#include <AbstractTimeAdaptivityController.hpp>

Collaboration diagram for AbstractTimeAdaptivityController:

Public Member Functions
	AbstractTimeAdaptivityController (double minimumTimeStep, double maximumTimeStep)
virtual	~AbstractTimeAdaptivityController ()
double	GetNextTimeStep (double currentTime, Vec currentSolution)
Private Member Functions
virtual double	ComputeTimeStep (double currentTime, Vec currentSolution)=0
Private Attributes
double	mMinimumTimeStep
double	mMaximumTimeStep

Detailed Description

Abstract class for defining rules for adaptive time-stepping.

Definition at line 45 of file AbstractTimeAdaptivityController.hpp.

Constructor & Destructor Documentation

AbstractTimeAdaptivityController::AbstractTimeAdaptivityController	(	double	minimumTimeStep,
		double	maximumTimeStep
	)		`[inline]`

Constructor.

Parameters:

minimumTimeStep	minimum timestep to be used
maximumTimeStep	maximum timestep to be used

Definition at line 73 of file AbstractTimeAdaptivityController.hpp.

virtual AbstractTimeAdaptivityController::~AbstractTimeAdaptivityController ( ) [inline, virtual]

Destructor.

Definition at line 83 of file AbstractTimeAdaptivityController.hpp.

Member Function Documentation

virtual double AbstractTimeAdaptivityController::ComputeTimeStep	(	double	currentTime,
		Vec	currentSolution
	)		`[private, pure virtual]`

Pure method to be implemented which returns the timestep based on the current solution and current time. Doesn't need to be checked to be between the minimum and maximum timesteps.

Parameters: