Uses of Interface
org.goplanit.utils.mode.Mode

Packages that use Mode

Package	Description
org.goplanit.assignment	Traffic assignment classes
org.goplanit.assignment.algorithmb
org.goplanit.assignment.ltm.sltm
org.goplanit.assignment.ltm.sltm.loading
org.goplanit.assignment.traditionalstatic
org.goplanit.converter.idmapping
org.goplanit.converter.zoning
org.goplanit.cost	Contains the definitions of cost classes
org.goplanit.cost.physical	Contains the definition of physical cost classes
org.goplanit.cost.physical.initial	Initial Physical Cost objects
org.goplanit.cost.virtual	Contains the definitions of virtual cost classes
org.goplanit.demands	Classes which manage traveler demands
org.goplanit.geoio.converter.network.featurecontext
org.goplanit.geoio.converter.service
org.goplanit.geoio.util
org.goplanit.gtfs.converter
org.goplanit.gtfs.converter.intermodal
org.goplanit.gtfs.converter.service.handler
org.goplanit.gtfs.converter.zoning.handler
org.goplanit.gtfs.util
org.goplanit.io.converter
org.goplanit.io.converter.network
org.goplanit.io.output.formatter	PLANit IO output formatter package
org.goplanit.matsim.util
org.goplanit.mode
org.goplanit.network
org.goplanit.network.layer
org.goplanit.network.layer.macroscopic	Macroscopic physical network component object classes
org.goplanit.network.layer.service
org.goplanit.network.layers
org.goplanit.osm.converter
org.goplanit.osm.converter.network
org.goplanit.osm.converter.zoning.handler.helper
org.goplanit.osm.physical.network.macroscopic
org.goplanit.output	output writer related classes
org.goplanit.output.adapter	Output Adapter and Output Type Adapter classes and interfaces
org.goplanit.output.formatter	output formatter related classes
org.goplanit.output.property	Output property objects which represent quantities which can be reported in the output
org.goplanit.service.routed
org.goplanit.service.routed.modifier
org.goplanit.tntp.output.formatter	CSV output formatter used for TNTP results output
org.goplanit.userclass	Contains the definitions of the user classes (UserClass, TravellerType and Mode)
org.goplanit.utils.mode
org.goplanit.utils.network.layer
org.goplanit.utils.network.layer.macroscopic
org.goplanit.utils.network.layer.physical
org.goplanit.utils.network.layers
org.goplanit.utils.service.routed
org.goplanit.utils.service.routed.modifier
org.goplanit.utils.zoning	zoning oriented utility classes
org.goplanit.zoning

Uses of Mode in org.goplanit.assignment

Method parameters in org.goplanit.assignment with type arguments of type Mode

Modifier and Type	Method	Description
protected abstract void	StaticTrafficAssignment.executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)	Execute the time period for the registered modes

Uses of Mode in org.goplanit.assignment.algorithmb

Method parameters in org.goplanit.assignment.algorithmb with type arguments of type Mode

Modifier and Type	Method	Description
protected void	AlgorithmB.executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)	Execute the time period for the registered modes
void	AlgorithmBEquilibration.executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)	The method that performs the equilibration for a given time period using AlgorithmB

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

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

Modifier and Type	Method	Description
protected double	PasFlowShiftExecutor.determineEntrySegmentFlowShift(EdgeSegment entrySegment, Mode theMode, AbstractPhysicalCost physicalCost, AbstractVirtualCost virtualCost, StaticLtmLoadingBushBase<?> networkLoading)	For the given PAS-entrysegment determine the flow shift to apply from the high cost to the low cost segment.
protected void	StaticLtmAssignmentStrategy.executeNetworkCostsUpdate(Mode theMode, boolean updateOnlyPotentiallyBlockingNodeCosts, double[] costsToUpdate)	Perform an update of the network wide costs where a partial update is applied in case only potentially blocking nodes are updated during the loading
Optional<?>	StaticLtmLinkOutputTypeAdapter.getLinkSegmentOutputPropertyValue(OutputProperty outputProperty, MacroscopicLinkSegment linkSegment, Mode mode, TimePeriod timePeriod)	Return the value of a specified output property of a link segment The DENSITY case should never be called for TraditionalStaticAssignment.
double[]	StaticLtmSimulationData.getLinkSegmentTravelTimePcuH(Mode theMode)	Collect the travel time costs for a given mode supported by the loading of this data
Optional<Boolean>	StaticLtmLinkOutputTypeAdapter.isFlowPositive(MacroscopicLinkSegment linkSegment, Mode mode)	Returns true if there is a flow through the current specified link segment for the specified mode
abstract boolean	StaticLtmAssignmentStrategy.performIteration(Mode theMode, double[] costsToUpdate, int iterationIndex)	Perform a single iteration where we perform a loading and then an equilibration step resulting in updated costs
boolean	StaticLtmBushStrategyBase.performIteration(Mode theMode, double[] costsToUpdate, int iterationIndex)	Perform an iteration by: 1.
boolean	StaticLtmPathStrategy.performIteration(Mode theMode, double[] costsToUpdate, int iterationIndex)	Perform a single iteration where we perform a loading and then an equilibration step resulting in updated costs
boolean	PasFlowShiftExecutor.run(Mode theMode, AbstractPhysicalCost physicalCost, AbstractVirtualCost virtualCost, StaticLtmLoadingBushBase<?> networkLoading, double factor)	We account for the fact that per bush different incoming links to the PAS might be used so each incoming link that is used and that is congested should be the basis for the flow shift instead of the first congested one within the PAS.
void	StaticLtmSimulationData.setLinkSegmentTravelTimePcuH(Mode theMode, double[] travelTimeCostHour)	Set the costs(travel time in hours per link segment) for a given mode supported by the loading of this data
void	StaticLtmAssignmentStrategy.updateTimePeriod(TimePeriod timePeriod, Mode mode, OdDemands odDemands)	Invoked before start of equilibrating a new time period

Constructor parameters in org.goplanit.assignment.ltm.sltm with type arguments of type Mode

Constructor	Description
StaticLtmSimulationData(TimePeriod timePeriod, Collection<Mode> supportedModes, long numberOfTotalLinkSegments)	Constructor

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

Methods in org.goplanit.assignment.ltm.sltm.loading that return Mode

Modifier and Type	Method	Description
Mode	StaticLtmNetworkLoading.getSupportedMode()	The supported modes of this loading

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

Modifier and Type	Method	Description
void	StaticLtmNetworkLoading.initialiseInputs(Mode mode, OdDemands odDemands, TransportModelNetwork network)	Initialise the loading with the given inputs

Uses of Mode in org.goplanit.assignment.traditionalstatic

Methods in org.goplanit.assignment.traditionalstatic that return types with arguments of type Mode

Modifier and Type	Method	Description
Map<Mode,ModeData>	TraditionalStaticAssignmentSimulationData.getModeSpecificData()	Collect the data per mode for all modes

Methods in org.goplanit.assignment.traditionalstatic with parameters of type Mode

Modifier and Type	Method	Description
Optional<?>	TraditionalStaticAssignmentLinkOutputTypeAdapter.getLinkSegmentOutputPropertyValue(OutputProperty outputProperty, MacroscopicLinkSegment linkSegment, Mode mode, TimePeriod timePeriod)	Return the value of a specified output property of a link segment
double[]	TraditionalStaticAssignmentSimulationData.getModalLinkSegmentCosts(Mode mode)	Retrieve the link segment costs for a specified mode
OdPathMatrix	TraditionalStaticAssignmentSimulationData.getOdPathMatrix(Mode mode)	Retrieve the current OD path for a specified mode
Optional<OdPathMatrix>	TraditionalStaticPathOutputTypeAdapter.getOdPathMatrix(Mode mode)	Retrieve an OD path matrix object for a specified mode
Optional<OdSkimMatrix>	TraditionalStaticAssignmentOdOutputTypeAdapter.getOdSkimMatrix(OdSkimSubOutputType odSkimOutputType, Mode mode)	Retrieve an OD skim matrix for a specified OD skim output type and mode
OdSkimMatrix	TraditionalStaticAssignmentSimulationData.getOdSkimMatrix(OdSkimSubOutputType odSkimOutputType, Mode mode)	Retrieve the skim matrix for a specified mode and skim output type
Map<OdSkimSubOutputType,OdSkimMatrix>	TraditionalStaticAssignmentSimulationData.getSkimMatrixMap(Mode mode)	Retrieve the Map of OD Skim matrices for all active OD Skim Output Types for a specified mode
Optional<Boolean>	TraditionalStaticAssignmentLinkOutputTypeAdapter.isFlowPositive(MacroscopicLinkSegment linkSegment, Mode mode)	Returns true if there is a flow through the current specified link segment for the specified mode
void	TraditionalStaticAssignmentSimulationData.resetPathMatrix(Mode mode, OdZones zones)	Reset the path matrix to empty for a specified mode for all activated
void	TraditionalStaticAssignmentSimulationData.resetSkimMatrix(Mode mode, OdZones zones, OdOutputTypeConfiguration originDestinationOutputTypeConfiguration)	Reset the skim matrix to all zeroes for a specified mode for all activated skim output types
void	TraditionalStaticAssignmentSimulationData.setModalLinkSegmentCosts(Mode mode, double[] modalLinkSegmentCosts)	Set the link segment costs for a specified mode

Method parameters in org.goplanit.assignment.traditionalstatic with type arguments of type Mode

Modifier and Type	Method	Description
protected void	TraditionalStaticAssignment.executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)	Perform assignment for a given time period using Dijkstra's algorithm

Uses of Mode in org.goplanit.converter.idmapping

Methods in org.goplanit.converter.idmapping that return types with arguments of type Mode

Modifier and Type	Method	Description
static Function<Mode,String>	IdMapperFunctionFactory.createModeIdMappingFunction(IdMapperType idMapper)	create a function that takes a mode and generates the appropriate id based on the user configuration
Function<Mode,String>	PlanitComponentIdMapper.getModeIdMapper()	get id mapper for modes

