given ID.
virtual BlockDataTransfer3D &	getDataTransfer ()=0
	Get access to data transfer between blocks.
virtual BlockDataTransfer3D const &	getDataTransfer () const =0
	Get access to data transfer between blocks (const version).
virtual DataSerializer *	getBlockSerializer (Box3D const &domain, IndexOrdering::OrderingT ordering) const
	Get an object through which the atomic block can be serialized.
virtual DataUnSerializer *	getBlockUnSerializer (Box3D const &domain, IndexOrdering::OrderingT ordering)
	Get an object through which the atomic block can be un-serialized.
StatSubscriber &	internalStatSubscription ()
	Get object to subscribe new internal statistics.
void	evaluateStatistics ()
	Copy running statistics to public statistics, and reset running stats.
BlockStatistics &	getInternalStatistics ()
BlockStatistics const &	getInternalStatistics () const
	Get a constant handle to internal statistics.
void	setLocation (Dot3D const &location_)
Dot3D	getLocation () const
void	setFlag (bool value)
	Set the flag value (to be exploited internally by data processors).
bool	getFlag () const
	Get the flag value (to be exploited internally by data processors).

---

Constructor & Destructor Documentation

plb::AtomicBlock3D::AtomicBlock3D	(	plint	nx_,
		plint	ny_,
		plint	nz_
	)

plb::AtomicBlock3D::AtomicBlock3D

(

AtomicBlock3D const &

rhs

)

plb::AtomicBlock3D::~AtomicBlock3D

(

)

[virtual]

References clearDataProcessors().

---

Member Function Documentation

void plb::AtomicBlock3D::clearDataProcessors

(

)

Remove all data processors.

Referenced by ~AtomicBlock3D().

void plb::AtomicBlock3D::evaluateStatistics

(

)

Copy running statistics to public statistics, and reset running stats.

References plb::BlockStatistics::evaluate(), and getInternalStatistics().

Referenced by plb::BlockLattice3D< T, Descriptor >::collideAndStream(), plb::MultiBlock3D::evaluateStatistics(), and plb::BlockLattice3D< T, Descriptor >::stream().

void plb::AtomicBlock3D::executeInternalProcessors

(

plint

level

)

Execute all internal dataProcessors at a given level.

References executeInternalProcessors().

void plb::AtomicBlock3D::executeInternalProcessors

(

)

Execute all internal dataProcessors at positive or zero level.

Referenced by plb::BlockLattice3D< T, Descriptor >::collideAndStream(), plb::MultiBlock3D::executeInternalProcessors(), executeInternalProcessors(), initialize(), and plb::BlockLattice3D< T, Descriptor >::stream().

DataSerializer * plb::AtomicBlock3D::getBlockSerializer	(	Box3D const &	domain,
		IndexOrdering::OrderingT	ordering
	)			const [virtual]

Get an object through which the atomic block can be serialized.

Implements plb::Block3D.

Referenced by plb::ImageWriter< T >::writePpm().

DataUnSerializer * plb::AtomicBlock3D::getBlockUnSerializer	(	Box3D const &	domain,
		IndexOrdering::OrderingT	ordering
	)			[virtual]

Get an object through which the atomic block can be un-serialized.

Implements plb::Block3D.

Box3D plb::AtomicBlock3D::getBoundingBox

(

)

const [virtual]

Get bounding box of the lattice.

Implements plb::Block3D.

References getNx(), getNy(), and getNz().

