classfactory.h File Reference

#include "oofemenv.h"
#include "sparsemtrxtype.h"
#include "errorestimatortype.h"
#include "doftype.h"
#include "linsystsolvertype.h"
#include "nodalrecoverymodel.h"
#include "integrationrule.h"
#include "geneigvalsolvertype.h"
#include "materialmappingalgorithmtype.h"
#include "meshpackagetype.h"
#include "dofiditem.h"
#include <map>
#include <string>
#include <cstring>
#include <memory>

Go to the source code of this file.

Classes
class	oofem::ClassFactory

Namespaces
namespace	oofem

Macros
#define	OOFEM_ATTR_UNUSED

Functions
template<typename B, typename T, typename... V>
std::unique_ptr< B >	oofem::CTOR (V... x)
template<typename T>
Dof *	oofem::dofCreator (DofIDItem dofid, DofManager *dman)

Macros for registering new components. Unique dummy variables must be created as a result (design flaw in C++).
#define	REGISTER_Element(class)
#define	REGISTER_DofManager(class)
#define	REGISTER_BoundaryCondition(class)
#define	REGISTER_CrossSection(class)
#define	REGISTER_Material(class)
#define	REGISTER_Material_Alt(class, altname)
#define	REGISTER_EngngModel(class)
#define	REGISTER_Function(class)
#define	REGISTER_NonlocalBarrier(class)
#define	REGISTER_ExportModule(class)
#define	REGISTER_SparseNonLinearSystemNM(class)
#define	REGISTER_InitModule(class)
#define	REGISTER_TopologyDescription(class)
#define	REGISTER_LoadBalancerMonitor(class)
#define	REGISTER_LoadBalancer(class)
#define	REGISTER_Monitor(class)
#define	REGISTER_SparseMtrx(class, type)
#define	REGISTER_SparseLinSolver(class, type)
#define	REGISTER_ErrorEstimator(class, type)
#define	REGISTER_NodalRecoveryModel(class, type)
#define	REGISTER_GeneralizedEigenValueSolver(class, type)
#define	REGISTER_Mesher(class, type)
#define	REGISTER_MaterialMappingAlgorithm(class, type)
#define	REGISTER_XfemManager(class)
#define	REGISTER_EnrichmentItem(class)
#define	REGISTER_NucleationCriterion(class)
#define	REGISTER_EnrichmentFunction(class)
#define	REGISTER_EnrichmentFront(class)
#define	REGISTER_PropagationLaw(class)
#define	REGISTER_Geometry(class)
#define	REGISTER_FailureCriteria(class)
#define	REGISTER_FailureCriteriaStatus(class)
#define	REGISTER_ContactSurface(class)
#define	REGISTER_Field(class)
#define	REGISTER_Term(class)
#define	REGISTER_Quasicontinuum(class)
#define	REGISTER_TimeStepReductionStrategy(class)
ClassFactory &	oofem::GiveClassFactory ()

Macro Definition Documentation

OOFEM_ATTR_UNUSED

#define OOFEM_ATTR_UNUSED

Definition at line 111 of file classfactory.h.

REGISTER_BoundaryCondition

#define REGISTER_BoundaryCondition

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerBoundaryCondition(_IFT_ ## class ## _Name, CTOR< GeneralBoundaryCondition, class, int, Domain* > );

Definition at line 133 of file classfactory.h.

REGISTER_ContactSurface

#define REGISTER_ContactSurface

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerContactSurface(_IFT_ ## class ## _Name, CTOR< ContactSurface, class, int, Domain * >);

Definition at line 169 of file classfactory.h.

REGISTER_CrossSection

#define REGISTER_CrossSection

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerCrossSection(_IFT_ ## class ## _Name, CTOR< CrossSection, class, int, Domain* > );

Definition at line 134 of file classfactory.h.

REGISTER_DofManager

#define REGISTER_DofManager

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerDofManager(_IFT_ ## class ## _Name, CTOR< DofManager, class, int, Domain* > );

Definition at line 132 of file classfactory.h.