Uses of Mode in org.goplanit.converter.zoning

Methods in org.goplanit.converter.zoning with parameters of type Mode

Modifier and Type	Method	Description
static Collection<LinkSegment>	ZoningConverterUtils.findAccessEntryLinkSegmentsForWaitingArea(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLink accessLink, String accessLinkSourceId, Node node, Mode accessMode, String countryName, boolean mustAvoidCrossingTraffic, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, Function<Node,String> getOverwrittenWaitingAreaSourceId, PlanitJtsCrsUtils geoUtils)	Find the link segments that are accessible for the given access link, node, mode combination taking into account the relative location of the transfer zone if needed and mode compatibility.
static Collection<? extends LinkSegment>	ZoningConverterUtils.findAccessLinkSegmentsForWaitingArea(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLink accessLink, String accessLinkSourceId, Mode accessMode, String countryName, boolean mustAvoidCrossingTraffic, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, Function<Node,String> getOverwrittenWaitingAreaSourceId, PlanitJtsCrsUtils geoUtils)
static org.locationtech.jts.geom.Point	ZoningConverterUtils.findConnectoidLocationForWaitingAreaOnLink(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLink accessLink, String accessLinkSourceId, Mode accessMode, double maxAllowedDistanceMeters, Function<Node,String> getOverwrittenWaitingAreaSourceIdForNode, Function<org.locationtech.jts.geom.Point,String> getOverwrittenWaitingAreaSourceIdForPoint, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, String countryName, PlanitJtsCrsUtils geoUtils)	Deprecated.
static org.locationtech.jts.geom.Point	ZoningConverterUtils.findConnectoidLocationForWaitingAreaOnLinkSegment(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLinkSegment accessLinkSegment, String accessLinkSourceId, Mode accessMode, double maxAllowedDistanceMeters, Function<Node,String> getOverwrittenWaitingAreaSourceIdForNode, Function<org.locationtech.jts.geom.Point,String> getOverwrittenWaitingAreaSourceIdForPoint, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, String countryName, PlanitJtsCrsUtils geoUtils)	find a suitable connectoid location on the given link based on the constraints that it must be able to reside on a link segment that is in the correct relative position to the transfer zone and supports the access mode on at least one of the designated link segment(s) that is eligible (if any).
static boolean	ZoningConverterUtils.hasWaitingAreaPotentialAccessLinkSegmentForLinkNodeModeCombination(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLink accessLink, String accessLinkSourceId, Node accessNode, Mode accessMode, Function<Node,String> getOverwrittenWaitingAreaSourceId, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, String countryName, PlanitJtsCrsUtils geoUtils)	Verify if any valid access link segments exist for the given combination of link, one of its extreme nodes, and the access mode, taking into account any explicit overwrites that may exist that are not bounded by any limitations on compatibility.
static boolean	ZoningConverterUtils.isAvoidCrossTrafficForAccessMode(Mode accessMode)	Verify if the waiting area for an access mode's access link(segment) must be on the logical relative location (left hand side for left hand drive) or not.
static <T> boolean	ZoningConverterUtils.isAvoidCrossTrafficForAccessModeOrAccessNodeWaitingAreaOverwritten(Mode accessMode, String waitingAreaSourceId, T accessEntity, Function<T,String> getOverwrittenWaitingAreaSourceId)	Verify if the waiting area for an access mode's access link(segment) must be on the logical relative location (left hand side for left hand drive) or not.
static boolean	ZoningConverterUtils.isPotentialAccessEntryLinkSegmentForWaitingArea(String waitingAreaSourceId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, MacroscopicLinkSegment accessLinkSegment, String accessLinkSourceId, Node accessNode, Mode accessMode, Function<Node,String> getOverwrittenWaitingAreaSourceId, Function<String,String> getOverwrittenAccessLinkSourceIdForWaitingAreaSourceId, String countryName, PlanitJtsCrsUtils geoUtils)	Verify if given link segment is potentially viable as access link segment for the given extreme node and access mode, taking into account any explicit overwrites that may exist that are not bounded by any limitations on compatibility.

Method parameters in org.goplanit.converter.zoning with type arguments of type Mode

Modifier and Type	Method	Description
static DirectedConnectoid	ZoningConverterUtils.createAndRegisterDirectedConnectoid(Zoning zoning, TransferZone accessZone, boolean downstreamAccessNode, MacroscopicLinkSegment linkSegment, Set<Mode> allowedModes)	create directed connectoid for the link segment provided, all related to the given transfer zone and with access modes provided.
static Collection<DirectedConnectoid>	ZoningConverterUtils.createAndRegisterDirectedConnectoids(Zoning zoning, TransferZone transferZone, Node accessNode, Iterable<? extends MacroscopicLinkSegment> linkSegments, Set<Mode> allowedModes)	create directed connectoids, one per link segment provided, all related to the given transfer zone and with access modes provided.

Uses of Mode in org.goplanit.cost

Methods in org.goplanit.cost with parameters of type Mode

Modifier and Type	Method	Description
static double[]	CostUtils.createAndPopulateModalSegmentCost(Mode mode, AbstractPhysicalCost physicalCost, UntypedPhysicalNetwork network)	Populate cost array with only physical link segment costs based on the concrete cost classes, for given mode.
static double[]	CostUtils.createAndPopulateModalSegmentCost(Mode mode, VirtualCost virtualCost, AbstractPhysicalCost physicalCost, UntypedPhysicalNetwork network, Zoning zoning)	Populate entire cost array with both virtual and non-virtual link segment costs based on the concrete cost classes, for given mode
double	Cost.getDTravelTimeDFlow(boolean uncongested, Mode mode, T edgeSegment)	Get the first derivative of the used travel time computation method towards the edge segment (in) flow rate in PCU per hour, i.e.
double	Cost.getGeneralisedCost(Mode mode, T edgeSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	Cost.getTravelTimeCost(Mode mode, T edgeSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
static void	CostUtils.populateModalPhysicalLinkSegmentCosts(Mode mode, AbstractPhysicalCost physicalCost, UntypedPhysicalNetwork network, double[] costArray)	Populate part of cost array with physical link segment costs based on the concrete cost class, for a given mode
static void	CostUtils.populateModalVirtualLinkSegmentCosts(Mode mode, VirtualCost virtualCost, VirtualNetwork virtualNetwork, double[] costArray)	Populate part of cost array for virtual link segment costs based on the concrete cost class, for a given mode

Uses of Mode in org.goplanit.cost.physical

Methods in org.goplanit.cost.physical that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	BprLinkTravelTimeCost.BprParameters.getModes()	the registered modes

Methods in org.goplanit.cost.physical with parameters of type Mode

Modifier and Type	Method	Description
protected double	BprLinkTravelTimeCost.computeCostInHours(MacroscopicLinkSegment linkSegment, Mode mode, double flowPcuPerHour)	BPR function computation for.
Pair<Double,Double>	BprLinkTravelTimeCost.BprParameters.getAlphaBetaParameters(Mode mode)	Retrieve Pair containing alpha and beta values for a specified mode
double	BprLinkTravelTimeCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, MacroscopicLinkSegment linkSegment)	Get the first derivative of the used travel time computation method towards the edge segment (in) flow rate in PCU per hour, i.e.
double	FreeFlowLinkTravelTimeCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, MacroscopicLinkSegment linkSegment)	Derivative of free flow travel time is zero
double	SteadyStateTravelTimeCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, MacroscopicLinkSegment linkSegment)	First Derivative towards inflowRate.
double	BprLinkTravelTimeCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	Return the travel time for the current link for a given mode If the input data are invalid, this method returns a negative value.
double	FreeFlowLinkTravelTimeCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	Return the free flow travel time for the current link for a given mode If the input data are invalid, this method returns a negative value.
double	SteadyStateTravelTimeCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	Return the average travel time for the current link segment for a given mode
double	BprLinkTravelTimeCost.getTravelTimeCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	FreeFlowLinkTravelTimeCost.getTravelTimeCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	SteadyStateTravelTimeCost.getTravelTimeCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
void	AbstractPhysicalCost.populateWithCost(UntypedPhysicalLayer<?,?,MacroscopicLinkSegment> physicalLayer, Mode mode, double[] costToFill)	Invoker expects (mode specific ) costs in passed in array to be filled, where each entry signifies a link segment by its id.
void	BprLinkTravelTimeCost.populateWithCost(UntypedPhysicalLayer<?,?,MacroscopicLinkSegment> physicalLayer, Mode mode, double[] costToFill)	populate the cost array with the BPR link travel times for all link segments for the specified mode
void	SteadyStateTravelTimeCost.populateWithCost(UntypedPhysicalLayer<?,?,MacroscopicLinkSegment> physicalLayer, Mode mode, double[] costToFill)	Populate the cost array with the free flow link travel times for all link segments for the specified mode
void	BPRConfigurator.setDefaultParameters(Mode mode, double alpha, double beta)	Set the default alpha and beta values for a mode
void	BPRConfigurator.setDefaultParameters(MacroscopicLinkSegmentType macroscopicLinkSegmentType, Mode mode, double alpha, double beta)	Set the default alpha and beta values for a given link type and mode
void	BprLinkTravelTimeCost.setDefaultParameters(Mode mode, double alpha, double beta)	Set the default alpha and beta values for a mode
void	BprLinkTravelTimeCost.setDefaultParameters(MacroscopicLinkSegmentType macroscopicLinkSegmentType, Mode mode, double alpha, double beta)	Set the default alpha and beta values for a given link type and mode
void	BPRConfigurator.setParameters(MacroscopicLinkSegment linkSegment, Mode mode, double alpha, double beta)	Set the alpha and beta values for a given link segment and mode
void	BprLinkTravelTimeCost.setParameters(MacroscopicLinkSegment linkSegment, Mode mode, double alpha, double beta)	Set the alpha and beta values for a given link segment and mode

Uses of Mode in org.goplanit.cost.physical.initial

Fields in org.goplanit.cost.physical.initial with type parameters of type Mode

Modifier and Type	Field	Description
protected Map<Mode,Map<Long,Double>>	InitialModesLinkSegmentCost.costPerModeAndLinkSegment	Map to store initial cost for each mode and link segment, not linked to a particular time period

