Package org.goplanit.assignment.ltm.sltm

Class StaticLtm

java.lang.Object

org.goplanit.component.PlanitComponent<NetworkLoading>

org.goplanit.supply.networkloading.NetworkLoading

org.goplanit.assignment.TrafficAssignment

org.goplanit.assignment.ltm.LtmAssignment

org.goplanit.assignment.ltm.sltm.StaticLtm

All Implemented Interfaces:

Serializable, Cloneable, Comparable<IdAble>, EventListener, PlanitComponentListener, InteractorAccessee, LinkInflowOutflowAccessee, TrafficAssignmentComponentAccessee, EventListener, ExternalIdAble, IdAble

public class StaticLtm
extends LtmAssignment
implements LinkInflowOutflowAccessee

Static Link Transmission Model implementation (sLTM) for network loading based on solution method presented in Raadsen and Bliemer (2021) General solution scheme for the Static Link Transmission Model .

Defaults initiated via configurator:

• Fundamental diagram: NEWELL
• Node Model: TAMPERE

Author:

markr

See Also:

Serialized Form

Field Summary

Fields inherited from class org.goplanit.assignment.TrafficAssignment

ALGORITHM_B, ELTM, initialLinkSegmentCostByTimePeriod, initialLinkSegmentCostTimePeriodAgnostic, SLTM, TRADITIONAL_STATIC_ASSIGNMENT

Constructor Summary

Constructors

Constructor	Description
StaticLtm(StaticLtm sltm)	Copy Constructor
StaticLtm(IdGroupingToken groupId)	Constructor

Method Summary

Modifier and Type	Method	Description
StaticLtm	clone()	Create a shallow copy of this entity
OutputTypeAdapter	createOutputTypeAdapter(OutputType outputType)	Create the output type adapter for the current output type, specifically tailored towards the assignment type that we are builing
protected void	executeEquilibration()	Run equilibration after resources initialized, including saving results
MacroscopicNetwork	getInfrastructureNetwork()	Get the physical network for the current assignment
protected StaticLtmSimulationData	getIterationData()	Return the simulation data for the current iteration
int	getIterationIndex()	Collect the current iteration index of the simulation
double[]	getLinkSegmentInflowsPcuHour()	Get link segment inflow rates for all link segments, where index is based on id of the link segment.
double[]	getLinkSegmentOutflowsPcuHour()	Get link segment outflow rates for all link segments, where index is based on id of the link segment.
protected StaticLtmAssignmentStrategy	getStrategy()	Return the assignment solution strategy used
protected void	initialiseBeforeExecution()	Initialise the components before we start any assignment + create the assignment strategy (bush or path based)
boolean	isActivateBushBased()	Verify if bush based assignment is applied or not
boolean	isActivateDetailedLogging()	collect the flag indicating link storage constraints are active or not
boolean	isDisableLinkStorageConstraints()	Verify to enable link storage constraints or not
void	reset()	All components should be able to reset going back to some representative initial state
void	setActivateBushBased(boolean flag)	Set the flag indicating if bush based assignment is to be applied or not
void	setActivateDetailedLogging(boolean flag)	Set the flag indicating link storage constraints are active or not
void	setDisableLinkStorageConstraints(boolean flag)	Set the flag indicating link storage constraints are active or not
protected void	verifyComponentCompatibility()	Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network.

Methods inherited from class org.goplanit.assignment.ltm.LtmAssignment

getPathChoice, getUsedNetworkLayer, setFundamentalDiagram, setNodeModel, setPathChoice, verifyNetworkDemandZoningCompatibility

Methods inherited from class org.goplanit.assignment.TrafficAssignment

checkForEmptyComponents, createLoggingPrefix, createTransportNetwork, disbandTransportNetwork, execute, finalizeAfterExecution, getDemands, getGapFunction, getOutputManager, getPhysicalCost, getSmoothing, getTotalNumberOfNetworkSegments, getTotalNumberOfNetworkVertices, getTrafficAssignmentComponent, getTransportNetwork, getVirtualCost, getZoning, logRegisteredComponent, registerComponent, setDemands, setGapFunction, setInfrastructureNetwork, setInitialLinkSegmentCost, setInitialLinkSegmentCost, setOutputManager, setPhysicalCost, setSmoothing, setVirtualCost, setZoning

Methods inherited from class org.goplanit.component.PlanitComponent

equals, getComponentType, getExternalId, getId, getIdGroupingToken, getKnownSupportedEventTypes, getXmlId, hashCode, onPlanitComponentEvent, setExternalId, setXmlId

