Uses of Class org.goplanit.utils.exceptions.PlanItException (planit-all 0.3.0 API)

Packages that use PlanItException
Package	Description
org.goplanit.algorithms.nodemodel	Node model algorithms for PlanIt
org.goplanit.algorithms.shortestpath	Shortest Path algorithms for PlanIt
org.goplanit.assignment	Traffic assignment classes
org.goplanit.assignment.algorithmb
org.goplanit.assignment.ltm
org.goplanit.assignment.ltm.eltm
org.goplanit.assignment.ltm.sltm
org.goplanit.assignment.traditionalstatic
org.goplanit.component
org.goplanit.component.event
org.goplanit.converter
org.goplanit.cost.physical	Contains the definition of physical cost classes
org.goplanit.cost.virtual	Contains the definitions of virtual cost classes
org.goplanit.data	Data used for calculation during iterations of the traffic assignment
org.goplanit.demands	Classes which manage traveler demands
org.goplanit.gap	Gap functions and criteria used to test for convergence of the assignment algorithms
org.goplanit.graph	Network component object classes
org.goplanit.graph.directed
org.goplanit.graph.modifier
org.goplanit.io.converter
org.goplanit.io.converter.demands	Classes used to process the Java classes generated from XSD files
org.goplanit.io.converter.intermodal
org.goplanit.io.converter.network
org.goplanit.io.converter.service
org.goplanit.io.converter.zoning
org.goplanit.io.geo
org.goplanit.io.input	Classes to read files in PlanIt's XML format
org.goplanit.io.output.formatter	PLANit IO output formatter package
org.goplanit.io.project	Simple implementations of CustomPlanItProject
org.goplanit.io.xml.converter	PLANit IO XML conversion helper classes
org.goplanit.io.xml.network.physical.macroscopic	PLANit IO XML parsing for macroscopic network
org.goplanit.io.xml.util	Utility methods to help process XML data
org.goplanit.matsim.converter
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.modifier
org.goplanit.network.layer.physical	Physical network component object classes
org.goplanit.network.transport	Integrated network component object classes
org.goplanit.network.virtual	Virtual network component object classes
org.goplanit.osm.converter
org.goplanit.osm.converter.intermodal
org.goplanit.osm.converter.network
org.goplanit.osm.converter.zoning
org.goplanit.osm.converter.zoning.handler
org.goplanit.osm.converter.zoning.handler.helper
org.goplanit.osm.defaults
org.goplanit.osm.physical.network.macroscopic
org.goplanit.osm.util
org.goplanit.output	output writer related classes
org.goplanit.output.adapter	Output Adapter and Output Type Adapter classes and interfaces
org.goplanit.output.configuration	output configuration related classes
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.path.choice	PLANit path choice classes
org.goplanit.path.choice.logit	PLANit logit based path choice classes
org.goplanit.project	PLANit project classes
org.goplanit.sdinteraction.smoothing	Classes which perform the smoothing used in the algorithm convergence
org.goplanit.supply.fundamentaldiagram	Fundamental diagram classes
org.goplanit.supply.network.nodemodel	Node model classes
org.goplanit.time	Contains the definition of the TimePeriod object
org.goplanit.tntp	Top level package for reading input files which are in the TNTP Format
org.goplanit.tntp.converter.demands
org.goplanit.tntp.converter.network
org.goplanit.tntp.converter.zoning
org.goplanit.tntp.input	Scanner reader for reading input files which are in the TNTP Format
org.goplanit.tntp.output.formatter	CSV output formatter used for TNTP results output
org.goplanit.tntp.project	TNTP implementation of CustomPlanItProject
org.goplanit.utils.args	Utils classes for parsing application arguments
org.goplanit.utils.builder	Contains the definitions of the configurator classes
org.goplanit.utils.cumulatives	Classes for cumulatives (in a traffic context)
org.goplanit.utils.exceptions	General wrappers for exceptions thrown during program execution
org.goplanit.utils.function	Function utility classes
org.goplanit.utils.functionalinterface	Utilities for functional interfaces
org.goplanit.utils.geo
org.goplanit.utils.graph	Utilities for setting up graphs
org.goplanit.utils.graph.directed
org.goplanit.utils.graph.modifier
org.goplanit.utils.misc	Miscellaneous utility classes
org.goplanit.utils.mode
org.goplanit.utils.network.layer
org.goplanit.utils.network.layer.macroscopic
org.goplanit.utils.network.layer.modifier
org.goplanit.utils.network.layer.physical
org.goplanit.utils.network.virtual	Virtual physical network oriented utility classes
org.goplanit.utils.reflection	Reflection oriented utility classes
org.goplanit.utils.time
org.goplanit.utils.unit
org.goplanit.utils.xml
org.goplanit.utils.zoning	zoning oriented utility classes
org.goplanit.zoning

Uses of PlanItException in org.goplanit.algorithms.nodemodel

Methods in org.goplanit.algorithms.nodemodel that throw PlanItException
Modifier and Type	Method	Description
`protected void`	TampereNodeModel.`initialiseRun()`	Initialise the run conforming to Step 1 in Appendix A of Bliemer et al.
`org.ojalgo.array.Array1D<Double>`	TampereNodeModel.`run()`	Run the Tampere node model

Constructors in org.goplanit.algorithms.nodemodel that throw PlanItException
Constructor	Description
`TampereNodeModel(TampereNodeModelInput tampereNodeModelInput)`	Constructor
`TampereNodeModelFixedInput(Node node, boolean initialiseReceivingFlowsAtCapacity)`	Constructor.
`TampereNodeModelInput(TampereNodeModelFixedInput fixedInput, org.ojalgo.array.Array2D<Double> turnSendingFlows)`	Constructor for a particular node model run
`TampereNodeModelInput(TampereNodeModelFixedInput fixedInput, org.ojalgo.array.Array2D<Double> turnSendingFlows, org.ojalgo.array.Array1D<Double> outgoingLinkSegmentReceivingFlows)`	Constructor for a particular node model run.

Uses of PlanItException in org.goplanit.algorithms.shortestpath

Methods in org.goplanit.algorithms.shortestpath that throw PlanItException
Modifier and Type	Method	Description
`MinMaxPathResult`	AcyclicMinMaxShortestPathAlgorithm.`executeOneToAll(DirectedVertex currentOrigin)`	Perform a one-to-all min-max path search where we construct both the least and most costliest path from the origin vertex provided to all other vertices in the (sub)graph.
`ShortestPathResult`	DijkstraShortestPathAlgorithm.`executeOneToAll(DirectedVertex currentOrigin)`	Construct shortest paths from source node to all other nodes in the network based on directed LinkSegment edges
`ShortestPathResult`	OneToAllShortestPathAlgorithm.`executeOneToAll(DirectedVertex currentOrigin)`	Construct shortest paths from source node to all other nodes in the network based on directed LinkSegment edges
`ShortestPathResult`	AStarShortestPathAlgorithm.`executeOneToOne(DirectedVertex origin, DirectedVertex destination)`	Construct shortest paths from source node to all other nodes in the network based on directed LinkSegment edges
`ShortestPathResult`	OneToOneShortestPathAlgorithm.`executeOneToOne(DirectedVertex origin, DirectedVertex destination)`	Construct shortest paths from source node to all other nodes in the network based on directed LinkSegment edges

Uses of PlanItException in org.goplanit.assignment

Methods in org.goplanit.assignment that throw PlanItException
Modifier and Type	Method	Description
`OutputTypeConfiguration`	TrafficAssignmentConfigurator.`activateOutput(OutputType outputType)`	Method that allows one to activate specific output types for persistence on the traffic assignment instance
`T`	TrafficAssignmentBuilder.`build()`	Build the traffic assignment
`protected void`	TrafficAssignmentBuilder.`buildSubComponents(T trafficAssignmentInstance)`	call to build and configure all sub components of this builder
`protected void`	TrafficAssignment.`checkForEmptyComponents()`	Check if any components are undefined, if so throw exception
`GapFunctionConfigurator<? extends GapFunction>`	TrafficAssignmentConfigurator.`createAndRegisterGapFunction(String gapFunctionType)`	Create and Register gapFunction component
`PhysicalCostConfigurator<? extends AbstractPhysicalCost>`	TrafficAssignmentConfigurator.`createAndRegisterPhysicalCost(String physicalTraveltimeCostFunctionType)`	Create and register physical link cost function to determine travel time
`SmoothingConfigurator<? extends Smoothing>`	TrafficAssignmentConfigurator.`createAndRegisterSmoothing(String smoothingType)`	Create and Register smoothing component
`VirtualCostConfigurator<? extends AbstractVirtualCost>`	TrafficAssignmentConfigurator.`createAndRegisterVirtualCost(String virtualTraveltimeCostFunctionType)`	Create and Register virtual link cost function to determine travel time
`static TrafficAssignmentBuilder<?>`	TrafficAssignmentBuilderFactory.`createBuilder(String trafficAssignmentType, IdGroupingToken projectToken, InputBuilderListener inputBuilder, Demands theDemands, Zoning theZoning, TransportLayerNetwork<?,?> theNetwork)`	Create a builder for given assignment type
`protected abstract TrafficAssignmentConfigurator<T>`	TrafficAssignmentBuilder.`createConfigurator()`	Allow derived classes to provide their own configurator for this builder, by default we create a base class configurator
`protected GapFunction`	TrafficAssignmentBuilder.`createGapFunctionInstance(StopCriterion stopCriterion)`	create a gap function instance based on configuration
`protected AbstractPhysicalCost`	TrafficAssignmentBuilder.`createPhysicalCostInstance()`	create a physical cost instance based on configuration
`protected Smoothing`	TrafficAssignmentBuilder.`createSmoothingInstance()`	create a smoothing instance based on configuration
`protected T`	TrafficAssignmentBuilder.`createTrafficAssignmentInstance()`	Factory method to create the instance of the desired type
`protected void`	TrafficAssignment.`createTransportNetwork()`	Initialize the transport network by combining the physical and virtual components
`protected AbstractVirtualCost`	TrafficAssignmentBuilder.`createVirtualCostInstance()`	create a virtual cost instance based on configuration
`protected void`	TrafficAssignment.`disbandTransportNetwork()`	detach the virtual and physical transport network again
`void`	TrafficAssignment.`execute()`	Execute assignment, including initializing resources, running equilibration and then closing resources
`void`	StaticTrafficAssignment.`executeEquilibration()`	Execute equilibration over all time periods and modes
`protected abstract void`	TrafficAssignment.`executeEquilibration()`	Run equilibration after resources initialized, including saving results
`protected void`	StaticTrafficAssignment.`executeTimePeriod(TimePeriod timePeriod)`	Perform assignment for a given time period
`protected abstract void`	StaticTrafficAssignment.`executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)`	Execute the time period for the registered modes
`protected void`	TrafficAssignment.`finalizeAfterExecution()`	Finalize all relevant traffic assignment components after execution of the assignment has ended
`protected void`	TrafficAssignment.`initialiseBeforeExecution()`	Initialize all relevant traffic assignment components before execution of the assignment commences
`void`	TrafficAssignmentConfigurator.`registerInitialLinkSegmentCost(TimePeriod timePeriod, InitialModesLinkSegmentCost initialLinkSegmentCost)`	Register the initial link segment cost for a specified time period
`void`	TrafficAssignmentConfigurator.`registerOutputFormatter(OutputFormatter outputFormatter)`	Register an output formatter
`void`	TrafficAssignment.`setPhysicalCost(AbstractPhysicalCost physicalCost)`	Set the physical cost where in case the cost is an InteractorAccessor will trigger an event to get access to the required data via requesting an InteractorAccessee
`void`	TrafficAssignment.`setVirtualCost(AbstractVirtualCost virtualCost)`	Set the virtual cost where in case the cost is an InteractorAccessor will trigger an event to get access to the required data via requesting an InteractorAccessee
`void`	TrafficAssignmentConfigurator.`unregisterOutputFormatter(OutputFormatter outputFormatter)`	Remove an output formatter which has already been registered This is used by the Python interface, which registers the PlanItIO formatter by default
`protected abstract void`	TrafficAssignment.`verifyComponentCompatibility()`	Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network.
`protected abstract void`	TrafficAssignment.`verifyNetworkDemandZoningCompatibility()`	Verify if the traffic assignment inputs (components which are provided upon creation and not subcomponents that are created as part of the build process of the assignment are compatible).

Constructors in org.goplanit.assignment that throw PlanItException
Constructor	Description
`TrafficAssignmentBuilder(Class<T> trafficAssignmentClass, IdGroupingToken projectToken, InputBuilderListener inputBuilderListener, Demands demands, Zoning zoning, TransportLayerNetwork<?,?> network)`	Constructor

Uses of PlanItException in org.goplanit.assignment.algorithmb

Methods in org.goplanit.assignment.algorithmb that throw PlanItException
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
`protected void`	AlgorithmB.`verifyComponentCompatibility()`	Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network.

Uses of PlanItException in org.goplanit.assignment.ltm

Methods in org.goplanit.assignment.ltm that throw PlanItException
Modifier and Type	Method	Description
`protected void`	LtmTrafficAssignmentBuilder.`buildSubComponents(T ltmAssignmentInstance)`	In addition to the super class sub components, we also construct the subcomponents specific to dynamic traffic assignment
`FundamentalDiagramConfigurator<? extends FundamentalDiagramComponent>`	LtmConfigurator.`createAndRegisterFundamentalDiagram(String fundamentalDiagramType)`	choose a particular fundamental diagram implementation
`NodeModelConfigurator<? extends NodeModelComponent>`	LtmConfigurator.`createAndRegisterNodeModel(String nodeModelType)`	choose a particular node model implementation
`PathChoiceConfigurator<? extends PathChoice>`	LtmConfigurator.`createAndRegisterPathChoice(String pathChoiceType)`	choose a particular path choice implementation
`protected FundamentalDiagramComponent`	LtmTrafficAssignmentBuilder.`createFundamentalDiagramComponentInstance(MacroscopicNetworkLayer macroscopicNetworkLayer)`	create a fundamental diagram component instance based on configuration
`protected PathChoice`	LtmTrafficAssignmentBuilder.`createPathChoiceInstance(LtmConfigurator<? extends LtmAssignment> configurator)`	create a path choice instance based on configuration
`protected void`	LtmAssignment.`verifyComponentCompatibility()`	Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network.
`protected void`	LtmAssignment.`verifyNetworkDemandZoningCompatibility()`	Verify if the network contains a single compatible infrastructure layer because sLTM does not (yet) support multiple (or intermodal) network layers

Constructors in org.goplanit.assignment.ltm that throw PlanItException
Constructor	Description
`LtmConfigurator(Class<T> ltmClass)`	Constructor
`LtmTrafficAssignmentBuilder(Class<T> trafficAssignmentClass, IdGroupingToken groupId, InputBuilderListener inputBuilderListener, Demands demands, Zoning zoning, TransportLayerNetwork<?,?> network)`	Constructor

Uses of PlanItException in org.goplanit.assignment.ltm.eltm

Methods in org.goplanit.assignment.ltm.eltm that throw PlanItException
Modifier and Type	Method	Description
`protected EventBasedLtmConfigurator`	EventBasedLtmTrafficAssignmentBuilder.`createConfigurator()`	create the configurator for ELTM
`void`	EventBasedLtm.`executeEquilibration()`

Constructors in org.goplanit.assignment.ltm.eltm that throw PlanItException
Constructor	Description
`EventBasedLtmConfigurator()`	Constructor
`EventBasedLtmTrafficAssignmentBuilder(IdGroupingToken groupId, InputBuilderListener inputBuilderListener, Demands demands, Zoning zoning, TransportLayerNetwork<?,?> network)`	Constructor

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

Methods in org.goplanit.assignment.ltm.sltm that throw PlanItException
Modifier and Type	Method	Description
`protected StaticLtmConfigurator`	StaticLtmTrafficAssignmentBuilder.`createConfigurator()`	create the configurator for sLTM
`protected void`	StaticLtm.`executeEquilibration()`	Run equilibration after resources initialized, including saving results
`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
`protected void`	StaticLtm.`initialiseBeforeExecution()`	Initialise the components before we start any assignment + create the assignment strategy (bush or path based)
`protected void`	StaticLtm.`verifyComponentCompatibility()`	Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network.

Constructors in org.goplanit.assignment.ltm.sltm that throw PlanItException
Constructor	Description
`StaticLtmConfigurator()`	Constructor
`StaticLtmTrafficAssignmentBuilder(IdGroupingToken groupId, InputBuilderListener inputBuilderListener, Demands demands, Zoning zoning, TransportLayerNetwork<?,?> network)`	Constructor

Uses of PlanItException in org.goplanit.assignment.traditionalstatic

Methods in org.goplanit.assignment.traditionalstatic that throw PlanItException
Modifier and Type	Method	Description
`protected TrafficAssignmentConfigurator<TraditionalStaticAssignment>`	TraditionalStaticAssignmentBuilder.`createConfigurator()`	the user will configure this builder via this configurator
`protected void`	TraditionalStaticAssignment.`executeTimePeriod(TimePeriod timePeriod, Set<Mode> modes)`	Perform assignment for a given time period using Dijkstra's algorithm
`protected void`	TraditionalStaticAssignment.`verifyComponentCompatibility()`	Verify if a supported gap function is used
`protected void`	TraditionalStaticAssignment.`verifyNetworkDemandZoningCompatibility()`	Verify if the network contains a single compatible infrastructure layer as traditional static assignment does not support intermodal network layers

Constructors in org.goplanit.assignment.traditionalstatic that throw PlanItException
Constructor	Description
`TraditionalStaticAssignmentBuilder(IdGroupingToken projectToken, InputBuilderListener inputBuilder, Demands demands, Zoning zoning, TransportLayerNetwork<?,?> network)`	Constructor
`TraditionalStaticAssignmentConfigurator(Class<TraditionalStaticAssignment> instanceType)`	Constructor
`TraditionalStaticAssignmentSimulationData(IdGroupingToken groupId)`	Constructor

Uses of PlanItException in org.goplanit.component

Methods in org.goplanit.component that throw PlanItException
Modifier and Type	Method	Description
`T`	PlanitComponentFactory.`create(String planitComponentClassName, Object[] constructorParameters)`	Create PLANit component
`T`	PlanitComponentFactory.`create(String planitComponentClassName, Object[] constructorParameters, Object... eventParameters)`	Create PLANit component
`void`	PlanitComponent.`onPlanitComponentEvent(PlanitComponentEvent event)`	Act upon the provided event.

Uses of PlanItException in org.goplanit.component.event

Methods in org.goplanit.component.event that throw PlanItException
Modifier and Type	Method	Description
`void`	PlanitComponentListener.`onPlanitComponentEvent(PlanitComponentEvent event)`	Notify method for PLANit component events.

