Namespaces
namespace	surfaceBoundary

namespace	volumeBoundary

Classes
class	BasicGeometryScheme

struct	BoundaryAttributes

class	BoundaryPatchMixin
	A base class for implementing derived boundary conditions. More...

class	CellToFaceStencil

class	CreateFromExistingVector
	Creates a VectorDocument from an existing field. More...

class	DdtOperator

class	DivOperator

class	DivOperatorFactory

class	DomainMixin
	This class represents a mixin for a geometric field. More...

class	FaceNormalGradient

class	FaceNormalGradientFactory

class	GaussGreenDiv

class	GaussGreenGrad

class	GaussGreenLaplacian

class	GeometryScheme

class	GeometrySchemeFactory

class	GradOperator

class	GradOperatorFactory

class	LaplacianOperator

class	LaplacianOperatorFactory

class	Linear

class	OldTimeCollection

class	OldTimeDocument

class	SourceTerm

class	SurfaceBoundary
	Represents a surface boundary field for a cell-centered finite volume method. More...

class	SurfaceBoundaryFactory

class	SurfaceField
	Represents a surface field in a finite volume method. More...

class	SurfaceIntegrate

class	SurfaceInterpolation

class	SurfaceInterpolationFactory

class	Uncorrected

class	Upwind

class	VectorCollection
	A class representing a collection of field documents in a database. More...

class	VectorDocument
	A class representing a field document in a database. More...

class	VolumeBoundary
	Represents a volume boundary field for a cell-centered finite volume method. More...

class	VolumeBoundaryFactory

class	VolumeField
	Represents a volume field in a finite volume method. More...

Typedefs
using	CreateFunction = std::function< VectorDocument(NeoN::Database &db)>
	A function type for creating a VectorDocument.

Functions
bool	validateVectorDoc (const Document &doc)
	Validates a VectorDocument.

template<typename VectorType >
VectorType &	oldTime (VectorType &field)
	Retrieves the old time field of a given field.

template<typename VectorType >
const VectorType &	oldTime (const VectorType &field)
	Retrieves the old time field of a given field (const version).

scalar	computeCoNum (const SurfaceField< scalar > &faceFlux, const scalar dt)

template<typename BoundaryType >
std::vector< BoundaryType >	createCalculatedBCs (const UnstructuredMesh &mesh)

template<typename BoundaryType >
std::vector< BoundaryType >	createExtrapolatedBCs (const UnstructuredMesh &mesh)

template<typename ValueType >
void	computeFaceNormalGrad (const VolumeField< ValueType > &volVector, const std::shared_ptr< GeometryScheme > geometryScheme, SurfaceField< ValueType > &surfaceVector)

template<typename ValueType >
void	computeLinearInterpolation (const VolumeField< ValueType > &src, const SurfaceField< scalar > &weights, SurfaceField< ValueType > &dst)

template<typename ValueType >
void	computeUpwindInterpolation (const VolumeField< ValueType > &src, const SurfaceField< scalar > &flux, const SurfaceField< scalar > &weights, SurfaceField< ValueType > &dst)

template<typename ValueType >
void	computeUpwindInterpolationWeights (const SurfaceField< scalar > &flux, const VolumeField< ValueType > &src, SurfaceField< scalar > &weights)

template<typename ValueType >
void	computeDivExp (const SurfaceField< scalar > &faceFlux, const VolumeField< ValueType > &phi, const SurfaceInterpolation< ValueType > &surfInterp, Vector< ValueType > &divPhi, const dsl::Coeff operatorScaling)

template<typename ValueType >
void	computeDivImp (la::LinearSystem< ValueType, localIdx > &ls, const SurfaceField< scalar > &faceFlux, const VolumeField< ValueType > &phi, const SurfaceInterpolation< ValueType > &surfInterp, const dsl::Coeff operatorScaling, const la::SparsityPattern &sparsityPattern)

template<typename ValueType >
void	computeLaplacianExp (const FaceNormalGradient< ValueType > &, const SurfaceField< scalar > &, const VolumeField< ValueType > &, Vector< ValueType > &, const dsl::Coeff)

template<typename ValueType >
void	computeLaplacianImpl (la::LinearSystem< ValueType, localIdx > &ls, const SurfaceField< scalar > &gamma, const VolumeField< ValueType > &phi, const dsl::Coeff operatorScaling, const la::SparsityPattern &sparsityPattern, const FaceNormalGradient< ValueType > &faceNormalGradient)

template<typename ValueType >
void	surfaceIntegrate (const Executor &exec, localIdx nInternalFaces, View< const int > neighbour, View< const int > owner, View< const int > faceCells, View< const ValueType > flux, View< const scalar > v, View< ValueType > res, const dsl::Coeff operatorScaling)

Typedef Documentation

◆ CreateFunction

using NeoN::finiteVolume::cellCentred::CreateFunction = typedef std::function<VectorDocument(NeoN::Database& db)>

A function type for creating a VectorDocument.

This function type is used to create a VectorDocument and creates a registered VectorType

Parameters

db	The database to create the VectorDocument in.

Returns: The created VectorDocument.

Definition at line 200 of file fieldCollection.hpp.