Methods in org.goplanit.cost.physical.initial with parameters of type Mode

Modifier and Type	Method	Description
double	InitialMacroscopicLinkSegmentCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, MacroscopicLinkSegment linkSegment)	Not supported returns -infinity for all calls and logs severe warning
double	InitialModesLinkSegmentCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, MacroscopicLinkSegment linkSegment)	Not supported returns -infinity for all calls and logs severe warning
double	InitialMacroscopicLinkSegmentCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the initial cost for each link segment and mode for time period agnostic registrations.
double	InitialModesLinkSegmentCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the initial cost for each link segment and mode.
abstract double	InitialPhysicalCost.getGeneralisedCost(Mode mode, MacroscopicLinkSegment linkSegment)	get the initial cost for a specified mode and link segment
protected double	InitialMacroscopicLinkSegmentCost.getSegmentCost(InitialModesLinkSegmentCost initialCostsByMode, Mode mode, MacroscopicLinkSegment linkSegment)	Returns the initial cost.
double	InitialMacroscopicLinkSegmentCost.getSegmentCost(TimePeriod timePeriod, Mode mode, MacroscopicLinkSegment linkSegment)	Returns the initial cost for each link segment and mode for time period specific registrations.
abstract double	InitialPhysicalCost.getSegmentCost(TimePeriod timePeriod, Mode mode, MacroscopicLinkSegment linkSegment)	get the initial cost for a specified mode and link segment
double	InitialMacroscopicLinkSegmentCost.getTravelTimeCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	InitialModesLinkSegmentCost.getTravelTimeCost(Mode mode, MacroscopicLinkSegment linkSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
boolean	InitialMacroscopicLinkSegmentCost.isSegmentCostsSetForMode(Mode mode)	Are link segment costs available for the given mode (without time period)
boolean	InitialMacroscopicLinkSegmentCost.isSegmentCostsSetForMode(TimePeriod timePeriod, Mode mode)	Are link segment costs available for the given mode (without time period)
boolean	InitialModesLinkSegmentCost.isSegmentCostsSetForMode(Mode mode)	Are link segment costs available for the given mode
abstract boolean	InitialPhysicalCost.isSegmentCostsSetForMode(Mode mode)	Are link segment costs available for the given mode (without time period)
abstract boolean	InitialPhysicalCost.isSegmentCostsSetForMode(TimePeriod timePeriod, Mode mode)	Are link segment costs available for the given mode (without time period)
void	FixedInitialMacroscopicLinkSegmentCost.setAllSegmentCosts(Mode mode, double cost, int noLinkSegments)	Sets a given cost for all link segments for a given mode
void	InitialMacroscopicLinkSegmentCost.setSegmentCost(Mode mode, long linkSegmentId, double cost)	same as InitialMacroscopicLinkSegmentCost.setSegmentCost(Mode, MacroscopicLinkSegment, double) only based on link segment's id
void	InitialMacroscopicLinkSegmentCost.setSegmentCost(Mode mode, MacroscopicLinkSegment linkSegment, double cost)	Set the initial cost for a specified mode and link segment
void	InitialMacroscopicLinkSegmentCost.setSegmentCost(TimePeriod timePeriod, Mode mode, MacroscopicLinkSegment linkSegment, double cost)	Set the initial cost for a specified mode and link segment
void	InitialModesLinkSegmentCost.setSegmentCost(Mode mode, long linkSegmentId, double cost)	Sets the initial cost for each link segment and mode
void	InitialModesLinkSegmentCost.setSegmentCost(Mode mode, MacroscopicLinkSegment linkSegment, double cost)	Sets the initial cost for each link segment and mode
abstract void	InitialPhysicalCost.setSegmentCost(Mode mode, MacroscopicLinkSegment linkSegment, double cost)	Set the initial cost for a specified mode and link segment
abstract void	InitialPhysicalCost.setSegmentCost(TimePeriod timePeriod, Mode mode, MacroscopicLinkSegment linkSegment, double cost)	Set the initial cost for a specified mode and link segment

Uses of Mode in org.goplanit.cost.virtual

Methods in org.goplanit.cost.virtual with parameters of type Mode

Modifier and Type	Method	Description
double	FixedConnectoidTravelTimeCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, ConnectoidSegment connectoidSegment)	fixed cost so derivative is always zero
double	SpeedConnectoidTravelTimeCost.getDTravelTimeDFlow(boolean uncongested, Mode mode, ConnectoidSegment connectoidSegment)	Fixed, so derivative is always zero
double	FixedConnectoidTravelTimeCost.getGeneralisedCost(Mode mode, ConnectoidSegment connectoidSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	SpeedConnectoidTravelTimeCost.getGeneralisedCost(Mode mode, ConnectoidSegment connectoidSegment)	Return the connectoid travel time using speed
double	FixedConnectoidTravelTimeCost.getTravelTimeCost(Mode mode, ConnectoidSegment connectoidSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
double	SpeedConnectoidTravelTimeCost.getTravelTimeCost(Mode mode, ConnectoidSegment connectoidSegment)	Returns the generalised cost of travel along an edge segment for a specified mode
void	FixedConnectoidTravelTimeCost.populateWithCost(VirtualNetwork virtualNetwork, Mode mode, double[] costToFill)	Invoker expects (mode specific ) costs in passed in array to be filled, where each entry signifies a link segment by its id
void	SpeedConnectoidTravelTimeCost.populateWithCost(VirtualNetwork virtualNetwork, Mode mode, double[] costToFill)	Invoker expects (mode specific ) costs in passed in array to be filled, where each entry signifies a link segment by its id
void	VirtualCost.populateWithCost(VirtualNetwork virtualNetwork, Mode mode, double[] costToFill)	Invoker expects (mode specific ) costs in passed in array to be filled, where each entry signifies a link segment by its id

Uses of Mode in org.goplanit.demands

Fields in org.goplanit.demands with type parameters of type Mode

Modifier and Type	Field	Description
protected TreeMap<Long,TreeMap<Mode,OdDemands>>	Demands.odDemandsByTimePeriodAndMode	Trip demand matrices

Methods in org.goplanit.demands that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	Demands.getRegisteredModesForTimePeriod(TimePeriod timePeriod)	Get modes registered for the given time period

Methods in org.goplanit.demands with parameters of type Mode

Modifier and Type	Method	Description
protected UserClass	UserClassesFactory.createNew(String name, Mode mode, TravellerType travelerType)	Create a newly created instance without registering on the container
OdDemands	Demands.get(Mode mode, TimePeriod timePeriod)	Get an OdDemand by mode and time period in pcu/hour
UserClass	UserClassesFactory.registerNew(String name, Mode mode, TravellerType travelerType)	register a new entry on the container and return it
OdDemands	Demands.registerOdDemandPcuHour(TimePeriod timePeriod, Mode mode, OdDemands odDemandsPcuHour)	Register provided odDemand

Uses of Mode in org.goplanit.geoio.converter.network.featurecontext

Method parameters in org.goplanit.geoio.converter.network.featurecontext with type arguments of type Mode

Modifier and Type	Method	Description
static PlanitLinkSegmentFeatureTypeContext	PlanitLinkSegmentFeatureTypeContext.create(NetworkIdMapper networkIdMapper, Collection<? extends Mode> supportedModes)	Factory method

Constructor parameters in org.goplanit.geoio.converter.network.featurecontext with type arguments of type Mode

Constructor	Description
PlanitLinkSegmentFeatureTypeContext(NetworkIdMapper networkIdMapper, Collection<? extends Mode> supportedModes)	Constructor

Uses of Mode in org.goplanit.geoio.converter.service

Methods in org.goplanit.geoio.converter.service with parameters of type Mode

Modifier and Type	Method	Description
protected <TT extends ManagedId> org.geotools.data.DataStore	GeometryRoutedServicesWriter.findDataStore(PlanitEntityFeatureTypeContext<TT> featureContext, Mode mode, Path fullOutputPath)	Find data store to use, if not present, create it if possible
protected void	GeometryRoutedServicesWriter.writeRoutedServicesLayerServices(RoutedServicesLayer layer, Mode layerMode, org.opengis.feature.simple.SimpleFeatureType featureType, PlanitRoutedServiceFeatureTypeContext featureDescription, String layerLogPrefix)	Writer the services of the layer mode combination

Uses of Mode in org.goplanit.geoio.util

Methods in org.goplanit.geoio.util with parameters of type Mode

Modifier and Type	Method	Description
static String	ModeShortNameConverter.asShortName(Mode mode, Function<Mode,String> modeIdMapper)	As short name with 5 characters or less.
static org.geotools.data.DataStore	GeoIODataStoreManager.createDataStore(Class<?> dataStoreReferenceClass, Mode mode, Path outputFileNameWithPath)	For a given PLANit entity that we persist to file, we track its datastore here to avoid overhead of recreating it
static Set<PlanitEntityFeatureTypeContext<? extends ManagedId>>	GeoIoFeatureTypeBuilder.createRoutedServicesLayerFeatureContexts(RoutedServicesIdMapper primaryIdMapper, Mode layerMode, ServiceNetworkIdMapper serviceNetworkIdMapper)	Construct all PLANit entities that have an associated GIS feature context containing the information required for persistence (for routed services entities).
static org.geotools.data.DataStore	GeoIODataStoreManager.getDataStore(Class<?> dataStoreReferenceClass, Mode mode)	Collect a registered datastore for a given PLANit entity class and mode (in case multiple modes require multiple stores with one store per type), if not available null is returned.

Method parameters in org.goplanit.geoio.util with type arguments of type Mode

Modifier and Type	Method	Description
static String	ModeShortNameConverter.asShortName(Mode mode, Function<Mode,String> modeIdMapper)	As short name with 5 characters or less.

Uses of Mode in org.goplanit.gtfs.converter

Methods in org.goplanit.gtfs.converter that return Mode

Modifier and Type	Method	Description
Mode	GtfsConverterHandlerData.getPrimaryPlanitModeIfActivated(RouteType gtfsMode)	Collect PLANit mode if it is known as being activated, otherwise return null

Methods in org.goplanit.gtfs.converter that return types with arguments of type Mode

Modifier and Type	Method	Description
SortedSet<Mode>	GtfsConverterHandlerData.expandWithCompatibleModes(Mode planitMode)	Expand the mode to all compatible modes (if any) including the mode itself
Set<Mode>	GtfsConverterHandlerData.getActivatedPlanitModesByGtfsMode()	activated planit modes, note that initialise should have been called before this is populated
List<Mode>	GtfsConverterHandlerData.getCompatiblePlanitModesIfActivated(RouteType gtfsMode)	Collect PLANit modes if it is known as being activated and compatible (unmodifiable), otherwise return null
SortedSet<Mode>	GtfsConverterHandlerData.getCompatiblePlanitModesIfActivated(Mode planitMode)	Collect compatible PLANit modes from a given PLANit mode (if any).

Methods in org.goplanit.gtfs.converter with parameters of type Mode

Modifier and Type	Method	Description
SortedSet<Mode>	GtfsConverterHandlerData.expandWithCompatibleModes(Mode planitMode)	Expand the mode to all compatible modes (if any) including the mode itself
SortedSet<Mode>	GtfsConverterHandlerData.getCompatiblePlanitModesIfActivated(Mode planitMode)	Collect compatible PLANit modes from a given PLANit mode (if any).

Uses of Mode in org.goplanit.gtfs.converter.intermodal

Methods in org.goplanit.gtfs.converter.intermodal that return Mode

Modifier and Type	Method	Description
Mode	GtfsServicesAndZoningIntegratorData.getExpectedModeForServiceLeg(ServiceLeg serviceLeg)	Determine the expected mode to be used for a given service leg
Mode	GtfsServicesAndZoningIntegratorData.getPrimaryPlanitModeIfActivated(RouteType gtfsMode)	Collect PLANit mode if it is known as being activated, otherwise return null

Methods in org.goplanit.gtfs.converter.intermodal that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	GtfsServicesAndZoningIntegratorData.expandWithCompatibleModes(Mode planitMode)	Expand the mode to all compatible modes (if any) including the mode itself
Collection<Mode>	GtfsServicesAndZoningIntegratorData.getActivatedPlanitModes()	activated planit modes, note that initialise should have been called before this is populated
List<Mode>	GtfsServicesAndZoningIntegratorData.getCompatiblePlanitModesIfActivated(RouteType gtfsMode)	Collect PLANit modes if it is known as being activated and compatible, otherwise return null
Set<Mode>	GtfsServicesAndZoningIntegratorData.getCompatiblePlanitModesIfActivated(Mode planitMode)	Collect compatible PLANit modes from a given PLANit mode (if any).