Uses of PlanItException in org.goplanit.converter

Methods in org.goplanit.converter that throw PlanItException
Modifier and Type	Method	Description
`void`	Converter.`convert()`	Convert the reader's parsed content by passing it on to the writer.
`abstract void`	ConverterBase.`convert()`	Convert the reader's content and pass it on to the writer to convert it.
`void`	MultiConverter.`convert()`	Convert the reader's parsed content by passing it on to the writer.
`static Function<Connectoid,String>`	IdMapperFunctionFactory.`createConnectoidIdMappingFunction(IdMapperType idMapper)`	create a function that takes a connectoid and generates the appropriate id based on the user configuration
`protected static <T extends ExternalIdAble> Function<T,String>`	IdMapperFunctionFactory.`createIdMappingFunction(Class<T> clazz, IdMapperType idMapper)`	create a function that takes a a class that extends `ExternalIdAble` and generate the appropriate id based on the user configuration
`static Function<Link,String>`	IdMapperFunctionFactory.`createLinkIdMappingFunction(IdMapperType idMapper)`	create a function that takes a link and generates the appropriate id based on the user configuration
`static Function<MacroscopicLinkSegment,String>`	IdMapperFunctionFactory.`createLinkSegmentIdMappingFunction(IdMapperType idMapper)`	create a function that takes a link segment and (optional) id mapper and generates the appropriate MATSIM link id based on the user configuration
`static Function<MacroscopicLinkSegmentType,String>`	IdMapperFunctionFactory.`createLinkSegmentTypeIdMappingFunction(IdMapperType idMapper)`	create a function that takes a link segment type and generates the appropriate id based on the user configuration
`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
`static Function<TransferZoneGroup,String>`	IdMapperFunctionFactory.`createTransferZoneGroupIdMappingFunction(IdMapperType idMapper)`	create a function that takes a transfer zone group and generates the appropriate id based on the user configuration
`static Function<Vertex,String>`	IdMapperFunctionFactory.`createVertexIdMappingFunction(IdMapperType idMapper)`	create a function that takes a node and generates the appropriate id based on the user configuration
`static Function<Zone,String>`	IdMapperFunctionFactory.`createZoneIdMappingFunction(IdMapperType idMapper)`	create a function that takes a zone and generates the appropriate id based on the user configuration
`protected org.opengis.referencing.crs.CoordinateReferenceSystem`	BaseWriterImpl.`identifyDestinationCoordinateReferenceSystem(org.opengis.referencing.crs.CoordinateReferenceSystem overwriteCrs, String countryName, org.opengis.referencing.crs.CoordinateReferenceSystem fallBackCrs)`	identify what the destination Crs is supposed to be.
`T`	ConverterReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network
`Pair<T,U>`	MultiConverterReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network
`protected <U,V> void`	BaseReaderImpl.`registerBySourceId(Class<U> theClazz, V obj)`	Stores an object by its source Id, after checking whether the external Id is a duplicate
`protected <V> void`	BaseReaderImpl.`registerBySourceId(V obj)`	Stores an object by its source Id, after checking whether the external Id is a duplicate
`void`	ConverterWriter.`write(T entity)`	write a network to the writer's output format.
`void`	MultiConverterWriter.`write(T entity1, U entity2)`	Write a network to the writer's output format.

Uses of PlanItException in org.goplanit.cost.physical

Methods in org.goplanit.cost.physical that throw PlanItException
Modifier and Type	Method	Description
`void`	PhysicalCostConfigurator.`configure(AbstractPhysicalCost physicalCost)`	Needed to avoid issues with generics, although it should be obvious that T extends PhysicalCost
`static PhysicalCostConfigurator<? extends AbstractPhysicalCost>`	PhysicalCostConfiguratorFactory.`createConfigurator(String physicalCostType)`	Create a configurator for given physical cost type
`abstract void`	AbstractPhysicalCost.`initialiseBeforeSimulation(TransportLayerNetwork<?,?> network)`	Initialize the cost parameter values in the network
`void`	BPRLinkTravelTimeCost.`initialiseBeforeSimulation(TransportLayerNetwork<?,?> network)`	Register the BPR cost parameter values on the PhysicalNetwork
`void`	FreeFlowLinkTravelTimeCost.`initialiseBeforeSimulation(TransportLayerNetwork<?,?> network)`	Initialize the cost parameter values in the network
`void`	SteadyStateTravelTimeCost.`initialiseBeforeSimulation(TransportLayerNetwork<?,?> network)`	Initialize the cost parameter values in the network
`void`	AbstractPhysicalCost.`populateWithCost(UntypedPhysicalLayer<?,?,?> 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<?,?,?> 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<?,?,?> physicalLayer, Mode mode, double[] costToFill)`	Populate the cost array with the free flow link travel times for all link segments for the specified mode

Uses of PlanItException in org.goplanit.cost.virtual

Methods in org.goplanit.cost.virtual that throw PlanItException
Modifier and Type	Method	Description
`void`	VirtualCostConfigurator.`configure(AbstractVirtualCost virtualCost)`	Needed to avoid issues with generics, although it should be obvious that T extends VirtualCost
`static VirtualCostConfigurator<? extends AbstractVirtualCost>`	VirtualCostConfiguratorFactory.`createConfigurator(String virtualCostType)`	Create a configurator for given virtual cost type
`abstract void`	AbstractVirtualCost.`initialiseBeforeSimulation(VirtualNetwork virtualNetwork)`	Initialize the virtual cost component
`void`	FixedConnectoidTravelTimeCost.`initialiseBeforeSimulation(VirtualNetwork virtualNetwork)`	Initialize the virtual cost component
`void`	SpeedConnectoidTravelTimeCost.`initialiseBeforeSimulation(VirtualNetwork virtualNetwork)`	Initialize the virtual cost component
`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 PlanItException in org.goplanit.data

Methods in org.goplanit.data that throw PlanItException
Modifier and Type	Method	Description
`int`	MultiKeyPlanItData.`getPositionOfOutputKeyProperty(OutputPropertyType outputKeyProperty)`	Get the position of a property type in the output keys property array
`int`	MultiKeyPlanItData.`getPositionOfOutputValueProperty(OutputPropertyType outputValueProperty)`	Get the position of a property type in the output values property array
`Object`	MultiKeyPlanItData.`getRowValue(OutputPropertyType outputProperty, Object... keyValues)`	Get data value for a specified row and column
`Object[]`	MultiKeyPlanItData.`getRowValues(Object... keyValues)`	Returns an array representing the row of data values defined by the specified array of key values
`void`	MultiKeyPlanItData.`putRow(Object[] outputValues, Object... keyValues)`	Puts the data values into a specified row
`void`	MultiKeyPlanItData.`putRowValue(OutputPropertyType outputProperty, Object value, Object... keyValues)`	Set the data value for an individual cell

Constructors in org.goplanit.data that throw PlanItException
Constructor	Description
`MultiKeyPlanItData(OutputProperty[] outputKeyProperties, OutputProperty... outputValueProperties)`	Constructor
`MultiKeyPlanItData(OutputProperty outputKeyProperty1, OutputProperty... outputValueProperties)`	Constructor
`MultiKeyPlanItData(OutputProperty outputKeyProperty1, OutputProperty outputKeyProperty2, OutputProperty... outputValueProperties)`	Constructor
`MultiKeyPlanItData(OutputProperty outputKeyProperty1, OutputProperty outputKeyProperty2, OutputProperty outputKeyProperty3, OutputProperty... outputValueProperties)`	Constructor

Uses of PlanItException in org.goplanit.demands

Methods in org.goplanit.demands that throw PlanItException
Modifier and Type	Method	Description
`TimePeriod`	Demands.TimePeriods.`createAndRegisterNewTimePeriod(String description, long startTimeSeconds, long durationSeconds)`	Factory method to create and register a new time period on the demands

Uses of PlanItException in org.goplanit.gap

Methods in org.goplanit.gap that throw PlanItException
Modifier and Type	Method	Description
`void`	GapFunctionConfigurator.`configure(GapFunction gapFunction)`	Needed to avoid issues with generics, although it should be obvious that T extends GapFunction
`void`	StopCriterionConfigurator.`configure(StopCriterion stopCriterion)`	Needed to avoid issues with generics, although it should be obvious that T extends GapFunction
`static GapFunctionConfigurator<? extends GapFunction>`	GapFunctionConfiguratorFactory.`createConfigurator(String gapFunctionType)`	Create a configurator for given gap function type

Uses of PlanItException in org.goplanit.graph

Methods in org.goplanit.graph that throw PlanItException
Modifier and Type	Method	Description
`Edge`	EdgeFactoryImpl.`registerNew(Vertex vertexA, Vertex vertexB, boolean registerOnVertices)`	Create new edge to network identified via its id, allow to be registered on vertices if indicated)
`boolean`	EdgeImpl.`replace(Vertex vertexToReplace, Vertex vertexToReplaceWith)`	Replace one of the vertices of the link

Uses of PlanItException in org.goplanit.graph.directed

Methods in org.goplanit.graph.directed that throw PlanItException
Modifier and Type	Method	Description
`void`	EdgeSegmentsImpl.`register(DirectedEdge parentEdge, EdgeSegment edgeSegment, boolean directionAB)`	Register a edge segment (not registered on nodes and edge)
`DirectedEdge`	DirectedEdgeFactoryImpl.`registerNew(DirectedVertex vertexA, DirectedVertex vertexB, boolean registerOnVertices)`	Create new edge to network identified via its id, allow to be registered on vertices if indicated)

Uses of PlanItException in org.goplanit.graph.modifier

Methods in org.goplanit.graph.modifier that throw PlanItException
Modifier and Type	Method	Description
`<Ex extends DirectedEdge> Ex`	DirectedGraphModifierImpl.`breakEdgeAt(DirectedVertex vertexToBreakAt, Ex edgeToBreak, PlanitJtsCrsUtils geoUtils)`	Identical to the `GraphImpl` implementation except that we now also account for the edge segments present on the edge.
`<Ex extends Edge> Ex`	GraphModifierImpl.`breakEdgeAt(Vertex vertexToBreakAt, Ex edgeToBreak, PlanitJtsCrsUtils geoUtils)`	Break the passed in edge by inserting the passed in vertex in between.
`<Ex extends DirectedEdge> Map<Long,Set<Ex>>`	DirectedGraphModifierImpl.`breakEdgesAt(List<Ex> edgesToBreak, DirectedVertex vertexToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in edges by inserting the passed in vertex in between.
`<Ex extends Edge> Map<Long,Set<Ex>>`	GraphModifierImpl.`breakEdgesAt(List<Ex> edgesToBreak, Vertex vertexToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in edges by inserting the passed in vertex in between.
`protected Set<Vertex>`	GraphModifierImpl.`processSubNetworkVertex(Vertex referenceVertex)`	helper function for subnetwork identification (deliberately NOT recursive to avoid stack overflow on large networks)
`void`	DirectedGraphModifierImpl.`removeDanglingSubGraphs(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subgraphs below a given size from the graph if they exist and subsequently reorder the internal ids if needed
`void`	GraphModifierImpl.`removeDanglingSubGraphs(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subgraphs below a given size from the graph if they exist and subsequently reorder the internal ids if needed
`void`	DirectedGraphModifierImpl.`removeSubGraphOf(DirectedVertex referenceVertex)`	remove the (sub)graph in which the passed in vertex resides.
`void`	GraphModifierImpl.`removeSubGraphOf(Vertex referenceVertex)`	remove the (sub)graph in which the passed in vertex resides.
`protected static void`	GraphModifierImpl.`updateBrokenEdgeGeometry(Edge brokenEdge, Vertex vertexBrokenAt)`	update the geometry of the broken edge, knowing at what vertex it was broken from a previously longer edge

Uses of PlanItException in org.goplanit.io.converter

Methods in org.goplanit.io.converter that throw PlanItException
Modifier and Type	Method	Description
`protected static String`	PlanitWriterImpl.`extractSrsName(PlanitXmlWriterSettings xmlSettings)`	Extract the src name to use based on the available crs information on network and settings
`protected void`	PlanitWriterImpl.`initialiseIdMappingFunctions()`	depending on the chosen id mapping, create the mapping functions for all id carrying entities that are persisted
`protected void`	PlanitWriterImpl.`persist(Object xmlRootElement, Class<?> rootElementClazz, String planitSchemaName)`	Persist the populated XML memory model to disk using JAXb
`protected void`	PlanitWriterImpl.`prepareCoordinateReferenceSystem(org.opengis.referencing.crs.CoordinateReferenceSystem sourceCrs)`	prepare the Crs transformer (if any) based on the user configuration settings

Uses of PlanItException in org.goplanit.io.converter.demands

Methods in org.goplanit.io.converter.demands that throw PlanItException
Modifier and Type	Method	Description
`protected void`	PlanitDemandsReader.`populateDemandConfiguration()`	Sets up all the configuration data from the XML demands file
`protected void`	PlanitDemandsReader.`populateDemandContents()`	Parses the demand contents of the XML
`Demands`	PlanitDemandsReader.`read()`	Parse the XMLand populate the demands memory model

Constructors in org.goplanit.io.converter.demands that throw PlanItException
Constructor	Description
`PlanitDemandsReader(String pathDirectory, String xmlFileExtension, Demands demands)`	Constructor
`PlanitDemandsReader(org.goplanit.xml.generated.XMLElementMacroscopicDemand xmlMacroscopicDemands, MacroscopicNetwork network, Zoning zoning, Demands demandsToPopulate)`	Constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model

Uses of PlanItException in org.goplanit.io.converter.intermodal

Methods in org.goplanit.io.converter.intermodal that throw PlanItException
Modifier and Type	Method	Description
`static PlanitIntermodalReader`	PlanitIntermodalReaderFactory.`create()`	Factory method based on all defaults.
`static PlanitIntermodalReader`	PlanitIntermodalReaderFactory.`create(String pathDirectory, String xmlFileExtension, MacroscopicNetwork network, Zoning zoning)`	Factory method
`static PlanitIntermodalReader`	PlanitIntermodalReaderFactory.`create(PlanitIntermodalReaderSettings intermodalSettings)`	Factory method absed on passed in network and zoning reader settings
`static PlanitIntermodalReader`	PlanitIntermodalReaderFactory.`create(org.goplanit.xml.generated.XMLElementMacroscopicNetwork xmlRawNetwork, org.goplanit.xml.generated.XMLElementMacroscopicZoning xmlRawZoning, MacroscopicNetwork network, Zoning zoning)`	constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model
`Pair<MacroscopicNetwork,Zoning>`	PlanitIntermodalReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network
`void`	PlanitIntermodalWriter.`write(MacroscopicNetwork macroscopicNetwork, Zoning zoning)`	Write a network to the writer's output format.

Constructors in org.goplanit.io.converter.intermodal that throw PlanItException
Constructor	Description
`PlanitIntermodalReader(String inputPathDirectory, String xmlFileExtension, MacroscopicNetwork network, Zoning zoning)`	constructor where xml content is still on disk and first needs to be parsed into memory before converted to planit memory model
`PlanitIntermodalReader(String inputPathDirectory, String xmlFileExtension, IdGroupingToken idToken)`	constructor where xml content is still on disk and first needs to be parsed into memory before converted to planit memory model.
`PlanitIntermodalReader(PlanitIntermodalReaderSettings settings, IdGroupingToken idToken)`	constructor where xml content is still on disk and first needs to be parsed into memory before converted to planit memory model.
`PlanitIntermodalReader(org.goplanit.xml.generated.XMLElementMacroscopicNetwork xmlRawNetwork, org.goplanit.xml.generated.XMLElementMacroscopicZoning xmlRawZoning, MacroscopicNetwork network, Zoning zoning)`	constructor where the xml content has already been parsed into a JAXB memory model which subsequently needs to be converted into the planit memory model

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

Methods in org.goplanit.io.converter.network that throw PlanItException
Modifier and Type	Method	Description
`void`	PlanitNetworkReader.`parseLinkAndLinkSegments(org.goplanit.xml.generated.XMLElementInfrastructureLayer xmlLayer, MacroscopicNetworkLayer networkLayer, PlanitJtsCrsUtils jtsUtils)`	parse link and link segments
`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
`void`	PlanitNetworkReader.`parseLinkSegmentTypes(org.goplanit.xml.generated.XMLElementLayerConfiguration xmlLayerconfiguration, MacroscopicNetworkLayer networkLayer)`	Parse the link segment types
`void`	PlanitNetworkReader.`parseNodes(org.goplanit.xml.generated.XMLElementInfrastructureLayer xmlLayer, MacroscopicNetworkLayer networkLayer)`	Create and register nodes on the network
`protected void`	PlanitNetworkWriter.`populateXmlNetworkLayer(org.goplanit.xml.generated.XMLElementInfrastructureLayers xmlInfrastructureLayers, MacroscopicNetworkLayerImpl physicalNetworkLayer)`	Populate the network layer
`protected void`	PlanitNetworkWriter.`populateXmlNetworkLayers(MacroscopicNetwork network)`	Populate the available network layers
`MacroscopicNetwork`	PlanitNetworkReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network
`protected void`	PlanitNetworkReader.`setNetwork(TransportLayerNetwork<?,?> network)`	Place network to populate
`void`	PlanitNetworkWriter.`write(TransportLayerNetwork<?,?> network)`	write a network to the writer's output format.

Constructors in org.goplanit.io.converter.network that throw PlanItException
Constructor	Description
`PlanitNetworkReader(String networkPathDirectory, String xmlFileExtension, TransportLayerNetwork<?,?> network)`	Constructor
`PlanitNetworkReader(PlanitNetworkReaderSettings settings, TransportLayerNetwork<?,?> network)`	Constructor where settings are directly provided such that input information can be exracted from it
`PlanitNetworkReader(PlanitNetworkReaderSettings settings, IdGroupingToken idToken)`	Constructor where settings are directly provided such that input information can be exracted from it
`PlanitNetworkReader(org.goplanit.xml.generated.XMLElementMacroscopicNetwork externalXmlRawNetwork, TransportLayerNetwork<?,?> network)`	Constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model

Uses of PlanItException in org.goplanit.io.converter.service

Methods in org.goplanit.io.converter.service that throw PlanItException
Modifier and Type	Method	Description
`RoutedServices`	PlanitRoutedServicesReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network
`ServiceNetwork`	PlanitServiceNetworkReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network

Constructors in org.goplanit.io.converter.service that throw PlanItException
Constructor	Description
`PlanitRoutedServicesReader(String inputPathDirectory, String xmlFileExtension, RoutedServices routedServices)`	Constructor
`PlanitRoutedServicesReader(PlanitRoutedServicesReaderSettings settings, RoutedServices routedServices)`	Constructor where settings and routed services to populate are directly provided
`PlanitRoutedServicesReader(IdGroupingToken idToken, PlanitRoutedServicesReaderSettings settings)`	Constructor where settings are directly provided such that input information can be extracted from it
`PlanitRoutedServicesReader(org.goplanit.xml.generated.XMLElementRoutedServices populatedXmlRawRoutedServices, RoutedServices routedServices)`	Constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model
`PlanitServiceNetworkReader(String networkPathDirectory, String xmlFileExtension, ServiceNetwork serviceNetwork)`	Constructor
`PlanitServiceNetworkReader(PlanitServiceNetworkReaderSettings settings, ServiceNetwork serviceNetwork)`	Constructor where settings and service network are directly provided
`PlanitServiceNetworkReader(IdGroupingToken idToken, PlanitServiceNetworkReaderSettings settings)`	Constructor where settings are directly provided such that input information can be extracted from it
`PlanitServiceNetworkReader(org.goplanit.xml.generated.XMLElementServiceNetwork populatedXmlRawServiceNetwork, ServiceNetwork serviceNetwork)`	Constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model

Uses of PlanItException in org.goplanit.io.converter.zoning

Methods in org.goplanit.io.converter.zoning that throw PlanItException
Modifier and Type	Method	Description
`static PlanitZoningReader`	PlanitZoningReaderFactory.`create()`	Factory method wit all default, expected that user configures the settings afterwards to reach minimum requirements for successful parsing (input dir especially)
`static PlanitZoningReader`	PlanitZoningReaderFactory.`create(String pathDirectory, String xmlFileExtension, TransportLayerNetwork<?,?> network, Zoning zoning)`	Factory method
`static PlanitZoningReader`	PlanitZoningReaderFactory.`create(org.goplanit.xml.generated.XMLElementMacroscopicZoning xmlRawZoning, TransportLayerNetwork<?,?> network, Zoning zoning)`	Factory method where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model
`protected void`	PlanitZoningReader.`populateIntermodal(Modes modes)`	Parse the intermodal zones, i.e., platforms, stops, stations, etc.
`protected void`	PlanitZoningReader.`populateODZones()`	Parse the OD zones from Xml element into Planit memory
`Zoning`	PlanitZoningReader.`read()`	Read the zoning from disk
`void`	PlanitZoningWriter.`write(Zoning zoning)`	write a network to the writer's output format.

