Simple Euler first-order timestepping. More...

Inheritance diagram for EulerExplicit:

Public Member Functions
	EulerExplicit (const SharedPtr< Storage > &storage, const RunSettings &settings)

virtual void	stepImpl (IScheduler &scheduler, ISolver &solver, Statistics &stats) override

Public Member Functions inherited from ITimeStepping
	ITimeStepping (const SharedPtr< Storage > &storage, const RunSettings &settings)
	Constructs the timestepping, using timestep criteria from parameters in settings. More...

	ITimeStepping (const SharedPtr< Storage > &storage, const RunSettings &settings, AutoPtr< ITimeStepCriterion > &&criterion)
	Constructs the timestepping, explicitly specifying the timestep criterion used in the run. More...

	~ITimeStepping () override

INLINE Float	getTimeStep () const

void	step (IScheduler &scheduler, ISolver &solver, Statistics &stats)

Public Member Functions inherited from Polymorphic
virtual	~Polymorphic ()

Additional Inherited Members
Protected Attributes inherited from ITimeStepping
SharedPtr< Storage >	storage
	Main storage holding all the particles in the run. More...

Float	timeStep
	Current time step. More...

Float	maxTimeStep
	Maximal allowed time step. More...

AutoPtr< ITimeStepCriterion >	criterion
	Criterion used to compute the time step. More...

Detailed Description

Simple Euler first-order timestepping.

Definition at line 88 of file TimeStepping.h.

Constructor & Destructor Documentation

EulerExplicit::EulerExplicit	(	const SharedPtr< Storage > &	storage,
		const RunSettings &	settings
	)

inlineexplicit

Definition at line 90 of file TimeStepping.h.

void EulerExplicit::stepImpl	(	IScheduler &	scheduler,
		ISolver &	solver,
		Statistics &	stats
	)

overridevirtual

Definition at line 199 of file TimeStepping.cpp.

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