Foam::Lagrangianc Namespace Reference

Functions
template<class CellMesh , class Type , template< class > class PrimitiveField>
tmp< DimensionedField< Type, CellMesh > >	accumulate (const DimensionedField< Type, LagrangianMesh, PrimitiveField > &lPsi, const word &name)
	Accumulate a Lagrangian field into a finite volume field. More...
template<class CellMesh , class Type , template< class > class PrimitiveField>
tmp< DimensionedField< Type, CellMesh > >	accumulate (const DimensionedField< Type, LagrangianMesh, PrimitiveField > &lPsi)
	Accumulate a Lagrangian field into a finite volume field. More...
template<class CellMesh , class Type , template< class > class PrimitiveField>
void	accumulate (const LagrangianSubField< Type, PrimitiveField > &lPsi, DimensionedField< Type, CellMesh > &vPsi)
	Accumulate a Lagrangian field into a finite volume field. More...
template<class CellMesh , class Type , template< class > class PrimitiveField>
void	accumulate (const LagrangianSubField< Type, PrimitiveField > &lPsi, DimensionedField< Type, CellMesh > &vPsi, const word &name)
	Accumulate a Lagrangian field into a finite volume field. More...
template<class Type >
tmp< LagrangianSubField< Type > >	Ddt (const LagrangianSubSubField< Type > &psi)
	Return the instantaneous time-derivative. More...
template<class Type >
tmp< LagrangianSubField< Type > >	Ddt (const LagrangianSubScalarSubField &m, const LagrangianSubSubField< Type > &psi)
	Return the instantaneous time-derivative. More...
template<class Type >
tmp< LagrangianSubField< Type > >	deltaTddt0 (const LagrangianSubSubField< Type > &psi)
	Return the Euler explicit/forward time derivative multiplied by the. More...
template<class Type >
tmp< LagrangianSubField< Type > >	deltaTddt0 (const LagrangianSubScalarSubField &m, const LagrangianSubSubField< Type > &psi)
	Return the Euler explicit/forward time derivative multiplied by the. More...

Function Documentation

accumulate() [1/4]

tmp<DimensionedField<Type, CellMesh> > Foam::Lagrangianc::accumulate	(	const DimensionedField< Type, LagrangianMesh, PrimitiveField > &	lPsi,
		const word &	name
	)

Accumulate a Lagrangian field into a finite volume field.

Referenced by accumulationScheme< Type >::accumulate(), CarrierCoeff< Type, Implicit >::operator+=(), CarrierCoeff< Type, Implicit >::operator-=(), Flux< CloudType, Derived >::postFace(), and Flux< CloudType, Derived >::preFace().

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accumulate() [2/4]

tmp<DimensionedField<Type, CellMesh> > Foam::Lagrangianc::accumulate

(

const DimensionedField< Type, LagrangianMesh, PrimitiveField > &

lPsi

)

Accumulate a Lagrangian field into a finite volume field.

accumulate() [3/4]

void accumulate	(	const LagrangianSubField< Type, PrimitiveField > &	lPsi,
		DimensionedField< Type, CellMesh > &	vPsi
	)

Accumulate a Lagrangian field into a finite volume field.

Definition at line 64 of file LagrangiancAccumulate.C.

References IOobject::name().

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accumulate() [4/4]

void accumulate	(	const LagrangianSubField< Type, PrimitiveField > &	lPsi,
		DimensionedField< Type, CellMesh > &	vPsi,
		const word &	name
	)

Accumulate a Lagrangian field into a finite volume field.

Definition at line 75 of file LagrangiancAccumulate.C.

References DimensionedField< Type, GeoMesh, PrimitiveField >::mesh(), mesh, Foam::name(), Foam::New(), and fvMesh::schemes().

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Ddt() [1/2]

tmp<LagrangianSubField<Type> > Foam::Lagrangianc::Ddt

(

const LagrangianSubSubField< Type > &

psi

)

Return the instantaneous time-derivative.

Referenced by dynamicParcel::dUdt(), dynamicParticle::dUdt(), kinematicParcel::dUdt(), kinematicParticle::dUdt(), multicomponentParcel::dUdt(), multicomponentParticle::dUdt(), parcel::dUdt(), and particle::dUdt().

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Ddt() [2/2]

tmp<LagrangianSubField<Type> > Foam::Lagrangianc::Ddt	(	const LagrangianSubScalarSubField &	m,
		const LagrangianSubSubField< Type > &	psi
	)

Return the instantaneous time-derivative.

deltaTddt0() [1/2]

tmp<LagrangianSubField<Type> > Foam::Lagrangianc::deltaTddt0

(

const LagrangianSubSubField< Type > &

psi

)

Return the Euler explicit/forward time derivative multiplied by the.

time-step

deltaTddt0() [2/2]

tmp<LagrangianSubField<Type> > Foam::Lagrangianc::deltaTddt0	(	const LagrangianSubScalarSubField &	m,
		const LagrangianSubSubField< Type > &	psi
	)

Return the Euler explicit/forward time derivative multiplied by the.

time-step