Explicit linear multistep time stepping for SIM classes. More...

#include <SIMExplicitLMM.h>

Collaboration diagram for TimeIntegration::SIMExplicitLMM< Solver >:

[legend]

Public Member Functions
	SIMExplicitLMM (Solver &solv, Method type, bool standalone=true, const std::string &solField="")
	Constructor. More...

	~SIMExplicitLMM ()
	Destructor frees up the load vectors.

const ProcessAdm &	getProcessAdm () const
	Returns the parallel process administrator. More...

bool	solveStep (TimeStep &tp)
	Computes the solution for the current time step. More...

bool	advanceStep (TimeStep &tp)
	Advances the time step one step forward. More...

bool	saveModel (char *fileName, int &geoBlk, int &nBlock)
	Opens a new VTF-file and writes the model geometry to it. More...

bool	saveStep (const TimeStep &tp, int &nBlock)
	Saves the converged results of a given time step to VTF file. More...

void	registerFields (DataExporter &exporter)
	Registers fields for output to a data exporter. More...

bool	serialize (std::map< std::string, std::string > &data)
	Serialize internal state for restarting purposes. More...

bool	deSerialize (const std::map< std::string, std::string > &data)
	Set internal state from a serialized state. More...

void	setLinear (bool enable)
	Mark operator as linear to avoid repeated assembly and factorization.

Protected Attributes
Solver &	solver
	Reference to simulator.

std::vector< SystemVector * >	loads
	Unscaled load vectors.

int	order
	Order of method.

bool	alone
	If true, this is a standalone solver.

const std::string	fieldName
	Name of primary solution fields (for ICs)

bool	hasICs = false
	If true, start with full order.

bool	linear = false
	If true, mass matrix is constant.

Detailed Description

template<class Solver>
class TimeIntegration::SIMExplicitLMM< Solver >

Explicit linear multistep time stepping for SIM classes.

Template can be instanced over any SIM implementing ISolver,

Constructor & Destructor Documentation

◆ SIMExplicitLMM()

template<class Solver >

TimeIntegration::SIMExplicitLMM< Solver >::SIMExplicitLMM	(	Solver &	solv,
		Method	type,
		bool	standalone = `true`,
		const std::string &	solField = `""`
	)

inline

Constructor.

Parameters

solv	The simulator to do time stepping for
type	The linear multistep scheme to use
standalone	If true, this is a standalone solver
solField	Name of primary solution fields (for ICs)

References TimeIntegration::AB2, TimeIntegration::AB3, TimeIntegration::AB4, TimeIntegration::AB5, TimeIntegration::SIMExplicitLMM< Solver >::loads, and TimeIntegration::SIMExplicitLMM< Solver >::order.

Member Function Documentation

◆ advanceStep()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::advanceStep ( TimeStep & tp )

inline

Advances the time step one step forward.

References TimeDomain::dt, TimeIntegration::SIMExplicitLMM< Solver >::fieldName, TimeIntegration::SIMExplicitLMM< Solver >::hasICs, TimeIntegration::SIMExplicitLMM< Solver >::loads, TimeIntegration::SIMExplicitLMM< Solver >::order, TimeIntegration::SIMExplicitLMM< Solver >::solver, TimeStep::step, TimeDomain::t, and TimeStep::time.

◆ deSerialize()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::deSerialize ( const std::map< std::string, std::string > & data )

inline

Set internal state from a serialized state.

Parameters

[in] data Container for serialized data

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ getProcessAdm()

template<class Solver >

const ProcessAdm& TimeIntegration::SIMExplicitLMM< Solver >::getProcessAdm ( ) const

inline

Returns the parallel process administrator.

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ registerFields()

template<class Solver >

void TimeIntegration::SIMExplicitLMM< Solver >::registerFields ( DataExporter & exporter )

inline

Registers fields for output to a data exporter.

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ saveModel()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::saveModel	(	char *	fileName,
		int &	geoBlk,
		int &	nBlock
	)

inline

Opens a new VTF-file and writes the model geometry to it.

Parameters

[in]	fileName	File name used to construct the VTF-file name from
[out]	geoBlk	Running geometry block counter
[out]	nBlock	Running result block counter

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ saveStep()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::saveStep	(	const TimeStep &	tp,
		int &	nBlock
	)

inline

Saves the converged results of a given time step to VTF file.

Parameters

[in]	tp	Time stepping parameters
[in]	nBlock	Running VTF block counter

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ serialize()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::serialize ( std::map< std::string, std::string > & data )

inline

Serialize internal state for restarting purposes.

Parameters

data	Container for serialized data

References TimeIntegration::SIMExplicitLMM< Solver >::solver.

◆ solveStep()

template<class Solver >

bool TimeIntegration::SIMExplicitLMM< Solver >::solveStep ( TimeStep & tp )

inline

Computes the solution for the current time step.

References TimeIntegration::SIMExplicitLMM< Solver >::alone, TimeDomain::dt, TimeIntegration::SIMExplicitLMM< Solver >::hasICs, TimeIntegration::SIMExplicitLMM< Solver >::linear, TimeIntegration::SIMExplicitLMM< Solver >::loads, TimeIntegration::SIMExplicitLMM< Solver >::order, TimeIntegration::SIMExplicitLMM< Solver >::solver, TimeStep::step, TimeDomain::t, and TimeStep::time.

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

Apps/Common/SIMExplicitLMM.h

Public Member Functions

Protected Attributes

Detailed Description

template<class Solver> class TimeIntegration::SIMExplicitLMM< Solver >

Constructor & Destructor Documentation

◆ SIMExplicitLMM()

Member Function Documentation

◆ advanceStep()

◆ deSerialize()

◆ getProcessAdm()

◆ registerFields()

◆ saveModel()

◆ saveStep()

◆ serialize()

◆ solveStep()

template<class Solver>
class TimeIntegration::SIMExplicitLMM< Solver >