Uses of Class
jline.lang.Network

Packages that use Network

Package	Description
jline.api.fes
jline.api.rl
jline.api.wf	Workflow analysis algorithms.
jline.bench	Benchmarking utilities and performance test models for LINE solvers.
jline.bench.lqn	Layered Queueing Network (LQN) benchmarks for hierarchical system evaluation.
jline.examples.java	Comprehensive examples and gallery of queueing network models for the LINE solver.
jline.examples.java.advanced	Advanced queueing network examples with complex features and topologies.
jline.examples.java.basic	Basic queueing network examples demonstrating fundamental concepts.
jline.examples.java.models	Pre-built queueing network model templates and generators.
jline.gen
jline.inference.api
jline.inference.lang
jline.io	Input/output from the command line or XML files.
jline.io.tikz	TikZ visualization package for LINE queueing networks.
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.solvers	Solver superclasses and related data structures.
jline.solvers.auto	Automatic solver selection and configuration for queueing networks.
jline.solvers.ctmc	This package provides an implementation of SolverCTMC.
jline.solvers.env	This package provides an implementation of SolverENV (ENV).
jline.solvers.fluid	This package provides an implementation of SolverFluid (FLD).
jline.solvers.fluid.handlers	Handlers for SolverFluid.
jline.solvers.jmt	This package provides an implementation of SolverJMT.
jline.solvers.jmt.handlers	Handlers for SolverJMT.
jline.solvers.jmt.io
jline.solvers.ldes	LINE Discrete Event Simulator (LDES) solver using SSJ library.
jline.solvers.ln	This package provides an implementation of SolverLN.
jline.solvers.lqns	This package provides an implementation of SolverLQNS.
jline.solvers.mam	This package provides an implementation of SolverMAM.
jline.solvers.mva	This package provides an implementation of SolverMVA.
jline.solvers.mva.handlers	Handlers for SolverMVA.
jline.solvers.nc	This package provides an implementation of SolverNC.
jline.solvers.posterior
jline.solvers.qns	This package provides an implementation of SolverQNS.
jline.solvers.ssa	This package provides an implementation of SolverSSA.
jline.unified

Uses of Network in jline.api.fes

Fields in jline.api.fes declared as Network

Modifier and Type	Field	Description
final Network	FESResult.fesModel	New Network with FES replacing the subset.
final Network	FESDeaggInfo.isolatedModel
final Network	FESDeaggInfo.originalModel

Methods in jline.api.fes that return Network

Modifier and Type	Method	Description
Network	FESResult.getFesModel()
Network	FESDeaggInfo.getIsolatedModel()
Network	FESDeaggInfo.getOriginalModel()

Methods in jline.api.fes with parameters of type Network

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.

Constructors in jline.api.fes with parameters of type Network

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)
	FESResult(Network fesModel, Queue fesStation, FESDeaggInfo deaggInfo)

Uses of Network in jline.api.rl

Fields in jline.api.rl declared as Network

Modifier and Type	Field	Description
final Network	RlEnv.model
final Network	RlEnvGeneral.model

Methods in jline.api.rl that return Network

Modifier and Type	Method	Description
Network	RlEnv.getModel()
Network	RlEnvGeneral.getModel()

Constructors in jline.api.rl with parameters of type Network

Modifier	Constructor	Description
	RlEnv(Network model, int[] idxOfQueueInNodes, int[] idxOfSourceInNodes, int stateSize, double gamma)
	RlEnvGeneral(Network model, int[] idxOfQueueInNodes, int[] idxOfActionNodes, int stateSize, double gamma)

Uses of Network in jline.api.wf

Methods in jline.api.wf with parameters of type Network

Modifier and Type	Method	Description
static NetworkSolver	WorkflowManager.getOptimalSolver(Network network)
static NetworkSolver	WorkflowManager.getOptimalSolver(Network network, SolverOptions options)	Get optimal solver for a network without detailed analysis.
static String	WorkflowManager.quickAnalysis(Network network)	Quick analysis method for simple workflow inspection.

