Storage.hpp File Reference

#include <Toolbox/container.h>

Include dependency graph for Storage.hpp:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Classes
class	Storage< T >
	A candidate Storage class that stores FEM objects. More...
template<typename T >
using	dual = std::pair< unsigned, shared_ptr< T > >
using	AmplitudeStorage = Storage< Amplitude >
using	ExpressionStorage = Storage< Expression >
using	ConstraintStorage = Storage< Constraint >
using	ConvergerStorage = Storage< Converger >
using	CriterionStorage = Storage< Criterion >
using	DatabaseStorage = Storage< Database >
using	DomainStorage = Storage< Domain >
using	DomainBaseStorage = Storage< DomainBase >
using	ElementStorage = Storage< Element >
using	GroupStorage = Storage< Group >
using	IntegratorStorage = Storage< Integrator >
using	LoadStorage = Storage< Load >
using	MaterialStorage = Storage< Material >
using	ModifierStorage = Storage< Modifier >
using	NodeStorage = Storage< Node >
using	OrientationStorage = Storage< Orientation >
using	RecorderStorage = Storage< Recorder >
using	SectionStorage = Storage< Section >
using	SolverStorage = Storage< Solver >
template<typename T >
const char *	StorageType ()
template<>
const char *	StorageType< Amplitude > ()
template<>
const char *	StorageType< Expression > ()
template<>
const char *	StorageType< Constraint > ()
template<>
const char *	StorageType< Converger > ()
template<>
const char *	StorageType< Criterion > ()
template<>
const char *	StorageType< Database > ()
template<>
const char *	StorageType< Domain > ()
template<>
const char *	StorageType< DomainBase > ()
template<>
const char *	StorageType< Element > ()
template<>
const char *	StorageType< Group > ()
template<>
const char *	StorageType< Integrator > ()
template<>
const char *	StorageType< Load > ()
template<>
const char *	StorageType< Material > ()
template<>
const char *	StorageType< Modifier > ()
template<>
const char *	StorageType< Node > ()
template<>
const char *	StorageType< Orientation > ()
template<>
const char *	StorageType< Recorder > ()
template<>
const char *	StorageType< Section > ()
template<>
const char *	StorageType< Solver > ()
template<typename T >
Storage< T >::const_iterator	cbegin (const Storage< T > &S)
template<typename T >
Storage< T >::const_iterator	cend (const Storage< T > &S)
template<typename T >
Storage< T >::iterator	begin (Storage< T > &S)
template<typename T >
Storage< T >::iterator	end (Storage< T > &S)

Typedef Documentation

AmplitudeStorage

using AmplitudeStorage = Storage<Amplitude>

ConstraintStorage

using ConstraintStorage = Storage<Constraint>

ConvergerStorage

using ConvergerStorage = Storage<Converger>

CriterionStorage

using CriterionStorage = Storage<Criterion>

DatabaseStorage

using DatabaseStorage = Storage<Database>

DomainBaseStorage

using DomainBaseStorage = Storage<DomainBase>

DomainStorage

using DomainStorage = Storage<Domain>

dual

template<typename T >

using dual = std::pair<unsigned, shared_ptr<T> >

ElementStorage

using ElementStorage = Storage<Element>

ExpressionStorage

using ExpressionStorage = Storage<Expression>

GroupStorage

using GroupStorage = Storage<Group>

IntegratorStorage

using IntegratorStorage = Storage<Integrator>

LoadStorage

using LoadStorage = Storage<Load>

MaterialStorage

using MaterialStorage = Storage<Material>

ModifierStorage

using ModifierStorage = Storage<Modifier>

NodeStorage

using NodeStorage = Storage<Node>

OrientationStorage

using OrientationStorage = Storage<Orientation>

RecorderStorage

using RecorderStorage = Storage<Recorder>

SectionStorage

using SectionStorage = Storage<Section>

SolverStorage

using SolverStorage = Storage<Solver>

Function Documentation

begin()

template<typename T >

Storage< T >::iterator begin

(

Storage< T > &

S

)

cbegin()

template<typename T >

Storage< T >::const_iterator cbegin

(

const Storage< T > &

S

)

cend()

template<typename T >

Storage< T >::const_iterator cend

(

const Storage< T > &

S

)

end()

template<typename T >

Storage< T >::iterator end

(

Storage< T > &

S

)

Here is the caller graph for this function:

StorageType()

template<typename T >

const char * StorageType

(

)

StorageType< Amplitude >()

template<>

const char * StorageType< Amplitude > ( )

inline

StorageType< Constraint >()

template<>

const char * StorageType< Constraint > ( )

inline

StorageType< Converger >()

template<>

const char * StorageType< Converger > ( )

inline

StorageType< Criterion >()

template<>

const char * StorageType< Criterion > ( )

inline

StorageType< Database >()

template<>

const char * StorageType< Database > ( )

inline

StorageType< Domain >()

template<>

const char * StorageType< Domain > ( )

inline

StorageType< DomainBase >()

template<>

const char * StorageType< DomainBase > ( )

inline

StorageType< Element >()

template<>

const char * StorageType< Element > ( )

inline

StorageType< Expression >()

template<>

const char * StorageType< Expression > ( )

inline

StorageType< Group >()

template<>

const char * StorageType< Group > ( )

inline

StorageType< Integrator >()

template<>

const char * StorageType< Integrator > ( )

inline

StorageType< Load >()

template<>

const char * StorageType< Load > ( )

inline

StorageType< Material >()

template<>

const char * StorageType< Material > ( )

inline

StorageType< Modifier >()

template<>

const char * StorageType< Modifier > ( )

inline

StorageType< Node >()

template<>

const char * StorageType< Node > ( )

inline

StorageType< Orientation >()

template<>

const char * StorageType< Orientation > ( )

inline

StorageType< Recorder >()

template<>

const char * StorageType< Recorder > ( )

inline

StorageType< Section >()

template<>

const char * StorageType< Section > ( )

inline

StorageType< Solver >()

template<>

const char * StorageType< Solver > ( )

inline