linearInterpolate< E1 > Class Template Reference

#include <fvMatrixExpression.H>

Inheritance diagram for linearInterpolate< E1 >:

Collaboration diagram for linearInterpolate< E1 >:

Public Member Functions
	linearInterpolate (const E1 &cellVals, const fvMesh &mesh)
Public Member Functions inherited from interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >
	interpolate (const E1 &cellVals, const GeometricFieldConstRefWrap< surfaceScalarField > &faceWeights, const fvMesh &mesh)
value_type	operator[] (const label i) const
label	size () const
IntExpr	internalField () const
UncoupledPatchExpr	patchField (const label i) const
CoupledPatchExpr	coupledPatchField (const label i) const
Public Member Functions inherited from GeometricFieldExpression< interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >, List_interpolate< IndirectConstWrap< E1::IntExpr >, IndirectConstWrap< E1::IntExpr >, GeometricFieldConstRefWrap< surfaceScalarField >::IntExpr >, E1::UncoupledPatchExpr, List_interpolate< IndirectConstWrap< E1::IntExpr >, E1::CoupledPatchExpr, GeometricFieldConstRefWrap< surfaceScalarField >::CoupledPatchExpr >, E1::value_type >
	GeometricFieldExpression (const dimensionSet &dimensions, const orientedType oriented)
E1::value_type	operator[] (const label i) const
auto	size () const noexcept
const dimensionSet &	dimensions () const noexcept
const orientedType &	oriented () const noexcept
IntExpr	internalField () const
UncoupledPatchExpr	patchField (const label i)
CoupledPatchExpr	coupledPatchField (const label i)
auto	access (const Op &cop, const label i) const
GeoField &	evaluate (GeoField &fld, const bool force=false) const
	Helper to evaluate a GeometricField.

Additional Inherited Members
Public Types inherited from interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >
typedef List_interpolate< IndirectConstWrap< typename E1::IntExpr >, IndirectConstWrap< typename E1::IntExpr >, typename GeometricFieldConstRefWrap< surfaceScalarField >::IntExpr >	IntExpr
	Type to return for internal field.
typedef E1::UncoupledPatchExpr	UncoupledPatchExpr
	Type to return for uncoupled patch field.
typedef List_interpolate< IndirectConstWrap< typename E1::IntExpr >, typename E1::CoupledPatchExpr, typename GeometricFieldConstRefWrap< surfaceScalarField >::CoupledPatchExpr >	CoupledPatchExpr
	Type to return for coupled patch field.
typedef E1::value_type	value_type
	Type of actual values.
Static Public Attributes inherited from interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >
static constexpr bool	is_leaf
Static Public Attributes inherited from GeometricFieldExpression< interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >, List_interpolate< IndirectConstWrap< E1::IntExpr >, IndirectConstWrap< E1::IntExpr >, GeometricFieldConstRefWrap< surfaceScalarField >::IntExpr >, E1::UncoupledPatchExpr, List_interpolate< IndirectConstWrap< E1::IntExpr >, E1::CoupledPatchExpr, GeometricFieldConstRefWrap< surfaceScalarField >::CoupledPatchExpr >, E1::value_type >
static constexpr bool	is_leaf
Protected Attributes inherited from GeometricFieldExpression< interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >, List_interpolate< IndirectConstWrap< E1::IntExpr >, IndirectConstWrap< E1::IntExpr >, GeometricFieldConstRefWrap< surfaceScalarField >::IntExpr >, E1::UncoupledPatchExpr, List_interpolate< IndirectConstWrap< E1::IntExpr >, E1::CoupledPatchExpr, GeometricFieldConstRefWrap< surfaceScalarField >::CoupledPatchExpr >, E1::value_type >
const dimensionSet	dimensions_
const orientedType	oriented_

Detailed Description

template<typename E1>
class Foam::Expression::linearInterpolate< E1 >

Definition at line 1734 of file fvMatrixExpression.H.

Constructor & Destructor Documentation

linearInterpolate()

template<typename E1>

linearInterpolate ( const E1 & cellVals, const fvMesh & mesh )

inline

Definition at line 1745 of file fvMatrixExpression.H.

References interpolate< E1, GeometricFieldConstRefWrap< surfaceScalarField > >::interpolate(), and mesh.

Here is the call graph for this function:

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

• src/finiteVolume/expressionTemplates/fvMatrixExpression.H