Constructors in org.goplanit.io.converter.zoning that throw PlanItException
Constructor	Description
`PlanitZoningReader(String pathDirectory, String xmlFileExtension, TransportLayerNetwork<?,?> network, Zoning zoning)`	Constructor
`PlanitZoningReader(org.goplanit.xml.generated.XMLElementMacroscopicZoning xmlMacroscopicZoning, TransportLayerNetwork<?,?> network, Zoning zoning)`	Constructor where file has already been parsed and we only need to convert from raw XML objects to PLANit memory model

Uses of PlanItException in org.goplanit.io.geo

Methods in org.goplanit.io.geo that throw PlanItException
Modifier and Type	Method	Description
`List<org.opengis.geometry.DirectPosition>`	PlanitOpenGisUtils.`convertToDirectPositions(org.locationtech.jts.geom.Coordinate[] coordinates)`	Convert JTS coordinates to OpenGIS directPositions
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`convertToOpenGisLineString(org.locationtech.jts.geom.LineString jtsLineString)`	Convert a JTS line string object to an OpenGis LineString instance by transferring the internal coordinates
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`convertToOpenGisLineString(org.locationtech.jts.geom.MultiLineString jtsMultiLineString)`	Converts a JTS MultiLineString with a single entry into an OpenGIS LineString instance
`org.opengis.geometry.DirectPosition`	PlanitOpenGisUtils.`createDirectPosition(double xCoordinate, double yCoordinate)`	Create DirectPosition object from X- and Y-coordinates
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`createLineString(String value, char ts, char cs)`	Based on the CSV string construct a line string
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`createLineString(List<Double> coordinateList)`	Create a line string from the doubles passed in (list of doubles containing x1,y1,x2,y2,etc.
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`createLineStringFromCsvString(String value, String ts, String cs)`	Based on the CSV string construct a line string
`org.opengis.geometry.coordinate.LineString`	PlanitOpenGisUtils.`createLineStringFromPositions(List<org.opengis.geometry.coordinate.Position> positionList)`	Create a line string from the passed in positions
`org.opengis.geometry.coordinate.Position`	PlanitOpenGisUtils.`getClosestSamplePointOnLineString(org.opengis.geometry.coordinate.Position toMatch, org.opengis.geometry.coordinate.LineString lineString)`	Find the closest explicit sample point registered on the line string compared to the passed in position
`double`	PlanitOpenGisUtils.`getDistanceInKilometres(Vertex vertexA, Vertex vertexB)`	Compute the distance in kilometres between two vertices assuming the positions are set and based on the same crs as registered on this class instance
`double`	PlanitOpenGisUtils.`getDistanceInKilometres(org.opengis.geometry.coordinate.LineString geometry)`	Compute the length of the line string by traversing all nodes and computing the segment by segment distances TODO: find out if a faster way is possible
`double`	PlanitOpenGisUtils.`getDistanceInKilometres(org.opengis.geometry.coordinate.Position startPosition, org.opengis.geometry.coordinate.Position endPosition)`	Compute the distance in kilometres between two positions assuming the positions are provided in the same crs as registered on this class instance
`double`	PlanitOpenGisUtils.`getDistanceInMetres(org.opengis.geometry.coordinate.Position startPosition, org.opengis.geometry.coordinate.Position endPosition)`	Compute the distance in metres between two positions assuming the positions are provided in the same crs as registered on this class instance

Uses of PlanItException in org.goplanit.io.input

Methods in org.goplanit.io.input that throw PlanItException
Modifier and Type	Method	Description
`void`	PlanItInputBuilder.`onPlanitComponentEvent(PlanitComponentEvent event)`	Whenever a project component is created this method will be invoked
`protected void`	PlanItInputBuilder.`populateDemands(Demands demands, Zoning zoning, MacroscopicNetwork network)`	Populates the Demands object from the input file
`protected void`	PlanItInputBuilder.`populateInitialLinkSegmentCost(PopulateInitialLinkSegmentCostEvent initialCostEvent)`	Populate the initial link segment cost from a CSV file
`protected void`	PlanItInputBuilder.`populateMacroscopicNetwork(MacroscopicNetwork network)`	Creates the macroscopic network object from the data in the input file
`protected void`	PlanItInputBuilder.`populateRoutedServices(RoutedServices routedServicesToPopulate)`	Populate the routed services based on the local XML file if it can be found.
`protected void`	PlanItInputBuilder.`populateServiceNetwork(ServiceNetwork serviceNetworkToPopulate)`	Populate the service network based on the local XML file if it can be found.
`protected void`	PlanItInputBuilder.`populateZoning(Zoning zoning, MacroscopicNetwork network)`	Creates the Zoning object and connectoids from the data in the input file

Constructors in org.goplanit.io.input that throw PlanItException
Constructor	Description
`PlanItInputBuilder(String projectPath)`	Constructor which generates the input objects from files in a specified directory, using the default extension ".xml"
`PlanItInputBuilder(String projectPath, String xmlFileExtension)`	Constructor which generates the input objects from files in a specified directory

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

Methods in org.goplanit.io.output.formatter that throw PlanItException
Modifier and Type	Method	Description
`void`	PlanItOutputFormatter.`finaliseAfterSimulation(OutputConfiguration outputConfiguration, OutputAdapter outputAdapter)`	Finalize the persistence after the simulation.
`void`	PlanItOutputFormatter.`initialiseBeforeSimulation(OutputConfiguration outputConfiguration, long runId)`	Create the output directories and open the CSV writers
`void`	PlanItOutputFormatter.`resetCsvDirectory()`	Call this method to delete all existing files in the CSV output directory
`void`	PlanItOutputFormatter.`resetXmlDirectory()`	Call this method to delete all existing files in the XML output directory
`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

Constructors in org.goplanit.io.output.formatter that throw PlanItException
Constructor	Description
`PlanItOutputFormatter(IdGroupingToken groupId)`	Constructor, takes values for properties file name, description and version property

Uses of PlanItException in org.goplanit.io.project

Methods in org.goplanit.io.project that throw PlanItException
Modifier and Type	Method	Description
`TrafficAssignmentConfigurator<? extends TrafficAssignment>`	PlanItProject.`createAndRegisterTrafficAssignment(String trafficAssignmentType, Demands theDemands, Zoning theZoning, TransportLayerNetwork<?,?> theNetwork)`	Create and register a traffic assignment instance of a given type
`TrafficAssignmentConfigurator<? extends TrafficAssignment>`	PlanItSimpleProject.`createAndRegisterTrafficAssignment(String trafficAssignmentType)`	On a simple project we only allow a single assignment to be registered.
`TrafficAssignmentConfigurator<? extends TrafficAssignment>`	PlanItSimpleProject.`createAndRegisterTrafficAssignment(String trafficAssignmentType, Demands theDemands, Zoning theZoning, TransportLayerNetwork<?,?> theNetwork)`	Disallow the use of the generic create and register traffic assignment because a simple project automatically determines its demands, zoning, and network
`void`	PlanItSimpleProject.`executeAllTrafficAssignments()`	Execute all registered traffic assignments Top-level error recording is done in this class.

Constructors in org.goplanit.io.project that throw PlanItException
Constructor	Description
`PlanItProject(String projectPath)`	Constructor taking project path where to find all project input files
`PlanItSimpleProject()`	Base constructor for simple project which adopts the PlanItIO input/output format.
`PlanItSimpleProject(String projectPath)`	Base constructor for simple project which adopts the PlanItIO input/output format

Uses of PlanItException in org.goplanit.io.xml.converter

Methods in org.goplanit.io.xml.converter that throw PlanItException
Modifier and Type	Method	Description
`static org.goplanit.xml.generated.Typevalues`	EnumConverter.`convertFromPlanItToXmlGeneratedType(DataType type)`	Convert values from Type enumeration in PLANit project to generated Typevalues enumeration
`static org.goplanit.xml.generated.Unitsvalues`	EnumConverter.`convertFromPlanItToXmlGeneratedUnits(OutputProperty outputProperty)`	Convert values from Units enumeration in PLANit project to generated Unitsvalues enumeration

Uses of PlanItException in org.goplanit.io.xml.network.physical.macroscopic

Methods in org.goplanit.io.xml.network.physical.macroscopic that throw PlanItException
Modifier and Type	Method	Description
`static double`	XmlMacroscopicNetworkLayerHelper.`parseLength(org.goplanit.xml.generated.XMLElementLinks.Link xmlLink, org.locationtech.jts.geom.LineString theLineString, PlanitJtsCrsUtils jtsUtils)`	parse the length of an XML Link based on geometry or length attribute
`static Double`	XmlMacroscopicNetworkLayerHelper.`parseLengthFromLineString(org.goplanit.xml.generated.XMLElementLinks.Link generatedLink, PlanitJtsCrsUtils jtsUtils)`	Get the link length from the gml:LineString element in the XML file, if this has been set
`static org.locationtech.jts.geom.LineString`	XmlMacroscopicNetworkLayerHelper.`parseLinkGeometry(org.goplanit.xml.generated.XMLElementLinks.Link generatedLink)`	parse the geometry from the xml link

Uses of PlanItException in org.goplanit.io.xml.util

Methods in org.goplanit.io.xml.util that throw PlanItException
Modifier and Type	Method	Description
`static org.opengis.referencing.crs.CoordinateReferenceSystem`	PlanitXmlJaxbParser.`createPlanitCrs(String srsName)`	Create a crs based on passed in srs name.
`boolean`	PlanitXmlJaxbParser.`initialiseAndParseXmlRootElement(String inputPathDirectory, String xmlFileExtension)`	Parse the raw XML root (and rest) from file if not already set via constructor
`static org.goplanit.xml.generated.MotorisationType`	EnumConversionUtil.`planitToXml(MotorisationModeType planitMotorisationType)`	convert motorisation type from PLANit to XML
`static org.goplanit.xml.generated.TrackType`	EnumConversionUtil.`planitToXml(TrackModeType xmlTrackType)`	convert track type from PLANit to XML
`static org.goplanit.xml.generated.UsedToType`	EnumConversionUtil.`planitToXml(UseOfModeType useOfType)`	convert used-to type from PLANit to XML
`static org.goplanit.xml.generated.VehicularType`	EnumConversionUtil.`planitToXml(VehicularModeType planitVehicularType)`	convert motorisation type from PLANit to XML
`static org.goplanit.xml.generated.TimeUnit`	EnumConversionUtil.`planitToXml(Unit planitTimeUnit)`	Convert time unit from PLANit to XML TimeUnit
`static MotorisationModeType`	EnumConversionUtil.`xmlToPlanit(org.goplanit.xml.generated.MotorisationType xmlMotorisationType)`	convert motorisation type from xml to PLANit
`static TimeUnit`	EnumConversionUtil.`xmlToPlanit(org.goplanit.xml.generated.TimeUnit xmlTimeUnitType)`	Convert TimeUnit type from XML to PLANit Unit
`static TrackModeType`	EnumConversionUtil.`xmlToPlanit(org.goplanit.xml.generated.TrackType xmlTrackType)`	convert track type from xml to PLANit
`static UseOfModeType`	EnumConversionUtil.`xmlToPlanit(org.goplanit.xml.generated.UsedToType xmlUseOfType)`	convert used-to type from xml to PLANit
`static VehicularModeType`	EnumConversionUtil.`xmlToPlanit(org.goplanit.xml.generated.VehicularType xmlVehicularType)`	convert vehicle type from xml to PLANit

Uses of PlanItException in org.goplanit.matsim.converter

Methods in org.goplanit.matsim.converter that throw PlanItException
Modifier and Type	Method	Description
`protected org.opengis.referencing.crs.CoordinateReferenceSystem`	MatsimWriter.`prepareCoordinateReferenceSystem(MacroscopicNetwork network, String destinationCountry, org.opengis.referencing.crs.CoordinateReferenceSystem destinationCrs)`	Prepare the Crs transformer (if any) based on the user configuration settings.
`protected boolean`	MatsimWriter.`validateNetwork(TransportLayerNetwork<?,?> referenceNetwork)`	Validate the network instance available, throw or log when issues are found
`void`	MatsimIntermodalWriter.`write(MacroscopicNetwork infrastructureNetwork, Zoning zoning)`	Persist the PLANit network and zoning and a MATSIM compatible network to disk
`void`	MatsimNetworkWriter.`write(TransportLayerNetwork<?,?> network)`	write a network to the writer's output format.
`void`	MatsimZoningWriter.`write(Zoning zoning)`	extract public transport information from planit zoning and use it to persist as much of the matsim public transport xml's as possible
`protected void`	MatsimNetworkWriter.`writeDetailedGeometryFile(MacroscopicNetworkLayerImpl networkLayer)`	Create detailed geometry file compatible with VIA viewer
`protected void`	MatsimZoningWriter.`writeTransitScheduleXML(XMLStreamWriter xmlWriter, Zoning zoning, MacroscopicNetworkLayer networkLayer)`	convert the planit public transport infrastructure to matsim transit schedule xml
`protected void`	MatsimNetworkWriter.`writeXmlNetworkFile(MacroscopicNetworkLayerImpl networkLayer)`	write the xml MATSIM network
`protected void`	MatsimZoningWriter.`writeXmlTransitScheduleFile(Zoning zoning)`	Starting point for persisting the matsim transit schedule file

Uses of PlanItException in org.goplanit.mode

Methods in org.goplanit.mode that throw PlanItException
Modifier and Type	Method	Description
`PredefinedMode`	ModeFactoryImpl.`createPredefinedMode(IdGroupingToken groupId, PredefinedModeType modeType)`	create a predefined mode instance without registering it on the container.
`PredefinedMode`	ModeFactoryImpl.`registerNew(PredefinedModeType modeType)`	Create and register a new predefined mode.

Uses of PlanItException in org.goplanit.network

Methods in org.goplanit.network that throw PlanItException
Modifier and Type	Method	Description
`void`	UntypedPhysicalNetwork.`removeDanglingSubnetworks()`	remove any dangling subnetworks from the network's layers if they exist and subsequently reorder the internal ids if needed
`void`	UntypedPhysicalNetwork.`removeDanglingSubnetworks(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subnetworks below a given size from the network if they exist and subsequently reorder the internal ids if needed
`boolean`	MacroscopicNetworkLayerConfigurator.`removeLayer(String layerXmlId)`	remove a proposed layer, this means that all modes mapped to this layer are no longer mapped at all
`void`	TopologicalLayerNetwork.`transform(org.opengis.referencing.crs.CoordinateReferenceSystem newCoordinateReferenceSystem)`	change the coordinate system, which will result in an update of all geometries in the network layers from the original CRS to the new CRS.

Uses of PlanItException in org.goplanit.network.layer

Methods in org.goplanit.network.layer that throw PlanItException
Modifier and Type	Method	Description
`void`	UntypedNetworkLayerImpl.`transform(org.opengis.referencing.crs.CoordinateReferenceSystem fromCoordinateReferenceSystem, org.opengis.referencing.crs.CoordinateReferenceSystem toCoordinateReferenceSystem)`	transform all underlying geometries in the layer from the given crs to the new crs

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

Methods in org.goplanit.network.layer.macroscopic that throw PlanItException
Modifier and Type	Method	Description
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactoryImpl.`create(Link parentLink, boolean directionAB)`	Create macroscopic link segment, do not register nor register on nodes and link
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactoryImpl.`registerNew(Link parentLink, boolean directionAb, boolean registerOnNodeAndLink)`	Create a macroscopic link segment and register it
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactoryImpl.`registerNew(Link parentLink, MacroscopicLinkSegmentType type, boolean directionAb, boolean registerOnNodeAndLink)`	Create a macroscopic link segment and register it

Constructors in org.goplanit.network.layer.macroscopic that throw PlanItException
Constructor	Description
`MacroscopicLinkSegmentImpl(IdGroupingToken groupId, Link parentLink, boolean directionAB)`	Constructor

Uses of PlanItException in org.goplanit.network.layer.modifier

Methods in org.goplanit.network.layer.modifier that throw PlanItException
Modifier and Type	Method	Description
`Map<Long,Set<E>>`	UntypedNetworkLayerModifierImpl.`breakAt(List<E> linksToBreak, V nodeToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in links by inserting the passed in node in between.
`void`	UntypedNetworkLayerModifierImpl.`removeDanglingSubnetworks(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subnetworks below a given size from the network if they exist and subsequently reorder the internal ids if needed.

