Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef > Struct Template Reference

Traits for handling finite elements.see https://en.wikipedia.org/wiki/Lam%C3%A9_parameters. More...

#include <ikarus/finiteelements/physicshelper.hh>

Public Types
using	Basis = Basis_
	Type of the basis of the finite element. More...
using	FERequirementType = FERequirements_
	Type of the requirements for the finite element. More...
using	ResultRequirementsType = ResultRequirements< FERequirementType >
	Type of the result requirements. More...
using	FlatBasis = typename Basis::FlatBasis
	Type of the flat basis. More...
using	LocalView = typename FlatBasis::LocalView
	Type of the local view. More...
using	GridView = typename FlatBasis::GridView
	Type of the grid view. More...
using	Element = typename LocalView::Element
	Type of the grid element. More...
using	Geometry = typename Element::Geometry
	Type of the element geometry. More...
template<typename ScalarType = double>
using	VectorType = std::conditional_t< useRef, Eigen::Ref< Eigen::VectorX< ScalarType > >, Eigen::VectorX< ScalarType > & >
	Type of the internal forces. More...
template<typename ScalarType = double>
using	MatrixType = std::conditional_t< useRef, Eigen::Ref< Eigen::MatrixX< ScalarType > >, Eigen::MatrixX< ScalarType > & >
	Type of the stiffness matrix. More...

Static Public Attributes
static constexpr int	worlddim = Element::Geometry::coorddimension
	Dimension of the world space. More...
static constexpr int	mydim = Element::mydimension
	Dimension of the geometry. More...
static constexpr int	dimension = Element::dimension
	Dimension of the grid. More...

Detailed Description

template<typename Basis_, typename FERequirements_, bool useRef = false>
struct Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >

Template Parameters

Basis_	The basis type for the finite element.
FERequirements_	The requirements for the finite element.
useRef	Boolean indicating whether to use Eigen::Ref for VectorType and MatrixType.Structure representing Young's modulus and Poisson's ratio.

Member Typedef Documentation

Basis

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::Basis = Basis_

Element

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::Element = typename LocalView::Element

FERequirementType

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::FERequirementType = FERequirements_

FlatBasis

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::FlatBasis = typename Basis::FlatBasis

Geometry

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::Geometry = typename Element::Geometry

GridView

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::GridView = typename FlatBasis::GridView

LocalView

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::LocalView = typename FlatBasis::LocalView

MatrixType

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

template<typename ScalarType = double>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::MatrixType = std::conditional_t<useRef, Eigen::Ref<Eigen::MatrixX<ScalarType> >, Eigen::MatrixX<ScalarType>&>

ResultRequirementsType

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::ResultRequirementsType = ResultRequirements<FERequirementType>

VectorType

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

template<typename ScalarType = double>

using Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::VectorType = std::conditional_t<useRef, Eigen::Ref<Eigen::VectorX<ScalarType> >, Eigen::VectorX<ScalarType>&>

Member Data Documentation

dimension

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

constexpr int Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::dimension = Element::dimension

staticconstexpr

mydim

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

constexpr int Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::mydim = Element::mydimension

staticconstexpr

worlddim

template<typename Basis_ , typename FERequirements_ , bool useRef = false>

constexpr int Ikarus::TraitsFromFE< Basis_, FERequirements_, useRef >::worlddim = Element::Geometry::coorddimension

staticconstexpr

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

• physicshelper.hh