Constructors in jline.api.wf with parameters of type Network

Modifier	Constructor	Description
	Wf_analyzer(Network network)
	Wf_auto_integration(Network network)
	Wf_auto_integration(Network network, SolverOptions options)
	WorkflowManager(Network network)
	WorkflowManager(Network network, SolverOptions options)

Uses of Network in jline.bench

Methods in jline.bench with parameters of type Network

Modifier and Type	Method	Description
static List<Solver>	BenchmarkSolvers.getBenchmarkSolvers(Network model)
static List<Solver>	BenchmarkSolvers.getForkJoinBenchmarkSolvers(Network model)	Get Fork-Join specific benchmark solvers Tests different fork-join approximation methods
static SolverJMT	BenchmarkSolvers.getForkJoinSimulationSolver(Network model)	Get Fork-Join simulation solver with appropriate settings
static List<Integer>	BenchmarkUtils.getNonDelayStationIndices(Network model)	Get indices of non-delay stations
static SolverJMT	BenchmarkSolvers.getSimulationSolver(Network model)
static double	BenchmarkUtils.utilizationError(Matrix approx, Matrix exact, Network model)	Calculate utilization error for benchmarks Excludes delay stations (row 0) from comparison

Uses of Network in jline.bench.lqn

Methods in jline.bench.lqn with parameters of type Network

Modifier and Type	Method	Description
NetworkSolver	BenchLQN_Custom.CustomSolverFactory.at(Network model)
NetworkSolver	BenchLQN_Default.DefaultSolverFactory.at(Network model)
NetworkSolver	BenchLQN_Fluid.FluidSolverFactory.at(Network model)
NetworkSolver	BenchLQN_LQNS.LQNSSolverFactory.at(Network model)
NetworkSolver	BenchLQN_MVA.MVASolverFactory.at(Network model)
NetworkSolver	BenchLQN_NC.NCSolverFactory.at(Network model)
NetworkSolver	BenchLQN_SRVN.SRVNSolverFactory.at(Network model)
NetworkSolver	SimpleLQNBenchmark.BenchmarkSolverFactory.at(Network model)

Uses of Network in jline.examples.java

Methods in jline.examples.java that return Network

Modifier and Type	Method	Description
static Network	GettingStarted.tut01_mm1_basics()	Getting started example 1: Basic M/M/1 queue.
static Network	GettingStarted.tut02_mg1_multiclass_solvers()	Getting started example 2: M/G/1 queue with two classes.
static Network	GettingStarted.tut03_repairmen()	Getting started example 3: Machine Repair Problem (MRP).
static Network	GettingStarted.tut04_lb_routing()	Getting started example 4: Load balancing with routing strategies.
static Network	GettingStarted.tut05_completes_flag()	Getting started example 5: Class switching in single-node network.
static Network	GettingStarted.tut06_cache_lru_zipf()	Getting started example 6: Cache modeling with Zipf access pattern.
static Network	GettingStarted.tut07_respt_cdf()	Getting started example 7: Simple closed network for optimization.
static Network	GettingStarted.tut08_opt_load_balancing()	Getting started example 8: Optimization with COBYLA algorithm.
static Network	GettingStarted.tut12_posterior_analysis()	Getting started example 12: Posterior analysis with uncertain parameters.
static Network	GettingStarted.tut13_cluster()	Getting started example 13: Open cluster.