Uses of PlanItException in org.goplanit.network.layer.physical

Methods in org.goplanit.network.layer.physical that throw PlanItException
Modifier and Type	Method	Description
`LinkSegment`	LinkSegmentFactoryImpl.`create(Link parentLink, boolean directionAB)`	Create link segment
`LinkSegment`	LinkSegmentFactoryImpl.`registerNew(Link parentLink, boolean directionAb, boolean registerOnNodeAndLink)`	Create link segment and register it

Constructors in org.goplanit.network.layer.physical that throw PlanItException
Constructor	Description
`LinkSegmentImpl(IdGroupingToken groupId, boolean directionAB)`	Constructor
`LinkSegmentImpl(IdGroupingToken groupId, Link parentLink, boolean directionAB)`	Constructor

Uses of PlanItException in org.goplanit.network.transport

Methods in org.goplanit.network.transport that throw PlanItException
Modifier and Type	Method	Description
`protected void`	TransportModelNetwork.`connectVerticesToEdge(Edge edge)`	Add Edge to both vertices
`protected void`	TransportModelNetwork.`connectVerticesToEdgeSegment(EdgeSegment edgeSegment)`	Add edge segment to the incoming or outgoing set of edge segments for the related vertices
`protected void`	TransportModelNetwork.`createAndRegisterConectoidEdgeSegments(VirtualNetwork virtualNetwork, Collection<ConnectoidEdge> connectoidEdges)`	create and register the edge segments for the passed in connectoid edges
`protected void`	TransportModelNetwork.`disconnectVerticesFromEdge(Edge edge)`	Remove Edge from both vertices
`protected void`	TransportModelNetwork.`disconnectVerticesFromEdgeSegment(EdgeSegment edgeSegment)`	Remove edge segment from the incoming or outgoing set of edge segments for the related vertices
`void`	TransportModelNetwork.`integrateTransportNetworkViaConnectoids()`	Integrate physical and virtual links within od zones (undirected connectoid access node and centroid)
`void`	TransportModelNetwork.`removeVirtualNetworkFromPhysicalNetwork()`	Remove the edges and edge segments on the vertices of both virtual and physical networks

Uses of PlanItException in org.goplanit.network.virtual

Methods in org.goplanit.network.virtual that throw PlanItException
Modifier and Type	Method	Description
`ConnectoidSegment`	ConnectoidEdgeImpl.`registerConnectoidSegment(ConnectoidSegment connectoidSegment, boolean directionAB)`	Register connectoidSegment.
`Collection<ConnectoidEdge>`	ConnectoidEdgeFactoryImpl.`registerNew(Connectoid connectoid)`	Create new connectoid edges from a specified connectoid to all centroids of the zones this connectoid has registered as access zone.
`ConnectoidSegment`	ConnectoidSegmentFactoryImpl.`registerNew(ConnectoidEdge parent, boolean directionAB)`	Create and register connectoid segment in AB direction on container

Constructors in org.goplanit.network.virtual that throw PlanItException
Constructor	Description
`ConnectoidEdgeImpl(IdGroupingToken groupId, Centroid centroidA, DirectedVertex vertexB, double length)`	Constructor
`ConnectoidSegmentImpl(IdGroupingToken groupId, ConnectoidEdge parentEdge, boolean directionAb)`	Constructor

Uses of PlanItException in org.goplanit.osm.converter

Methods in org.goplanit.osm.converter that throw PlanItException
Modifier and Type	Method	Description
`void`	OsmReaderSettings.`setBoundingBox(Number x1, Number x2, Number y1, Number y2)`	Set an additional (more restricting) square bounding box based on provided envelope
`void`	OsmReaderSettings.`setInputFile(String inputFile)`	Set the input file to use, which is internally converted into a URL
`void`	OsmReaderSettings.`setInputSource(String inputSource)`	Set the input source to use, we attempt to extract a URL from the String directly here

Uses of PlanItException in org.goplanit.osm.converter.intermodal

Methods in org.goplanit.osm.converter.intermodal that throw PlanItException
Modifier and Type	Method	Description
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(String inputFile, String countryName)`	Create a PLANitOsmIntermodalReader which will create its own macroscopic network and zoning
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(String inputFile, String countryName, PlanitOsmNetwork osmNetworkToPopulate, Zoning zoningToPopulate)`	Create a PLANitOsmIntermodalReader while providing an OSM network, and zoning to populate
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(OsmNetworkReaderSettings networkSettings, OsmPublicTransportReaderSettings ptSettings)`	Create a PLANitOsmIntermodalReader which requires the user to set the remaining required settings on the provided settings instances
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(OsmNetworkReaderSettings networkSettings, OsmPublicTransportReaderSettings ptSettings, PlanitOsmNetwork osmNetworkToPopulate)`	Create a PLANitOsmIntermodalReader which will create its own macroscopic network and zoning
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(OsmNetworkReaderSettings networkSettings, OsmPublicTransportReaderSettings ptSettings, PlanitOsmNetwork osmNetworkToPopulate, Zoning zoningToPopulate)`	Create a PLANitOsmIntermodalReader while providing an OSM network, and zoning to populate
`static OsmIntermodalReader`	OsmIntermodalReaderFactory.`create(OsmNetworkReaderSettings networkSettings, PlanitOsmNetwork osmNetworkToPopulate)`	Create a PLANitOsmIntermodalReader which will create its own macroscopic network and zoning
`Pair<MacroscopicNetwork,Zoning>`	OsmIntermodalReader.`read()`	Parse a local .osm or .osm.pbf file and convert it into a Macroscopic network and zoning given the configuration options that have been set
`void`	OsmIntermodalReaderSettings.`setBoundingBox(Number x1, Number x2, Number y1, Number y2)`	Set a square bounding box based on provided envelope
`void`	OsmIntermodalReaderSettings.`setInputFile(String inputFile)`	Set the input file to use, which is internally converted into a URL

Constructors in org.goplanit.osm.converter.intermodal that throw PlanItException
Constructor	Description
`OsmIntermodalReader(OsmNetworkReaderSettings networkSettings, OsmPublicTransportReaderSettings ptSettings, PlanitOsmNetwork osmNetworkToPopulate, Zoning zoningToPopulate)`	Constructor

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

Methods in org.goplanit.osm.converter.network that throw PlanItException
Modifier and Type	Method	Description
`static Map<Long,Set<Link>>`	OsmNetworkHandlerHelper.`breakLinksWithInternalNode(Node theNode, List<Link> linksToBreak, MacroscopicNetworkLayer networkLayer, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Check if we should break any links for the passed in node and if so, do it
`protected boolean`	OsmNetworkLayerParser.`breakLinksWithInternalNode(Node thePlanitNode)`	whenever we find that internal nodes are used by more than one link OR a node is an extreme node on an existing link but also an internal link on another node, we break the links where this node is internal.
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create()`	Create a PLANitOSMReader which will create its own macroscopic network and non-locale specific defaults for any right hand driving country
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(String countryName)`	Create a PLANitOSMReader which will create its own macroscopic network and non-locale specific defaults for any right hand driving country
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(String inputFile, String countryName)`	Create a PLANitOSMReader which will create its own macroscopic network
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(String inputFile, String countryName, PlanitOsmNetwork osmNetworkToPopulate)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(URL inputQuery, String countryName)`	Create a PLANitOSMReader which will create its own macroscopic network by drawing from a cloud based map source
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(URL inputQuery, String countryName, PlanitOsmNetwork osmNetworkToPopulate)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmNetworkReader`	OsmNetworkReaderFactory.`create(OsmNetworkReaderSettings settings)`	Create a PLANitOSMReader while providing an OSM network to populate
`static Node`	OsmNetworkHandlerHelper.`createPopulateAndRegisterNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, MacroscopicNetworkLayer networkLayer, OsmNetworkReaderLayerData layerData)`	Extract a PLANit node from the osmNode information and register it on the provided layer
`static Node`	OsmNetworkHandlerHelper.`createPopulateAndRegisterNode(org.locationtech.jts.geom.Point osmNodeLocation, MacroscopicNetworkLayer networkLayer, OsmNetworkReaderLayerData layerData)`	Extract a PLANit node from the location information and register it on the provided layer
`protected Map<MacroscopicNetworkLayerImpl,Pair<MacroscopicLinkSegmentType,MacroscopicLinkSegmentType>>`	OsmNetworkHandler.`extractLinkSegmentTypes(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<String,String> tags)`	extract the correct link segment type based on the configuration of supported modes, the defaults for the given osm way and any modifications to the mode access based on the passed in tags of the OSM way
`protected void`	OsmNetworkHandler.`extractOsmWay(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<String,String> tags)`	extract OSM way's PLANit infrastructure for the entire way, i.e., link, nodes, and link segments where applicable.
`protected Map<TransportLayer,Link>`	OsmNetworkHandler.`extractPartialOsmWay(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<String,String> tags, int startNodeIndex, int endNodeIndex, boolean isPartOfCircularWay)`	Extract OSM way's PLANit infrastructure for the part of the way that is indicated.
`Link`	OsmNetworkLayerParser.`extractPartialOsmWay(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<String,String> tags, int startNodeIndex, int endNodeIndex, boolean isPartOfCircularWay, Pair<MacroscopicLinkSegmentType,MacroscopicLinkSegmentType> linkSegmentTypes)`	extract OSM way's PLANit infrastructure for the part of the way that is indicated.
`double`	OsmHighwaySettings.`getDefaultSpeedLimitByOsmHighwayType(String osmWayValue)`	Collect the speed limit for a given highway tag value, e.g.
`Double`	OsmHighwaySettings.`getDefaultSpeedLimitByOsmHighwayType(Map<String,String> tags)`	Collect the default speed limit for a given highway tag value, where we extract the key and value from the passed in tags, if available
`double`	OsmRailwaySettings.`getDefaultSpeedLimitByOsmRailwayType(String osmWayValue)`	Collect the speed limit for a given railway tag value, e.g.
`Double`	OsmRailwaySettings.`getDefaultSpeedLimitByOsmRailwayType(Map<String,String> tags)`	Collect the default speed limit for a given railway tag value, where we extract the key and value from the passed in tags, if available
`Double`	OsmNetworkReaderSettings.`getDefaultSpeedLimitByOsmWayType(Map<String,String> tags)`	Collect the default speed limit for a given highway or railway tag value, where we extract the key and value from the passed in tags, if available
`protected double`	OsmWaySettings.`getDefaultSpeedLimitByOsmWayType(String osmWayValue)`	Collect the speed limit for a given railway tag value, e.g.
`protected Double`	OsmWaySettings.`getDefaultSpeedLimitByOsmWayType(String osmWayKey, Map<String,String> tags)`	Collect the default speed limit for a given way tag value, where we extract the key and value from the passed in tags, if available
`Node`	OsmNetworkReaderLayerData.`getPlanitNodeByLocation(org.locationtech.jts.geom.Point location)`	Collect the PLANit node available for the given location
`Node`	OsmNetworkReaderLayerData.`getPlanitNodeByOsmNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode)`	Collect the planit node available for this osm node (if any)
`void`	OsmNetworkReader.`initialiseBeforeParsing()`	Call this BEFORE we parse the OSM network to initialise the handler(s) properly
`protected void`	OsmNetworkReaderSettings.`initialiseDefaultMappingFromOsmModes2PlanitModes(Modes planitModes)`	Map both road and rail modes from OSM modes to PLANit modes
`protected void`	OsmRailwaySettings.`initialiseDefaultMappingFromOsmRailModes2PlanitModes(Modes planitModes)`	each OSM rail mode is mapped (or not) to a PLANit mode by default so that the memory model's modes are user configurable yet linked to the original format.
`protected void`	OsmHighwaySettings.`initialiseDefaultMappingFromOsmRoadModes2PlanitModes(Modes planitModes)`	Each OSM road mode is mapped to a PLANit mode by default so that the memory model's modes are user configurable yet linked to the original format.
`boolean`	OsmNetworkReaderLayerData.`isOsmNodePresentInLayer(de.topobyte.osm4j.core.model.iface.OsmNode osmNode)`	verify if OSM node is part of this layer either as a PLANit node, or internal to any PLANit link
`MacroscopicNetwork`	OsmNetworkReader.`read()`	Parse a local .osm or .osm.pbf file and convert it into a Macroscopic network given the configuration options that have been set
`void`	OsmNetworkReaderLayerData.`registerOsmNodeAsInternalToPlanitLink(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Link planitLink)`	Add a mapping from OSM node id to the (initial) planit link it is internal to
`void`	OsmNetworkReaderLayerData.`registerPlanitNodeByLocation(org.locationtech.jts.geom.Point location, Node planitNode)`	register a PLANit node based on a location only, instead of based on an osm node
`void`	OsmNetworkReaderLayerData.`registerPlanitNodeByOsmNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Node planitNode)`	Register a PLANit node based on an OSM node for this layer
`protected void`	OsmNetworkReader.`removeDanglingSubNetworks()`	Remove dangling subnetworks when settings dictate it
`void`	OsmNetworkReader.`removeDanglingSubNetworks(Zoning zoning)`	remove dangling subnetworks when settings dictate it.
`protected Pair<MacroscopicLinkSegmentType,MacroscopicLinkSegmentType>`	OsmNetworkLayerParser.`updatedLinkSegmentTypeBasedOnOsmWay(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<String,String> tags, MacroscopicLinkSegmentType linkSegmentType)`	given the OSM way tags and settings we construct or find the appropriate link segment types for both directions, if no better alternative could be found than the one that is passed in is used, which is assumed to be the default link segment type for the OSM way.

Constructors in org.goplanit.osm.converter.network that throw PlanItException
Constructor	Description
`OsmNetworkReader(String countryName, PlanitOsmNetwork osmNetwork)`	Constructor
`OsmNetworkReader(URL inputSource, String countryName, PlanitOsmNetwork osmNetwork)`	Constructor
`OsmNetworkReader(OsmNetworkReaderSettings settings)`	Constructor
`OsmNetworkReader(PlanitOsmNetwork osmNetwork)`	Constructor

Uses of PlanItException in org.goplanit.osm.converter.zoning

Methods in org.goplanit.osm.converter.zoning that throw PlanItException
Modifier and Type	Method	Description
`static OsmZoningReader`	OsmZoningReaderFactory.`create(String inputFile, String countryName, PlanitOsmNetwork referenceNetwork)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(String inputFile, String countryName, PlanitOsmNetwork referenceNetwork, OsmNetworkToZoningReaderData network2ZoningData)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(String inputFile, String countryName, Zoning zoningToPopulate, PlanitOsmNetwork referenceNetwork, OsmNetworkToZoningReaderData network2ZoningData)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(URL inputSource, String countryName, PlanitOsmNetwork referenceNetwork)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(URL inputSource, String countryName, PlanitOsmNetwork referenceNetwork, OsmNetworkToZoningReaderData network2ZoningData)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(URL inputSource, String countryName, Zoning zoningToPopulate, PlanitOsmNetwork referenceNetwork, OsmNetworkToZoningReaderData network2ZoningData)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(OsmPublicTransportReaderSettings settings)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(OsmPublicTransportReaderSettings settings, Zoning zoningToPopulate)`	Create a PLANitOSMReader while providing an OSM network to populate
`static OsmZoningReader`	OsmZoningReaderFactory.`create(Zoning zoningToPopulate)`	Create a default PLANitOsmZoningReader.
`Collection<TransferZone>`	OsmZoningReaderPlanitData.`getTransferZonesByOsmId(de.topobyte.osm4j.core.model.iface.EntityType entityType)`	Collect the transfer zones by entity type, unmodifiable
`Zoning`	OsmZoningReader.`read()`	Parse a local .osm or .osm.pbf file and convert it into a PLANit Zoning instance given the configuration options that have been set
`protected void`	OsmZoningReader.`read(de.topobyte.osm4j.core.access.OsmReader osmReader, OsmZoningHandlerBase osmHandler)`	conduct reading of data with given reader and handler

Uses of PlanItException in org.goplanit.osm.converter.zoning.handler

Methods in org.goplanit.osm.converter.zoning.handler that throw PlanItException
Modifier and Type	Method	Description
`protected void`	OsmZoningProcessingHandler.`extractTransferInfrastructure(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, OsmPtVersionScheme ptVersion, Map<String,String> tags)`	extract the transfer infrastructure which will contribute to newly created transfer zones on the zoning instance
`protected void`	OsmZoningProcessingHandler.`extractTransferInfrastructure(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, OsmPtVersionScheme ptVersion, Map<String,String> tags)`	extract the transfer infrastructure which will contribute to newly created transfer zones on the zoning instance
`protected boolean`	OsmZoningHandlerBase.`hasNetworkLayersWithActiveOsmNode(long osmNodeId)`	Verify if there exist any layers where the node is active either as an extreme node or internal to a PLANit link
`abstract void`	OsmZoningHandlerBase.`initialiseBeforeParsing()`	Call this BEFORE we parse the OSM network to initialise the handler properly
`void`	OsmZoningPostProcessingHandler.`initialiseBeforeParsing()`	Call this BEFORE we parse the OSM network to initialise the handler properly
`void`	OsmZoningPreProcessingHandler.`initialiseBeforeParsing()`	Call this BEFORE we apply the handler
`void`	OsmZoningProcessingHandler.`initialiseBeforeParsing()`	Call this before we parse the OSM network to initialise the handler properly
`protected void`	OsmZoningHandlerBase.`logWarningIfNotNearBoundingBox(String message, org.locationtech.jts.geom.Geometry geometry)`	log the given warning message but only when it is not too close to the bounding box, because then it is too likely that it is discarded due to missing infrastructure or other missing assets that could not be parsed fully as they pass through the bounding box barrier.

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

Methods in org.goplanit.osm.converter.zoning.handler.helper that throw PlanItException
Modifier and Type	Method	Description
`Collection<DirectedConnectoid>`	ConnectoidHelper.`createAndRegisterDirectedConnectoidsOnTopOfTransferZone(TransferZone transferZone, MacroscopicNetworkLayer networkLayer, Mode planitMode, PlanitJtsCrsUtils geoUtils)`	Create directed connectoids for transfer zones that reside on osw ways.
`TransferZone`	TransferZoneHelper.`createAndRegisterTransferZoneWithConnectoidsAtOsmNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Map<String,String> tags, String defaultOsmMode, TransferZoneType defaultTransferZoneType, PlanitJtsCrsUtils geoUtils)`	Method that will attempt to create both a transfer zone and its connectoids at the location of the OSM node.
`TransferZone`	TransferZoneHelper.`createAndRegisterTransferZoneWithoutConnectoidsFindAccessModes(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Map<String,String> tags, TransferZoneType transferZoneType, String defaultOsmMode, PlanitJtsCrsUtils geoUtils)`	Attempt to create a new transfer zone and register it, do not yet create connectoids for it.
`TransferZone`	TransferZoneHelper.`createAndRegisterTransferZoneWithoutConnectoidsSetAccessModes(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Map<String,String> tags, TransferZoneType transferZoneType, Collection<String> eligibleOsmModes, PlanitJtsCrsUtils geoUtils)`	Attempt to create a new transfer zone and register it, do not create connectoids for it.
`boolean`	ConnectoidHelper.`extractDirectedConnectoids(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Map<String,String> tags, Collection<TransferZone> transferZones, Collection<Mode> planitModes, TransferZoneGroup transferZoneGroup)`	create and/or update directed connectoids for the transfer zones and mode combinations when eligible, based on the passed in OSM node where the connectoids access link segments are extracted from
`boolean`	ConnectoidHelper.`extractDirectedConnectoidsForMode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, TransferZone transferZone, Mode planitMode, PlanitJtsCrsUtils geoUtils)`	create and/or update directed connectoids for the given mode and layer based on the passed in osm node (location) where the connectoids access link segments are extracted for.
`boolean`	ConnectoidHelper.`extractDirectedConnectoidsForMode(org.locationtech.jts.geom.Point location, TransferZone transferZone, Mode planitMode, Collection<Link> eligibleAccessLinks, PlanitJtsCrsUtils geoUtils)`	create and/or update directed connectoids for the given mode and layer based on the passed in location where the connectoids access link segments are extracted for.
`void`	ConnectoidHelper.`extractDirectedConnectoidsForStandAloneTransferZoneByPlanitLink(long osmWaitingAreaId, org.locationtech.jts.geom.Geometry waitingAreaGeometry, Link accessLink, TransferZone transferZone, Mode accessMode, double maxAllowedStopToTransferZoneDistanceMeters, MacroscopicNetworkLayer networkLayer)`	create connectoids not based on osm node location but based on auto-generated geographic location on the provided link's link segments by finding either a close enough existing coordinate (osm node), or if not close enough a newly created coordinate at the appropriate position.
`org.locationtech.jts.geom.Point`	ConnectoidHelper.`findConnectoidLocationForstandAloneTransferZoneOnLink(TransferZone transferZone, Link accessLink, Mode accessMode, double maxAllowedStopToTransferZoneDistanceMeters, MacroscopicNetworkLayer networkLayer)`	find a suitable connectoid location on the given link based on the constraints that it must be able to reside on a linksegment 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).
`Collection<TransferZone>`	TransferZoneHelper.`findTransferZonesForStopPosition(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Map<String,String> tags, Collection<String> eligibleOsmModes)`	Identical to the one with transfer zone group parameter, only here no stop_position is not part of transfer zone group and therefore we only can find matches spatially
`Collection<TransferZone>`	TransferZoneHelper.`findTransferZonesForStopPosition(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Map<String,String> tags, Collection<String> eligibleOsmModes, TransferZoneGroup transferZoneGroup)`	Find the transfer zone(s) for a given stop_position, either the user overwritten mapping, or conditioned on mode,reference/name/spatially, or just the closest one in absence of eligible modes.