Methods in org.goplanit.gtfs.converter.intermodal with parameters of type Mode

Modifier and Type	Method	Description
Set<Mode>	GtfsServicesAndZoningIntegratorData.expandWithCompatibleModes(Mode planitMode)	Expand the mode to all compatible modes (if any) including the mode itself
Set<Mode>	GtfsServicesAndZoningIntegratorData.getCompatiblePlanitModesIfActivated(Mode planitMode)	Collect compatible PLANit modes from a given PLANit mode (if any).
ShortestPathAStar	GtfsServicesAndZoningIntegratorData.getShortestPathAlgoByMode(Mode mode)	Shortest path algorithm by mode initialised with the costs for that mode per link segment, requires GtfsServicesAndZoningIntegratorData.initialise() to be invoked beforehand

Uses of Mode in org.goplanit.gtfs.converter.service.handler

Methods in org.goplanit.gtfs.converter.service.handler that return Mode

Modifier and Type	Method	Description
Mode	GtfsServicesHandlerData.getServiceLegMode(ServiceLeg serviceLeg)	find mode attributed to the given service leg if any

Methods in org.goplanit.gtfs.converter.service.handler with parameters of type Mode

Modifier and Type	Method	Description
void	GtfsServicesHandlerData.registerServiceLegMode(ServiceLeg parentLeg, Mode serviceLegMode)	Mark the service leg as compatible with the given mode, and this given mode only.

Uses of Mode in org.goplanit.gtfs.converter.zoning.handler

Methods in org.goplanit.gtfs.converter.zoning.handler that return types with arguments of type Mode

Modifier and Type	Method	Description
List<Mode>	GtfsZoningHandlerData.getSupportedPtModes(GtfsStop gtfsStop)	Collect the mapped PLANit pt mode using this GTFS stop
Set<Mode>	GtfsZoningHandlerData.getSupportedPtModesIn(TransferZone planitTransferZone, Set<Mode> modesFilter)	The pt services modes supported on the given transfer zone
Set<Mode>	GtfsZoningHandlerTransferZoneData.getSupportedPtModesIn(TransferZone planitTransferZone, Set<Mode> modesFilter)	The pt services modes supported on the given transfer zone

Method parameters in org.goplanit.gtfs.converter.zoning.handler with type arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	GtfsZoningHandlerData.getSupportedPtModesIn(TransferZone planitTransferZone, Set<Mode> modesFilter)	The pt services modes supported on the given transfer zone
Set<Mode>	GtfsZoningHandlerTransferZoneData.getSupportedPtModesIn(TransferZone planitTransferZone, Set<Mode> modesFilter)	The pt services modes supported on the given transfer zone
void	GtfsZoningHandlerData.registerTransferZoneToConnectoidModes(TransferZone transferZone, DirectedConnectoid directedConnectoid, Set<Mode> activatedPlanitModes)	Update registered and activated pt modes and their access information on transfer zone
void	GtfsZoningHandlerTransferZoneData.registerTransferZoneToConnectoidModes(TransferZone transferZone, DirectedConnectoid directedConnectoid, Collection<Mode> activatedPlanitModes)	Update registered and activated pt modes and their access information on transfer zone

Uses of Mode in org.goplanit.gtfs.util

Methods in org.goplanit.gtfs.util that return types with arguments of type Mode

Modifier and Type	Method	Description
static HashMap<RouteType,List<Mode>>	GtfsConverterReaderHelper.createCombinedActivatedPlanitModes(GtfsConverterReaderSettingsWithModeMapping settings, Modes allAvailablePlanitModes)	Based on the settings which define both custom and predefined mappings, we construct the instance mappings from Gtfs mode to PLANit mode, e.g., when a predefined mode type is configured, it results in an instance of that type on a network, this instance should be available in the passed in #allAvailablePlanitMdes, we then combine these mappings with the custom mode mappings on the settings to create a single consolidated set which can be used during parsing without the need of checking whether a mode is predefined or not.

Methods in org.goplanit.gtfs.util with parameters of type Mode

Modifier and Type	Method	Description
static void	GtfsConverterReaderHelper.addToModeExternalId(Mode planitMode, RouteType gtfsMode)	add GTFS type Id to PLANit mode external id (in case multiple GTFS modes are mapped to the same PLANit mode)
static boolean	GtfsTransferZoneHelper.isGtfsStopOnCorrectSideOfTransferZoneAccessLinkSegments(GtfsStop gtfsStop, Mode gtfsMode, TransferZone transferZone, GtfsZoningHandlerData data, boolean allConnectoidsMustMatch)	Verify based on driving direction and orientation of the access link segment(s) whether the GTFS stop is a viable match for the found transfer zone in terms of being on the correct side of the road.

Method parameters in org.goplanit.gtfs.util with type arguments of type Mode

Modifier and Type	Method	Description
static Collection<DirectedConnectoid>	GtfsDirectedConnectoidHelper.createAndRegisterDirectedConnectoids(TransferZone transferZone, MacroscopicNetworkLayer networkLayer, Node accessNode, Iterable<? extends EdgeSegment> linkSegments, Set<Mode> allowedModes, GtfsZoningHandlerData data)	create directed connectoids, one per link segment provided, all related to the given transfer zone and with access modes provided.

Uses of Mode in org.goplanit.io.converter

Methods in org.goplanit.io.converter with parameters of type Mode

Modifier and Type	Method	Description
protected String	PlanitWriterImpl.getXmlModeReference(Mode mode, Function<Mode,String> modeIdMapper)	Get the reference to use whenever a mode reference is encountered

Method parameters in org.goplanit.io.converter with type arguments of type Mode

Modifier and Type	Method	Description
protected String	PlanitWriterImpl.getXmlModeReference(Mode mode, Function<Mode,String> modeIdMapper)	Get the reference to use whenever a mode reference is encountered

Uses of Mode in org.goplanit.io.converter.network

Method parameters in org.goplanit.io.converter.network with type arguments of type Mode

Modifier and Type	Method	Description
void	PlanitNetworkReader.parseLinkSegmentTypeAccessProperties(org.goplanit.xml.generated.XMLElementAccessGroup xmlAccessGroupProperties, MacroscopicLinkSegmentType linkSegmentType, Collection<Mode> defaultModes)	parse the mode properties for given link segment type and populate the helper with them

Uses of Mode in org.goplanit.io.output.formatter

Method parameters in org.goplanit.io.output.formatter with type arguments of type Mode

Modifier and Type	Method	Description
protected void	PlanItOutputFormatter.writeGeneralResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write General results for the current time period to the CSV file
protected void	PlanItOutputFormatter.writeLinkResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write link results for the current time period to the CSV file
protected void	PlanItOutputFormatter.writeOdResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Origin-Destination results for the time period to the CSV file
protected void	PlanItOutputFormatter.writePathResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Path results for the time period to the CSV file
protected void	PlanItOutputFormatter.writeSimulationResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Simulation results for the current time period to the CSV file

Uses of Mode in org.goplanit.matsim.util

Methods in org.goplanit.matsim.util that return types with arguments of type Mode

Modifier and Type	Method	Description
Map<Mode,String>	PlanitMatsimWriterModeMappingSettings.collectActivatedPlanitModeToMatsimModeMapping(MacroscopicNetworkLayerImpl networkLayer)	Creating a mapping from actual PLANit modes in the network to the MATSIM mode mapping as per the configuration in this class instance

Uses of Mode in org.goplanit.mode

Classes in org.goplanit.mode that implement Mode

Modifier and Type	Class	Description
class	BicycleMode	the predefined bicycle mode name: bicycle maxspeed (km/h): 15 pcu: 0.2 vehicular type: VEHICULAR motorisation: NON_MOTORISED track: ROAD use: PRIVATE
class	BusMode	the predefined bus mode name: bus maxspeed (km/h): 100 pcu: 2 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: PUBLIC
class	CarHighOccupancyMode	the predefined car hov mode name: car_hov maxspeed (km/h): 130 pcu: 1 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: HIGH_OCCUPANCY
class	CarMode	the predefined car mode name: car maxspeed (km/h): 130 pcu: 1 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: PRIVATE
class	CarShareMode	the predefined car share mode name: car maxspeed (km/h): 130 pcu: 1 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: RIDE_SHARE
class	FerryMode	The predefined ferry mode name: ferry maxspeed (km/h): 20 pcu: 6 vehicular type: VEHICULAR motorisation: MOTORISED track: WATER use: PUBLIC
class	GoodsMode	the predefined goods vehicle mode, i.e., truck below 3.5 tonnes name: gv maxspeed (km/h): 100 pcu: 1.8 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: GOODS
class	HeavyGoodsMode	the predefined heavy goods vehicle mode, i.e., truck over 3.5 tonnes name: hgv maxspeed (km/h): 90 pcu: 2.5 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: GOODS
class	LargeHeavyGoodsMode	the predefined large heavy goods vehicle mode, i.e., large articulated truck, larger than heavy goods name: lhgv maxspeed (km/h): 90 pcu: 3 vehicular type: VEHICULAR motorisation: MOTORISED track: ROAD use: GOODS
class	LightRailMode	the predefined lightrail mode name: lightrail maxspeed (km/h): 70 pcu: 6 vehicular type: VEHICULAR motorisation: MOTORISED track: RAIL use: PUBLIC
class	ModeImpl	A Mode is a user class feature representing a single form of transport (car, truck etc.).
class	MotorBikeMode	the predefined motor bike mode name: bicycle maxspeed (km/h): 130 pcu: 0.5 vehicular type: VEHICULAR motorisation: NON_MOTORISED track: ROAD use: PRIVATE
class	PedestrianMode	the predefined pedestrian mode name: pedestrian maxspeed (km/h): 5 pcu: 0.1 vehicular type: NO_VEHICLE motorisation: NON_MOTORISED track: ROAD use: PRIVATE
class	PredefinedModeImpl	A mode that has predefined fixed values so it can easily be understood, or mapped
class	SubwayMode	the predefined subway mode name: subway maxspeed (km/h): 60 pcu: 6 vehicular type: VEHICULAR motorisation: MOTORISED track: RAIL use: PUBLIC
class	TrainMode	the predefined train mode name: train maxspeed (km/h): 140 pcu: 10 vehicular type: VEHICULAR motorisation: MOTORISED track: RAIL use: PUBLIC
class	TramMode	the predefined tram mode name: tram maxspeed (km/h): 40 pcu: 3 vehicular type: VEHICULAR motorisation: MOTORISED track: RAIL use: PUBLIC