REGISTER_Element

#define REGISTER_Element

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerElement(_IFT_ ## class ## _Name, CTOR< Element, class, int, Domain* > );

Definition at line 131 of file classfactory.h.

REGISTER_EngngModel

#define REGISTER_EngngModel

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerEngngModel(_IFT_ ## class ## _Name, CTOR< EngngModel, class, int, EngngModel* > );

Definition at line 137 of file classfactory.h.

REGISTER_EnrichmentFront

#define REGISTER_EnrichmentFront

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerEnrichmentFront(_IFT_ ## class ## _Name, CTOR< EnrichmentFront, class > );

Definition at line 162 of file classfactory.h.

REGISTER_EnrichmentFunction

#define REGISTER_EnrichmentFunction

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerEnrichmentFunction(_IFT_ ## class ## _Name, CTOR< EnrichmentFunction, class, int, Domain* > );

Definition at line 160 of file classfactory.h.

REGISTER_EnrichmentItem

#define REGISTER_EnrichmentItem

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerEnrichmentItem(_IFT_ ## class ## _Name, CTOR< EnrichmentItem, class, int, XfemManager*, Domain* > );

Definition at line 158 of file classfactory.h.

REGISTER_ErrorEstimator

#define REGISTER_ErrorEstimator	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerErrorEstimator(type, CTOR< ErrorEstimator, class, int, Domain* > );

Definition at line 151 of file classfactory.h.

REGISTER_ExportModule

#define REGISTER_ExportModule

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerExportModule(_IFT_ ## class ## _Name, CTOR< ExportModule, class, int, EngngModel* > );

Definition at line 140 of file classfactory.h.

REGISTER_FailureCriteria

#define REGISTER_FailureCriteria

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerFailureCriteria(_IFT_ ## class ## _Name, CTOR< FailureCriteria, class, int, FractureManager* > );

Definition at line 166 of file classfactory.h.

REGISTER_FailureCriteriaStatus

#define REGISTER_FailureCriteriaStatus

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerFailureCriteriaStatus(_IFT_ ## class ## _Name, CTOR< FailureCriteriaStatus, class, FailureCriteria* > );

Definition at line 167 of file classfactory.h.

REGISTER_Field

#define REGISTER_Field

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerField(_IFT_ ## class ## _Name, CTOR< Field, class > );

Definition at line 171 of file classfactory.h.

REGISTER_Function

#define REGISTER_Function

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerFunction(_IFT_ ## class ## _Name, CTOR< Function, class, int, Domain* > );

Definition at line 138 of file classfactory.h.

REGISTER_GeneralizedEigenValueSolver

#define REGISTER_GeneralizedEigenValueSolver	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerGeneralizedEigenValueSolver(type, CTOR< SparseGeneralEigenValueSystemNM, class, Domain*, EngngModel* > );

Definition at line 153 of file classfactory.h.

REGISTER_Geometry

#define REGISTER_Geometry

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerGeometry(_IFT_ ## class ## _Name, CTOR< BasicGeometry, class > );

Definition at line 164 of file classfactory.h.

REGISTER_InitModule

#define REGISTER_InitModule

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerInitModule(_IFT_ ## class ## _Name, CTOR< InitModule, class, int, EngngModel* > );

Definition at line 142 of file classfactory.h.

REGISTER_LoadBalancer

#define REGISTER_LoadBalancer

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerLoadBalancer(_IFT_ ## class ## _Name, CTOR< LoadBalancer, class, EngngModel* > );

Definition at line 145 of file classfactory.h.

REGISTER_LoadBalancerMonitor

#define REGISTER_LoadBalancerMonitor

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerLoadBalancerMonitor(_IFT_ ## class ## _Name, CTOR< LoadBalancerMonitor, class, EngngModel* > );

Definition at line 144 of file classfactory.h.

REGISTER_Material

#define REGISTER_Material

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerMaterial(_IFT_ ## class ## _Name, CTOR< Material, class, int, Domain* > );

Definition at line 135 of file classfactory.h.