Uses of PlanItException in org.goplanit.osm.defaults

Methods in org.goplanit.osm.defaults that throw PlanItException
Modifier and Type	Method	Description
`static String`	CountrySpecificDefaultUtils.`extractCountryNameFromFile(Path filePath)`	Validate if file is a valid resource file and its name is constructed based on a country code.
`protected static double`	OsmSpeedLimitDefaultsByCountry.`getSpeedLimitByHighwayType(OsmSpeedLimitDefaults countryDefaults, boolean outside, String type)`	Collect the speed limit based on the highway type, e.g.
`protected static void`	OsmHighwayTypeConfiguration.`initialiseDefaultActivatedOsmHighwayTypes()`	Since we are building a macroscopic network based on OSM, we provide a mapping from the common OSM highway types to macroscopic link segment types that we explicitly do include, i.e., support.
`protected static void`	OsmRailwayTypeConfiguration.`initialiseDefaultActivatedOsmRailwayTypes()`	Since we are building a macroscopic network based on OSM, we provide a mapping from the common OSM railway types to macroscopic link segment types that we explicitly do include, i.e., support.
`protected static void`	OsmHighwayTypeConfiguration.`initialiseDefaultDeactivatedOsmHighwayTypes()`	Since we are building a macroscopic network based on OSM, we provide a mapping from the common OSM highway types to macroscopic link segment types that we explicitly do not include FOOTWAY BRIDLEWAY STEPS CORRIDOR CYCLEWAY PATH ELEVATOR PROPOSED CONSTRUCTION TURNING_CIRCLE RACE_WAY
`protected static void`	OsmRailwayTypeConfiguration.`initialiseDefaultDeactivatedOsmRailwayTypes()`	Since we are building a macroscopic network based on OSM, we provide a mapping from the common OSM railway types to macroscopic link segment types that we explicitly do not activate either because they are not used in general assignment (miniature) or because we cannot properly convert them (turn tables, razed), or because they do not represent a railway as such (platform as a way) FUNICULAR MONO_RAIL NARROW_GAUGE ABANDONED CONSTRUCTION DISUSED MINIATURE RAZED TURNTABLE PROPOSED
`protected static void`	OsmSpeedLimitDefaultsByCountry.`populateAustralianSpeedLimits()`	Populate the defaults for Australia
`protected static void`	OsmSpeedLimitDefaultsByCountry.`populateCountrySpecificSpeedLimits()`	Populate the country specific defaults for highway/railway types for supported countries
`protected static void`	OsmSpeedLimitDefaultsByCountry.`populateGlobalDefaultHighwaySpeedLimits()`	Populate the global defaults for highway types in case the country is not available, or in case the road type for that country is not available
`protected static void`	OsmSpeedLimitDefaultsByCountry.`populateGlobalDefaultRailwaySpeedLimits()`	populate the global defaults for railway types in case the country is not available, or in case the railway type for that country is not available.
`protected static void`	OsmSpeedLimitDefaultsByCountry.`populateGlobalSpeedLimits()`	populate the global defaults for highway/railway types
`protected static void`	OsmSpeedLimitDefaultsByCountry.`setDefaultsByCountry(OsmSpeedLimitDefaults countrySpeedLimits)`	Register speed limits for a specific country

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

Methods in org.goplanit.osm.physical.network.macroscopic that throw PlanItException
Modifier and Type	Method	Description
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createBridleway(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create bridleway type with defaults For horse riders.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createCycleway(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create cycleway type with defaults For designated cycleways
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createDefaultOsmLinkSegmentType(String name, double capacityPcuPerhour, double maxSpeedKmh, Collection<Mode> modes)`	Create an OSM default link segment type
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createFootway(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create footway type with defaults For designated footpaths; i.e., mainly/exclusively for pedestrians.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createFunicular(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create funicular (rail) type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createLightRail(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create light rail (rail) type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createLivingStreet(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create living street type with defaults Roads which serve as an access to housing, without function of connecting settlements.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createMonoRail(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create mono rail (rail) type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createMotorway(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createMotorwayLink(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createNarrowGauge(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create narrow gauge(rail) type with defaults
`void`	PlanitOsmNetwork.`createOsmCompatibleLinkSegmentTypes(OsmNetworkReaderSettings settings)`	Create the link segment types that are marked in the passed in settings.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createOsmCompatibleRailLinkSegmentTypeByLayer(String osmWayValue, OsmNetworkReaderSettings settings)`	create the rail based link segment type based on the setting
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createOsmCompatibleRoadLinkSegmentTypeByLayer(String osmWayValue, OsmNetworkReaderSettings settings)`	create the road based link segment type based on the setting
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createOsmLinkSegmentType(String externalId, double capacityPcuPerhour, double maxDensityPcuPerKm, double maxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createOsmRailWayLinkSegmentType(String railwayTypeValue, double maxSpeed, Collection<Mode> modes)`	Create a link segment type on the network based on the passed in OSM railway value tags
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createOsmRoadWayLinkSegmentType(String highwayTypeValue, double maxSpeed, Collection<Mode> modes)`	Create a link segment type on the network based on the passed in OSM highway value tags.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createPath(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createPedestrian(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createPrimary(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create primary type with defaults The next most important roads in a country's system (after trunk).
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createPrimaryLink(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createRail(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create rail type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createResidential(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create residential type with defaults Roads which serve as an access to housing, without function of connecting settlements.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createRoad(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create road type with defaults A road/way/street/motorway/etc.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createSecondary(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createSecondaryLink(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createService(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createSteps(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create step type with defaults For flights of steps (stairs) on footways
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createSubway(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create subway type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTertiary(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create tertiary type with defaults The next most important roads in a country's system (after secondary).
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTertiaryLink(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTrack(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create track type with defaults Roads for mostly agricultural or forestry uses.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTram(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create tram type with defaults
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTrunk(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create trunk type with defaults The most important roads in a country's system that aren't motorways.
`protected Map<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createTrunkLink(double osmHighwayTypeMaxSpeed, Collection<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<TransportLayer,MacroscopicLinkSegmentType>`	PlanitOsmNetwork.`createUnclassified(double osmHighwayTypeMaxSpeed, Collection<Mode> modes)`	Create unclassified type with defaults The least important through roads in a country's system – i.e.

Uses of PlanItException in org.goplanit.osm.util

Methods in org.goplanit.osm.util that throw PlanItException
Modifier and Type	Method	Description
`static org.locationtech.jts.geom.Coordinate[]`	OsmWayUtils.`createCoordinateArray(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, int startNodeIndex, int endNodeIndex, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Based on the passed in osmWay collect the coordinates on that way as a coordinate array for the given range.
`static org.locationtech.jts.geom.Coordinate[]`	OsmWayUtils.`createCoordinateArray(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Based on the passed in osmWay collect the coordinates on that way as a coordinate array.
`static org.locationtech.jts.geom.Coordinate[]`	OsmWayUtils.`createCoordinateArray(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, int startNodeIndex, int endNodeIndex, PlanitExceptionConsumer<Set<Long>> missingNodeConsumer)`	Based on the passed in osmWay collect the coordinates on that way as a coordinate array.
`static org.locationtech.jts.geom.Coordinate[]`	OsmWayUtils.`createCoordinateArrayNoThrow(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, int startNodeIndex, int endNodeIndex, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Based on the passed in osmWay collect the coordinates on that way as a coordinate array for the given range.
`static org.locationtech.jts.geom.Point`	OsmNodeUtils.`createPoint(long osmNodeId, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Create a point based on the OSMnode
`static Collection<Link>`	PlanitLinkUtils.`excludeLinksOnWrongSideOf(org.locationtech.jts.geom.Geometry waitingAreaGeometry, Collection<Link> links, boolean isLeftHandDrive, Collection<Mode> accessModes, PlanitJtsCrsUtils geoUtils)`	create a subset of links from the passed in ones, removing all links for which we can be certain that geometry is located on the wrong side of the road infrastructure geometry.
`static org.locationtech.jts.geom.LineSegment`	PlanitLinkSegmentUtils.`extractClosestLineSegmentToGeometryFromLinkSegment(org.locationtech.jts.geom.Geometry referenceGeometry, MacroscopicLinkSegment linkSegment, PlanitJtsCrsUtils geoUtils)`	Extract a JTS line segment based on the closest two coordinates on the link segment geometry in its intended direction to the reference geometry provided
`static org.locationtech.jts.linearref.LinearLocation`	PlanitTransferZoneUtils.`extractClosestProjectedLinearLocationOnEdgeForTransferZone(TransferZone transferZone, Edge accessEdge, PlanitJtsCrsUtils geoUtils)`	Find the linear location reflecting the closest projected location between the transfer zone and link geometries.
`static org.locationtech.jts.geom.Geometry`	OsmWayUtils.`extractGeometry(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	extract geometry from the osm way which can either be a line string or polygon
`static org.locationtech.jts.geom.Geometry`	OsmWayUtils.`extractGeometry(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, Level logLevel)`	extract geometry from the osm way which can either be a line string or polygon
`static org.locationtech.jts.geom.Geometry`	PlanitOsmUtils.`extractGeometry(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	extract geometry from the osm entity, either a point, line string or polygon
`static org.locationtech.jts.geom.Geometry`	PlanitOsmUtils.`extractGeometry(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, Level logLevel)`	extract geometry from the osm entity, either a point, line string or polygon
`static org.locationtech.jts.geom.LineString`	OsmWayUtils.`extractLineString(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, int startNodeIndex, int endNodeIndex, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Extract the geometry for the passed in way as line string for the given nodes
`static org.locationtech.jts.geom.LineString`	OsmWayUtils.`extractLineString(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Extract the geometry for the passed in way as line string
`static org.locationtech.jts.geom.LineString`	OsmWayUtils.`extractLineStringNoThrow(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, int startNodeIndex, int endNodeIndex, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Identical to `OsmWayUtils.extractLineString(de.topobyte.osm4j.core.model.iface.OsmWay,java.util.Map<java.lang.Long,de.topobyte.osm4j.core.model.iface.OsmNode>)`, except it does not throw exceptions, but simply logs any issues found
`static de.topobyte.osm4j.core.model.iface.EntityType`	PlanitTransferZoneUtils.`extractOsmEntityType(TransferZone transferZone)`	Extract the OSM entity type from a PLANit Transfer zone
`static org.locationtech.jts.geom.Point`	OsmWayUtils.`extractPoint(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	creates a point geoetry using the first available node from the nodes on the osm way.
`static org.locationtech.jts.geom.Polygon`	OsmWayUtils.`extractPolygon(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Extract the geometry for the passed in way as polygon (assumed it has been identified as such already)
`static org.locationtech.jts.geom.Coordinate`	OsmNodeUtils.`findClosestProjectedCoordinateTo(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, org.locationtech.jts.geom.LineString geometry, PlanitJtsCrsUtils geoUtils)`	Create a coordinate at the location that represents the closest point between the osmNode and the passed in geometry
`static Edge`	OsmNodeUtils.`findEdgeClosest(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Edge> edges, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the closest edge to the node location.
`static Edge`	OsmNodeUtils.`findEdgeClosest(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Edge> edges, PlanitJtsCrsUtils geoUtils)`	Find the closest link to the node location.
`static Edge`	OsmWayUtils.`findEdgeClosest(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Collection<? extends Edge> edges, double maxDistanceMeters, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	find the closest edge to the way from the available edges.
`static Edge`	OsmWayUtils.`findEdgeClosest(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Collection<? extends Edge> edges, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	find the closest edge to the way from the available edges.
`static Edge`	PlanitOsmUtils.`findEdgeClosest(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Collection<? extends Edge> edges, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	find the link closest to the passed in osm Entity
`static Integer`	OsmWayUtils.`findLastAvailableOsmNodeIndexAfter(int offsetIndex, de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes)`	Finds the last consecutive available OSM node index after the offset, i.e.
`static org.locationtech.jts.geom.LineSegment`	OsmWayUtils.`findMinimumLineSegmentBetween(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, org.locationtech.jts.geom.LineString geometry, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	find the minimum distance line segment that connects the osmWay to the passed in line string geometry
`protected static <T> T`	OsmWayUtils.`findPlanitEntityClosest(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Collection<? extends T> planitEntities, double maxDistanceMeters, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	find the closest PLANit entity to the way from the available entities.
`static TransferZone`	PlanitTransferZoneUtils.`findTransferZoneClosestByTransferGroup(de.topobyte.osm4j.core.model.iface.OsmEntity osmEntity, Collection<? extends TransferZoneGroup> transferZoneGroups, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	Find the zone (within any of the transfer zone groups) closest to the passed in OSM Entity
`static Zone`	OsmNodeUtils.`findZoneClosest(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Zone> zones, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	find the closest zone to the node location.
`static Zone`	OsmNodeUtils.`findZoneClosest(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Zone> zones, PlanitJtsCrsUtils geoUtils)`	find the closest zone to the node location.
`static Zone`	OsmWayUtils.`findZoneClosest(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Collection<? extends Zone> zones, double maxDistanceMeters, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	Find the closest zone to the way .
`static Zone`	OsmWayUtils.`findZoneClosest(de.topobyte.osm4j.core.model.iface.OsmWay osmWay, Collection<? extends Zone> zones, Map<Long,de.topobyte.osm4j.core.model.iface.OsmNode> osmNodes, PlanitJtsCrsUtils geoUtils)`	Find the closest zone to the way .
`static Zone`	OsmNodeUtils.`findZoneWithClosestCoordinateToNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Zone> zones, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	find the closest zone to the node location.
`static Zone`	OsmNodeUtils.`findZoneWithClosestCoordinateToNode(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Collection<? extends Zone> zones, PlanitJtsCrsUtils geoUtils)`	identical to findZoneWithClosest coordinate that requires a maximum search distance.
`static Link`	PlanitLinkUtils.`getClosestLinkWithOsmWayIdToGeometry(long osmWayId, org.locationtech.jts.geom.Geometry geometry, MacroscopicNetworkLayer networkLayer, PlanitJtsCrsUtils geoUtils)`	Collect the closest by link (with the given OSM way id on the layer) to the provided geometry.
`static double`	OsmNodeUtils.`getDistanceToZone(de.topobyte.osm4j.core.model.iface.OsmNode osmNode, Zone zone, PlanitJtsCrsUtils geoUtils)`	find the distance from the zone to the node.
`static boolean`	PlanitNetworkLayerUtils.`hasNetworkLayersWithActiveOsmNode(long osmNodeId, TransportLayerNetwork<?,?> network, OsmNetworkReaderData networkData)`	Verify if there exist any layers where the node is active either as an extreme node or internal to a PLANit link
`static boolean`	PlanitNetworkLayerUtils.`hasNetworkLayersWithActiveOsmNode(long osmNodeId, TransportLayerNetwork<?,?> network, OsmNetworkToZoningReaderData networkToZoningData)`	Verify if there exist any layers where the node is active either as an extreme node or internal to a PLANit link
`static Collection<EdgeSegment>`	PlanitTransferZoneUtils.`identifyInvalidTransferZoneAccessLinkSegmentsBasedOnRelativeLocationToInfrastructure(Collection<EdgeSegment> accessLinkSegments, TransferZone transferZone, Mode planitMode, boolean leftHandDrive, PlanitJtsCrsUtils geoUtils)`	Find the access link segments ineligible given the intended location of the to be created connectoid, the transfer zone provided, and the access mode.
`static boolean`	OsmBoundingAreaUtils.`isNearNetworkBoundingBox(org.locationtech.jts.geom.Geometry geometry, org.locationtech.jts.geom.Envelope networkBoundingBox, PlanitJtsCrsUtils geoUtils)`	check if geometry is near network bounding box using buffer based on PlanitOsmNetworkReaderData.BOUNDINGBOX_NEARNESS_DISTANCE_METERS
`static boolean`	PlanitTransferZoneUtils.`isTransferZoneAtLocation(TransferZone transferZone, org.locationtech.jts.geom.Point location)`	Verify if the geometry of the transfer zone equates to the provided location
`static boolean`	PlanitTransferZoneUtils.`isTransferZoneLeftOf(TransferZone transferZone, org.locationtech.jts.geom.Coordinate coordA, org.locationtech.jts.geom.Coordinate coordB, PlanitJtsCrsUtils geoUtils)`	Verify of the transfer zone resides left of the line coordA to coordB
`static void`	OsmBoundingAreaUtils.`logWarningIfNotNearBoundingBox(String message, org.locationtech.jts.geom.Geometry geometry, org.locationtech.jts.geom.Envelope boundingBox, PlanitJtsCrsUtils geoUtils)`	log the given warning message but only when it is not too close to the bounding box, because then it is too likely that it is discarded due to missing infrastructure or other missing assets that could not be parsed fully as they pass through the bounding box barrier.
`static double`	PlanitOsmUtils.`parseMaxSpeedValueKmPerHour(String maxSpeedValue)`	parse an OSM maxSpeedValue tag value and perform unit conversion to km/h if needed
`static double[]`	PlanitOsmUtils.`parseMaxSpeedValueLanesKmPerHour(String maxSpeedLanes)`	parse an OSM maxSpeedValue tag value with speeds per lane separated by "\|" and perform unit conversion to km/h if needed

Uses of PlanItException in org.goplanit.output

Methods in org.goplanit.output that throw PlanItException
Modifier and Type	Method	Description
`OutputTypeConfiguration`	OutputManager.`createAndRegisterOutputTypeConfiguration(OutputType outputType)`	Factory method to create an output configuration for a given type
`void`	OutputManager.`finaliseAfterSimulation()`	Allows the output manager to finalise itself and any of its registered output formatters to after the simulation ended
`void`	OutputManager.`initialiseBeforeSimulation(long runId)`	Allows the output manager to initialize itself and any of its registered output formatters to prepare before the simulation starts
`void`	OutputManager.`persistOutputData(TimePeriod timePeriod, Set<Mode> modes, boolean converged)`	Persist the output data for all registered output types