Referenced by plb::add(), plb::addInPlace(), plb::apply(), plb::TriangleHash< T >::assignTriangles(), plb::BlockLattice3D< T, Descriptor >::boundaryStream(), plb::TriangleHash< T >::bruteReAssignTriangles(), plb::BlockLattice3D< T, Descriptor >::bulkCollideAndStream(), plb::BlockLattice3D< T, Descriptor >::bulkStream(), plb::BlockLattice3D< T, Descriptor >::collide(), plb::BlockLattice3D< T, Descriptor >::collideAndStream(), plb::computeAbsoluteValue(), plb::computeAverage(), plb::computeAverageDensity(), plb::computeAverageEnergy(), plb::computeAverageRhoBar(), plb::computeBoundedAverage(), plb::computeBoundedSum(), plb::computeBulkDivergence(), plb::computeBulkStrainRate(), plb::computeBulkVorticity(), plb::computeDensity(), plb::computeDeviatoricStress(), plb::computeKineticEnergy(), plb::computeMax(), plb::computeMin(), plb::computeNorm(), plb::computeNormSqr(), plb::computePopulation(), plb::computeRhoBar(), plb::computeSqrt(), plb::computeStrainRate(), plb::computeStrainRateFromStress(), plb::computeSum(), plb::computeSymmetricTensorNorm(), plb::computeSymmetricTensorNormSqr(), plb::computeSymmetricTensorTrace(), plb::computeVelocity(), plb::computeVelocityComponent(), plb::computeVelocityNorm(), plb::computeVorticity(), plb::copy(), plb::count(), plb::cubicInterpolationOverCoarseLineX(), plb::cubicInterpolationOverCoarseLineY(), plb::cubicInterpolationOverFineLineX(), plb::defineDynamics(), plb::divide(), plb::divideInPlace(), plb::evaluate(), plb::extractComponent(), plb::MarchingCubeSurfaces3D< T >::EdgeOrientedTriangleSetData::getBoundingBox(), plb::TriangleHash< T >::getTriangles(), plb::InterpolateOverLineAndExcess(), plb::multiply(), plb::multiplyInPlace(), plb::DetectBorderLineFunctional3D< T >::process(), plb::InterpolateCoarseToFineCornerDynamics3D< T, Descriptor1, Descriptor2 >::process(), plb::InterpolateCoarseToFineDynamics3D< T, Descriptor1, Descriptor2 >::process(), plb::LatticeInterpolateCoarseToFine3D< T, Descriptor >::process(), plb::TensorInterpolateCoarseToFine3D< T, nDim >::process(), plb::ScalarInterpolateCoarseToFine3D< T >::process(), plb::LatticeCopyFineToCoarseZerothOrder3D< T, Descriptor >::process(), plb::TensorCopyFineToCoarseZerothOrder3D< T, nDim >::process(), plb::ScalarCopyFineToCoarseZerothOrder3D< T >::process(), plb::TriangleHash< T >::reAssignTriangles(), plb::recomposeFromFlowVariables(), plb::OnLatticeBoundaryCondition3D< T, Descriptor >::setPressureConditionOnBlockBoundaries(), plb::OnLatticeBoundaryCondition3D< T, Descriptor >::setVelocityConditionOnBlockBoundaries(), plb::BlockLattice3D< T, Descriptor >::specifyStatisticsStatus(), plb::BlockLattice3D< T, Descriptor >::stream(), plb::subtract(), plb::subtractInPlace(), plb::transferFromCoProcessors(), plb::transferToCoProcessors(), and plb::ImageWriter< T >::writePpm().

virtual BlockDataTransfer3D const& plb::AtomicBlock3D::getDataTransfer

(

)

const [pure virtual]

Get access to data transfer between blocks (const version).

Implemented in plb::AtomicContainerBlock3D, plb::BlockLattice3D< T, Descriptor >, plb::ScalarField3D< T >, plb::TensorField3D< T, nDim >, plb::NTensorField3D< T >, plb::BlockLattice3D< T, FluidDescriptor >, plb::ScalarField3D< int >, plb::ScalarField3D< EdgeData >, plb::ScalarField3D< std::vector< plint > >, and plb::TensorField3D< T, 3 >.

virtual BlockDataTransfer3D& plb::AtomicBlock3D::getDataTransfer

(

)

[pure virtual]

Get access to data transfer between blocks.

Implemented in plb::AtomicContainerBlock3D, plb::BlockLattice3D< T, Descriptor >, plb::ScalarField3D< T >, plb::TensorField3D< T, nDim >, plb::NTensorField3D< T >, plb::BlockLattice3D< T, FluidDescriptor >, plb::ScalarField3D< int >, plb::ScalarField3D< EdgeData >, plb::ScalarField3D< std::vector< plint > >, and plb::TensorField3D< T, 3 >.

