Uses of Class
jline.lang.nodes.Station

Packages that use Station

Package	Description
jline.api.fes
jline.inference.lang
jline.lang	Abstractions to declare basic elements of a model.
jline.lang.layered	This package contains the classes used the specify LayeredNetwork objects
jline.lang.nodes	This package contains the classes used the specify Network objects
jline.lang.state	Classes that model the state of a network and its individual nodes
jline.opt.objectives
jline.opt.variables
jline.solvers	Solver superclasses and related data structures.
jline.solvers.fluid	This package provides an implementation of SolverFluid (FLD).
jline.solvers.fluid.analyzers	Analyzers for SolverFluid.
jline.solvers.fluid.handlers	Handlers for SolverFluid.
jline.solvers.mam.handlers	Handlers for SolverMAM.
jline.solvers.ssa	This package provides an implementation of SolverSSA.
jline.solvers.uq

Uses of Station in jline.api.fes

Fields in jline.api.fes with type parameters of type Station

Modifier and Type	Field	Description
final List<Station>	FESDeaggInfo.stationSubset

Methods in jline.api.fes that return types with arguments of type Station

Modifier and Type	Method	Description
List<Station>	FESDeaggInfo.getStationSubset()

Method parameters in jline.api.fes with type arguments of type Station

Modifier and Type	Method	Description
static FESResult	FESAggregator.aggregateFES(Network model, List<Station> stationSubset)	Deprecated.
static FESResult	FESAggregator.aggregateFES(Network model, List<Station> stationSubset, FESOptions options)	Deprecated.

Constructor parameters in jline.api.fes with type arguments of type Station

Modifier	Constructor	Description
	FESDeaggInfo(Network originalModel, List<Station> stationSubset, int[] subsetIndices, int[] complementIndices, List<Matrix> throughputTable, Matrix cutoffs, Matrix stochCompSubset, Matrix stochCompComplement, Network isolatedModel, int fesNodeIdx)

Uses of Station in jline.inference.lang

Method parameters in jline.inference.lang with type arguments of type Station

Modifier and Type	Method	Description
Matrix	ParamEstimator.estimateAt(List<Station> nodes)

Uses of Station in jline.lang

Fields in jline.lang declared as Station

Modifier and Type	Field	Description
protected Station	JobClass.refstat
Station	Metric.station

Fields in jline.lang with type parameters of type Station

Modifier and Type	Field	Description
Map<Station,Map<JobClass,BalkingStrategy>>	NetworkStruct.balkingStrategy
Map<Station,Map<JobClass,List<BalkingThreshold>>>	NetworkStruct.balkingThresholds
Map<Station,Map<JobClass,Double>>	NetworkStruct.batchRejectProb
Map<Station,SerializableFunction<Matrix,Matrix>>	NetworkStruct.cdscaling
Map<Station,Matrix>	NetworkStruct.cdscalingpeak
Map<Station,Map<JobClass,DropStrategy>>	NetworkStruct.droprule
Map<Station,Map<JobClass,ImpatienceType>>	NetworkStruct.impatienceClass
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.impatienceMu
Map<Station,Map<JobClass,Integer>>	NetworkStruct.impatiencePhases
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.impatiencePhi
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.impatiencePie
Map<Station,Map<JobClass,MatrixCell>>	NetworkStruct.impatienceProc
Map<Station,Map<JobClass,ProcessType>>	NetworkStruct.impatienceType
Map<Station,Map<JobClass,SerializableFunction<Double,Double>>>	NetworkStruct.lst
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.mu
Map<Station,Map<JobClass,MatrixCell>>	NetworkStruct.orbitImpatience
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.phi
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.pie
Map<Station,Map<JobClass,MatrixCell>>	NetworkStruct.proc
Map<Station,Map<JobClass,ProcessType>>	NetworkStruct.procid
Map<Station,Map<JobClass,Integer>>	NetworkStruct.retrialMaxAttempts
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.retrialMu
Map<Station,Map<JobClass,Matrix>>	NetworkStruct.retrialPhi
Map<Station,Map<JobClass,MatrixCell>>	NetworkStruct.retrialProc
Map<Station,Map<JobClass,ProcessType>>	NetworkStruct.retrialType
Map<Station,SchedStrategy>	NetworkStruct.sched
protected Map<Station,Integer>	Chain.stationIndexMap
protected List<Station>	Chain.stations
List<Station>	NetworkStruct.stations

