FailingElastic Struct Reference

Inheritance diagram for FailingElastic:

Collaboration diagram for FailingElastic:

Public Member Functions
VectorDim	displacement (const VectorDim &point, const NodeType *node, const ElementType *element, const SimplexDim *guess) const override
Public Member Functions inherited from model::ElasticDeformation< 3 >
	ElasticDeformation (MicrostructureContainerType &mc)
void	initializeConfiguration (const DefectiveCrystalConfigIO< dim > &configIO, const std::ofstream &f_file, const std::ofstream &F_labels) override
void	solve () override
void	reSolve () override
double	getDt () const override
void	output (DefectiveCrystalConfigIO< dim > &configIO, DefectiveCrystalAuxIO< dim > &auxIO, std::ofstream &f_file, std::ofstream &F_labels) const override
void	updateConfiguration () override
MatrixDim	averagePlasticDistortion () const override
MatrixDim	averagePlasticDistortionRate () const override
VectorDim	displacement (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const override
MatrixDim	stress (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const override
MatrixDim	averageStress () const override
VectorDim	inelasticDisplacementRate (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const override
VectorMSize	mobileConcentration (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const override
VectorISize	immobileClusters (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const override
void	initializeSolver ()
void	updatePeriodicGradient ()
Public Member Functions inherited from model::MicrostructureBase< dim >
	MicrostructureBase (const std::string &tag_in, MicrostructureContainer< dim > &m_in)
virtual	~MicrostructureBase ()=default
double	timeSinceLastUpdate () const
std::set< const Grain< dim > * >	pointGrains (const VectorDim &x, const NodeType *const node, const ElementType *const ele, const SimplexDim *const guess) const
virtual VectorDim	displacement (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const =0
virtual MatrixDim	stress (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const =0
virtual VectorDim	inelasticDisplacementRate (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const =0
virtual VectorMSize	mobileConcentration (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const =0
virtual VectorISize	immobileClusters (const VectorDim &, const NodeType *const, const ElementType *const, const SimplexDim *const) const =0
Eigen::Matrix< double, Eigen::Dynamic, dim >	displacement (Eigen::Ref< const Eigen::Matrix< double, Eigen::Dynamic, dim > >) const
std::vector< Eigen::Matrix< double, dim, dim > >	stress (Eigen::Ref< const Eigen::Matrix< double, Eigen::Dynamic, dim > >) const

Public Attributes
std::atomic< bool >	failNext {false}
Public Attributes inherited from model::ElasticDeformation< 3 >
const bool	useElasticDeformationFEM
const std::unique_ptr< ElasticDeformationFEM< dim > >	elasticDeformationFEM
const std::unique_ptr< UniformControllerType >	uniformLoadController
const double	inertiaReliefPenaltyFactor
std::shared_ptr< FEMControllerType >	femLoadController
std::shared_ptr< WeakProblemType >	weakProblemSolver
Eigen::VectorXd	zDot
bool	solverInitialized
Public Attributes inherited from model::MicrostructureBase< dim >
const std::string	tag
MicrostructureContainerType &	microstructures
double	lastUpdateTime

Additional Inherited Members
Public Types inherited from model::ElasticDeformation< 3 >
typedef MicrostructureBase< dim >::ElementType	ElementType
typedef MicrostructureBase< dim >::FiniteElementType	FiniteElementType
typedef MicrostructureBase< dim >::SimplexDim	SimplexDim
typedef MicrostructureBase< dim >::NodeType	NodeType
typedef MicrostructureBase< dim >::VectorMSize	VectorMSize
typedef MicrostructureBase< dim >::VectorISize	VectorISize
typedef MicrostructureBase< dim >::MatrixDim	MatrixDim
typedef MicrostructureBase< dim >::VectorDim	VectorDim
typedef MicrostructureContainer< dim >	MicrostructureContainerType
typedef UniformController< SymmetricVoigtTraits< dim >::voigtSize >	UniformControllerType
using	DirectSolverType
using	IterativeSolverType
using	WeakProblemType
using	FEMControllerType
Public Types inherited from model::MicrostructureBase< dim >
typedef MicrostructureContainer< dim >	MicrostructureContainerType
typedef Simplex< dim, dim >	SimplexDim
typedef DefectiveCrystalBase< dim >::ElementType	ElementType
typedef FiniteElement< ElementType >	FiniteElementType
typedef ElementType::NodeType	NodeType
typedef Eigen::Matrix< double, dim, dim >	MatrixDim
typedef Eigen::Matrix< double, dim, 1 >	VectorDim
typedef Eigen::Matrix< double, mSize, 1 >	VectorMSize
typedef Eigen::Matrix< double, iSize, 1 >	VectorISize
Static Public Attributes inherited from model::MicrostructureBase< dim >
static constexpr int	mSize =ClusterDynamicsParameters<dim>::mSize
static constexpr int	iSize =ClusterDynamicsParameters<dim>::iSize

Detailed Description

Definition at line 148 of file testDDqtFrameWorkflow.cpp.

Member Function Documentation

displacement()

VectorDim FailingElastic::displacement ( const VectorDim & point, const NodeType * node, const ElementType * element, const SimplexDim * guess ) const

inlineoverride

Definition at line 152 of file testDDqtFrameWorkflow.cpp.

Member Data Documentation

failNext

std::atomic<bool> FailingElastic::failNext {false}

mutable

Definition at line 151 of file testDDqtFrameWorkflow.cpp.

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

• testDDqtFrameWorkflow.cpp