hp1D Namespace Reference

Classes
class	AdvectionElementMatrix
class	ArrayElementFormula
	Array of formula values on quadrature points. More...
class	BaseElement
class	BiLaplace
class	BilinearFormHelper
class	BilinearFormHelper< 0, 0, F >
class	BilinearFormHelper< 1, 1, F >
class	BilinearFormHelper< 2, 2, F >
class	BilinearFormVtxHelper
class	DualSpace
class	ElementFormulaInterpGrad
class	GenericElement
class	Grad
class	GradLinearForm
class	hpAdaptiveSpaceL2
class	Identity
class	IdentityParallel
class	IntegrableElm
class	Jump1Jump1
class	Jump1Mean2
class	KarniadakisMixin
	The following two types are shape function mixins. More...
class	Laplace
class	LegendreMixin
class	LevelRiesz
class	LevelRieszElement
class	LinearFormGradInterp_Grad
class	LinearFormHelper
class	LinearFormHelper< 0, F >
class	LinearFormHelper< 1, F >
class	LineGraphics
class	MassElementMatrix
class	Mean2Jump1
class	Neumann
class	PointEvaluation
class	RefineOrRaise
class	Riesz
class	RysMixin
class	RysSpace
class	Space
class	StiffElementMatrix
class	Value

Typedefs
template<class F >
using	Element = GenericElement< KarniadakisMixin< F > >
	template aliases for backwards compatibility
template<class F >
using	LegendreElement = GenericElement< hp1D::LegendreMixin< F > >
template<class F >
using	RysElement = GenericElement< RysMixin< F > >

Detailed Description

1D hp-FEM

Author

Philipp Frauenfelder, 2002

Typedef Documentation

Element

template<class F >

using hp1D::Element = typedef GenericElement<KarniadakisMixin<F> >

template aliases for backwards compatibility

Definition at line 267 of file element.hh.

LegendreElement

template<class F >

using hp1D::LegendreElement = typedef GenericElement<hp1D::LegendreMixin<F> >

Definition at line 271 of file element.hh.

RysElement

template<class F >

using hp1D::RysElement = typedef GenericElement<RysMixin<F> >

Definition at line 56 of file rysElement.hh.