Methods in jline.lang that return Station

Modifier and Type	Method	Description
Station	ClosedClass.getReferenceStation()	Returns the reference station for this closed class.
Station	JobClass.getReferenceStation()	Returns the reference station for this job class.
Station	Network.getStationByIndex(int index)
Station	Network.getStationByName(String name)

Methods in jline.lang that return types with arguments of type Station

Modifier and Type	Method	Description
Map<Station,SerializableFunction<Matrix,Matrix>>	Network.getLimitedClassDependence()	Gets the class-dependence functions beta_i(n) of the stations that declare one.
Map<Station,Matrix>	Network.getLimitedClassDependencePeak()	Peak (max) class-dependent rate scaling per class for each class-dependent station, as a 1xR row vector (scalar declarations broadcast to R classes).
List<Station>	Network.getStations()	Returns the list of stations in this network.
List<Station>	NetworkStruct.getStations()	Returns the list of stations in the network.
Map<Station,SchedStrategy>	Network.getStationScheduling()

Methods in jline.lang with parameters of type Station

Modifier and Type	Method	Description
void	Chain.addStation(Station station)	Adds a station to this chain.
ServiceNodeParam	NetworkStruct.getServiceParam(Station st)	Returns the invalid reference ServiceNodeParam attached to the given station, or null if the station has no nodeparam entry or its entry is not a ServiceNodeParam.
JobClass	Signal.resolve(boolean isOpen, Station refstat)	Resolves this Signal placeholder to OpenSignal or ClosedSignal.
void	JobClass.setReferenceStation(Station ref)	Sets the reference station for this job class.
void	OpenClass.setReferenceStation(Station source)	Sets the reference station for this open class.
void	Chain.setVisits(JobClass jobclass, Station station, double val)	Sets the number of visits that a job in this chain makes to a station in a specific class.

Method parameters in jline.lang with type arguments of type Station

Modifier and Type	Method	Description
static FESResult	ModelAdapter.aggregateFES(Network model, List<Station> stationSubset)	Replace a station subset with a Flow-Equivalent Server (FES) This function replaces a subset of stations in a closed product-form queueing network with a single Flow-Equivalent Server (FES).
static FESResult	ModelAdapter.aggregateFES(Network model, List<Station> stationSubset, FESOptions options)	Replace a station subset with a Flow-Equivalent Server (FES) with options

Constructors in jline.lang with parameters of type Station

Modifier	Constructor	Description
	ClosedClass(Network model, String name, double njobs, Station refstat)	Creates a new closed job class with default priority (0).
	ClosedClass(Network model, String name, double njobs, Station refstat, int priority)	Creates a new closed job class with the specified population and reference station.
	ClosedClass(Network model, String name, double njobs, Station refstat, int priority, double deadline)	Creates a new closed job class with the specified population, reference station, priority, and deadline.
	ClosedClass(Network model, String name, int njobs, Station refstat)
	ClosedClass(Network model, String name, int njobs, Station refstat, int priority)
	ClosedClass(Network model, String name, int njobs, Station refstat, int priority, double deadline)
	ClosedSignal(Network model, String name, SignalType signalType, Station refstat)	Creates a new closed signal class with the specified type, reference station, and default priority (0).
	ClosedSignal(Network model, String name, SignalType signalType, Station refstat, int priority)	Creates a new closed signal class with the specified type, reference station, and priority.
	ClosedSignal(Network model, String name, SignalType signalType, Station refstat, int priority, DiscreteDistribution removalDistribution, RemovalPolicy removalPolicy)	Creates a new closed signal class with full configuration for batch removal.
	ClosedSignal(Network model, String name, Station refstat)	Creates a new negative closed signal class with default priority (0).
	DisabledClass(Network model, String name, Station refstat)	Creates a new disabled job class that perpetually loops at the reference station.
	SelfLoopingClass(Network model, String name, long njobs, Station refstat)	Creates a new self-looping job class with default priority (0).
	SelfLoopingClass(Network model, String name, long njobs, Station refstat, int priority)	Creates a new self-looping job class with specified priority.

Uses of Station in jline.lang.layered

Methods in jline.lang.layered that return types with arguments of type Station

Modifier and Type	Method	Description
List<Station>	LayeredNetwork.getStations()	Aggregate list of stations over the layer networks (block order).