REGISTER_Material_Alt

#define REGISTER_Material_Alt	(		class,
			altname )

Value:

static bool __dummy_ ## class ## altname OOFEM_ATTR_UNUSED = GiveClassFactory().registerMaterial(#altname, CTOR< Material, class, int, Domain* > );

Definition at line 136 of file classfactory.h.

REGISTER_MaterialMappingAlgorithm

#define REGISTER_MaterialMappingAlgorithm	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerMaterialMappingAlgorithm(type, CTOR< MaterialMappingAlgorithm, class > );

Definition at line 155 of file classfactory.h.

REGISTER_Mesher

#define REGISTER_Mesher	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerMesherInterface(type, CTOR< MesherInterface, class, Domain* > );

Definition at line 154 of file classfactory.h.

REGISTER_Monitor

#define REGISTER_Monitor

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerMonitor(_IFT_ ## class ## _Name, CTOR< Monitor, class, int > );

Definition at line 146 of file classfactory.h.

REGISTER_NodalRecoveryModel

#define REGISTER_NodalRecoveryModel	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerNodalRecoveryModel(type, CTOR< NodalRecoveryModel, class, Domain* > );

Definition at line 152 of file classfactory.h.

REGISTER_NonlocalBarrier

#define REGISTER_NonlocalBarrier

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerNonlocalBarrier(_IFT_ ## class ## _Name, CTOR< NonlocalBarrier, class, int, Domain* > );

Definition at line 139 of file classfactory.h.

REGISTER_NucleationCriterion

#define REGISTER_NucleationCriterion

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerNucleationCriterion(_IFT_ ## class ## _Name, CTOR< NucleationCriterion, class, Domain* > );

Definition at line 159 of file classfactory.h.

REGISTER_PropagationLaw

#define REGISTER_PropagationLaw

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerPropagationLaw(_IFT_ ## class ## _Name, CTOR< PropagationLaw, class > );

Definition at line 163 of file classfactory.h.

REGISTER_Quasicontinuum

#define REGISTER_Quasicontinuum

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerQuasicontinuum(_IFT_ ## class ## _Name, < QuasiContinuum, class, ????? > );

Todo

What is this? Doesn't seem needed / Mikael

Definition at line 176 of file classfactory.h.

REGISTER_SparseLinSolver

#define REGISTER_SparseLinSolver	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerSparseLinSolver(type, CTOR< SparseLinearSystemNM, class, Domain*, EngngModel* > );

Definition at line 150 of file classfactory.h.

REGISTER_SparseMtrx

#define REGISTER_SparseMtrx	(		class,
			type )

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerSparseMtrx(type, CTOR< SparseMtrx, class > );

Definition at line 149 of file classfactory.h.

REGISTER_SparseNonLinearSystemNM

#define REGISTER_SparseNonLinearSystemNM

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerSparseNonLinearSystemNM(_IFT_ ## class ## _Name, CTOR< SparseNonLinearSystemNM, class, Domain*, EngngModel* > );

Definition at line 141 of file classfactory.h.

REGISTER_Term

#define REGISTER_Term

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerTerm(_IFT_ ## class ## _Name, CTOR< Term, class > );

Definition at line 173 of file classfactory.h.

REGISTER_TimeStepReductionStrategy

#define REGISTER_TimeStepReductionStrategy

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerTimeStepReductionStrategy(_IFT_ ## class ## _Name, CTOR< TimeStepReductionStrategy, class, int > );

Definition at line 179 of file classfactory.h.

REGISTER_TopologyDescription

#define REGISTER_TopologyDescription

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerTopologyDescription(_IFT_ ## class ## _Name, CTOR< TopologyDescription, class, Domain* > );

Definition at line 143 of file classfactory.h.

REGISTER_XfemManager

#define REGISTER_XfemManager

(

class

)

Value:

static bool __dummy_ ## class OOFEM_ATTR_UNUSED = GiveClassFactory().registerXfemManager(_IFT_ ## class ## _Name, CTOR< XfemManager, class, Domain* > );

Definition at line 157 of file classfactory.h.