Methods in org.goplanit.mode that return Mode

Modifier and Type	Method	Description
Mode	ModesImpl.getByXmlId(String xmlId)	Retrieve a Mode by its XML Id
Mode	ModeFactoryImpl.registerNewCustomMode(String name, double maxSpeed, double pcu, PhysicalModeFeatures physicalFeatures, UsabilityModeFeatures usabilityFeatures)	Create and register new mode

Method parameters in org.goplanit.mode with type arguments of type Mode

Modifier and Type	Method	Description
ModesImpl	ModesImpl.deepCloneWithMapping(BiConsumer<Mode,Mode> mapper)	Deep clone implementation where the mapping for its internal copies is captured by the provided mapper
ModesImpl	ModesImpl.deepCloneWithMapping(BiConsumer<Mode,Mode> mapper)	Deep clone implementation where the mapping for its internal copies is captured by the provided mapper

Constructor parameters in org.goplanit.mode with type arguments of type Mode

Constructor	Description
ModesImpl(ModesImpl other, boolean deepCopy, BiConsumer<Mode,Mode> mapper)	Copy Constructor, also creates a new factory with reference to this container
ModesImpl(ModesImpl other, boolean deepCopy, BiConsumer<Mode,Mode> mapper)	Copy Constructor, also creates a new factory with reference to this container

Uses of Mode in org.goplanit.network

Fields in org.goplanit.network with type parameters of type Mode

Modifier and Type	Field	Description
protected Map<Mode,String>	MacroscopicNetworkLayerConfigurator.modeToLayerXmlId	track mode to layer mapping

Methods in org.goplanit.network with parameters of type Mode

Modifier and Type	Method	Description
U	LayeredNetwork.getLayerByMode(Mode mode)	collect a layer by mode
boolean	MacroscopicNetworkLayerConfigurator.isModeMappedToLayer(Mode mode, String layerXmlId)	verify if mode is assigned to the layer
String	MacroscopicNetworkLayerConfigurator.removeMode(Mode mode)	remove mode from any layer
String	MacroscopicNetworkLayerConfigurator.setModeToLayer(Mode mode, String layerXmlId)	set mode to a layer

Constructor parameters in org.goplanit.network with type arguments of type Mode

Constructor	Description
LayeredNetwork(LayeredNetwork<U,T> other, boolean deepCopy, ManagedIdDeepCopyMapper<Mode> modeMapper, ManagedIdDeepCopyMapper<U> layerMapper)	Copy constructor.
MacroscopicNetwork(MacroscopicNetwork other, boolean deepCopy, ManagedIdDeepCopyMapper<Mode> modeMapper, ManagedIdDeepCopyMapper<MacroscopicNetworkLayer> layerMapper)	Copy constructor.
TopologicalLayerNetwork(TopologicalLayerNetwork<T,U> other, boolean deepCopy, ManagedIdDeepCopyMapper<Mode> modeMapper, ManagedIdDeepCopyMapper<T> layerMapper)	Copy constructor.
UntypedPhysicalNetwork(UntypedPhysicalNetwork<L,LS> other, boolean deepCopy, ManagedIdDeepCopyMapper<Mode> modeMapper, ManagedIdDeepCopyMapper<L> layerMapper)	Copy constructor.

Uses of Mode in org.goplanit.network.layer

Fields in org.goplanit.network.layer with type parameters of type Mode

Modifier and Type	Field	Description
protected Map<Long,Mode>	NetworkLayerImpl.supportedModes	the modes supported by this layer (not owned)

Methods in org.goplanit.network.layer that return types with arguments of type Mode

Modifier and Type	Method	Description
Collection<Mode>	NetworkLayerImpl.getSupportedModes()	collect the modes supported by this infrastructure layer

Methods in org.goplanit.network.layer with parameters of type Mode

Modifier and Type	Method	Description
boolean	NetworkLayerImpl.registerSupportedMode(Mode supportedMode)	register a mode as supported by this layer

Method parameters in org.goplanit.network.layer with type arguments of type Mode

Modifier and Type	Method	Description
boolean	NetworkLayerImpl.registerSupportedModes(Collection<Mode> supportedModes)	register modes as supported by this layer

Uses of Mode in org.goplanit.network.layer.macroscopic

Fields in org.goplanit.network.layer.macroscopic with type parameters of type Mode

Modifier and Type	Field	Description
protected Map<Mode,AccessGroupProperties>	MacroscopicLinkSegmentTypeImpl.modeAccessProperties	Track access properties for each of the modes it supports for quick lookups
protected Set<Mode>	AccessGroupPropertiesImpl.supportedModes	modes supported by this access group

Methods in org.goplanit.network.layer.macroscopic that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	AccessGroupPropertiesImpl.getAccessModes()	The access modes for this group
Set<Mode>	MacroscopicLinkSegmentImpl.getAllowedModes()	Returns the modes that are allowed on the link segment (unmodifiable)
Set<Mode>	MacroscopicLinkSegmentTypeImpl.getAllowedModes()	return the available modes present in one of the access groups that have been registered

Methods in org.goplanit.network.layer.macroscopic with parameters of type Mode

Modifier and Type	Method	Description
void	AccessGroupPropertiesImpl.addAccessMode(Mode mode)	Add mode to access group.
double	MacroscopicLinkSegmentImpl.computeFreeFlowTravelTimeHour(Mode mode)	Compute the free flow travel time by mode, i.e.
static AccessGroupProperties	AccessGroupPropertiesFactory.create(double maxSpeedKmH, double criticalSpeedKmH, Mode... accessModes)	Factory method
static AccessGroupProperties	AccessGroupPropertiesFactory.create(double maxSpeedKmH, Mode... accessModes)	Factory method adopting default value for critical speed
static AccessGroupProperties	AccessGroupPropertiesFactory.create(Mode... accessModes)	Factory method allowing access for given modes without any further specification on their speeds
static MacroscopicGridNetworkLayerGenerator	MacroscopicGridNetworkLayerGenerator.create(int rows, int columns, MacroscopicNetworkLayers layersContainer, Mode... modes)	create the generator with a number of rows and columns.
static void	AccessGroupPropertiesFactory.createOnLinkSegmentType(MacroscopicLinkSegmentType linkSegmentType, Mode modeToAdd, double maxSpeedKmH)	Add access properties for the passed in modes to the passed in link segment type where we cap the max and critical speed based on the minimum of the mode's maximum speed and the maximum speed
AccessGroupProperties	MacroscopicLinkSegmentTypeImpl.getAccessProperties(Mode mode)	Returns the mode properties for a specified mode along this link
boolean	MacroscopicLinkSegmentImpl.isModeAllowed(Mode mode)	Returns whether vehicles of a specified mode are allowed through this link
boolean	MacroscopicLinkSegmentTypeImpl.isModeAllowed(Mode mode)	Verify if mode is available on type
void	MacroscopicLinkSegmentTypeImpl.registerModeOnAccessGroup(Mode accessMode, AccessGroupProperties accessGroupProperties)	Add a new access mode to an existing access group properties on this link segment type
MacroscopicLinkSegmentType	MacroscopicLinkSegmentTypeFactoryImpl.registerNew(String name, double capacityPcuPerHour, double maximumDensityPcuPerKm, Mode allowedMode)	Create and register new macroscopic link segment type on network.
MacroscopicNetworkLayer	MacroscopicNetworkLayerFactoryImpl.registerNew(Mode... supportedModes)	Create a new macroscopic network layer instance
boolean	AccessGroupPropertiesImpl.removeAccessMode(Mode toBeRemovedMode)	Remove access mode
boolean	MacroscopicLinkSegmentTypeImpl.removeModeAccess(Mode toBeRemovedMode)	Remove the mode properties for the passed in mode (if present)

Method parameters in org.goplanit.network.layer.macroscopic with type arguments of type Mode

Modifier and Type	Method	Description
static AccessGroupProperties	AccessGroupPropertiesFactory.create(double maxSpeedKmH, double criticalSpeedKmH, Collection<Mode> accessModes)	Factory method
static AccessGroupProperties	AccessGroupPropertiesFactory.create(double maxSpeedKmH, Collection<Mode> accessModes)	Factory method adopting saem value for maximum and critical speed
static AccessGroupProperties	AccessGroupPropertiesFactory.create(Collection<Mode> accessModes)	Factory method allowing access for given modes without any further specification on their speeds
static void	AccessGroupPropertiesFactory.createOnLinkSegmentType(MacroscopicLinkSegmentType linkSegmentType, double maxSpeedKmH, Collection<Mode> modesToAdd)	Add mode properties for the passed in modes to the passed in link segment type where we cap the max and critical speed based on the minimum of the mode's maximum speed and the maximum speed

Constructors in org.goplanit.network.layer.macroscopic with parameters of type Mode

Constructor	Description
MacroscopicGridNetworkLayerGenerator(int rows, int columns, MacroscopicNetworkLayers layersContainer, Mode... modes)	Constructor

Constructor parameters in org.goplanit.network.layer.macroscopic with type arguments of type Mode

Constructor	Description
AccessGroupPropertiesImpl(Collection<Mode> accessModes)	access properties with only defining allowed modes without setting any restrictive speeds compared to the physical speed on the links it is applied on

Uses of Mode in org.goplanit.network.layer.service

Methods in org.goplanit.network.layer.service that return types with arguments of type Mode

Modifier and Type	Method	Description
Collection<Mode>	ServiceNetworkLayerImpl.getSupportedModes()	Collect supported modes, obtained from parent layer

Methods in org.goplanit.network.layer.service with parameters of type Mode

Modifier and Type	Method	Description
boolean	ServiceNetworkLayerImpl.registerSupportedMode(Mode supportedMode)	A service network does not allow for registering supported modes as the supported modes are defined by its parent network already.
boolean	ServiceNetworkLayerImpl.supports(Mode mode)	Result delegate from underlying parent layer

Method parameters in org.goplanit.network.layer.service with type arguments of type Mode

Modifier and Type	Method	Description
boolean	ServiceNetworkLayerImpl.registerSupportedModes(Collection<Mode> supportedModes)	A service network does not allow for registering supported modes as the supported modes are defined by its parent network already.

Uses of Mode in org.goplanit.network.layers

Methods in org.goplanit.network.layers with parameters of type Mode

Modifier and Type	Method	Description
T	TransportLayersImpl.get(Mode mode)	Find the layer that supports the passed in mode.

