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GeneralInterpEdge Class Template Reference

#include <GeneralInterpEdge.h>

Inheritance diagram for GeneralInterpEdge::

List of all members.

Public Types
typedef DofType	DOFType
typedef DofType::ValueType	ValueType
typedef DofType::DerivType	DerivType
Public Methods
	GeneralInterpEdge (Field< DofType > *field, pEdge edge, Mapping1d3d *map, ShapeFunction1d< DofType > *sf)
SCOREC_Util::SSList<DofRef>	dofs () const
	return all degrees of freedom for this Interp as DofRefs.
SCOREC_Util::SSList<DofType*>	dofGroups () const
	return all degrees of freedom for this Interp as DofGroups.
void	write (ostream &out, const Field< DofType > &field)
void	read (istream &in, const Field< DofType > &field)
virtual int	order () const
	get (max) polynomial order of interpolation.
virtual int	mapOrder () const
	get polynomial order of mapping.
SCOREC_Util::SVectorDouble	eval (double r, int timeDer=0) const
	Evaluate.
SCOREC_Util::SPoint3	localToGlobal (double r) const
	map point from local (mesh edge) to global coordinates. Current coordinates only makes sense if this is a 'displacement' field, ie DofVector.
SCOREC_Util::SPoint3	localToGlobalCurrent (double r) const
virtual double	globalToLocal (const SCOREC_Util::SPoint3 &pt) const
virtual double	globalToLocal (pVertex v) const
virtual DMatrix<DofType>	N (double r) const
virtual double	jacobianInverse (double, SCOREC_Util::SMatrix *jac) const
virtual double	detJacobian (double) const
virtual void	setValue (const FieldValue &ival, int derivative)
Protected Attributes
Mapping1d3d*	d_map
ShapeFunction1d<DofType>*	d_sf

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Detailed Description

template<class DofType> class GeneralInterpEdge

An interpolation over a mesh edge

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Member Function Documentation

template<class DofType> DMatrix< DofType > GeneralInterpEdge< DofType >::N ( double r ) const [virtual]

Evaluate the interpolation with the dofs as unknowns. Reimplemented from Interp1d.

template<class DofType> double GeneralInterpEdge< DofType >::detJacobian ( double pt ) const [virtual]

Evaluate the determinate of the jacobian of the interpolation. Reimplemented from Interp1d.

template<class DofType> double GeneralInterpEdge< DofType >::jacobianInverse ( double pt, SCOREC_Util::SMatrix * jac ) const [virtual]

Evaluate the inverse of the jacobian of the interpolation. Reimplemented from Interp1d.

template<class DofType> void GeneralInterpEdge< DofType >::setValue ( const FieldValue & ival, int derivative ) [virtual]

sets the value of the dofs for this Interp to the correct value to Interp the given FieldValue Reimplemented from Interp1d.

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

• GeneralInterpEdge.h
• GeneralInterpEdge.cc

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