Referenced by plb::MultiBlockFastUnSerializer3D::commitData(), plb::AtomicBlockUnSerializer3D::commitData(), plb::AtomicBlockUnSerializer3D::getNextDataBuffer(), plb::AtomicBlockSerializer3D::getNextDataBuffer(), plb::AtomicBlockUnSerializer3D::getSize(), and plb::AtomicBlockSerializer3D::getSize().

bool plb::AtomicBlock3D::getFlag

(

)

const

Get the flag value (to be exploited internally by data processors).

BlockStatistics const & plb::AtomicBlock3D::getInternalStatistics

(

)

const

Get a constant handle to internal statistics.

BlockStatistics & plb::AtomicBlock3D::getInternalStatistics

(

)

Get a handle to internal statistics. Don't use this to subscribe new statistics. Use the method internalStatSubscription() instead.

Referenced by plb::BlockLattice3D< T, Descriptor >::BlockLattice3D(), plb::BlockLattice3D< T, Descriptor >::collide(), evaluateStatistics(), plb::getStoredAverageDensity(), plb::getStoredAverageEnergy(), plb::getStoredMaxVelocity(), plb::StatSubscriber3D::subscribeAverage(), plb::StatSubscriber3D::subscribeIntSum(), plb::StatSubscriber3D::subscribeMax(), and plb::StatSubscriber3D::subscribeSum().

Dot3D plb::AtomicBlock3D::getLocation

(

)

const

Get the relative location of the atomic-block in a global coordinate system.

Referenced by plb::TriangleHash< T >::assignTriangles(), plb::GuoOffLatticeModel3D< T, Descriptor >::boundaryCompletion(), plb::GuoAdvDiffOffLatticeModel3D< T, Descriptor >::boundaryCompletion(), plb::InterpolatedGeneralizedOffLatticeModel3D< T, Descriptor >::boundaryCompletion(), plb::ExtrapolatedGeneralizedOffLatticeModel3D< T, Descriptor >::boundaryCompletion(), plb::TriangleHash< T >::bruteReAssignTriangles(), plb::cubicInterpolationOverFineLineY(), plb::MarchingCubeSurfaces3D< T >::defaultImplementation(), plb::MarchingCubeSurfaces3D< T >::edgeOriented(), plb::IsoFreeSurfaceDefinition3D< T >::getSurfacePosition(), plb::TriangleHash< T >::getTriangles(), plb::TriangleFlowShape3D< T, SurfaceData >::isInside(), plb::IsoFreeSurfaceDefinition3D< T >::isInside(), plb::IsoFreeSurfaceDefinition3D< T >::isValid(), plb::linearInterpolationCoefficients(), plb::GuoOffLatticeModel3D< T, Descriptor >::prepareCell(), plb::GuoAdvDiffOffLatticeModel3D< T, Descriptor >::prepareCell(), plb::InterpolatedGeneralizedOffLatticeModel3D< T, Descriptor >::prepareCell(), plb::ExtrapolatedGeneralizedOffLatticeModel3D< T, Descriptor >::prepareCell(), plb::StaticSmagorinskyFunctional3D< T, Descriptor, SmagoFunction >::process(), plb::LatticeInterpolateCoarseToFine3D< T, Descriptor >::process(), plb::TensorInterpolateCoarseToFine3D< T, nDim >::process(), plb::ScalarInterpolateCoarseToFine3D< T >::process(), plb::LatticeCopyFineToCoarseZerothOrder3D< T, Descriptor >::process(), plb::TensorCopyFineToCoarseZerothOrder3D< T, nDim >::process(), plb::ScalarCopyFineToCoarseZerothOrder3D< T >::process(), plb::SetToTensorFunctionFunctional3D< T, nDim, Function >::process(), plb::SetToScalarFunctionFunctional3D< T, Function >::process(), plb::SetToCoordinatesFunctional3D< T >::process(), plb::SetToCoordinateFunctional3D< T >::process(), plb::InstantiateComplexDomainDynamicsFunctional3D< T, Descriptor >::process(), plb::GenericIndexedLatticeFunctional3D< T, Descriptor >::process(), plb::VorticitySingleProbe3D< T, Descriptor >::process(), plb::VelocitySingleProbe3D< T, Descriptor >::process(), plb::DensitySingleProbe3D< T, Descriptor >::process(), plb::CopyFineToCoarse3D< T, Descriptor1, Descriptor2 >::process(), plb::MomentumExchangeComplexDomainFunctional3D< T, Descriptor >::process(), and plb::TriangleHash< T >::reAssignTriangles().

plint plb::AtomicBlock3D::getNx

(

)

const [inline]

Get number of cells in x-direction.

