Inheritance diagram for CStochasticParams:

Public Member Functions
	CStochasticParams ()

	~CStochasticParams ()

int	getMaxNumberPaths () const

void	setMaxNumberPaths (int iValue)

double	getMaxPercentageCostOverlap () const

void	setMaxPercentageCostOverlap (double iValue)

double	getMaxCostFactorAllowed () const

void	setMaxCostFactorAllowed (double iValue)

GKFunctionCost *	getUtilityFunction () const

void	setUtilityFunction (GKFunctionCost *function)

MacroExperiment *	getPreloadExperiment () const

void	setPreloadExperiment (MacroExperiment *experiment)

bool	validParameters (GKModel *iModel) const

QString	getTypeName () const

Public Member Functions inherited from MacroExperimentParams
	if (base)

Py_END_ALLOW_THREADS End	MacroExperimentParams ()

	~MacroExperimentParams ()

virtual QString	getTypeName () const =0

virtual bool	validParameters (GKModel *iModel) const =0

virtual bool	getBiCriteriaEnabled () const

virtual GKColumn *	getSectionTollAttr (const GKUserClass *user) const

virtual GKColumn *	getTurningTollAttr (const GKUserClass *user) const

virtual void	setBiCriteriaEnabled (bool enabled)

virtual void	resetTollAttributes ()

virtual void	setSectionTollAttr (const GKUserClass user, GKColumn col)

virtual void	setTurningTollAttr (const GKUserClass user, GKColumn col)

Additional Inherited Members
Public Attributes inherited from MacroExperimentParams
ConvertToSubClassCode Py_BEGIN_ALLOW_THREADS MacroExperimentParams *	base = (MacroExperimentParams*)sipCpp

	sipType = 0

Detailed Description

This Class provides the Stochastic parameters that can be configured

Constructor & Destructor Documentation

◆ CStochasticParams()

CStochasticParams::CStochasticParams ( )

CStochasticParams constructor.

◆ ~CStochasticParams()

CStochasticParams::~CStochasticParams ( )

CStochasticParams destructor.

Member Function Documentation

◆ getMaxCostFactorAllowed()

double CStochasticParams::getMaxCostFactorAllowed ( ) const

Gets maximum cost factor w.r.t. the least cost path to be used.

◆ getMaxNumberPaths()

int CStochasticParams::getMaxNumberPaths ( ) const

Gets maximum number of paths to be used.

◆ getMaxPercentageCostOverlap()

double CStochasticParams::getMaxPercentageCostOverlap ( ) const

Gets maximum cost overlap between paths to be used.

◆ getPreloadExperiment()

MacroExperiment * CStochasticParams::getPreloadExperiment ( ) const

Gets the experiment to preload.

◆ getTypeName()

QString CStochasticParams::getTypeName ( ) const

virtual

Gets name of the type of Static Assignment.

Implements MacroExperimentParams.

◆ getUtilityFunction()

GKFunctionCost * CStochasticParams::getUtilityFunction ( ) const

Gets the utility function.

◆ setMaxCostFactorAllowed()

void CStochasticParams::setMaxCostFactorAllowed ( double iValue )

Sets maximum cost factor w.r.t. the least cost path to be used.

◆ setMaxNumberPaths()

void CStochasticParams::setMaxNumberPaths ( int iValue )

Sets maximum number of paths to be used.

◆ setMaxPercentageCostOverlap()

void CStochasticParams::setMaxPercentageCostOverlap ( double iValue )

Sets maximum cost overlap between paths to be used.

◆ setPreloadExperiment()

void CStochasticParams::setPreloadExperiment ( MacroExperiment * experiment )

Sets the experiment to preload.

◆ setUtilityFunction()

void CStochasticParams::setUtilityFunction ( GKFunctionCost * function )

Sets the utility function.

◆ validParameters()

bool CStochasticParams::validParameters ( GKModel * iModel ) const