Uses of Network in jline.examples.java.advanced

Methods in jline.examples.java.advanced that return Network

Modifier and Type	Method	Description
static Network	CDFRespTModel.cdf_respt_closed()	Closed network with single customer for response time CDF analysis (matches MATLAB cdf_respt_closed.m).
static Network	CDFRespTModel.cdf_respt_closed_threeclasses()	Closed network with three classes and class switching (matches MATLAB cdf_respt_closed_threeclasses.m).
static Network	CDFRespTModel.cdf_respt_distrib()	Closed network with different service distributions (matches MATLAB cdf_respt_distrib.m).
static Network	CDFRespTModel.cdf_respt_open_twoclasses()	Open network with two classes (matches MATLAB cdf_respt_open_twoclasses.m).
static Network	CDFRespTModel.cdf_respt_populations()	Closed network with 10 jobs for response time CDF (matches JSON definition).
static Network	CDFRespTModel.cdf_respt_populationsN1()	Closed networks with varying populations (matches MATLAB cdf_respt_populations.m).
static Network	CDFRespTModel.cdf_respt_populationsN4()
static Network	CDFRespTModel.cdf_respt_populationsN8()
static Network	AgentModel.closedNetwork()	Creates a closed network with two PS queues.
static Network	FCRegionModel.fcr_constraints()	FCR with multiple constraint types demonstration.
static Network	FCRegionModel.fcr_lincon(double[][] A, double[] b)	Open loss network with general linear admission constraints.
static Network	FCRegionModel.fcr_lossn()	Loss network with FCR (for NC solver lossn method).
static Network	FCRegionModel.fcr_mm1kdrop()	M/M/1/K with FCR dropping (K=2).
static Network	FCRegionModel.fcr_mm1waitq()	Simple M/M/1 with FCR blocking.
static Network	FCRegionModel.fcr_oqndrop()	Multiclass open network with FCR dropping.
static Network	FCRegionModel.fcr_oqnwaitq()	Multiclass open network with FCR blocking.
static Network	AgentModel.gNetwork()	Creates a G-network (Gelenbe network) with negative customers.
static Network	InitStateModel.init_state_fcfs_exp()	Demonstrates two different initialization methods for a simple 2-node closed queueing network.
static Network	InitStateModel.init_state_fcfs_nonexp()	Demonstrates three different initialization approaches for a multi-class network.
static Network	InitStateModel.init_state_ps()	Initial state demonstration with class switching and custom initialization.
static Network	AgentModel.jacksonNetwork()	Creates a Jackson network with probabilistic routing.
static Network	LoadDependentModel.ld_class_dependence()	Class-dependent service capacity model.
static Network	LoadDependentModel.ld_multiserver_fcfs()	Basic load-dependent queue with FCFS scheduling.
static Network	LoadDependentModel.ld_multiserver_ps()	Three-station network with multiple load-dependent queues.
static Network	LoadDependentModel.ld_multiserver_ps_twoclasses()	Multi-class load-dependent network with PS scheduling.
static Network	FCRegionModel.mm1()	Simple M/M/1 without FCR (for comparison).
static Network	FCRegionModel.mm1k()	M/M/1/K using queue capacity (K=2, for comparison).
static Network	AgentModel.multiclassClosed()	Creates a multiclass closed network.
static Network	CyclicPollingModel.polling_exhaustive_det()	M[2]/M[2]/1-Exhaustive polling system with deterministic arrivals and immediate switchover.
static Network	CyclicPollingModel.polling_exhaustive_exp()	M[2]/M[2]/1-Gated polling system example.
static Network	CyclicPollingModel.polling_gated()	M[2]/M[2]/1-Gated polling system with switchover times.
static Network	CyclicPollingModel.polling_klimited()	M[2]/M[2]/1-K-Limited polling system with mixed switchover.
static Network	StateDepRoutingModel.sdroute_closed()	Single-class closed network with round-robin routing.
static Network	StateDepRoutingModel.sdroute_open()	Open network with load balancing router.
static Network	StateDepRoutingModel.sdroute_twoclasses_closed()	Multi-class closed network with MAP and APH service processes.
static Network	StateProbabilitiesModel.statepr_aggr()	Basic closed network for state probability analysis.
static Network	StateProbabilitiesModel.statepr_aggr_large()	Four-class closed network with matrix-based routing.
static Network	StateProbabilitiesModel.statepr_allprobs_fcfs()	Mixed scheduling network with class switching.
static Network	StateProbabilitiesModel.statepr_allprobs_ps()	Two-class network with bidirectional class switching.
static Network	StateProbabilitiesModel.statepr_sys_aggr()	Complex four-class network with class switching.
static Network	StateProbabilitiesModel.statepr_sys_aggr_large()	Three-queue network with symmetric class populations.
static Network	SwitchoverTimesModel.switchover_basic()	Demonstrates switchover times between job classes in a multi-class queueing system.
static Network	AgentModel.tandemOpen()	Creates an open tandem queue model (M/M/1 -> M/M/1).

