MacroAdjustmentScenarioParams Class Reference

Public Member Functions
bool	useMaxDeviationFactor () const
bool	useMaxDeviationAbsValue () const
GKFunctionCost *	getWeightFunction () const
void	setWeightFunction (GKFunctionCost *function)
GKGroup *	getCongestedSections () const
void	setCongestedSections (GKGroup *iGroup)
void	setUserClassParams (const GKUserClass &iUser, const MacroAdjustmentScenarioUserClassParams &iParams)
QVector< GKUserClass * >	getUsers () const
sipCpp	applyUsers ([&users](const GKUserClass *user){ users->push_back(const_cast< GKUserClass * >(user));})
End MacroAdjustmentScenarioUserClassParams	getUserClassParams (const GKUserClass &iUser) const
void	removeUserClassParams (const GKUserClass &user)
void	clearUserClassParams ()
bool	containsUserClassParams (const GKUserClass *user) const
void	setUseMaxDeviationFactor (bool useFactor)
void	setUseMaxDeviationAbsValue (bool useFactor)
void	setDetectorGrouping (GKGroupingType *grouping)
void	setCentroidGrouping (GKGroupingType *grouping)
GKGroupingType *	getDetectorGrouping () const
GKGroupingType *	getCentroidGrouping () const
int	getDetectorCoverageThreshold () const
void	setTripMatrix (GKODMatrix *iMatrix)
GKODMatrix *	tripMatrix () const
void	setTripMatrixReliability (double iFactor)
double	tripMatrixReliability () const
void	setTripMatrixCentroidGrouping (GKGroup *iGroup)
GKGroup *	tripMatrixCentroidGrouping () const

Public Attributes
MethodCode QVector< GKUserClass * > *	users = new QVector<GKUserClass*>()
	sipRes = users

Detailed Description

This Class provides access to the parameters of the Static OD Adjustment.

Member Function Documentation

applyUsers()

sipCpp MacroAdjustmentScenarioParams::applyUsers

(

[&users] (const GKUserClass *user){ users->push_back(const_cast< GKUserClass * >(user));}

)

References users.

clearUserClassParams()

void MacroAdjustmentScenarioParams::clearUserClassParams

(

)

containsUserClassParams()

bool MacroAdjustmentScenarioParams::containsUserClassParams

(

const GKUserClass *

user

)

const

getCentroidGrouping()

GKGroupingType * MacroAdjustmentScenarioParams::getCentroidGrouping

(

)

const

Get the centroid grouping id

getCongestedSections()

GKGroup * MacroAdjustmentScenarioParams::getCongestedSections

(

)

const

Get the congested section grouping

getDetectorCoverageThreshold()

int MacroAdjustmentScenarioParams::getDetectorCoverageThreshold

(

)

const

Returns a percentage indicating the Detector Lane-Coverage Threshold for the static OD adjustment

getDetectorGrouping()

GKGroupingType * MacroAdjustmentScenarioParams::getDetectorGrouping

(

)

const

Get the detector grouping id

getUserClassParams()

End MacroAdjustmentScenarioUserClassParams MacroAdjustmentScenarioParams::getUserClassParams

(

const GKUserClass &

iUser

)

const

Gets the adjustment for the user class specified

getUsers()

QVector< GKUserClass * > MacroAdjustmentScenarioParams::getUsers

(

)

const

getWeightFunction()

GKFunctionCost * MacroAdjustmentScenarioParams::getWeightFunction

(

)

const

Get the weight function

removeUserClassParams()

void MacroAdjustmentScenarioParams::removeUserClassParams

(

const GKUserClass &

user

)

setCentroidGrouping()

void MacroAdjustmentScenarioParams::setCentroidGrouping

(

GKGroupingType *

grouping

)

Set the centroid grouping

setCongestedSections()

void MacroAdjustmentScenarioParams::setCongestedSections

(

GKGroup *

iGroup

)

Set the congested sections

setDetectorGrouping()

void MacroAdjustmentScenarioParams::setDetectorGrouping

(

GKGroupingType *

grouping

)

Set the detector grouping

setTripMatrix()

void MacroAdjustmentScenarioParams::setTripMatrix

(

GKODMatrix *

iMatrix

)

Sets the additional goal Trip Matrix for the static OD adjustment.

setTripMatrixCentroidGrouping()

void MacroAdjustmentScenarioParams::setTripMatrixCentroidGrouping

(

GKGroup *

iGroup

)

Sets the Grouping Category of Centroids used to aggregate zones for Trip Matrix processing.

setTripMatrixReliability()

void MacroAdjustmentScenarioParams::setTripMatrixReliability

(

double

iFactor

)

Sets the Trip Matrix Reliability factor for the static OD adjustment.

setUseMaxDeviationAbsValue()

void MacroAdjustmentScenarioParams::setUseMaxDeviationAbsValue

(

bool

useFactor

)

Set to indicate that maxDeviation values are absolute values.

setUseMaxDeviationFactor()

void MacroAdjustmentScenarioParams::setUseMaxDeviationFactor

(

bool

useFactor

)

Set to use factor for deviation (true) or percentage (false)

setUserClassParams()

void MacroAdjustmentScenarioParams::setUserClassParams	(	const GKUserClass &	iUser,
		const MacroAdjustmentScenarioUserClassParams &	iParams
	)

Sets the adjustment parameters for the user class specified

setWeightFunction()

void MacroAdjustmentScenarioParams::setWeightFunction

(

GKFunctionCost *

function

)

Set the weight function

tripMatrix()

GKODMatrix * MacroAdjustmentScenarioParams::tripMatrix

(

)

const

Returns the additional goal Trip Matrix for the static OD adjustment.

tripMatrixCentroidGrouping()

GKGroup * MacroAdjustmentScenarioParams::tripMatrixCentroidGrouping

(

)

const

Returns the Grouping Category of Centroids used to aggregate zones for Trip Matrix processing.

tripMatrixReliability()

double MacroAdjustmentScenarioParams::tripMatrixReliability

(

)

const

Returns the Trip Matrix Reliability factor for the static OD adjustment.

useMaxDeviationAbsValue()

bool MacroAdjustmentScenarioParams::useMaxDeviationAbsValue

(

)

const

Apply the matrix deviaton matrix as absolute values

useMaxDeviationFactor()

bool MacroAdjustmentScenarioParams::useMaxDeviationFactor

(

)

const

Apply the matrix deviaton matrix as a factor

Member Data Documentation

sipRes

MacroAdjustmentScenarioParams::sipRes = users

users

MethodCode QVector<GKUserClass*>* MacroAdjustmentScenarioParams::users = new QVector<GKUserClass*>()

Referenced by applyUsers().