Methods inherited from class java.lang.Object

finalize, getClass, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface org.goplanit.utils.event.EventListener

hasKnownSupportedEventTypes

Methods inherited from interface org.goplanit.utils.id.ExternalIdAble

hasExternalId, hasXmlId

Methods inherited from interface org.goplanit.utils.id.IdAble

compareTo, idEquals, idHashCode

Methods inherited from interface org.goplanit.interactor.LinkInflowOutflowAccessee

getCompatibleAccessor, getLinkSegmentInflowPcuHour, getLinkSegmentOutflowPcuHour

Methods inherited from interface org.goplanit.interactor.TrafficAssignmentComponentAccessee

getTrafficAssignmentComponent

Constructor Detail

StaticLtm

public StaticLtm(IdGroupingToken groupId)

Constructor

Parameters:

groupId - contiguous id generation within this group for instances of this class

StaticLtm

public StaticLtm(StaticLtm sltm)

Copy Constructor

Parameters:

sltm - to copy

Method Detail

verifyComponentCompatibility

protected void verifyComponentCompatibility()
                                     throws PlanItException

Verify if the create traffic assignment (sbu)components are compatible with each other and the created transport network. Called before starting the simulation and after the transport network has been generated from physical and virtual network. So this is called after the build of the assignment instance

Overrides:

verifyComponentCompatibility in class LtmAssignment

Throws:

PlanItException - thrown if the components are not compatible

initialiseBeforeExecution

protected void initialiseBeforeExecution()
                                  throws PlanItException

Initialise the components before we start any assignment + create the assignment strategy (bush or path based)

Overrides:

initialiseBeforeExecution in class TrafficAssignment

Throws:

PlanItException - thrown if there is an error

executeEquilibration

protected void executeEquilibration()
                             throws PlanItException

Run equilibration after resources initialized, including saving results

Specified by:

executeEquilibration in class TrafficAssignment

Throws:

PlanItException - thrown if there is an error

getIterationData

protected StaticLtmSimulationData getIterationData()

Return the simulation data for the current iteration

Returns:

simulation data

getStrategy

protected StaticLtmAssignmentStrategy getStrategy()

Return the assignment solution strategy used

Returns:

used assignment strategy

getInfrastructureNetwork

public MacroscopicNetwork getInfrastructureNetwork()

Get the physical network for the current assignment

Overrides:

getInfrastructureNetwork in class TrafficAssignment

Returns:

physical network for the current assignment

createOutputTypeAdapter

public OutputTypeAdapter createOutputTypeAdapter(OutputType outputType)

Create the output type adapter for the current output type, specifically tailored towards the assignment type that we are builing

Specified by:

createOutputTypeAdapter in class TrafficAssignment

Parameters:

outputType - the current output type

Returns:

the output type adapter corresponding to the current traffic assignment and output type

getIterationIndex

public int getIterationIndex()

Collect the current iteration index of the simulation

Specified by:

getIterationIndex in class TrafficAssignment

Returns:

current iteration index

clone

public StaticLtm clone()

Create a shallow copy of this entity

Specified by:

clone in interface IdAble

Specified by:

clone in class LtmAssignment

Returns:

shallow copy of entity

isDisableLinkStorageConstraints

public boolean isDisableLinkStorageConstraints()

Verify to enable link storage constraints or not

Returns:

true when enabled, false otherwise

setDisableLinkStorageConstraints

public void setDisableLinkStorageConstraints(boolean flag)

Set the flag indicating link storage constraints are active or not

Parameters:

flag - when true activate, when false disable

setActivateDetailedLogging

public void setActivateDetailedLogging(boolean flag)

Set the flag indicating link storage constraints are active or not

Parameters:

flag - when true activate, when false disable

isActivateBushBased

public boolean isActivateBushBased()

Verify if bush based assignment is applied or not

Returns:

true when activated, false otherwise

setActivateBushBased

public void setActivateBushBased(boolean flag)

Set the flag indicating if bush based assignment is to be applied or not

Parameters:

flag - when true activate, when false disable

isActivateDetailedLogging

public boolean isActivateDetailedLogging()

collect the flag indicating link storage constraints are active or not

Returns:

flag when true activated, when false disabled

getLinkSegmentInflowsPcuHour

public double[] getLinkSegmentInflowsPcuHour()

Get link segment inflow rates for all link segments, where index is based on id of the link segment.

Specified by:

getLinkSegmentInflowsPcuHour in interface LinkInflowOutflowAccessee

Returns:

link segment inflows for all modes

getLinkSegmentOutflowsPcuHour

public double[] getLinkSegmentOutflowsPcuHour()

Get link segment outflow rates for all link segments, where index is based on id of the link segment.

Specified by:

getLinkSegmentOutflowsPcuHour in interface LinkInflowOutflowAccessee

Returns:

link segment inflows for all modes

reset

public void reset()

All components should be able to reset going back to some representative initial state

Overrides:

reset in class LtmAssignment