Uses of PlanItException in org.goplanit.output.adapter

Methods in org.goplanit.output.adapter that throw PlanItException
Modifier and Type	Method	Description
`protected static Optional<?>`	OutputTypeAdapterImpl.`createConvertedUnitsValue(OutputProperty outputProperty, Optional<?> unconvertedValue)`	Convert the output property value that is assumed to be in the properties default units in the desired units indicated on the property
`default Optional<Double>`	MacroscopicLinkOutputTypeAdapter.`getCapacityPerLanePcuHour(MacroscopicLinkSegment linkSegment)`	Returns the value of the capacity per lane
`static Optional<String>`	OdOutputTypeAdapter.`getDestinationZoneExternalId(OdDataIterator<?> odIterator)`	Returns the external Id of the destination zone for the current OD
`static Optional<String>`	PathOutputTypeAdapter.`getDestinationZoneExternalId(OdDataIterator<?> odPathIterator)`	Returns the external Id of the destination zone for the current cell in the OD path matrix
`static Optional<Long>`	OdOutputTypeAdapter.`getDestinationZoneId(OdDataIterator<?> odIterator)`	Returns the Id of the destination zone for the current cell in the OD destination
`static Optional<Long>`	PathOutputTypeAdapter.`getDestinationZoneId(OdDataIterator<?> odPathIterator)`	Returns the Id of the destination zone for the current cell in the OD path matrix
`static Optional<String>`	OdOutputTypeAdapter.`getDestinationZoneXmlId(OdDataIterator<?> odIterator)`	Returns the XML Id of the destination zone for the current OD destination
`static Optional<String>`	PathOutputTypeAdapter.`getDestinationZoneXmlId(OdDataIterator<?> odPathIterator)`	Returns the Xml Id of the destination zone for the current cell in the OD path matrix
`default Optional<String>`	MacroscopicLinkOutputTypeAdapter.`getDownstreamNodeExternalId(MacroscopicLinkSegment linkSegment)`	Returns the external Id of the downstream node
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getDownstreamNodeExternalId(T linkSegment)`	Returns the external Id of the downstream node
`default Optional<Long>`	UntypedLinkOutputTypeAdapter.`getDownstreamNodeId(T linkSegment)`	Returns the Id of the downstream node
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getDownstreamNodeLocation(T linkSegment)`	Returns the location of the downstream node
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getDownstreamNodeXmlId(T linkSegment)`	Returns the XML Id of the downstream node
`Optional<Integer>`	OdOutputTypeAdapterImpl.`getIterationIndexForSubOutputType(SubOutputTypeEnum outputTypeEnum)`	ODSkimOutputType.COST: Cost is collected through the shortest path in iteration i based on the link costs of iteration i-1, so the od cost of i-1 are only known once we are in iteration i, hence this information is trailing behind one iteration, and we can only store it in i.
`Optional<Integer>`	OutputTypeAdapter.`getIterationIndexForSubOutputType(SubOutputTypeEnum subOutputTypeEnum)`	Determine the iteration index that is relevant for the data related to the provided output type enum Generally, this equates to the actual current iteration index, but if the data for example is trailing an iteration then this will collect the correct iteration index for this data as opposed to the iteration index of the simulation itself.
`Optional<Integer>`	OutputTypeAdapterImpl.`getIterationIndexForSubOutputType(SubOutputTypeEnum outputTypeEnum)`	Default implementation assumes that regular iteration index is used, which in most cases it true, only when for example costs are trailing one iteration behind in case they are only revealed in the next iteration this method should be overridden
`default Optional<Double>`	UntypedLinkOutputTypeAdapter.`getLength(T linkSegment)`	Returns the length of the current link segment
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getLinkSegmentExternalId(T linkSegment)`	Returns the external Id of the current link segment
`default Optional<Long>`	UntypedLinkOutputTypeAdapter.`getLinkSegmentId(T linkSegment)`	Returns the Id of the current link segment
`default Optional<Long>`	MacroscopicLinkOutputTypeAdapter.`getLinkSegmentTypeId(MacroscopicLinkSegment linkSegment)`	Return the link segment type id of the current link segment
`default Optional<String>`	MacroscopicLinkOutputTypeAdapter.`getLinkSegmentTypeName(MacroscopicLinkSegment linkSegment)`	Return the link segment type name of the current link segment
`default Optional<String>`	MacroscopicLinkOutputTypeAdapter.`getLinkSegmentTypeXmlId(MacroscopicLinkSegment linkSegment)`	Return the link segment type xml id of the current link segment
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getLinkSegmentXmlId(T linkSegment)`	Returns the XML Id of the current link segment
`default Optional<Double>`	MacroscopicLinkOutputTypeAdapter.`getMaximumDensity(MacroscopicLinkSegment linkSegment)`	Returns the flow density of the current link
`default Optional<Double>`	MacroscopicLinkOutputTypeAdapter.`getMaximumSpeed(MacroscopicLinkSegment linkSegment, Mode mode)`	Returns the maximum speed through the current link segment
`default Optional<Integer>`	UntypedLinkOutputTypeAdapter.`getNumberOfLanes(T linkSegment)`	Returns the number of lanes of the current link
`static <T> Optional<T>`	OdOutputTypeAdapter.`getOdValue(OdDataIterator<T> odIterator)`	Returns the Od value
`static Optional<String>`	OdOutputTypeAdapter.`getOriginZoneExternalId(OdDataIterator<?> odIterator)`	Returns the origin zone external Id for the current cell in the OD origin
`static Optional<String>`	PathOutputTypeAdapter.`getOriginZoneExternalId(OdDataIterator<?> odPathIterator)`	Returns the origin zone external Id for the current cell in the OD path matrix
`static Optional<Long>`	OdOutputTypeAdapter.`getOriginZoneId(OdDataIterator<?> odIterator)`	Returns the origin zone Id for the current cell in the OD origin
`static Optional<Long>`	PathOutputTypeAdapter.`getOriginZoneId(OdDataIterator<?> odPathIterator)`	Returns the origin zone Id for the current cell in the OD path matrix
`static Optional<String>`	OdOutputTypeAdapter.`getOriginZoneXmlId(OdDataIterator<?> odIterator)`	Returns the origin zone XML Id for the current cell in the OD origin
`static Optional<String>`	PathOutputTypeAdapter.`getOriginZoneXmlId(OdDataIterator<?> odPathIterator)`	Returns the Xml Id of the origin zone for the current cell in the OD path matrix
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getUpstreamNodeExternalId(T linkSegment)`	Returns the external Id of the upstream node
`default Optional<Long>`	UntypedLinkOutputTypeAdapter.`getUpstreamNodeId(T linkSegment)`	Returns the Id of the upstream node
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getUpstreamNodeLocation(T linkSegment)`	Returns the location of the upstream node
`default Optional<String>`	UntypedLinkOutputTypeAdapter.`getUpstreamNodeXmlId(T linkSegment)`	Returns the XML Id of the upstream node

Uses of PlanItException in org.goplanit.output.configuration

Methods in org.goplanit.output.configuration that throw PlanItException
Modifier and Type	Method	Description
`void`	OutputTypeConfiguration.`addProperty(OutputPropertyType outputProperty)`	Add an output property to be included in the output files
`OutputTypeConfiguration`	OutputConfiguration.`createAndRegisterOutputTypeConfiguration(OutputType outputType)`	Factory method to create an output configuration for a given type
`boolean`	OutputTypeConfiguration.`removeProperty(String propertyClassName)`	Remove an output property from the list of properties to be included in the output file
`boolean`	OutputTypeConfiguration.`removeProperty(OutputPropertyType outputProperty)`	Remove an output property from the list of properties to be included in the output file
`void`	PathOutputTypeConfiguration.`setPathIdentificationType(PathOutputIdentificationType pathIdType)`	Set the path id type

Constructors in org.goplanit.output.configuration that throw PlanItException
Constructor	Description
`LinkOutputTypeConfiguration()`	Constructor Define the default output properties here.
`OdOutputTypeConfiguration()`	Constructor Define the default output properties here.
`OutputTypeConfiguration(OutputType outputType)`	OutputTypeconfiguration constructor
`PathOutputTypeConfiguration()`	Constructor Define the default output properties here.

Uses of PlanItException in org.goplanit.output.formatter

Methods in org.goplanit.output.formatter that return PlanItException
Modifier and Type	Method	Description
`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 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 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

Methods in org.goplanit.output.formatter that throw PlanItException
Modifier and Type	Method	Description
`static OutputFormatter`	OutputFormatterFactory.`createOutputFormatter(String OutputFormatterCanonicalClassName)`	Create an output formatter based on the passed in class name
`void`	MemoryOutputFormatter.`finaliseAfterSimulation(OutputConfiguration outputConfiguration, OutputAdapter outputAdapter)`	Close all resources used in this formatter
`void`	OutputFormatter.`finaliseAfterSimulation(OutputConfiguration outputConfiguration, OutputAdapter outputAdapter)`	Close resources to store results
`protected String`	FileOutputFormatter.`generateOutputFileName(String outputDirectory, String nameRoot, String nameExtension, TimePeriod timePeriod, OutputType outputType, long runId)`	Generates the name of an output file.
`protected String`	FileOutputFormatter.`generateOutputFileName(String outputDirectory, String nameRoot, String nameExtension, TimePeriod timePeriod, OutputType outputType, long runId, int iteration)`	Generates the name of an output file.
`Object`	MemoryOutputFormatter.`getOutputDataValue(Mode mode, TimePeriod timePeriod, Integer iterationIndex, OutputType outputType, OutputPropertyType outputProperty, Object[] keyValues)`	Get a specified data value
`int`	MemoryOutputFormatter.`getPositionOfOutputKeyProperty(OutputType outputType, OutputPropertyType outputKeyProperty)`	Returns the position of a property type in the output key property array
`int`	MemoryOutputFormatter.`getPositionOfOutputValueProperty(OutputType outputType, OutputPropertyType outputValueProperty)`	Returns the position of a property type in the output values property array
`void`	MemoryOutputFormatter.`initialiseBeforeSimulation(OutputConfiguration outputConfiguration, long runId)`	Opens all resources used in the formatter
`void`	OutputFormatter.`initialiseBeforeSimulation(OutputConfiguration outputConfiguration, long runId)`	Open resources to store results
`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 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 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 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 PlanItException in org.goplanit.output.property

Methods in org.goplanit.output.property that throw PlanItException
Modifier and Type	Method	Description
`static OutputPropertyType`	OutputPropertyType.`fromHeaderName(String name)`	Returns the enumeration value associated with a specified header name (the header name in input and output files)
`static Optional<Integer>`	IterationIndexOutputProperty.`getIterationIndex(TrafficAssignment trafficAssignment)`	Returns the current iteration index
`static Optional<Long>`	ModeIdOutputProperty.`getModeId(Mode mode)`	Returns the Id of the current mode
`static Optional<Long>`	RunIdOutputProperty.`getRunId(TrafficAssignment trafficAssignment)`	Returns the current run id
`static Optional<String>`	TimePeriodExternalIdOutputProperty.`getTimePeriodExternalId(TimePeriod timePeriod)`	Returns the current time period external Id
`static Optional<Long>`	TimePeriodIdOutputProperty.`getTimePeriodId(TimePeriod timePeriod)`	Returns the current time period Id
`static Optional<String>`	TimePeriodXmlIdOutputProperty.`getTimePeriodXmlId(TimePeriod timePeriod)`	Returns the current time period xml Id
`static OutputProperty`	OutputProperty.`of(String propertyClassName)`	Generate the appropriate BaseOutputProperty object from a specified class name
`static OutputProperty`	OutputProperty.`of(OutputPropertyType outputProperty)`	Generate the appropriate BaseOutputProperty object from a specified enumeration value

Uses of PlanItException in org.goplanit.path.choice

Methods in org.goplanit.path.choice that throw PlanItException
Modifier and Type	Method	Description
`T`	PathChoiceBuilder.`build()`	Build the path choice
`protected abstract void`	PathChoiceBuilder.`buildSubComponents(T pathChoiceInstance)`	call to build and configure all sub components of this builder
`protected void`	StochasticPathChoiceBuilder.`buildSubComponents(StochasticPathChoice pathChoiceInstance)`	call to build and configure all sub components of this builder
`void`	PathChoiceConfigurator.`configure(PathChoice pathChoice)`	Needed to avoid issues with generics, although it should be obvious that T extends Smoothing
`LogitChoiceModelConfigurator<? extends LogitChoiceModel>`	StochasticPathChoiceConfigurator.`createAndRegisterLogitModel(String logitChoiceModelType)`	create and register the logit model of choice
`static PathChoiceBuilder<? extends PathChoice>`	PathChoiceBuilderFactory.`createBuilder(String pathChoiceType, IdGroupingToken projectToken, InputBuilderListener inputBuilder)`	Create a builder for given path choice type
`static PathChoiceConfigurator<? extends PathChoice>`	PathChoiceConfiguratorFactory.`createConfigurator(String pathChoiceType)`	Create a configurator for given path choicetype
`protected Configurator<StochasticPathChoice>`	StochasticPathChoiceBuilder.`createConfigurator()`	Allow derived classes to provide their own configurator for this builder, by default we create a base class configurator
`protected LogitChoiceModel`	StochasticPathChoiceBuilder.`createLogitChoiceModelInstance(StochasticPathChoiceConfigurator configurator)`	create a logit model instance based on passed in configurator
`protected T`	PathChoiceBuilder.`createPathChoiceInstance()`	Factory method to create the instance of the desired type

Constructors in org.goplanit.path.choice that throw PlanItException
Constructor	Description
`PathChoiceBuilder(Class<T> pathChoiceClass, IdGroupingToken projectToken, InputBuilderListener inputBuilderListener)`	Constructor
`StochasticPathChoiceBuilder(IdGroupingToken projectToken, InputBuilderListener inputBuilderListener)`	Constructor

Uses of PlanItException in org.goplanit.path.choice.logit

Methods in org.goplanit.path.choice.logit that throw PlanItException
Modifier and Type	Method	Description
`void`	LogitChoiceModelConfigurator.`configure(LogitChoiceModel logitChoiceModel)`	Needed to avoid issues with generics, although it should be obvious that T extends logit choice model
`static LogitChoiceModelConfigurator<? extends LogitChoiceModel>`	LogitChoiceModelConfiguratorFactory.`createConfigurator(String logitChoiceModelType)`	Create a configurator for given logit choice model type

Uses of PlanItException in org.goplanit.project

Methods in org.goplanit.project that throw PlanItException
Modifier and Type	Method	Description
`Demands`	CustomPlanItProject.`createAndRegisterDemands(Zoning zoning, TransportLayerNetwork<?,?> network)`	Create and register demands to the project
`Demands`	PlanItProjectInput.`createAndRegisterDemands(Zoning zoning, TransportLayerNetwork<?,?> network)`	Create and register demands to the project inputs
`TransportLayerNetwork<?,?>`	CustomPlanItProject.`createAndRegisterInfrastructureNetwork(String infrastructureNetworkType)`	Create and register an infrastructure based network on the project
`TransportLayerNetwork<?,?>`	PlanItProjectInput.`createAndRegisterInfrastructureNetwork(String infrastructureNetworkType)`	Create and register an infrastructure based network on the project input
`InitialLinkSegmentCost`	CustomPlanItProject.`createAndRegisterInitialLinkSegmentCost(TransportLayerNetwork<?,?> network, String fileName)`	Create and register initial link segment costs from a (single) file which we assume are available in the native xml/csv output format as provided in this project
`InitialLinkSegmentCost`	CustomPlanItProject.`createAndRegisterInitialLinkSegmentCost(TransportLayerNetwork<?,?> network, String fileName, TimePeriod timePeriod)`	Create and register initial link segment costs from a (single) file and register it to the provided time period
`InitialLinkSegmentCost`	PlanItProjectInput.`createAndRegisterInitialLinkSegmentCost(TransportLayerNetwork<?,?> network, String fileName)`	Create and register initial link segment costs from a (single) file which we assume are available in the native XML/CSV output format as provided in this project.
`protected InitialLinkSegmentCost`	PlanItProjectInput.`createAndRegisterInitialLinkSegmentCost(TransportLayerNetwork<?,?> network, String fileName, TimePeriod timePeriod)`	Create and register initial link segment costs from a (single) file for all time periods (which are assumed are sorted by start time)
`OdPathSets`	CustomPlanItProject.`createAndRegisterOdPathSets(TransportLayer networkLayer, Zoning zoning, String odPathSetInputPath)`	Create and register the OD path sets as populated by the input builder through the path source
`OdPathSets`	PlanItProjectInput.`createAndRegisterOdPathSets(TransportLayer networkLayer, Zoning zoning, String odPathSetInputPath)`	Create and register the OD path sets on the project input
`OutputFormatter`	CustomPlanItProject.`createAndRegisterOutputFormatter(String outputFormatterType)`	Create and register an output formatter instance of a given type
`RoutedServices`	CustomPlanItProject.`createAndRegisterRoutedServices(ServiceNetwork serviceNetwork)`	Create and register routed services to the project
`RoutedServices`	PlanItProjectInput.`createAndRegisterRoutedServices(ServiceNetwork serviceNetwork)`	Create and register routed services to the project inputs
`ServiceNetwork`	CustomPlanItProject.`createAndRegisterServiceNetwork(MacroscopicNetwork network)`	Create and register service networks to the project
`ServiceNetwork`	PlanItProjectInput.`createAndRegisterServiceNetwork(MacroscopicNetwork network)`	Create and register service networks to the project inputs
`TrafficAssignmentConfigurator<? extends TrafficAssignment>`	CustomPlanItProject.`createAndRegisterTrafficAssignment(String trafficAssignmentType, Demands theDemands, Zoning theZoning, TransportLayerNetwork<?,?> theNetwork)`	Create and register a traffic assignment instance of a given type
`Zoning`	CustomPlanItProject.`createAndRegisterZoning(TransportLayerNetwork<?,?> network)`	Create and register the zoning system on the network
`Zoning`	PlanItProjectInput.`createAndRegisterZoning(TransportLayerNetwork<?,?> infrastructureNetwork)`	Create and register the zoning system on the network and project input
`void`	CustomPlanItProject.`executeAllTrafficAssignments()`	Execute all registered traffic assignments Top-level error recording is done in this class.
`void`	CustomPlanItProject.`registerEligibleTrafficComponentClass(Class<? extends PlanitComponent<?>> theClazz)`	Register a class that we allow to be instantiated as a concrete implementation of a traffic assignment component that can be used in PLANit

Uses of PlanItException in org.goplanit.sdinteraction.smoothing

Methods in org.goplanit.sdinteraction.smoothing that throw PlanItException
Modifier and Type	Method	Description
`void`	SmoothingConfigurator.`configure(Smoothing smoothing)`	Needed to avoid issues with generics, although it should be obvious that T extends Smoothing
`static SmoothingConfigurator<? extends Smoothing>`	SmoothingConfiguratorFactory.`createConfigurator(String smoothingType)`	Create a configurator for given smoothing type

Uses of PlanItException in org.goplanit.supply.fundamentaldiagram

Methods in org.goplanit.supply.fundamentaldiagram that throw PlanItException
Modifier and Type	Method	Description
`void`	FundamentalDiagramConfigurator.`configure(FundamentalDiagramComponent fundamentalDiagram)`	Needed to avoid issues with generics, although it should be obvious that T extends FundamentalDiagram
`static FundamentalDiagramConfigurator<? extends FundamentalDiagramComponent>`	FundamentalDiagramConfiguratorFactory.`createConfigurator(String fundamentalDiagramType)`	Create a configurator for given fundamental diagram type
`void`	FundamentalDiagramComponent.`onPlanitComponentEvent(PlanitComponentEvent event)`	Registered for PopulateFundamentalDiagramEvent which allows the component to initialise all the default available Fds based on the network layer it is registered for.

