Uses of Class
org.goplanit.assignment.ltm.sltm.Pas

Packages that use Pas

Package	Description
org.goplanit.assignment.ltm.sltm
org.goplanit.assignment.ltm.sltm.conjugate
org.goplanit.assignment.ltm.sltm.loading

Uses of Pas in org.goplanit.assignment.ltm.sltm

Fields in org.goplanit.assignment.ltm.sltm declared as Pas

Modifier and Type	Field	Description
protected Pas	PasFlowShiftExecutor.pas	to operate on

Fields in org.goplanit.assignment.ltm.sltm with type parameters of type Pas

Modifier and Type	Field	Description
protected Set<Pas>	StaticLtmBushStrategyBase.equalFlowDistributedPass	track all PASs where we are attempting to distribute flow equally to obtain unique solution under unequal flow but equal cost/cost-derivative

Methods in org.goplanit.assignment.ltm.sltm that return Pas

Modifier and Type	Method	Description
protected static Pas	Pas.create(EdgeSegment[] s1, EdgeSegment[] s2)	Create a new PAS (factory method)
Pas	PasManager.createAndRegisterNewPas(RootedLabelledBush bush, Collection<EdgeSegment> s1, Collection<EdgeSegment> s2)	create a new PAS for the given cheap and expensive paired alternative segments (subpaths) and register the origin bush on it that was responsible for creating it
Pas	PasManager.createAndRegisterNewPas(RootedLabelledBush bush, EdgeSegment[] s1, EdgeSegment[] s2)	create a new PAS for the given cheap and expensive paired alternative segments (subpaths) and register the origin bush on it that was responsible for creating it
Pas	PasManager.findExistingPas(List<EdgeSegment> alternative1, List<EdgeSegment> alternative2)	Find PAS that exactly matches the provides alternative segments.
Pas	PasManager.findExistingPas(EdgeSegment[] alternative1, EdgeSegment[] alternative2)	Find PAS that exactly matches the provides alternative segments.
Pas	PasManager.findFirstSuitableExistingPas(RootedLabelledBush bush, DirectedVertex referenceVertex, double[] flowAcceptanceFactors, double reducedCost)	find the first PAS which has the given merge vertex as end vertex and which if we would extend the bush with its least cost alternative would improve to the point it is considered effective enough compared to the upper bound (reduced cost) improvement provided as well as that the bush has sufficient flow on the high cost alternative of the PAS such that it can improve sufficiently by shifting flow towards the new low cost segment.

Methods in org.goplanit.assignment.ltm.sltm that return types with arguments of type Pas

Modifier and Type	Method	Description
Collection<Pas>	PasManager.getPassByReferenceVertex(DirectedVertex referenceVertex)	Collect all PASs that share the same reference vertex.
Collection<Pas>	PasManager.getPassSortedByReducedCost()	Construct a priority queue based on the PASs reduced cost, i.e., difference between their high and low cost segments in descending order.
protected abstract Collection<Pas>	StaticLtmBushStrategyBase.updateBushPass(double[] linkSegmentCosts)	Update the PASs for bushes given the network costs and current bushes DAGs
protected Collection<Pas>	StaticLtmBushStrategyRootLabelled.updateBushPass(double[] linkSegmentCosts)	Match (new) PASs to improve existing bushes (origin) at hand.

Methods in org.goplanit.assignment.ltm.sltm with parameters of type Pas

Modifier and Type	Method	Description
protected abstract PasFlowShiftExecutor	StaticLtmBushStrategyBase.createPasFlowShiftExecutor(Pas pas, StaticLtmSettings settings)
protected PasFlowShiftExecutor	StaticLtmDestinationBushStrategy.createPasFlowShiftExecutor(Pas pas, StaticLtmSettings settings)
protected PasFlowShiftExecutor	StaticLtmOriginBushDestLabelledStrategy.createPasFlowShiftExecutor(Pas pas, StaticLtmSettings settings)
void	PasManager.removePas(Pas pas, boolean logRemovedPas)	Remove the PAS from the manager
protected void	StaticLtmBushStrategyBase.updateGap(LinkBasedRelativeDualityGapFunction gapFunction, Pas pas, double s1SendingFlow, double s2SendingFlow)	Update gap.

Method parameters in org.goplanit.assignment.ltm.sltm with type arguments of type Pas

Modifier and Type	Method	Description
void	PasManager.forEachPas(Consumer<Pas> pasConsumer)	Loop over all Pass
void	PasManager.updateCosts(Collection<Pas> pass, double[] linkSegmentCosts)	Update cost for a selection of PASs only

Constructors in org.goplanit.assignment.ltm.sltm with parameters of type Pas

Constructor	Description
PasFlowShiftDestinationBasedExecutor(Pas pas, StaticLtmSettings settings, BushFlowLabel dummyLabel)	Constructor
PasFlowShiftExecutor(Pas pas, StaticLtmSettings settings)	Constructor
PasFlowShiftOriginBasedDestLabelledExecutor(Pas pas, StaticLtmSettings settings)	Constructor
PasFlowShiftOriginBasedSmartLabelledExecutor(Pas pas, StaticLtmSettings settings)	Constructor

Uses of Pas in org.goplanit.assignment.ltm.sltm.conjugate

Methods in org.goplanit.assignment.ltm.sltm.conjugate that return types with arguments of type Pas

Modifier and Type	Method	Description
protected Collection<Pas>	StaticLtmStrategyConjugateBush.updateBushPass(double[] linkSegmentCosts)	Based on provided original network link segment costs see if we can update the existing collection of PASs

Methods in org.goplanit.assignment.ltm.sltm.conjugate with parameters of type Pas

Modifier and Type	Method	Description
protected PasFlowShiftExecutor	StaticLtmStrategyConjugateBush.createPasFlowShiftExecutor(Pas pas, StaticLtmSettings settings)

Uses of Pas in org.goplanit.assignment.ltm.sltm.loading

Methods in org.goplanit.assignment.ltm.sltm.loading with parameters of type Pas

Modifier and Type	Method	Description
void	StaticLtmLoadingBushBase.activateNodeTrackingFor(Pas newPas)	For each PAS we must be able to determine the network level flows along the segments, see computeSubPathSendingFlow().