Uses of Mode in org.goplanit.osm.converter

Methods in org.goplanit.osm.converter that return Mode

Modifier and Type	Method	Description
Mode	OsmModeConversionBase.getActivatedPlanitMode(String osmMode)	Convenience method that collects the currently mapped PLANit modes (road or rail) for the given OSM modes

Methods in org.goplanit.osm.converter that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	OsmModeConversionBase.getActivatedPlanitModes(Collection<String> osmModes)	Convenience method that collects the currently mapped PLANit modes (road or rail) for the given OSM modes

Constructor parameters in org.goplanit.osm.converter with type arguments of type Mode

Constructor	Description
OsmModeConversionBase(OsmNetworkReaderSettings settings, Iterable<Mode> layerModes)	Constructor

Uses of Mode in org.goplanit.osm.converter.network

Methods in org.goplanit.osm.converter.network that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	OsmNetworkLayerModeConversion.getExplicitlyExcludedModes(Map<String,String> tags, boolean isForwardDirection, OsmNetworkReaderSettings settings)	Collect explicitly excluded modes from the passed in tags.
Set<Mode>	OsmNetworkLayerModeConversion.getExplicitlyIncludedModes(Map<String,String> tags, boolean isForwardDirection, OsmNetworkReaderSettings settings)	Collect explicitly included modes from the passed in tags.

Method parameters in org.goplanit.osm.converter.network with type arguments of type Mode

Modifier and Type	Method	Description
void	OsmNetworkLayerModeConversion.updateAccessKeyBasedModeRestrictions(Map<String,String> tags, Set<Mode> includedModesToUpdate, Set<Mode> excludedModesToUpdate)	Update the included and excluded mode sets passed in based on the key/value information available in the access=? tag.

Uses of Mode in org.goplanit.osm.converter.zoning.handler.helper

Constructor parameters in org.goplanit.osm.converter.zoning.handler.helper with type arguments of type Mode

Constructor	Description
OsmPublicTransportModeConversion(OsmNetworkReaderSettings networkSettings, OsmPublicTransportReaderSettings ptSettings, Iterable<Mode> layerModes)	Constructor

Uses of Mode in org.goplanit.osm.physical.network.macroscopic

Fields in org.goplanit.osm.physical.network.macroscopic with type parameters of type Mode

Modifier and Type	Field	Description
protected Map<Set<Mode>,Set<MacroscopicLinkSegmentType>>	ModifiedLinkSegmentTypes.ModifiedLinkSegmentTypesModes.linkSegmentTypesWithAddedModes	the segment types with added modes compared to the original
protected Map<Set<Mode>,Set<MacroscopicLinkSegmentType>>	ModifiedLinkSegmentTypes.ModifiedLinkSegmentTypesModes.linkSegmentTypesWithRemovedModes	the segment types with removed modes compared to the original

Method parameters in org.goplanit.osm.physical.network.macroscopic with type arguments of type Mode

Modifier and Type	Method	Description
boolean	ModifiedLinkSegmentTypes.addModifiedLinkSegmentType(MacroscopicLinkSegmentType original, MacroscopicLinkSegmentType modifiedLinkSegmentType, Set<Mode> addedModes, Set<Mode> removedModes)	Add a modified link segment type based on the changes in mode support.
boolean	ModifiedLinkSegmentTypes.ModifiedLinkSegmentTypesModes.addModifiedLinkSegmentType(MacroscopicLinkSegmentType modifiedLinkSegmentType, Set<Mode> addedModes, Set<Mode> removedModes)	Add a modified link segment type based on the changes in mode support.
boolean	ModifiedLinkSegmentTypes.containsModifiedLinkSegmentType(MacroscopicLinkSegmentType original, Set<Mode> addedModes, Set<Mode> removedModes)	Verify if a modified link segment type with the provided added/removed modes exist for the given original link segment type
boolean	ModifiedLinkSegmentTypes.ModifiedLinkSegmentTypesModes.containsModifiedLinkSegmentType(Set<Mode> addedModes, Set<Mode> removedModes)	Verify if a modified link segment type with the provided added/removed modes exist
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createBridleway(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create bridleway type with defaults For horse riders.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createCycleway(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create cycleway type with defaults For designated cycleways
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createDefaultOsmLinkSegmentType(String nameKey, String nameValue, double capacityPcuPerhour, double maxSpeedKmh, Collection<? extends Mode> modes)	Create an OSM default link segment type with name (namekey=)namevalue
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createFerry(double osmwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create ferry way type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createFootway(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create footway type with defaults For designated footpaths; i.e., mainly/exclusively for pedestrians.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createFunicular(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create funicular (rail) type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createLightRail(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create light rail (rail) type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createLivingStreet(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create living street type with defaults Roads which serve as an access to housing, without function of connecting settlements.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createMonoRail(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create mono rail (rail) type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createMotorway(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create motorway type with defaults restricted access major divided highway, normally with 2 or more running lanes plus emergency hard shoulder.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createMotorwayLink(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create motorway link type with defaults The link roads (sliproads/ramps) leading to/from a motorway from/to a motorway or lower class highway.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createNarrowGauge(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create narrow gauge(rail) type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createOsmLinkSegmentType(String externalId, double capacityPcuPerhour, double maxDensityPcuPerKm, double maxSpeed, Collection<? extends Mode> modes)	Create OSM default link segment types with mode properties where we create multiple types if modes reside on different layers in which case only the modes on that layer will be added to the layer specific type
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createOsmRailWayLinkSegmentType(String railwayTypeValue, double maxSpeed, Collection<? extends Mode> modes)	Create a link segment type on the network based on the passed in OSM railway value tags
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createOsmRoadWayLinkSegmentType(String highwayTypeValue, double maxSpeed, Collection<? extends Mode> modes)	Create a link segment type on the network based on the passed in OSM highway value tags.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createOsmWaterWayLinkSegmentType(String waterwayValue, double maxSpeed, Collection<? extends Mode> modes)	Create a link segment type on the network based on the passed in OSM waterway route value tags
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createPath(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create path type with defaults A non-specific path either multi-use or unspecified usage, open to all non-motorized vehicles and not intended for motorized vehicles unless tagged so separately
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createPedestrian(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create pedestrian type with defaults For roads used mainly/exclusively for pedestrians in shopping and some residential areas which may allow access by motorised vehicles only for very limited periods of the day.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createPrimary(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create primary type with defaults The next most important roads in a country's system (after trunk).
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createPrimaryLink(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create primary link type with defaults The link roads (sliproads/ramps) leading to/from a primary road from/to a primary road or lower class highway.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createRail(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create rail type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createResidential(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create residential type with defaults Roads which serve as an access to housing, without function of connecting settlements.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createRoad(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create road type with defaults A road/way/street/motorway/etc.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createSecondary(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create secondary type with defaults The link roads (sliproads/ramps) leading to/from a primary road from/to a primary road or lower class highway.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createSecondaryLink(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create secondary link type with defaults The link roads (sliproads/ramps) leading to/from a secondary road from/to a secondary road or lower class highway.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createService(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create service type with defaults For access roads to, or within an industrial estate, camp site, business park, car park, alleys, etc.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createSteps(double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create step type with defaults For flights of steps (stairs) on footways
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createSubway(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create subway type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTertiary(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create tertiary type with defaults The next most important roads in a country's system (after secondary).
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTertiaryLink(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create tertiary link type with defaults The link roads (sliproads/ramps) leading to/from a tertiary road from/to a tertiary road or lower class highway.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTrack(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create track type with defaults Roads for mostly agricultural or forestry uses.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTram(double osmRailwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create tram type with defaults
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTrunk(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create trunk type with defaults The most important roads in a country's system that aren't motorways.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createTrunkLink(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create trunk link type with defaults restricted access major divided highway, normally with 2 or more running lanes plus emergency hard shoulder.
protected Map<NetworkLayer,MacroscopicLinkSegmentType>	PlanitOsmNetwork.createUnclassified(String osmKey, double osmHighwayTypeMaxSpeed, Collection<? extends Mode> modes)	Create unclassified type with defaults The least important through roads in a country's system – i.e.
MacroscopicLinkSegmentType	ModifiedLinkSegmentTypes.getModifiedLinkSegmentType(MacroscopicLinkSegmentType original, Set<Mode> addedModes, Set<Mode> removedModes)	Collect a modified link segment type with the provided added/removed modes if it exists
MacroscopicLinkSegmentType	ModifiedLinkSegmentTypes.ModifiedLinkSegmentTypesModes.getModifiedLinkSegmentType(Set<Mode> addedModes, Set<Mode> removedModes)	collect a modified link segment type with the provided added/removed modes exist

Uses of Mode in org.goplanit.output

Method parameters in org.goplanit.output with type arguments of type Mode

Modifier and Type	Method	Description
boolean	OutputManager.isAnyOutputPersisted(TimePeriod timePeriod, Set<Mode> modes, boolean converged)	Verify if anything is actually persisted when OutputManager.persistOutputData(TimePeriod, Set, boolean) is invoked given the underlying configuration
void	OutputManager.persistOutputData(TimePeriod timePeriod, Set<Mode> modes, boolean converged)	Persist the output data for all registered output types