Uses of PlanItException in org.goplanit.supply.network.nodemodel

Methods in org.goplanit.supply.network.nodemodel that throw PlanItException
Modifier and Type	Method	Description
`void`	NodeModelConfigurator.`configure(NodeModelComponent nodeModel)`	Needed to avoid issues with generics, although it should be obvious that T extends NodeModel
`static NodeModelConfigurator<? extends NodeModelComponent>`	NodeModelConfiguratorFactory.`createConfigurator(String nodeModelType)`	Create a configurator for given node model type

Uses of PlanItException in org.goplanit.time

Constructors in org.goplanit.time that throw PlanItException
Constructor	Description
`TimePeriodImpl(IdGroupingToken groupId, long startTimeSeconds, long durationSeconds)`	Constructor
`TimePeriodImpl(IdGroupingToken groupId, String description, long startTimeSeconds, long durationSeconds)`	Constructor

Uses of PlanItException in org.goplanit.tntp

Methods in org.goplanit.tntp that throw PlanItException
Modifier and Type	Method	Description
`void`	TntpMain.`execute(String networkFileLocation, String demandFileLocation, String nodeCoordinateFileLocation, String linkOutputFilename, String odOutputFilename, String odPathOutputFilename, boolean persistZeroFlow, int maxIterations, double epsilon, Unit outputCostTimeUnit, double defaultMaximumSpeed)`	Top-level method which runs PLANit for TNTP format input

Uses of PlanItException in org.goplanit.tntp.converter.demands

Methods in org.goplanit.tntp.converter.demands that throw PlanItException
Modifier and Type	Method	Description
`Demands`	TntpDemandsReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network

Constructors in org.goplanit.tntp.converter.demands that throw PlanItException
Constructor	Description
`TntpDemandsReader(String demandFileLocation)`	Constructor

Uses of PlanItException in org.goplanit.tntp.converter.network

Methods in org.goplanit.tntp.converter.network that throw PlanItException
Modifier and Type	Method	Description
`TransportLayerNetwork<?,?>`	TntpNetworkReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network

Constructors in org.goplanit.tntp.converter.network that throw PlanItException
Constructor	Description
`TntpNetworkReader(String networkFileLocation, String nodeCoordinateFileLocation)`	Constructor
`TntpNetworkReader(String networkFileLocation, String nodeCoordinateFileLocation, TntpNetworkReaderSettings networkSettings)`	Constructor

Uses of PlanItException in org.goplanit.tntp.converter.zoning

Methods in org.goplanit.tntp.converter.zoning that throw PlanItException
Modifier and Type	Method	Description
`Zoning`	TntpZoningReader.`read()`	parse the network based on the configuration of the implementing class to yield a PLANit network

Constructors in org.goplanit.tntp.converter.zoning that throw PlanItException
Constructor	Description
`TntpZoningReader(String networkFileLocation)`	Constructor

Uses of PlanItException in org.goplanit.tntp.input

Methods in org.goplanit.tntp.input that throw PlanItException
Modifier and Type	Method	Description
`void`	TntpInputBuilder.`onPlanitComponentEvent(PlanitComponentEvent event)`	Whenever a project component is created this method will be invoked
`protected void`	TntpInputBuilder.`populateDemands(Demands demands, Zoning zoning, MacroscopicNetwork network)`	Populates the Demands object from the input file
`protected void`	TntpInputBuilder.`populateMacroscopicNetwork(MacroscopicNetwork macroscopicNetwork)`	Creates the physical network object from the data in the input file
`protected void`	TntpInputBuilder.`populatePhysicalCost(AbstractPhysicalCost costComponent, MacroscopicNetwork parentNetwork)`	Populate the BPR parameters
`protected void`	TntpInputBuilder.`populateZoning(Zoning zoning, Object parameter1)`	Creates the Zoning object and connectoids from the data in the network file In TNTP this method does not need to read a TAZ file.

Constructors in org.goplanit.tntp.input that throw PlanItException
Constructor	Description
`TntpInputBuilder(String networkFileLocation, String demandFileLocation, String nodeCoordinateFileLocation, String standardResultsFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, double defaultMaximumSpeed)`	Constructor
`TntpInputBuilder(String networkFileLocation, String demandsFileLocation, String nodeCoordinateFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, CapacityPeriod capacityPeriod, double defaultMaximumSpeed)`	Constructor
`TntpInputBuilder(String networkFileLocation, String demandFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, double defaultMaximumSpeed)`	Constructor
`TntpInputBuilder(String networkFileLocation, String demandFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, CapacityPeriod capacityPeriod, double defaultMaximumSpeed)`	Constructor

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

Methods in org.goplanit.tntp.output.formatter that throw PlanItException
Modifier and Type	Method	Description
`void`	CSVOutputFormatter.`finaliseAfterSimulation(OutputConfiguration outputConfiguration, OutputAdapter outputAdapter)`	Close output CSV file for a specified output type configuration
`void`	CSVOutputFormatter.`initialiseBeforeSimulation(OutputConfiguration outputConfiguration, long runId)`	Open output CSV file for specified output type configuration.
`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

Constructors in org.goplanit.tntp.output.formatter that throw PlanItException
Constructor	Description
`CSVOutputFormatter(IdGroupingToken groupId)`	Base constructor

Uses of PlanItException in org.goplanit.tntp.project

Constructors in org.goplanit.tntp.project that throw PlanItException
Constructor	Description
`TntpProject(String networkFileLocation, String demandFileLocation, String nodeCoordinateFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, CapacityPeriod capacityPeriod, double defaultMaximumSpeed)`	Constructor
`TntpProject(String networkFileLocation, String demandFileLocation, Map<NetworkFileColumnType,Integer> networkFileColumns, SpeedUnits speedUnits, LengthUnits lengthUnits, CapacityPeriod capacityPeriod, double defaultMaximumSpeed)`	Constructor

Uses of PlanItException in org.goplanit.utils.args

Methods in org.goplanit.utils.args that throw PlanItException
Modifier and Type	Method	Description
`static Map<String,String>`	ArgumentParser.`convertArgsToMap(String[] args)`	Convert program arguments into a Map, with signature: `<key>=/-/:<value>`, e.g.
`static Map<String,String>`	ArgumentParser.`convertArgsToMap(String[] args, ArgumentStyle style)`	Convert program arguments into a Map, based on given style
`protected static Map<String,String>`	ArgumentParser.`convertArgsToMapDefaultStyle(String[] args)`	Convert program arguments into a Map, with signature: `<key>=/-/:<value>`, e.g.
`protected static Map<String,String>`	ArgumentParser.`convertArgsToMapDoubleHyphenStyle(String[] args)`	Convert program arguments into a Map, with signature: `--<key> <value>`, e.g.

Uses of PlanItException in org.goplanit.utils.builder

Methods in org.goplanit.utils.builder that throw PlanItException
Modifier and Type	Method	Description
`abstract T`	Builder.`build()`	Build an instance of class T
`protected void`	Configurator.`callVoidMethod(T instance, String methodName, Object... parameters)`	Call a void method on the toConfigure class instance
`protected Class<?>[]`	Configurator.`collectParameterTypes(Object... parameters)`	collect the parameter types of the passed in object in their original order
`void`	Configurator.`configure(T toConfigureInstance)`	Configure the passed in instance with the registered method calls
`protected abstract Configurator<T>`	Builder.`createConfigurator()`	Allow derived classes to provide their own configurator for this builder, by default we create a base class configurator

Uses of PlanItException in org.goplanit.utils.cumulatives

Methods in org.goplanit.utils.cumulatives that throw PlanItException
Modifier and Type	Method	Description
`void`	PiecewiseLinearCumulativeCurve.`add(CumulativePoint cumulativePoint, double timeInSecondsEpsilon)`	append a new cumulative point to the curve which must be later or equal than the current latest point given the passed in timeInSecondsEpsilon

Uses of PlanItException in org.goplanit.utils.exceptions

Methods in org.goplanit.utils.exceptions that throw PlanItException
Modifier and Type	Method	Description
`static void`	PlanItException.`throwIf(boolean condition, String message, Object... objectArgs)`	Throw a planitException if condition is met
`static void`	PlanItException.`throwIfNull(Object object, String message)`	Throw a planitException if object is null
`static void`	PlanItException.`throwIfNull(Object object, String message, Object... objectArgs)`	Throw a planitException if object is null

Uses of PlanItException in org.goplanit.utils.function

Methods in org.goplanit.utils.function that throw PlanItException
Modifier and Type	Method	Description
`void`	PlanitExceptionConsumer.`accept(T t)`
`R`	PlanitExceptionFunction.`apply(T t)`

Uses of PlanItException in org.goplanit.utils.functionalinterface

Methods in org.goplanit.utils.functionalinterface that throw PlanItException
Modifier and Type	Method	Description
`void`	QuadConsumer.`accept(T t, U u, V v, W w)`	Performs this operation on the given arguments

Uses of PlanItException in org.goplanit.utils.geo

Methods in org.goplanit.utils.geo that throw PlanItException
Modifier and Type	Method	Description
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`convertToJtsLineString(org.opengis.geometry.coordinate.LineString openGisLineString)`	Convert an open gis line string object to a JTS Gis LineString instance by copying the internal coordinates
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`convertToLineString(org.locationtech.jts.geom.MultiLineString jtsMultiLineString)`	Cast a JTS MultiLineString with a single entry into a JTS LineString instance if valid
`static org.locationtech.jts.geom.Coordinate[]`	PlanitJtsUtils.`copyCoordinatesFrom(int offset, org.locationtech.jts.geom.LineString geometry)`	copy the coordinates in the line string starting at the given offset (included)
`static org.locationtech.jts.geom.Coordinate[]`	PlanitJtsUtils.`copyCoordinatesFromUpToNotIncluding(int offset, int untilPoint, org.locationtech.jts.geom.LineString geometry)`	copy the coordinates in the line string from-to the given locations, the locations are included
`static org.locationtech.jts.geom.Coordinate[]`	PlanitJtsUtils.`copyCoordinatesUpToNotIncluding(int untilPoint, org.locationtech.jts.geom.LineString geometry)`	copy the coordinates in the line string until the given location, the location is included
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createCopyWithoutCoordinatesAfter(int endIndex, org.locationtech.jts.geom.LineString geometry)`	Remove all coordinates in the line string after but not including the passed in index.
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createCopyWithoutCoordinatesAfter(org.locationtech.jts.geom.Point position, org.locationtech.jts.geom.LineString geometry)`	Remove all coordinates in the line string after but not including the passed in position.
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createCopyWithoutCoordinatesBefore(int startIndex, org.locationtech.jts.geom.LineString geometry)`	Remove all coordinates in the line string up to but not including the passed in index.
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createCopyWithoutCoordinatesBefore(org.locationtech.jts.geom.Point position, org.locationtech.jts.geom.LineString geometry)`	Remove all coordinates in the line string up to but not including the first occurrence of the passed in position.
`org.locationtech.jts.geom.LineSegment`	PlanitJtsCrsUtils.`createExtendedLineSegment(org.locationtech.jts.geom.LineSegment source, double extensionInMeters, boolean extendStart, boolean extendEnd)`	extend the given line segment in one or two directions with a given distance in meters.
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createLineString(String value, char ts, char cs)`	Based on the csv string construct a JTS line string
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createLineString(List<Double> coordinateList)`	Create a JTS line string from the doubles passed in (list of doubles containing x1,y1,x2,y2,etc.
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createLineString(org.locationtech.jts.geom.Coordinate... coordinates)`	Create a line string from the passed in coordinates
`static org.locationtech.jts.geom.LineString`	PlanitJtsUtils.`createLineStringFromCsvString(String value, String ts, String cs)`	Based on the csv string construct a line string
`static org.locationtech.jts.geom.Point`	PlanitJtsUtils.`createPoint(Number xCoordinate, Number yCoordinate)`	Create JTS point object from X- and Y-coordinates
`static org.locationtech.jts.geom.Coordinate[]`	PlanitJtsUtils.`directPositionsToCoordinates(List<org.opengis.geometry.DirectPosition> positions)`	Convert OpenGIS directPosition to JTS coordinates
`static <T extends EdgeSegment> org.locationtech.jts.geom.LineSegment`	PlanitGraphGeoUtils.`extractClosestLineSegmentTo(org.locationtech.jts.geom.Geometry referenceGeometry, T edgeSegment, PlanitJtsCrsUtils geoUtils)`	Extract the JTS line segment from the edge segment that is closest to the reference geometry in its intended direction.
`static Edge`	PlanitGraphGeoUtils.`findEdgeClosest(org.locationtech.jts.geom.Geometry geometry, Collection<? extends Edge> edges, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in geometry using a projection from any existing coordinate on the geometry to the geometry of the link.
`static Edge`	PlanitGraphGeoUtils.`findEdgeClosestToLineString(org.locationtech.jts.geom.LineString lineString, Collection<? extends Edge> edges, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in line string using a projection from any existing coordinate on the line string to the geometry of the link.
`static Edge`	PlanitGraphGeoUtils.`findEdgeClosestToPoint(org.locationtech.jts.geom.Point point, Collection<? extends Edge> edges, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in point using a projection from any existing coordinate on the geometry to the geometry of the link.
`static Pair<? extends Edge,Set<? extends Edge>>`	PlanitGraphGeoUtils.`findEdgesClosest(org.locationtech.jts.geom.Geometry geometry, Collection<? extends Edge> edges, double marginToClosestMeters, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in geometry as well as all other edges within the provided marging using a projection from any existing coordinate on the geometry to the geometry of the link.
`static Pair<? extends Edge,Set<? extends Edge>>`	PlanitGraphGeoUtils.`findEdgesClosestToGeometry(org.locationtech.jts.geom.Geometry geometry, Collection<? extends Edge> edges, double bufferDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in geometry as well as all other edges within the given margin using a projection from any existing coordinate on the geometry to the geometry of the link.
`static Pair<? extends Edge,Set<? extends Edge>>`	PlanitGraphGeoUtils.`findEdgesClosestToLineString(org.locationtech.jts.geom.LineString lineString, Collection<? extends Edge> edges, double bufferDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in line string using a projection from any existing coordinate on the line string to the geometry of the link.
`static Pair<? extends Edge,Set<? extends Edge>>`	PlanitGraphGeoUtils.`findEdgesClosestToPoint(org.locationtech.jts.geom.Point point, Collection<? extends Edge> edges, double bufferDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the edge closest to the passed in point as well as all other edges within the given margin using a projection from any existing coordinate on the geometry to the geometry of the link.
`static org.opengis.referencing.operation.MathTransform`	PlanitJtsUtils.`findMathTransform(org.opengis.referencing.crs.CoordinateReferenceSystem sourceCRS, org.opengis.referencing.crs.CoordinateReferenceSystem destinationCRS)`	Convenience method that wraps the CRS.findMathTransform by catching exceptions and producing a planit excepion only as well as allowing for lenient transformer
`protected static <T> Map<T,Double>`	PlanitGraphGeoUtils.`findPlanitEntitiesDistance(org.locationtech.jts.geom.LineString lineString, Collection<? extends T> planitEntities, PlanitJtsCrsUtils geoUtils)`	Find the distances to the line string and the geometry for all given PLANit entities with a supported geometry from the provided collection.
`protected static <T> Map<T,Double>`	PlanitGraphGeoUtils.`findPlanitEntitiesDistance(org.locationtech.jts.geom.Point referencePoint, Collection<? extends T> planitEntities, PlanitJtsCrsUtils geoUtils)`	Find the distances to the reference point and the geometry for all given PLANit entities with a supported geometry from the provided collection.
`protected static <T> Set<? extends T>`	PlanitGraphGeoUtils.`findPlanitEntitiesWithinDistance(org.locationtech.jts.geom.LineString lineString, Collection<? extends T> planitEntities, Double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find all PLANit entities within striking distance of the line string from the available entities based on the max distance provided.
`protected static <T> Set<? extends T>`	PlanitGraphGeoUtils.`findPlanitEntitiesWithinDistance(org.locationtech.jts.geom.Point referencePoint, Collection<? extends T> planitEntities, Double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find all PLANit entities within striking distance of the line string from the available entities based on the max distance provided.
`protected static <T> Pair<T,Double>`	PlanitGraphGeoUtils.`findPlanitEntityClosest(org.locationtech.jts.geom.LineString lineString, Collection<? extends T> planitEntities, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the closest PLANit entity to the line string from the available entities.
`protected static <T> Pair<T,Double>`	PlanitGraphGeoUtils.`findPlanitEntityClosest(org.locationtech.jts.geom.Point referencePoint, Collection<? extends T> planitEntities, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Find the closest distance to the reference point and the geometry for some PLANit entity with a supported geometry from the provided collection.
`protected static <T> Double`	PlanitGraphGeoUtils.`findPlanitEntityDistance(org.locationtech.jts.geom.Point referencePoint, T planitEntity, PlanitJtsCrsUtils geoUtils)`	Find the closest distance to the reference point and the geometry for some PLANit entity with a supported geometry from the provided collection.
`double`	PlanitJtsCrsUtils.`getClosestDistanceInMeters(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.Geometry geometry)`	find the closest distance in meters from the point to the geometry.
`double`	PlanitJtsCrsUtils.`getClosestDistanceInMetersMultiLineString(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.MultiLineString geometry)`	find the closest distance in meters from the point to the geometry.Here we project onto the geometry, so we find the actual closest distance instead of merely finding the closest modelled coordinated within the geometry.
`double`	PlanitJtsCrsUtils.`getClosestDistanceInMetersToPolygon(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.Polygon geometry)`	find the closest distance in meters from the point to the geometry.Here we project onto the geometry, so we find the actual closest distance instead of merely finding the closest modelled coordinated within the geometry.
`double`	PlanitJtsCrsUtils.`getClosestExistingCoordinateDistanceInMeters(org.locationtech.jts.geom.Point point, org.locationtech.jts.geom.Geometry geometry)`	find the distance between the closest coordinate on the geometry's coordinates.
`org.locationtech.jts.geom.Coordinate`	PlanitJtsCrsUtils.`getClosestExistingCoordinateToPoint(org.locationtech.jts.geom.Point point, org.locationtech.jts.geom.Geometry geometry)`	find the coordinate on the geometry with the closest distance to the reference point.
`<T extends org.locationtech.jts.geom.LineString> org.locationtech.jts.geom.Coordinate`	PlanitJtsCrsUtils.`getClosestExistingLineStringCoordinateToGeometry(org.locationtech.jts.geom.Geometry referenceGeometry, T lineString)`	Find the coordinate on the line string with the closest distance to the reference referenceGeometry.
`org.locationtech.jts.linearref.LinearLocation`	PlanitJtsCrsUtils.`getClosestGeometryExistingCoordinateToProjectedLinearLocationOnLineString(org.locationtech.jts.geom.Geometry referenceGeometry, org.locationtech.jts.geom.LineString linearGeometry)`	find the closest location from any existing coordinate of the reference geometry to the line string geometry as a linear location.
`org.locationtech.jts.geom.Coordinate`	PlanitJtsCrsUtils.`getClosestPojectedCoordinateOnPolygon(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.Polygon polygon)`	find the closest location from the reference coordinate to the polygon expressed as a linear location.
`org.locationtech.jts.geom.Coordinate`	PlanitJtsCrsUtils.`getClosestProjectedCoordinateOnGeometry(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.Geometry geometry)`	find the closest projected coordinate from the reference point to the geometry.
`org.locationtech.jts.geom.Coordinate`	PlanitJtsCrsUtils.`getClosestProjectedCoordinateOnLineString(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.LineString lineString)`	find the closest projected coordinate from the reference point to the line string.
`double`	PlanitJtsCrsUtils.`getClosestProjectedDistanceInMetersToLineString(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.LineString geometry)`	find the closest distance in meters from the point to the geometry.Here we project onto the geometry, so we find the actual closest distance instead of merely finding the closest modelled coordinated within the geometry.
`org.locationtech.jts.linearref.LinearLocation`	PlanitJtsCrsUtils.`getClosestProjectedLinearLocationOnGeometry(org.locationtech.jts.geom.Point referencePoint, org.locationtech.jts.geom.Geometry geometry)`	find the closest location from the reference point to the geometry expressed as a linear location.
`org.locationtech.jts.linearref.LinearLocation`	PlanitJtsCrsUtils.`getClosestProjectedLinearLocationOnLineString(org.locationtech.jts.geom.Coordinate referenceCoordinate, org.locationtech.jts.geom.LineString lineString)`	Find the closest location from the reference coordinate to the line string expressed as a linear location.
`org.locationtech.jts.linearref.LinearLocation`	PlanitJtsCrsUtils.`getClosestProjectedLinearLocationOnPolygon(org.locationtech.jts.geom.Coordinate referenceCoordinate, org.locationtech.jts.geom.Polygon polygon)`	Find the closest location from the reference coordinate to the polygon expressed as a linear location.
`static int`	PlanitJtsUtils.`getCoordinateIndexOf(org.locationtech.jts.geom.Coordinate coordinate, org.locationtech.jts.geom.Coordinate[] coordinates)`	collect the index of the given coordinate from the array
`double`	PlanitJtsCrsUtils.`getDistanceInKilometres(Vertex vertex1, Vertex vertex2)`	Compute the distance in kilometres between two vertices assuming the positions are set and based on the same crs as registered on this class instance
`double`	PlanitJtsCrsUtils.`getDistanceInKilometres(org.locationtech.jts.geom.LineString geometry)`	Compute the length of the line string by traversing all nodes and computing the segment by segment distances TODO: find out if a faster way is possible
`double`	PlanitJtsCrsUtils.`getDistanceInKilometres(org.locationtech.jts.geom.Point startPosition, org.locationtech.jts.geom.Point endPosition)`	Compute the distance in kilometres between two positions assuming the positions are provided in the same crs as registered on this class instance
`double`	PlanitJtsCrsUtils.`getDistanceInMetres(org.locationtech.jts.geom.Coordinate startCoordinate, org.locationtech.jts.geom.Coordinate endCoordinate)`	Compute the distance in metres between two (JTS) coordinates assuming the positions are provided in the same crs as registered on this class instance
`double`	PlanitJtsCrsUtils.`getDistanceInMetres(org.locationtech.jts.geom.Point startPosition, org.locationtech.jts.geom.Point endPosition)`	Compute the distance in metres between two (JTS) points assuming the positions are provided in the same crs as registered on this class instance
`boolean`	PlanitJtsCrsUtils.`isGeometryLeftOf(org.locationtech.jts.geom.Geometry geometry, org.locationtech.jts.geom.Coordinate coordA, org.locationtech.jts.geom.Coordinate coordB)`	Verify if the provided geometry resides left of the line defined from coordA to coordB.
`boolean`	PlanitJtsCrsUtils.`isGeometryNearBoundingBox(org.locationtech.jts.geom.Geometry geometry, org.locationtech.jts.geom.Envelope boundingBox, double maxDistanceMeters)`	Verify if any existing coordinate on the passed in geometry is within the maximum provided distance of the also provided bounding box
`static boolean`	PlanitGraphGeoUtils.`isVertexNearBoundingBox(Vertex node, org.locationtech.jts.geom.Envelope boundingBox, double maxDistanceMeters, PlanitJtsCrsUtils geoUtils)`	Verify if node is within maximum distance of provided bounding box
`static org.locationtech.jts.geom.Coordinate[]`	PlanitJtsUtils.`makeClosed2D(org.locationtech.jts.geom.Coordinate[] coordArray)`	create a copy of the passed in coord array and close it by adding a new coordinate at the end that matches the first.