Uses of Station in jline.lang.nodes

Subclasses of Station in jline.lang.nodes

Modifier and Type	Class	Description
class	Delay	An infinite server station, i.e.
class	Join	A node that reassembles a set of sibling tasks into the original parent job
class	Place	A place within a stochastic Petri net / queueing Petri net model.
class	Queue	A queueing station that processes jobs according to various scheduling strategies.
class	ServiceStation	A station with a service process
class	Source	An abstraction of the external world jobs in open classes come from

Uses of Station in jline.lang.state

Fields in jline.lang.state with type parameters of type Station

Modifier and Type	Field	Description
final Map<Station,SerializableFunction<Matrix,Matrix>>	AfterEventContext.cdscaling	Class-dependent scaling functions (defaulted to the constant 1 map).

Constructor parameters in jline.lang.state with type arguments of type Station

Modifier	Constructor	Description
	AfterEventContext(Matrix lldscaling, int lldlimit, Map<Station,SerializableFunction<Matrix,Matrix>> cdscaling, Map<Integer,Matrix> ismkvmodclass)

Uses of Station in jline.opt.objectives

Method parameters in jline.opt.objectives with type arguments of type Station

Modifier and Type	Method	Description
static MinimizeCost	MinimizeCost.rateCost(Map<Station,Double> rateCost, List<Constraint> subjectTo)	Rate-cost-only convenience constructor.
static MinimizeCost	MinimizeCost.serverCost(Map<Station,Double> serverCost, List<Constraint> subjectTo)	Server-cost-only convenience constructor.

Constructors in jline.opt.objectives with parameters of type Station

Modifier	Constructor	Description
	ResponseTimeConstraint(Station station, double maxValue)
	ResponseTimeConstraint(Station station, JobClass jobclass, double maxValue)
	ThroughputConstraint(Station station, double minValue)
	ThroughputConstraint(Station station, JobClass jobclass, double minValue)
	UtilizationConstraint(Station station, double maxValue)

Constructor parameters in jline.opt.objectives with type arguments of type Station

Modifier	Constructor	Description
	MaximizePerformance(double throughputWeight, double responseTimeWeight, double queueLengthWeight, List<Station> stations, Double budget, Map<String,Double> budgetTerms)
	MinimizeCost(Map<Station,Double> serverCost, Map<Station,Double> rateCost, Map<Station,Double> replicaCost, List<Constraint> subjectTo)

Uses of Station in jline.opt.variables

Methods in jline.opt.variables that return Station

Modifier and Type	Method	Description
Station	ServerAllocation.getStation()
Station	StationReplicas.getStation()

Methods in jline.opt.variables that return types with arguments of type Station

Modifier and Type	Method	Description
List<Station>	ClassServiceMapping.getStations()

Constructors in jline.opt.variables with parameters of type Station

Modifier	Constructor	Description
	ServerAllocation(Station station, int minServers, int maxServers)
	ServerAllocation(Station station, int minServers, int maxServers, String name)
	StationReplicas(Station station, int minReplicas, int maxReplicas)
	StationReplicas(Station station, int minReplicas, int maxReplicas, String name)

Constructor parameters in jline.opt.variables with type arguments of type Station

Modifier	Constructor	Description
	ClassServiceMapping(JobClass jobclass, List<Station> stations)
	ClassServiceMapping(JobClass jobclass, List<Station> stations, String name)

Uses of Station in jline.solvers

Methods in jline.solvers that return types with arguments of type Station

Modifier and Type	Method	Description
Map<Station,Map<JobClass,Metric>>	AvgHandle.get()	Retrieves the complete data structure containing all metrics.
Set<Station>	AvgHandle.keySet()	Returns the set of all stations that have metrics stored.