Uses of Mode in org.goplanit.output.adapter

Methods in org.goplanit.output.adapter with parameters of type Mode

Modifier and Type	Method	Description
Optional<Long>	MacroscopicLinkOutputTypeAdapter.getInfrastructureLayerIdForMode(Mode mode)	collect the infrastructure layer id this mode resides on
Optional<Long>	MacroscopicLinkOutputTypeAdapterImpl.getInfrastructureLayerIdForMode(Mode mode)	collect the infrastructure layer id this mode resides on
Optional<?>	MacroscopicLinkOutputTypeAdapter.getLinkSegmentOutputPropertyValue(OutputProperty outputProperty, MacroscopicLinkSegment linkSegment, Mode mode, TimePeriod timePeriod)	Return the value of a specified output property of a link segment
Optional<?>	MacroscopicLinkOutputTypeAdapterImpl.getLinkSegmentOutputPropertyValue(OutputProperty outputProperty, MacroscopicLinkSegment linkSegment, Mode mode, TimePeriod timePeriod)	Return the value of a specified output property of a link segment The DENSITY case should never be called for TraditionalStaticAssignment.
default Optional<Double>	MacroscopicLinkOutputTypeAdapter.getMaximumSpeed(MacroscopicLinkSegment linkSegment, Mode mode)	Returns the maximum speed through the current link segment
Optional<?>	OdOutputTypeAdapter.getOdOutputPropertyValue(OutputProperty outputProperty, OdDataIterator<?> odIterator, Mode mode, TimePeriod timePeriod)	Returns the specified output property values for the current cell in the OD Matrix Iterator
Optional<?>	OdOutputTypeAdapterImpl.getOdOutputPropertyValue(OutputProperty outputProperty, OdDataIterator<?> odIterator, Mode mode, TimePeriod timePeriod)	Returns the specified output property values for the current cell in the OD Matrix Iterator
Optional<OdPathMatrix>	PathOutputTypeAdapter.getOdPathMatrix(Mode mode)	Retrieve an OD path matrix object for a specified mode
Optional<OdSkimMatrix>	OdOutputTypeAdapter.getOdSkimMatrix(OdSkimSubOutputType odSkimOutputType, Mode mode)	Retrieve an OD skim matrix for a specified OD skim output type and mode
protected Optional<?>	OutputTypeAdapterImpl.getOutputTypeIndependentPropertyValue(OutputProperty outputProperty, Mode mode, TimePeriod timePeriod)	Returns the value of properties which are common to all output type adapters
Optional<?>	PathOutputTypeAdapter.getPathOutputPropertyValue(OutputProperty outputProperty, OdDataIterator<? extends ManagedDirectedPath> odPathIterator, Mode mode, TimePeriod timePeriod, PathOutputIdentificationType pathOutputType)	Returns the specified output property values for the current cell in the ODPathIterator
Optional<?>	PathOutputTypeAdapterImpl.getPathOutputPropertyValue(OutputProperty outputProperty, OdDataIterator<? extends ManagedDirectedPath> odPathIterator, Mode mode, TimePeriod timePeriod, PathOutputIdentificationType pathOutputType)	Returns the specified output property values for the current cell in the ODPathIterator
Optional<Boolean>	MacroscopicLinkOutputTypeAdapter.isFlowPositive(MacroscopicLinkSegment linkSegment, Mode mode)	Returns true if there is a flow through the current specified link segment for the specified mode

Uses of Mode in org.goplanit.output.formatter

Methods in org.goplanit.output.formatter with parameters of type Mode

Modifier and Type	Method	Description
MemoryOutputIterator	MemoryOutputFormatter.getIterator(Mode mode, TimePeriod timePeriod, Integer iterationIndex, OutputType outputType)	Returns a MemoryOutputIterator for the contents of the specified MultiKeyPlanItData map
Object	MemoryOutputFormatter.getOutputDataValue(Mode mode, TimePeriod timePeriod, Integer iterationIndex, OutputType outputType, OutputPropertyType outputProperty, Object[] keyValues)	Get a specified data value

Method parameters in org.goplanit.output.formatter with type arguments of type Mode

Modifier and Type	Method	Description
void	BaseOutputFormatter.persist(TimePeriod timePeriod, Set<Mode> modes, OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputAdapter outputAdapter)	Write data to output file
void	OutputFormatter.persist(TimePeriod timePeriod, Set<Mode> modes, OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputAdapter outputAdapter)	Persist the output data based on the passed in configuration and adapter (contained in the configuration)
protected abstract void	BaseOutputFormatter.writeGeneralResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write General results for the current time period to the CSV file
protected void	MemoryOutputFormatter.writeGeneralResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write General results for the current time period to the CSV file
protected abstract void	BaseOutputFormatter.writeLinkResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write link results for the current time period to the CSV file
protected void	MemoryOutputFormatter.writeLinkResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write link results for the current time period to Map in memory
protected PlanItException	CsvFileOutputFormatter.writeLinkResultsForCurrentTimePeriodToCsvPrinter(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, org.apache.commons.csv.CSVPrinter csvPrinter)	Write output values to the Link CSV file for the current iteration
protected abstract void	BaseOutputFormatter.writeOdResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Origin-Destination results for the time period to the CSV file
protected void	MemoryOutputFormatter.writeOdResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Origin-Destination results for the time period to the Map in memory
protected PlanItException	CsvFileOutputFormatter.writeOdResultsForCurrentTimePeriodToCsvPrinter(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, org.apache.commons.csv.CSVPrinter csvPrinter)	Write output values to the OD CSV file for the current iteration
protected abstract void	BaseOutputFormatter.writePathResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write OD Path results for the time period to the CSV file
protected void	MemoryOutputFormatter.writePathResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Path results for the time period to the CSV file
protected PlanItException	CsvFileOutputFormatter.writePathResultsForCurrentTimePeriodToCsvPrinter(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, org.apache.commons.csv.CSVPrinter csvPrinter)	Write output values to the Path CSV file for the current iteration
protected abstract void	BaseOutputFormatter.writeSimulationResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Simulation results for the current time period to the CSV file
protected void	MemoryOutputFormatter.writeSimulationResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Simulation results for the current time period to the CSV file

Uses of Mode in org.goplanit.output.property

Methods in org.goplanit.output.property with parameters of type Mode

Modifier and Type	Method	Description
static Optional<String>	ModeExternalIdOutputProperty.getModeExternalId(Mode mode)	Returns the external Id of the current mode
static Optional<Long>	ModeIdOutputProperty.getModeId(Mode mode)	Returns the Id of the current mode
static Optional<String>	ModeXmlIdOutputProperty.getModeXmlId(Mode mode)	Returns the Xml Id of the current mode

Uses of Mode in org.goplanit.service.routed

Methods in org.goplanit.service.routed that return Mode

Modifier and Type	Method	Description
Mode	RoutedModeServicesImpl.getMode()	The supported mode for the routed services registered
Mode	RoutedServiceImpl.getMode()	Access to the mode this routed service utilises

Methods in org.goplanit.service.routed with parameters of type Mode

Modifier and Type	Method	Description
RoutedModeServices	RoutedServicesLayerImpl.getServicesByMode(Mode mode)	The services for a given mode available on this layer.
boolean	RoutedServicesLayerImpl.isServicesByModeEmpty(Mode mode)	Verify if there exist no registered services for a given mode at all at present

Constructors in org.goplanit.service.routed with parameters of type Mode

Constructor	Description
RoutedModeServicesImpl(IdGroupingToken tokenId, Mode supportedMode)	Constructor
RoutedServiceImpl(IdGroupingToken tokenId, Mode mode)	Constructor

Uses of Mode in org.goplanit.service.routed.modifier

Methods in org.goplanit.service.routed.modifier with parameters of type Mode

Modifier and Type	Method	Description
void	RoutedServicesLayerModifierImpl.consolidateIdenticallyScheduledTrips(Mode mode)	Consolidate all PLANit RoutedTrips with identical relative timing schedules (but different departure times) into a single PLANit Routed trip.
void	RoutedServicesLayerModifierImpl.removeRoutedServicesWithoutTrips(boolean recreateRoutedServiceManagedIds, Mode... modes)	Remove all routed services from the layer in case they no longer have any trips associated with them for the given modes
void	RoutedServicesLayerModifierImpl.removeScheduledTripsWithoutLegs(boolean recreateManagedEntitiesIds, Mode... modes)	Remove all scheduled trips from the layer (for the given modes) in case they have no relative leg timings.

Uses of Mode in org.goplanit.tntp.output.formatter

Method parameters in org.goplanit.tntp.output.formatter with type arguments of type Mode

Modifier and Type	Method	Description
protected void	CSVOutputFormatter.writeGeneralResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write General results for the current time period to the CSV file
protected void	CSVOutputFormatter.writeLinkResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write link results for the current time period to the CSV file
protected void	CSVOutputFormatter.writeOdResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Origin-Destination results for the time period to the CSV file
protected void	CSVOutputFormatter.writePathResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Path results for the time period to the CSV file
protected void	CSVOutputFormatter.writeSimulationResultsForCurrentTimePeriod(OutputConfiguration outputConfiguration, OutputTypeConfiguration outputTypeConfiguration, OutputTypeEnum currentOutputType, OutputAdapter outputAdapter, Set<Mode> modes, TimePeriod timePeriod, int iterationIndex)	Write Simulation results for the current time period to the CSV file

Uses of Mode in org.goplanit.userclass

Methods in org.goplanit.userclass that return Mode

Modifier and Type	Method	Description
Mode	UserClass.getMode()	Return the mode of travel of this user class

Constructors in org.goplanit.userclass with parameters of type Mode

Constructor	Description
UserClass(IdGroupingToken groupId, String name, Mode mode, TravellerType travelerType)	Constructor of user class

Uses of Mode in org.goplanit.utils.mode

Subinterfaces of Mode in org.goplanit.utils.mode

Modifier and Type	Interface	Description
interface	PredefinedMode

Fields in org.goplanit.utils.mode with type parameters of type Mode

Modifier and Type	Field	Description
static Class<Mode>	Mode.MODE_ID_CLASS	id class for generating ids

Methods in org.goplanit.utils.mode that return Mode

Modifier and Type	Method	Description
Mode	Modes.getByXmlId(String xmlId)	Retrieve a Mode by its XML Id
Mode	ModeFactory.registerNewCustomMode(String name, double maxSpeed, double pcu, PhysicalModeFeatures physicalFeatures, UsabilityModeFeatures usabilityFeatures)	Create and register new mode

Methods in org.goplanit.utils.mode that return types with arguments of type Mode

Modifier and Type	Method	Description
default Class<Mode>	Mode.getIdClass()	Each managed id class is expected to generate its ids based on its class signature.

Method parameters in org.goplanit.utils.mode with type arguments of type Mode

Modifier and Type	Method	Description
Modes	Modes.deepCloneWithMapping(BiConsumer<Mode,Mode> mapper)	Deep clone implementation where the mapping for its internal copies is captured by the provided mapper
Modes	Modes.deepCloneWithMapping(BiConsumer<Mode,Mode> mapper)	Deep clone implementation where the mapping for its internal copies is captured by the provided mapper

Uses of Mode in org.goplanit.utils.network.layer

Methods in org.goplanit.utils.network.layer that return Mode

Modifier and Type	Method	Description
default Mode	NetworkLayer.getFirstSupportedMode()	Collect the first mode found under the supported modes from the collection provided by getSupportedModes

Methods in org.goplanit.utils.network.layer that return types with arguments of type Mode

Modifier and Type	Method	Description
Collection<Mode>	NetworkLayer.getSupportedModes()	collect the modes supported by this infrastructure layer

Methods in org.goplanit.utils.network.layer with parameters of type Mode

Modifier and Type	Method	Description
default double	MacroscopicNetworkLayer.findMaximumPaceHKm(Mode mode)	Convenience method to determine the maximum pace (h/km) across the layer for a given mode
default double	MacroscopicNetworkLayer.findMaximumSpeedLimitKmH(Mode mode)	Convenience method to determine the maximum speed limit (km/h) across the layer for a given mode
boolean	NetworkLayer.registerSupportedMode(Mode supportedMode)	register a mode as supported by this layer
default boolean	NetworkLayer.supports(Mode mode)	Determine if mode is supported by this layer

Method parameters in org.goplanit.utils.network.layer with type arguments of type Mode