Referenced by plb::add(), plb::BlockLattice3D< T, Descriptor >::BlockLattice3D(), plb::computeAbsoluteValue(), plb::computeBulkDivergence(), plb::computeBulkStrainRate(), plb::computeBulkVorticity(), plb::computeDensity(), plb::computeDeviatoricStress(), plb::computeKineticEnergy(), plb::computeNorm(), plb::computeNormSqr(), plb::computePopulation(), plb::computeRhoBar(), plb::computeSqrt(), plb::computeStrainRate(), plb::computeStrainRateFromStress(), plb::computeSymmetricTensorNorm(), plb::computeSymmetricTensorNormSqr(), plb::computeSymmetricTensorTrace(), plb::computeVelocity(), plb::computeVelocityComponent(), plb::computeVelocityNorm(), plb::computeVorticity(), plb::copyConvert(), plb::divide(), plb::evaluate(), plb::extractComponent(), plb::NTensorField3D< T >::get(), plb::TensorField3D< T, 3 >::get(), plb::ScalarField3D< std::vector< plint > >::get(), plb::BlockLattice3D< T, FluidDescriptor >::get(), getBoundingBox(), plb::MarchingCubeSurfaces3D< T >::EdgeOrientedTriangleSetData::getNx(), plb::ScalarField3D< std::vector< plint > >::getSize(), plb::multiply(), plb::NTensorField3D< T >::NTensorField3D(), plb::NTensorField3D< T >::operator[](), plb::TensorField3D< T, 3 >::operator[](), plb::ScalarField3D< std::vector< plint > >::operator[](), plb::NTensorField3D< T >::reset(), plb::TensorField3D< T, nDim >::reset(), plb::ScalarField3D< T >::reset(), plb::OnLatticeAdvectionDiffusionBoundaryCondition3D< T, Descriptor >::setTemperatureConditionOnBlockBoundaries(), plb::subtract(), plb::TensorField3D< T, nDim >::TensorField3D(), plb::VtkStructuredImageOutput3D< T >::writeData(), plb::VtkImageOutput3D< T >::writeData(), and plb::ImageWriter< T >::writePpm().

plint plb::AtomicBlock3D::getNy

(

)

const [inline]

Get number of cells in y-direction.

Referenced by plb::add(), plb::BlockLattice3D< T, Descriptor >::BlockLattice3D(), plb::computeAbsoluteValue(), plb::computeBulkDivergence(), plb::computeBulkStrainRate(), plb::computeBulkVorticity(), plb::computeDensity(), plb::computeDeviatoricStress(), plb::computeKineticEnergy(), plb::computeNorm(), plb::computeNormSqr(), plb::computePopulation(), plb::computeRhoBar(), plb::computeSqrt(), plb::computeStrainRate(), plb::computeStrainRateFromStress(), plb::computeSymmetricTensorNorm(), plb::computeSymmetricTensorNormSqr(), plb::computeSymmetricTensorTrace(), plb::computeVelocity(), plb::computeVelocityComponent(), plb::computeVelocityNorm(), plb::computeVorticity(), plb::copyConvert(), plb::divide(), plb::evaluate(), plb::extractComponent(), plb::NTensorField3D< T >::get(), plb::TensorField3D< T, 3 >::get(), plb::ScalarField3D< std::vector< plint > >::get(), plb::BlockLattice3D< T, FluidDescriptor >::get(), getBoundingBox(), plb::MarchingCubeSurfaces3D< T >::EdgeOrientedTriangleSetData::getNy(), plb::ScalarField3D< std::vector< plint > >::getSize(), plb::multiply(), plb::NTensorField3D< T >::NTensorField3D(), plb::NTensorField3D< T >::operator[](), plb::TensorField3D< T, 3 >::operator[](), plb::ScalarField3D< std::vector< plint > >::operator[](), plb::NTensorField3D< T >::reset(), plb::TensorField3D< T, nDim >::reset(), plb::ScalarField3D< T >::reset(), plb::OnLatticeAdvectionDiffusionBoundaryCondition3D< T, Descriptor >::setTemperatureConditionOnBlockBoundaries(), plb::subtract(), plb::TensorField3D< T, nDim >::TensorField3D(), plb::VtkStructuredImageOutput3D< T >::writeData(), plb::VtkImageOutput3D< T >::writeData(), and plb::ImageWriter< T >::writePpm().

