Ikarus::EAS::EASVariant< EASFunction, GEO > Struct Template Reference

Wrapper around the EAS variant, contains helper functions. More...

#include <ikarus/finiteelements/mechanics/strainenhancements/easvariants.hh>

Inheritance diagram for Ikarus::EAS::EASVariant< EASFunction, GEO >:

Public Types
using	Variant = Impl::EASType< GEO, myDim, EASFunction >::type

Public Member Functions
template<typename F >
void	operator() (F &&f) const
	Executes a function F on the variant, if enhancedStrainSize is not zero. More...
auto	numberOfInternalVariables () const
	A helper function to get the number of EAS parameters. More...
bool	isDisplacmentBased () const
	A helper function to identify if the formulation is purely displacement-based, i.e., number of EAS parameters is zero. More...
void	setEASType (int numberOfInternalVariables)
void	bind (const GEO &geometry)

Static Public Attributes
static constexpr int	myDim = GEO::mydimension

Detailed Description

template<typename EASFunction, typename GEO>
struct Ikarus::EAS::EASVariant< EASFunction, GEO >

Template Parameters

GEO	the Geometry type of the udderlying grid element
EASFunction	the enhanced assumed strain function

Member Typedef Documentation

Variant

template<typename EASFunction , typename GEO >

using Ikarus::EAS::EASVariant< EASFunction, GEO >::Variant = Impl::EASType<GEO, myDim, EASFunction>::type

Member Function Documentation

bind()

template<typename EASFunction , typename GEO >

void Ikarus::EAS::EASVariant< EASFunction, GEO >::bind ( const GEO &  geometry )

inline

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isDisplacmentBased()

template<typename EASFunction , typename GEO >

bool Ikarus::EAS::EASVariant< EASFunction, GEO >::isDisplacmentBased ( ) const

inline

Returns

A bool indicating if the formulation is displacement-based or not.

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numberOfInternalVariables()

template<typename EASFunction , typename GEO >

auto Ikarus::EAS::EASVariant< EASFunction, GEO >::numberOfInternalVariables ( ) const

inline

Returns

Number of EAS parameters.

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operator()()

template<typename EASFunction , typename GEO >

template<typename F >

void Ikarus::EAS::EASVariant< EASFunction, GEO >::operator() ( F &&  f ) const

inline

Template Parameters

F	the Type of the function F

Parameters

f	the function, which takes the eas element as an argument

setEASType()

template<typename EASFunction , typename GEO >

void Ikarus::EAS::EASVariant< EASFunction, GEO >::setEASType ( int  numberOfInternalVariables )

inline

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Member Data Documentation

myDim

template<typename EASFunction , typename GEO >

constexpr int Ikarus::EAS::EASVariant< EASFunction, GEO >::myDim = GEO::mydimension

staticconstexpr

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

• easvariants.hh