Modifier and Type	Method	Description
boolean	NetworkLayer.registerSupportedModes(Collection<Mode> supportedModes)	register modes as supported by this layer

Uses of Mode in org.goplanit.utils.network.layer.macroscopic

Methods in org.goplanit.utils.network.layer.macroscopic that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	AccessGroupProperties.getAccessModes()	The access modes for this group
Set<Mode>	MacroscopicLinkSegmentType.getAllowedModes()	return the available modes present in one of the access groups that have been registered
default Set<Mode>	MacroscopicLinkSegmentType.getAllowedModesFrom(Collection<Mode> modes)	Method which identifies which of the passed in modes is available on the link segment
default Set<Mode>	MacroscopicLinkSegmentType.getAllowedModesNotIn(Collection<Mode> modes)	Method which identifies which of the passed in modes is available on the link segment but not in the passed in collection of modes
default Set<Mode>	MacroscopicLinkSegmentType.getDisallowedModesFrom(Collection<Mode> modes)	Method which identifies which of the passed in modes is unavailable on the link segment

Methods in org.goplanit.utils.network.layer.macroscopic with parameters of type Mode

Modifier and Type	Method	Description
void	AccessGroupProperties.addAccessMode(Mode mode)	Add a new access mode to the group
double	MacroscopicLinkSegment.computeFreeFlowTravelTimeHour(Mode mode)	Compute the free flow travel time by mode, i.e.
default double	MacroscopicLinkSegmentTypes.findMaximumSpeedLimit(Mode mode)	Convenience method to determine the maximum speed limit across all types for a given mode
AccessGroupProperties	MacroscopicLinkSegmentType.getAccessProperties(Mode mode)	Returns the access properties for a specified mode along this link
default Double	MacroscopicLinkSegmentType.getCriticalSpeedKmH(Mode mode)	Collect the critical speed based on the combination of the mode and any restrictions imposed by the type on this mode.
default double[]	MacroscopicLinkSegments.getFreeFlowTravelTimeHourPerLinkSegment(Mode mode)	Create a raw array of all free flow travel times of the registered macroscopic link segments where the index in the array corresponds to the link segment id (not id).
default MacroscopicLinkSegment	MacroscopicLink.getLinkSegmentIfLinkIsOneWayForMode(Mode mode)	Collect the one way link segment for the mode if the link is in fact one way.
default Double	MacroscopicLinkSegmentType.getMaximumSpeedKmH(Mode mode)	Collect the maximum speed based on the combination of the mode and any restrictions imposed by the type on this mode.
default double	MacroscopicLinkSegment.getModelledSpeedLimitKmH(Mode mode)	Collect the maximum speed limit for the mode by taking the minimum of: (i) physical speed limit, (ii) mode's maximum speed limit, (iii) link segment type's mode specific speed limit.
boolean	MacroscopicLinkSegmentType.isModeAllowed(Mode mode)	Verify if mode is available on type
default boolean	MacroscopicLink.isModeAllowedOnAllSegments(Mode mode)	Verify if given mode is allowed on both segments, where at least one segment must be registered to allow for a positive result
default boolean	MacroscopicLink.isModeAllowedOnAnySegment(Mode mode)	Verify if given mode is allowed on any of the two segments, where at least one segment must be registered to allow for a positive result
void	MacroscopicLinkSegmentType.registerModeOnAccessGroup(Mode accessMode, AccessGroupProperties accessGroupProperties)	Add a new access mode to an existing access group properties on this link segment type
MacroscopicLinkSegmentType	MacroscopicLinkSegmentTypeFactory.registerNew(String name, double capacityPcuPerHour, double maximumDensityPcuPerKm, Mode allowedMode)	Create and register new macroscopic link segment type on network.
boolean	AccessGroupProperties.removeAccessMode(Mode toBeRemovedMode)	Remove access mode
boolean	MacroscopicLinkSegmentType.removeModeAccess(Mode toBeRemovedMode)	Remove the mode properties for the passed in mode (if present)

Method parameters in org.goplanit.utils.network.layer.macroscopic with type arguments of type Mode

Modifier and Type	Method	Description
default Set<Mode>	MacroscopicLinkSegmentType.getAllowedModesFrom(Collection<Mode> modes)	Method which identifies which of the passed in modes is available on the link segment
default Set<Mode>	MacroscopicLinkSegmentType.getAllowedModesNotIn(Collection<Mode> modes)	Method which identifies which of the passed in modes is available on the link segment but not in the passed in collection of modes
default Set<Mode>	MacroscopicLinkSegmentType.getDisallowedModesFrom(Collection<Mode> modes)	Method which identifies which of the passed in modes is unavailable on the link segment
default void	MacroscopicLinkSegmentType.removeModeAccess(Set<Mode> toBeRemovedModes)	Remove mode access for the passed in modes

Uses of Mode in org.goplanit.utils.network.layer.physical

Methods in org.goplanit.utils.network.layer.physical that return types with arguments of type Mode

Modifier and Type	Method	Description
Set<Mode>	LinkSegment.getAllowedModes()	Returns the modes that are allowed on the link segment (unmodifiable)
default Set<Mode>	LinkSegment.getAllowedModesFrom(Collection<Mode> modes)	collect the allowed modes from the passed in modes as newly created set

Methods in org.goplanit.utils.network.layer.physical with parameters of type Mode

Modifier and Type	Method	Description
boolean	LinkSegment.isModeAllowed(Mode mode)	Returns whether vehicles of a specified mode are allowed through this link

Method parameters in org.goplanit.utils.network.layer.physical with type arguments of type Mode

Modifier and Type	Method	Description
default Set<Mode>	LinkSegment.getAllowedModesFrom(Collection<Mode> modes)	collect the allowed modes from the passed in modes as newly created set

Uses of Mode in org.goplanit.utils.network.layers

Methods in org.goplanit.utils.network.layers that return types with arguments of type Mode

Modifier and Type	Method	Description
default Collection<Mode>	NetworkLayers.getSupportedModes()	Collect all distinct supported modes across all network layers in newly created collection

Methods in org.goplanit.utils.network.layers with parameters of type Mode

Modifier and Type	Method	Description
T	NetworkLayers.get(Mode mode)	Find the layer that supports the passed in mode.
MacroscopicNetworkLayer	MacroscopicNetworkLayerFactory.registerNew(Mode... supportedModes)	Create a new macroscopic network layer instance

Uses of Mode in org.goplanit.utils.service.routed

Methods in org.goplanit.utils.service.routed that return Mode

Modifier and Type	Method	Description
Mode	RoutedModeServices.getMode()	The supported mode for the routed services registered
Mode	RoutedService.getMode()	Access to the mode this routed service utilises

Methods in org.goplanit.utils.service.routed that return types with arguments of type Mode

Modifier and Type	Method	Description
default Collection<Mode>	RoutedServicesLayer.getSupportedModes()	Collect the supported modes that potentially have services registered based on the parent layer
default Collection<Mode>	RoutedServicesLayer.getSupportedModesWithServices()	Collect the modes for which a RoutedModeService entry is available, i.e., for which we expect services to exist rather than potentially support.
default Map<Mode,RoutedServicesLayer>	RoutedServicesLayers.indexLayersByMode()

Methods in org.goplanit.utils.service.routed with parameters of type Mode

Modifier and Type	Method	Description
RoutedModeServices	RoutedServicesLayer.getServicesByMode(Mode mode)	The services for a given mode available on this layer.
boolean	RoutedServicesLayer.isServicesByModeEmpty(Mode mode)	Verify if there exist no registered services for a given mode at all at present

Uses of Mode in org.goplanit.utils.service.routed.modifier

Methods in org.goplanit.utils.service.routed.modifier with parameters of type Mode

Modifier and Type	Method	Description
void	RoutedServicesLayerModifier.consolidateIdenticallyScheduledTrips(Mode mode)	Consolidate all PLANit RoutedTrips with identical relative timing schedules (but different departure times) into a single PLANit Routed trip.
void	RoutedServicesLayerModifier.removeRoutedServicesWithoutTrips(boolean recreateManagedEntitiesIds, Mode... modes)	Remove all routed services from the layer in case they no longer have any trips associated with them for the given modes
void	RoutedServicesLayerModifier.removeScheduledTripsWithoutLegs(boolean recreateManagedEntitiesIds, Mode... modes)	Remove all scheduled trips from the layer (for the given modes) in case they have no relative leg timings.

Uses of Mode in org.goplanit.utils.zoning

Methods in org.goplanit.utils.zoning that return types with arguments of type Mode

Modifier and Type	Method	Description
Collection<Mode>	Connectoid.getExplicitlyAllowedModes(Zone accessZone)	collect modes that are explicitly allowed for this zone (unmodifiable).

Methods in org.goplanit.utils.zoning with parameters of type Mode

Modifier and Type	Method	Description
void	Connectoid.addAllowedMode(Zone zone, Mode allowedMode)	Add an allowed mode.
default void	Connectoid.addAllowedModes(Zone zone, Mode... allowedModes)	Add allowed modes.
boolean	Connectoid.isModeAllowed(Zone accessZone, Mode mode)	Verify if a mode is allowed access to the zone via this connectoid

Method parameters in org.goplanit.utils.zoning with type arguments of type Mode

Modifier and Type	Method	Description
default void	Connectoid.addAllowedModes(Zone transferZone, Collection<Mode> allowedModes)	Add allowed modes.
default DirectedConnectoid	DirectedConnectoidFactory.registerNew(boolean downstreamAccessNode, LinkSegment accessLinkSegment, Zone parentZone, boolean syncXmlIdToId, Collection<Mode> allowedModes)	Create a new directed connectoid, with default length 0
default DirectedConnectoid	DirectedConnectoidFactory.registerNew(LinkSegment accessLinkSegment, Zone parentZone, boolean syncXmlIdToId, Collection<Mode> allowedModes)	Create a new directed connectoid, with default length 0, and choose downstream access node based on the link segment provided

Uses of Mode in org.goplanit.zoning

Fields in org.goplanit.zoning with type parameters of type Mode

Modifier and Type	Field	Description
TreeMap<Long,Mode>	ConnectoidImpl.AccessZoneProperties.allowedModes	the explicitly allowed modes, when null all modes allowed

Methods in org.goplanit.zoning that return types with arguments of type Mode

Modifier and Type	Method	Description
Collection<Mode>	ConnectoidImpl.getExplicitlyAllowedModes(Zone accessZone)	collect modes that are explicitly allowed for this zone (unmodifiable).

Methods in org.goplanit.zoning with parameters of type Mode

Modifier and Type	Method	Description
void	ConnectoidImpl.addAllowedMode(Zone accessZone, Mode allowedMode)	Add an allowed mode.
boolean	ConnectoidImpl.isModeAllowed(Zone accessZone, Mode mode)	Verify if a mode is allowed access to the zone via this connectoid