MacroTraversalPars Class Reference

Public Types
enum	MacroTraversalPercentagesTypes { eAssignment , eOriginal , eNone }

Public Member Functions
	MacroTraversalPars (GKProblemNet *problemNet, MacroExperiment *experiment, MacroTraversalPars::MacroTraversalPercentagesTypes centroidsPctType)
	~MacroTraversalPars ()
void	setProblemNet (GKProblemNet *problemNet)
GKProblemNet *	getProblemNet () const
void	setExperiment (MacroExperiment *experiment)
MacroExperiment *	getExperiment () const

Member Enumeration Documentation

MacroTraversalPercentagesTypes

enum MacroTraversalPars::MacroTraversalPercentagesTypes

The different ways of assigning the percentages to the connections for the centroids that are created but that have an equivalent centroid on the network. That is, the original centroids that are located inside the sub-area. The options are:

• eAssignment: to assign the percentages that the static traffic assignment has calculated to each connection
• eOriginal: to assign the same percentages they had in the original centroid configuration
• eNone: to do not assign any percentage

Enumerator
eAssignment
eOriginal
eNone

Constructor & Destructor Documentation

MacroTraversalPars()

MacroTraversalPars::MacroTraversalPars	(	GKProblemNet *	problemNet,
		MacroExperiment *	experiment,
		MacroTraversalPars::MacroTraversalPercentagesTypes	centroidsPctType
	)

MacroTraversalPars constructor.

~MacroTraversalPars()

MacroTraversalPars::~MacroTraversalPars

(

)

MacroTraversalPars deconstructor.

Member Function Documentation

getExperiment()

MacroExperiment * MacroTraversalPars::getExperiment

(

)

const

Get the static assignment experiment to be used for this traversal

getProblemNet()

GKProblemNet * MacroTraversalPars::getProblemNet

(

)

const

Get the subnetwork te be used for the traversal

setExperiment()

void MacroTraversalPars::setExperiment

(

MacroExperiment *

experiment

)

Set the static assignment experiment to be used for this traversal

setProblemNet()

void MacroTraversalPars::setProblemNet

(

GKProblemNet *

problemNet

)

Set the subnetwork to be used for the traversal