Function Documentation

◆ computeCoNum()

scalar NeoN::finiteVolume::cellCentred::computeCoNum	(	const SurfaceField< scalar > &	faceFlux,
		const scalar	dt
	)

◆ computeDivExp()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeDivExp	(	const SurfaceField< scalar > &	faceFlux,
		const VolumeField< ValueType > &	phi,
		const SurfaceInterpolation< ValueType > &	surfInterp,
		Vector< ValueType > &	divPhi,
		const dsl::Coeff	operatorScaling
	)

◆ computeDivImp()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeDivImp	(	la::LinearSystem< ValueType, localIdx > &	ls,
		const SurfaceField< scalar > &	faceFlux,
		const VolumeField< ValueType > &	phi,
		const SurfaceInterpolation< ValueType > &	surfInterp,
		const dsl::Coeff	operatorScaling,
		const la::SparsityPattern &	sparsityPattern
	)

◆ computeFaceNormalGrad()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeFaceNormalGrad	(	const VolumeField< ValueType > &	volVector,
		const std::shared_ptr< GeometryScheme >	geometryScheme,
		SurfaceField< ValueType > &	surfaceVector
	)

◆ computeLaplacianExp()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeLaplacianExp	(	const FaceNormalGradient< ValueType > &	,
		const SurfaceField< scalar > &	,
		const VolumeField< ValueType > &	,
		Vector< ValueType > &	,
		const dsl::Coeff
	)

◆ computeLaplacianImpl()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeLaplacianImpl	(	la::LinearSystem< ValueType, localIdx > &	ls,
		const SurfaceField< scalar > &	gamma,
		const VolumeField< ValueType > &	phi,
		const dsl::Coeff	operatorScaling,
		const la::SparsityPattern &	sparsityPattern,
		const FaceNormalGradient< ValueType > &	faceNormalGradient
	)

◆ computeLinearInterpolation()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeLinearInterpolation	(	const VolumeField< ValueType > &	src,
		const SurfaceField< scalar > &	weights,
		SurfaceField< ValueType > &	dst
	)

◆ computeUpwindInterpolation()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeUpwindInterpolation	(	const VolumeField< ValueType > &	src,
		const SurfaceField< scalar > &	flux,
		const SurfaceField< scalar > &	weights,
		SurfaceField< ValueType > &	dst
	)

◆ computeUpwindInterpolationWeights()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::computeUpwindInterpolationWeights	(	const SurfaceField< scalar > &	flux,
		const VolumeField< ValueType > &	src,
		SurfaceField< scalar > &	weights
	)

◆ createCalculatedBCs()

template<typename BoundaryType >

std::vector< BoundaryType > NeoN::finiteVolume::cellCentred::createCalculatedBCs ( const UnstructuredMesh & mesh )

Definition at line 28 of file boundary.hpp.

◆ createExtrapolatedBCs()

template<typename BoundaryType >

std::vector< BoundaryType > NeoN::finiteVolume::cellCentred::createExtrapolatedBCs ( const UnstructuredMesh & mesh )

Definition at line 42 of file boundary.hpp.

◆ oldTime() [1/2]

template<typename VectorType >

const VectorType & NeoN::finiteVolume::cellCentred::oldTime ( const VectorType & field )

Retrieves the old time field of a given field (const version).

This function retrieves the old time field of a given field

Parameters

field The field to retrieve the old time field from.

Returns: The old time field.

Definition at line 165 of file oldTimeCollection.hpp.

◆ oldTime() [2/2]

template<typename VectorType >

VectorType & NeoN::finiteVolume::cellCentred::oldTime ( VectorType & field )

Retrieves the old time field of a given field.

This function retrieves the old time field of a given field

Parameters

field The field to retrieve the old time field from.

Returns: The old time field.

Definition at line 149 of file oldTimeCollection.hpp.

◆ surfaceIntegrate()

template<typename ValueType >

void NeoN::finiteVolume::cellCentred::surfaceIntegrate	(	const Executor &	exec,
		localIdx	nInternalFaces,
		View< const int >	neighbour,
		View< const int >	owner,
		View< const int >	faceCells,
		View< const ValueType >	flux,
		View< const scalar >	v,
		View< ValueType >	res,
		const dsl::Coeff	operatorScaling
	)

◆ validateVectorDoc()

bool NeoN::finiteVolume::cellCentred::validateVectorDoc ( const Document & doc )

Validates a VectorDocument.

This function validates a VectorDocument by checking if it contains the required fields.

Parameters

doc	The Document to validate.

Returns: true if the Document is valid, false otherwise.

Namespaces

Classes

Typedefs

Functions

Typedef Documentation

◆ CreateFunction

Function Documentation

◆ computeCoNum()

◆ computeDivExp()

◆ computeDivImp()

◆ computeFaceNormalGrad()

◆ computeLaplacianExp()

◆ computeLaplacianImpl()

◆ computeLinearInterpolation()

◆ computeUpwindInterpolation()

◆ computeUpwindInterpolationWeights()

◆ createCalculatedBCs()

◆ createExtrapolatedBCs()

◆ oldTime() [1/2]

◆ oldTime() [2/2]

◆ surfaceIntegrate()

◆ validateVectorDoc()