It represents the class implementing the explicit computation. More...

#include <FEXPCalculation.h>

Inheritance diagram for CFEXPCalculation:

Collaboration diagram for CFEXPCalculation:

Public Member Functions
	CFEXPCalculation (Ptr< ICFEXPDataModelContIntf > model, Ptr< ICFEXPResultExport > exporter, std::function< void()> updater, t_Searcher searcher, bool network=false)

virtual size_t	SimulationTimeIncrement (size_t thread_id) override
	It sets the numeber of an time step increment. More...

virtual bool	CheckEnd (size_t thread_id) override
	It checks the end of numerical simulation. More...

virtual void	PrepareDataForNewTimeLevel (size_t thread_id) override
	It prepares the data for the new time increment (set to default state). More...

virtual void	UpdateModelMapping (size_t thread_id) override
	It updates the map of FE mesh for detection of contact. More...

virtual void	GlobalToLocalTransformation (size_t thread_id) override
	It computes transformation from a global frame to a local frame of FEs. More...

virtual void	CalculateForces (size_t thread_id) override
	It computes forces (internal, external, contact). More...

virtual void	CalculateNewGeometry (size_t thread_id) override
	It computes the new geometry (update of model geometry). More...

virtual bool	TrySaveResults (size_t thread_id, bool forced=false) override
	It saves the resulting simulation data for the current simulation time. More...

virtual void	PrintOutResults (size_t thread_id) override
	It prints out appropriate result data from numerical simulation to console window. More...

virtual bool	ClearResults (size_t thread_id) override
	It clears memory with the current results. More...

virtual void	StabilityControl (size_t thread_id) override
	It check the stability of an explicit numerical integration of equation of motion (computes stabil time step). More...

virtual t_fexpcommon_ct	GetCalculatedCriticTimeStep () override
	It gives computed minimal time step. More...

virtual void	SetNewTimeStep (t_fexpcommon_ct dt) override
	It sets the time step. More...

Public Member Functions inherited from ICFEXPExplicitCalcBase
	ICFEXPExplicitCalcBase (Ptr< ICFEXPDataModelContIntf > model, Ptr< ICFEXPResultExport > exporter, std::function< void()> updater, t_Searcher searcher)

virtual	~ICFEXPExplicitCalcBase ()

Protected Member Functions
void	save_results_and_export (size_t thread_id, Ptr< ICFEXPDataModelContIntf > reslt_cont)

Protected Member Functions inherited from ICFEXPExplicitCalcBase
Ptr< ICFEXPDataModelContIntf >	get_model ()

void	update_geometry_map ()

t_SearchResult	search_close_nodes (t_SearchInput min, t_SearchInput max)

Ptr< ICFEXPResultExport >	get_result_exporter ()

Additional Inherited Members
Public Types inherited from ICFEXPExplicitCalcBase
using	t_SearchInput = const std::vector< t_fexpcommon_ct >

using	t_SearchResult = Ptr< std::vector< Ptr< ICFEXPElementNodeBase > >>

using	t_Searcher = std::function< t_SearchResult(t_SearchInput &min_bound, t_SearchInput &max_bound)>

Static Public Member Functions inherited from ICFEXPExplicitCalcBase
static std::string	GetCalcBehavOutString (Ptr< ICFEXPElementNodeBase > node, size_t dof)
	It composes formated output string for the monitoring of the FEXP solver behaviour. More...

Detailed Description

It represents the class implementing the explicit computation.

Constructor & Destructor Documentation

◆ CFEXPCalculation()

CFEXPCalculation::CFEXPCalculation	(	Ptr< ICFEXPDataModelContIntf >	model,
		Ptr< ICFEXPResultExport >	exporter,
		std::function< void()>	updater,
		t_Searcher	searcher,
		bool	network = `false`
	)

inline

Member Function Documentation

◆ CalculateForces()

void CFEXPCalculation::CalculateForces ( size_t thread_id )

overridevirtual

It computes forces (internal, external, contact).

Implements ICFEXPExplicitCalcBase.

◆ CalculateNewGeometry()

void CFEXPCalculation::CalculateNewGeometry ( size_t thread_id )

overridevirtual

It computes the new geometry (update of model geometry).

Implements ICFEXPExplicitCalcBase.

◆ CheckEnd()

bool CFEXPCalculation::CheckEnd ( size_t thread_id )

overridevirtual

It checks the end of numerical simulation.

Implements ICFEXPExplicitCalcBase.

◆ ClearResults()

bool CFEXPCalculation::ClearResults ( size_t thread_id )

overridevirtual

It clears memory with the current results.

Implements ICFEXPExplicitCalcBase.

◆ GetCalculatedCriticTimeStep()

t_fexpcommon_ct CFEXPCalculation::GetCalculatedCriticTimeStep ( )

overridevirtual

It gives computed minimal time step.

Implements ICFEXPExplicitCalcBase.

◆ GlobalToLocalTransformation()

void CFEXPCalculation::GlobalToLocalTransformation ( size_t thread_id )

overridevirtual

It computes transformation from a global frame to a local frame of FEs.

Implements ICFEXPExplicitCalcBase.

◆ PrepareDataForNewTimeLevel()

void CFEXPCalculation::PrepareDataForNewTimeLevel ( size_t thread_id )

overridevirtual

It prepares the data for the new time increment (set to default state).

Implements ICFEXPExplicitCalcBase.

◆ PrintOutResults()

void CFEXPCalculation::PrintOutResults ( size_t thread_id )

overridevirtual

It prints out appropriate result data from numerical simulation to console window.

Implements ICFEXPExplicitCalcBase.

◆ save_results_and_export()

void CFEXPCalculation::save_results_and_export	(	size_t	thread_id,
		Ptr< ICFEXPDataModelContIntf >	reslt_cont
	)

protected

◆ SetNewTimeStep()

void CFEXPCalculation::SetNewTimeStep ( t_fexpcommon_ct dt )

overridevirtual

It sets the time step.

Implements ICFEXPExplicitCalcBase.

◆ SimulationTimeIncrement()

size_t CFEXPCalculation::SimulationTimeIncrement ( size_t thread_id )

overridevirtual

It sets the numeber of an time step increment.

Implements ICFEXPExplicitCalcBase.

◆ StabilityControl()

void CFEXPCalculation::StabilityControl ( size_t thread_id )

overridevirtual

It check the stability of an explicit numerical integration of equation of motion (computes stabil time step).

Implements ICFEXPExplicitCalcBase.

◆ TrySaveResults()

bool CFEXPCalculation::TrySaveResults	(	size_t	thread_id,
		bool	forced = `false`
	)

overridevirtual

It saves the resulting simulation data for the current simulation time.

Implements ICFEXPExplicitCalcBase.

◆ UpdateModelMapping()

void CFEXPCalculation::UpdateModelMapping ( size_t thread_id )

overridevirtual

It updates the map of FE mesh for detection of contact.

Implements ICFEXPExplicitCalcBase.

The documentation for this class was generated from the following files:

Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CFEXPCalculation()

Member Function Documentation

◆ CalculateForces()

◆ CalculateNewGeometry()

◆ CheckEnd()

◆ ClearResults()

◆ GetCalculatedCriticTimeStep()

◆ GlobalToLocalTransformation()

◆ PrepareDataForNewTimeLevel()

◆ PrintOutResults()

◆ save_results_and_export()

◆ SetNewTimeStep()

◆ SimulationTimeIncrement()

◆ StabilityControl()

◆ TrySaveResults()

◆ UpdateModelMapping()