Uses of PlanItException in org.goplanit.utils.graph

Methods in org.goplanit.utils.graph that throw PlanItException
Modifier and Type	Method	Description
`default Edge`	EdgeFactory.`registerNew(Vertex vertexA, Vertex vertexB)`	Create new edge to graph identified via its id, (not registered on vertices)
`Edge`	EdgeFactory.`registerNew(Vertex vertexA, Vertex vertexB, boolean registerOnVertices)`	Create new edge to network identified via its id, allow to be registered on vertices if indicated)
`boolean`	Edge.`replace(Vertex vertextoReplace, Vertex vertexToReplaceWith)`	Replace one of the vertices of the link

Uses of PlanItException in org.goplanit.utils.graph.directed

Methods in org.goplanit.utils.graph.directed that throw PlanItException
Modifier and Type	Method	Description
`void`	EdgeSegments.`register(DirectedEdge parentEdge, EdgeSegment edgeSegment, boolean directionAB)`	Register a edge segment (not registered on nodes and edge)
`default DirectedEdge`	DirectedEdgeFactory.`registerNew(DirectedVertex vertexA, DirectedVertex vertexB)`	Create and register new directed edge to graph identified via its id, (not registered on vertices)
`DirectedEdge`	DirectedEdgeFactory.`registerNew(DirectedVertex vertexA, DirectedVertex vertexB, boolean registerOnVertices)`	Create new edge to network identified via its id, allow to be registered on vertices if indicated)

Uses of PlanItException in org.goplanit.utils.graph.modifier

Methods in org.goplanit.utils.graph.modifier that throw PlanItException
Modifier and Type	Method	Description
`<Ex extends E> Ex`	GraphModifier.`breakEdgeAt(V vertexToBreakAt, Ex edgeToBreak, PlanitJtsCrsUtils geoUtils)`	Break the passed in edge by inserting the passed in vertex in between.
`default <Ex extends E> Map<Long,Set<Ex>>`	GraphModifier.`breakEdgesAt(List<Ex> edgesToBreak, V vertexToBreakAt)`	Break the passed in edges by inserting the passed in vertex in between.
`<Ex extends E> Map<Long,Set<Ex>>`	GraphModifier.`breakEdgesAt(List<Ex> edgesToBreak, V vertexToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in edges by inserting the passed in vertex in between.
`default void`	GraphModifier.`removeDanglingSubGraphs()`	remove any dangling sub graphs from the graph if they exist and reorder the ids if needed
`void`	GraphModifier.`removeDanglingSubGraphs(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subgraphs below a given size from the graph if they exist and subsequently reorder the internal ids if needed
`void`	GraphModifier.`removeSubGraphOf(V referenceVertex)`	remove the (sub)graph in which the passed in vertex resides.

Uses of PlanItException in org.goplanit.utils.misc

Methods in org.goplanit.utils.misc that throw PlanItException
Modifier and Type	Method	Description
`static File[]`	FileUtils.`getFilesWithExtensionFromDir(String pathToDir, String fileExtension)`	Collect all files from a directory with the given extension

Uses of PlanItException in org.goplanit.utils.mode

Methods in org.goplanit.utils.mode that throw PlanItException
Modifier and Type	Method	Description
`PredefinedMode`	ModeFactory.`createPredefinedMode(IdGroupingToken groupId, PredefinedModeType modeType)`	create a predefined mode instance without registering it on the container.
`PredefinedMode`	ModeFactory.`registerNew(PredefinedModeType modeType)`	Create and register a new predefined mode.

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

Methods in org.goplanit.utils.network.layer that throw PlanItException
Modifier and Type	Method	Description
`void`	TopologicalLayer.`transform(org.opengis.referencing.crs.CoordinateReferenceSystem fromCoordinateReferenceSystem, org.opengis.referencing.crs.CoordinateReferenceSystem toCoordinateReferenceSystem)`	transform all underlying geometries in the layer from the given crs to the new crs

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

Methods in org.goplanit.utils.network.layer.macroscopic that throw PlanItException
Modifier and Type	Method	Description
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactory.`create(Link parentLink, boolean directionAB)`	Create macroscopic link segment, do not register nor register on nodes and link
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactory.`registerNew(Link parentLink, boolean directionAb, boolean registerOnNodeAndLink)`	Create a macroscopic link segment and register it
`MacroscopicLinkSegment`	MacroscopicLinkSegmentFactory.`registerNew(Link parentLink, MacroscopicLinkSegmentType type, boolean directionAb, boolean registerOnNodeAndLink)`	Create a macroscopic link segment and register it

Uses of PlanItException in org.goplanit.utils.network.layer.modifier

Methods in org.goplanit.utils.network.layer.modifier that throw PlanItException
Modifier and Type	Method	Description
`default Map<Long,Set<E>>`	UntypedDirectedGraphLayerModifier.`breakAt(E linkToBreak, V nodeToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in link by inserting the passed in node in between.
`Map<Long,Set<E>>`	UntypedDirectedGraphLayerModifier.`breakAt(List<E> linksToBreak, V nodeToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in links by inserting the passed in node in between.
`default Map<Long,Set<E>>`	UntypedDirectedGraphLayerModifier.`breakLinksAt(List<E> linksToBreak, V nodeToBreakAt, org.opengis.referencing.crs.CoordinateReferenceSystem crs)`	Break the passed in links by inserting the passed in node in between.
`default void`	TopologicalLayerModifier.`removeDanglingSubnetworks()`	remove any dangling subnetworks from the layer if they exist and subsequently reorder the internal ids if needed
`void`	TopologicalLayerModifier.`removeDanglingSubnetworks(Integer belowSize, Integer aboveSize, boolean alwaysKeepLargest)`	remove any dangling subnetworks below a given size from the network if they exist and subsequently reorder the internal ids if needed

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

Methods in org.goplanit.utils.network.layer.physical that throw PlanItException
Modifier and Type	Method	Description
`LinkSegment`	LinkSegmentFactory.`create(Link parentLink, boolean directionAB)`	Create link segment
`LinkSegment`	LinkSegmentFactory.`registerNew(Link parentLink, boolean directionAb, boolean registerOnNodeAndLink)`	Create link segment and register it

Uses of PlanItException in org.goplanit.utils.network.virtual

Methods in org.goplanit.utils.network.virtual that throw PlanItException
Modifier and Type	Method	Description
`ConnectoidSegment`	ConnectoidEdge.`registerConnectoidSegment(ConnectoidSegment connectoidSegment, boolean directionAB)`	Register connectoidSegment.
`Collection<ConnectoidEdge>`	ConnectoidEdgeFactory.`registerNew(Connectoid connectoid)`	Create new connectoid edges from a specified connectoid to all centroids of the zones this connectoid has registered as access zone.
`ConnectoidSegment`	ConnectoidSegmentFactory.`registerNew(ConnectoidEdge parent, boolean directionAB)`	Create and register connectoid segment in AB direction on container

Uses of PlanItException in org.goplanit.utils.reflection

Methods in org.goplanit.utils.reflection that throw PlanItException
Modifier and Type	Method	Description
`static Object`	ReflectionUtils.`createInstance(String className, Object... constructorParameters)`	Create an instance of given class name and provided constructor parameters
`static <T> T`	ReflectionUtils.`createTypedInstance(String className, Object... constructorParameters)`	delegates to `ReflectionUtils.createInstance(String, Object...)` only casts result to type provided

Uses of PlanItException in org.goplanit.utils.time

Methods in org.goplanit.utils.time that throw PlanItException
Modifier and Type	Method	Description
`static long`	TimePeriodUtils.`convertHoursToSeconds(String fourDigitHour)`	Convert duration to seconds given start time using the 24-hour clock

Uses of PlanItException in org.goplanit.utils.unit

Methods in org.goplanit.utils.unit that throw PlanItException
Modifier and Type	Method	Description
`static double`	TimeUnit.`convertHourTo(UnitType to, double value)`	convert hour to...
`static double`	DistanceUnit.`convertKmTo(UnitType to, double value)`	convert km to...
`static double`	DistanceUnit.`convertMeterTo(UnitType to, double value)`	convert meter to...
`static double`	TimeUnit.`convertMinuteTo(UnitType to, double value)`	convert minute to...
`static double`	VehiclesUnit.`convertPcuTo(UnitType unitType, double value)`	Convert pcu to...
`static double`	TimeUnit.`convertSecondTo(UnitType to, double value)`	convert second to...
`double`	DistanceUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	GroupUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	NoneUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	SrsUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	TimeUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	Unit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`double`	VehiclesUnit.`convertTo(Unit to, double value)`	Convert one unit to the other for a given value
`static double`	VehiclesUnit.`convertVehiclesTo(UnitType unitType, double value)`	Convert vehicles to...

Uses of PlanItException in org.goplanit.utils.xml

Methods in org.goplanit.utils.xml that throw PlanItException
Modifier and Type	Method	Description
`static Pair<XMLStreamWriter,Writer>`	PlanitXmlWriterUtils.`createXMLWriter(Path xmlFilePath)`	create an xml stream writer for the given path

Uses of PlanItException in org.goplanit.utils.zoning

Methods in org.goplanit.utils.zoning that throw PlanItException
Modifier and Type	Method	Description
`Optional<Double>`	Connectoid.`getLengthKm(Zone accessZone)`	length can be used to virtually assign a length to the connectoid/zone combination
`boolean`	Connectoid.`isModeAllowed(Zone accessZone, Mode mode)`	Verify if a mode is allowed access to the zone via this connectoid
`DirectedConnectoid`	DirectedConnectoidFactory.`registerNew(LinkSegment accessLinkSegment)`	Create a new directed connectoid with default length 0 and no parent zone (yet)
`DirectedConnectoid`	DirectedConnectoidFactory.`registerNew(LinkSegment accessLinkSegment, Zone parentZone)`	Create a new directed connectoid, with default length 0
`DirectedConnectoid`	DirectedConnectoidFactory.`registerNew(LinkSegment accessLinkSegment, Zone parentZone, double length)`	Create a new directed connectoid
`UndirectedConnectoid`	UndirectedConnectoidFactory.`registerNew(Node accessNode)`	factory method for undirected connectoid, with default length of 0 to use between (yet unknown parent) zone and access node
`UndirectedConnectoid`	UndirectedConnectoidFactory.`registerNew(Node accessNode, Zone parentZone)`	factory method for undirected connectoid, with default length of 0 to use between zone and access node
`UndirectedConnectoid`	UndirectedConnectoidFactory.`registerNew(Node accessNode, Zone parentZone, double length)`	factory method for undirected connectoid

Uses of PlanItException in org.goplanit.zoning

Methods in org.goplanit.zoning that throw PlanItException
Modifier and Type	Method	Description
`boolean`	ConnectoidImpl.`isModeAllowed(Zone accessZone, Mode mode)`	Verify if a mode is allowed access to the zone via this connectoid
`DirectedConnectoid`	DirectedConnectoidFactoryImpl.`registerNew(LinkSegment accessLinkSegment)`	Create a new directed connectoid with default length 0 and no parent zone (yet)
`DirectedConnectoid`	DirectedConnectoidFactoryImpl.`registerNew(LinkSegment accessLinkSegment, Zone parentZone)`	Create a new directed connectoid, with default length 0
`DirectedConnectoid`	DirectedConnectoidFactoryImpl.`registerNew(LinkSegment accessLinkSegment, Zone parentZone, double length)`	Create a new directed connectoid
`UndirectedConnectoid`	UndirectedConnectoidFactoryImpl.`registerNew(Node accessNode)`	factory method for undirected connectoid, with default length of 0 to use between (yet unknown parent) zone and access node
`UndirectedConnectoid`	UndirectedConnectoidFactoryImpl.`registerNew(Node accessNode, Zone parentZone)`	factory method for undirected connectoid, with default length of 0 to use between zone and access node
`UndirectedConnectoid`	UndirectedConnectoidFactoryImpl.`registerNew(Node accessNode, Zone parentZone, double length)`	factory method for undirected connectoid

Uses of Classorg.goplanit.utils.exceptions.PlanItException

Uses of PlanItException in org.goplanit.algorithms.nodemodel

Uses of PlanItException in org.goplanit.algorithms.shortestpath

Uses of PlanItException in org.goplanit.assignment

Uses of PlanItException in org.goplanit.assignment.algorithmb

Uses of PlanItException in org.goplanit.assignment.ltm

Uses of PlanItException in org.goplanit.assignment.ltm.eltm

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

Uses of PlanItException in org.goplanit.assignment.traditionalstatic

Uses of PlanItException in org.goplanit.component

Uses of PlanItException in org.goplanit.component.event

Uses of PlanItException in org.goplanit.converter

Uses of PlanItException in org.goplanit.cost.physical

Uses of PlanItException in org.goplanit.cost.virtual

Uses of PlanItException in org.goplanit.data

Uses of PlanItException in org.goplanit.demands

Uses of PlanItException in org.goplanit.gap

Uses of PlanItException in org.goplanit.graph

Uses of PlanItException in org.goplanit.graph.directed

Uses of PlanItException in org.goplanit.graph.modifier

Uses of PlanItException in org.goplanit.io.converter

Uses of PlanItException in org.goplanit.io.converter.demands

Uses of PlanItException in org.goplanit.io.converter.intermodal

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

Uses of PlanItException in org.goplanit.io.converter.service

Uses of PlanItException in org.goplanit.io.converter.zoning

Uses of PlanItException in org.goplanit.io.geo

Uses of PlanItException in org.goplanit.io.input

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

Uses of PlanItException in org.goplanit.io.project

Uses of PlanItException in org.goplanit.io.xml.converter

Uses of PlanItException in org.goplanit.io.xml.network.physical.macroscopic

Uses of PlanItException in org.goplanit.io.xml.util

Uses of PlanItException in org.goplanit.matsim.converter

Uses of PlanItException in org.goplanit.mode

Uses of PlanItException in org.goplanit.network

Uses of PlanItException in org.goplanit.network.layer

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

Uses of PlanItException in org.goplanit.network.layer.modifier

Uses of PlanItException in org.goplanit.network.layer.physical

Uses of PlanItException in org.goplanit.network.transport

Uses of PlanItException in org.goplanit.network.virtual

Uses of PlanItException in org.goplanit.osm.converter

Uses of PlanItException in org.goplanit.osm.converter.intermodal

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

Uses of PlanItException in org.goplanit.osm.converter.zoning

Uses of PlanItException in org.goplanit.osm.converter.zoning.handler

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

Uses of PlanItException in org.goplanit.osm.defaults

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

Uses of PlanItException in org.goplanit.osm.util

Uses of PlanItException in org.goplanit.output

Uses of PlanItException in org.goplanit.output.adapter

Uses of PlanItException in org.goplanit.output.configuration

Uses of PlanItException in org.goplanit.output.formatter

Uses of PlanItException in org.goplanit.output.property

Uses of PlanItException in org.goplanit.path.choice

Uses of PlanItException in org.goplanit.path.choice.logit

Uses of PlanItException in org.goplanit.project

Uses of PlanItException in org.goplanit.sdinteraction.smoothing

Uses of PlanItException in org.goplanit.supply.fundamentaldiagram

Uses of PlanItException in org.goplanit.supply.network.nodemodel

Uses of PlanItException in org.goplanit.time

Uses of PlanItException in org.goplanit.tntp

Uses of PlanItException in org.goplanit.tntp.converter.demands

Uses of PlanItException in org.goplanit.tntp.converter.network

Uses of PlanItException in org.goplanit.tntp.converter.zoning

Uses of PlanItException in org.goplanit.tntp.input

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

Uses of PlanItException in org.goplanit.tntp.project

Uses of PlanItException in org.goplanit.utils.args

Uses of PlanItException in org.goplanit.utils.builder

Uses of PlanItException in org.goplanit.utils.cumulatives

Uses of PlanItException in org.goplanit.utils.exceptions

Uses of PlanItException in org.goplanit.utils.function

Uses of PlanItException in org.goplanit.utils.functionalinterface

Uses of PlanItException in org.goplanit.utils.geo

Uses of PlanItException in org.goplanit.utils.graph

Uses of PlanItException in org.goplanit.utils.graph.directed

Uses of PlanItException in org.goplanit.utils.graph.modifier

Uses of Class
org.goplanit.utils.exceptions.PlanItException