plint plb::AtomicBlock3D::getNz

(

)

const [inline]

Get number of cells in z-direction.

Referenced by plb::add(), plb::BlockLattice3D< T, Descriptor >::BlockLattice3D(), plb::computeAbsoluteValue(), plb::computeBulkDivergence(), plb::computeBulkStrainRate(), plb::computeBulkVorticity(), plb::computeDensity(), plb::computeDeviatoricStress(), plb::computeKineticEnergy(), plb::computeNorm(), plb::computeNormSqr(), plb::computePopulation(), plb::computeRhoBar(), plb::computeSqrt(), plb::computeStrainRate(), plb::computeStrainRateFromStress(), plb::computeSymmetricTensorNorm(), plb::computeSymmetricTensorNormSqr(), plb::computeSymmetricTensorTrace(), plb::computeVelocity(), plb::computeVelocityComponent(), plb::computeVelocityNorm(), plb::computeVorticity(), plb::copyConvert(), plb::divide(), plb::extractComponent(), plb::NTensorField3D< T >::get(), plb::TensorField3D< T, 3 >::get(), plb::ScalarField3D< std::vector< plint > >::get(), plb::BlockLattice3D< T, FluidDescriptor >::get(), getBoundingBox(), plb::MarchingCubeSurfaces3D< T >::EdgeOrientedTriangleSetData::getNz(), plb::ScalarField3D< std::vector< plint > >::getSize(), plb::multiply(), plb::NTensorField3D< T >::NTensorField3D(), plb::NTensorField3D< T >::operator[](), plb::TensorField3D< T, 3 >::operator[](), plb::ScalarField3D< std::vector< plint > >::operator[](), plb::NTensorField3D< T >::reset(), plb::TensorField3D< T, nDim >::reset(), plb::ScalarField3D< T >::reset(), plb::OnLatticeAdvectionDiffusionBoundaryCondition3D< T, Descriptor >::setTemperatureConditionOnBlockBoundaries(), plb::subtract(), plb::TensorField3D< T, nDim >::TensorField3D(), plb::VtkStructuredImageOutput3D< T >::writeData(), plb::VtkImageOutput3D< T >::writeData(), and plb::ImageWriter< T >::writePpm().

void plb::AtomicBlock3D::initialize

(

)

Initialize block content by executing internal processors once.

References executeInternalProcessors().

void plb::AtomicBlock3D::integrateDataProcessor	(	DataProcessor3D *	processor,
		plint	level
	)

Add a dataProcessor, which is executed after each iteration.

StatSubscriber & plb::AtomicBlock3D::internalStatSubscription

(

)

Get object to subscribe new internal statistics.

Referenced by plb::MultiStatSubscriber3D::subscribeAverage(), plb::MultiStatSubscriber3D::subscribeIntSum(), plb::MultiStatSubscriber3D::subscribeMax(), and plb::MultiStatSubscriber3D::subscribeSum().

void plb::AtomicBlock3D::removeDataProcessors

(

int

staticId

)

Remove all data processors with a given ID.

void plb::AtomicBlock3D::setFlag

(

bool

value

)

Set the flag value (to be exploited internally by data processors).

Referenced by plb::MultiBlock3D::resetFlags().

void plb::AtomicBlock3D::setLocation

(

Dot3D const &

location_

)

Specify the relative location of the atomic-block in a global coordinate system.

Referenced by plb::TriangleHashData::TriangleHashData().

void plb::AtomicBlock3D::swap

(

AtomicBlock3D &

rhs

)

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

• atomicBlock3D.h
• atomicBlock3D.cpp