Methods in jline.solvers with parameters of type Station

Modifier and Type	Method	Description
Map<JobClass,Metric>	AvgHandle.get(Station station)	Retrieves all metrics for a specific station across all job classes.
Metric	AvgHandle.get(Station station, JobClass jobClass)	Retrieves the metric for a specific station and job class.
boolean	AvgHandle.hasMetric(Station station, JobClass jobClass)	Checks if a metric exists for the specified station and job class.
void	AvgHandle.put(Station station, JobClass jobClass, Metric metric)	Stores a metric for a specific station and job class.
void	AvgHandle.remove(Station station, JobClass jobClass)	Removes the metric for a specific station and job class.
AvgTable	NetworkAvgChainTable.tget(Station station, JobClass jobclass)
NetworkAvgTable	NetworkAvgTable.tget(Station station, JobClass jobclass)

Uses of Station in jline.solvers.fluid

Methods in jline.solvers.fluid that return types with arguments of type Station

Modifier and Type	Method	Description
static Map<Station,Map<JobClass,MatrixCell>>	FluidNhpp.substituteNhppProc(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi)	Returns the process map to hand to the closing-rate builder, with every NHPP station-class replaced by the equivalent one-phase exponential MAP {D0, D1} = {-lam, lam} at its nominal rate mu(i,k)(0), so that map_pie sees a valid Markovian representation.

Method parameters in jline.solvers.fluid with type arguments of type Station

Modifier and Type	Method	Description
static Map<Station,Map<JobClass,MatrixCell>>	FluidNhpp.substituteNhppProc(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi)	Returns the process map to hand to the closing-rate builder, with every NHPP station-class replaced by the equivalent one-phase exponential MAP {D0, D1} = {-lam, lam} at its nominal rate mu(i,k)(0), so that map_pie sees a valid Markovian representation.

Uses of Station in jline.solvers.fluid.analyzers

Method parameters in jline.solvers.fluid.analyzers with type arguments of type Station

Modifier and Type	Method	Description
protected void	ClosingAndStateDepMethodsAnalyzer.solver_fluid_iteration(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi, Matrix S, double[] yDefault, Matrix slowrate, SolverOptions options, SolverResult result)
protected void	TbiAnalyzer.solver_fluid_iteration(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi, Matrix S, double[] yDefault, Matrix slowrate, SolverOptions options, SolverResult result)

Uses of Station in jline.solvers.fluid.handlers

Method parameters in jline.solvers.fluid.handlers with type arguments of type Station

Modifier and Type	Method	Description
static FluidRateMultiplier	FluidRateMultiplier.build(int numEvents, boolean[][] enabled, Matrix qIndices, Matrix kic, Map<Station,Map<JobClass,Matrix>> mu, List<Station> stations, List<JobClass> jobclasses, Matrix eventIdx, SolverOptions options)	Builds the multiplier for the closing machinery described by the given event mapping, or returns null when no time-varying channel is set.
static FluidRateMultiplier	FluidRateMultiplier.build(int numEvents, boolean[][] enabled, Matrix qIndices, Matrix kic, Map<Station,Map<JobClass,Matrix>> mu, List<Station> stations, List<JobClass> jobclasses, Matrix eventIdx, SolverOptions options)	Builds the multiplier for the closing machinery described by the given event mapping, or returns null when no time-varying channel is set.

Constructor parameters in jline.solvers.fluid.handlers with type arguments of type Station

Modifier	Constructor	Description
	PassageTimeODE(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi, Map<Station,Map<JobClass,MatrixCell>> proc, Matrix rt, Matrix S, SolverOptions options)
	PassageTimeODE(NetworkStruct sn, Map<Station,Map<JobClass,Matrix>> mu, Map<Station,Map<JobClass,Matrix>> phi, Map<Station,Map<JobClass,MatrixCell>> proc, Matrix rt, Matrix S, SolverOptions options, int numDimensions)

Uses of Station in jline.solvers.mam.handlers

Method parameters in jline.solvers.mam.handlers with type arguments of type Station

Modifier and Type	Method	Description
static Map<Integer,MatrixCell>	Solver_mam_passage_time.solver_mam_passage_time(NetworkStruct sn, Map<Station,Map<JobClass,MatrixCell>> PH, SolverOptions options)

Uses of Station in jline.solvers.ssa

Fields in jline.solvers.ssa with type parameters of type Station

Modifier and Type	Field	Description
Map<Station,Matrix>	SSAResult.space	State space matrices for each station in the network

Uses of Station in jline.solvers.uq

Methods in jline.solvers.uq with parameters of type Station

Modifier and Type	Method	Description
SolverUQ.EmpiricalCDF	SolverUQ.getPosteriorDist(String metric, Station station, JobClass jobClass)	Returns the posterior distribution for a specific metric at a station/class.