Uses of Network in jline.examples.java.basic

Methods in jline.examples.java.basic that return Network

Modifier and Type	Method	Description
static Network	CacheModel.cache_compare_replc()	Cache model with Zipf access pattern and Round Robin replacement.
static Network	CacheModel.cache_replc_fifo()	Closed cache model with feedback from hits and misses.
static Network	CacheModel.cache_replc_lru()	Closed cache model with LRU replacement strategy.
static Network	CacheModel.cache_replc_routing()	Cache model with multiple delay nodes and random routing.
static Network	CacheModel.cache_replc_rr()	Basic open cache model with Round Robin (RR) replacement strategy.
static Network	ClusterModel.cl_basic()	Single-class open cluster with four PS servers and random dispatching.
static Network	ClusterModel.cl_closed()	Closed cluster with three PS servers, single class, random dispatching.
static Network	ClusterModel.cl_heterogeneous()	Heterogeneous open cluster: each of three FCFS servers has a different service time.
static Network	ClusterModel.cl_multiclass()	Two-class open cluster (e.g., interactive vs batch traffic).
static Network	ClosedModel.cqn_bcmp_theorem_fcfs()	Two-class FCFS network demonstrating First-Come-First-Served scheduling.
static Network	ClosedModel.cqn_bcmp_theorem_lcfspr()	Two-class LCFSPR network demonstrating Last-Come-First-Served Preemptive Resume.
static Network	ClosedModel.cqn_bcmp_theorem_ps()	Simple two-class PS network for processor sharing demonstration.
static Network	ClosedModel.cqn_lcfs_lcfspr()	Two-class closed network with LCFS and LCFSPR scheduling.
static Network	ClosedModel.cqn_lcfs_lcfspr_3class()	Creates a closed queueing network with LCFS and LCFSPR scheduling - 3 class variant.
static Network	ClosedModel.cqn_lcfs_lcfspr_4class()	Creates a closed queueing network with LCFS and LCFSPR scheduling - 4 class variant.
static Network	ClosedModel.cqn_mmpp2_service()	APH service distributions with complex routing patterns.
static Network	ClosedModel.cqn_multiserver()	Four-class closed network with multiple FCFS queues.
static Network	ClosedModel.cqn_oneline()	Two-class closed network with four-node cyclic topology.
static Network	ClosedModel.cqn_repairmen()	Simple closed network with a delay node and FCFS queue.
static Network	ClosedModel.cqn_repairmen_multi()	Two-class closed network with multi-server queue.
static Network	ClosedModel.cqn_scheduling_dps()	Mixed scheduling strategies with probabilistic routing.
static Network	ClosedModel.cqn_threeclass_hyperl()	Three-class closed network with multi-server PS queue.
static Network	ClosedModel.cqn_twoclass_erl()	Closed network with class switching using probabilistic routing.
static Network	ClosedModel.cqn_twoclass_hyperl()	Two-class closed network with class switching.
static Network	ClosedModel.cqn_twoqueues()	Single-class closed network with reducible routing matrix.
static Network	ClosedModel.cqn_twoqueues_multi()	Two-class three-node closed network with serial topology.
static Network	NetworkVisualizationExample.createCentralServerModel()	Creates a central server model (closed network with CPU and multiple disks).
static Network	NetworkVisualizationExample.createForkJoinNetwork()	Creates a network with a Fork-Join structure.
static Network	NetworkVisualizationExample.createMixedClassNetwork()	Creates a larger mixed-class network with open and closed classes.
static Network	NetworkVisualizationExample.createMultiPathNetwork()	Creates a more complex network with multiple paths.
static Network	NetworkVisualizationExample.createSimpleOpenNetwork()	Creates a simple open queueing network with Source, Queue, Delay, and Sink.
static Network	ClassSwitchingModel.cs_implicit()	Class switching example with probabilistic transitions.
static Network	ClassSwitchingModel.cs_multi_diamond()	Multi-diamond class switching example.
static Network	ClassSwitchingModel.cs_single_diamond()	Single-diamond class switching example.
static Network	ClassSwitchingModel.cs_transient_class()	Transient class switching example.
static Network	ForkJoinModel.fj_asymm()	Asymmetric closed fork-join network with serial queues.
static Network	ForkJoinModel.fj_basic_closed()	Simple closed fork-join network with symmetric service rates.
static Network	ForkJoinModel.fj_basic_nesting()	Complex closed fork-join network with nested fork-join structures.
static Network	ForkJoinModel.fj_basic_open()	Basic open fork-join network with single class.
static Network	ForkJoinModel.fj_complex_serial()	Complex closed fork-join with serial processing within branches.
static Network	ForkJoinModel.fj_cs_multi_visits()	Open fork-join with feedback loop and class switching.
static Network	ForkJoinModel.fj_cs_postfork()	Closed fork-join network with class switching after fork (post-fork).
static Network	ForkJoinModel.fj_cs_prefork()	Fork-join network with class switching demonstration.
static Network	ForkJoinModel.fj_deep_nesting()
static Network	ForkJoinModel.fj_delays()	Closed fork-join network with two delays and two parallel queues.
static Network	ForkJoinModel.fj_nojoin()	Open fork-join network without explicit join node.
static Network	ForkJoinModel.fj_route_overlap()	Fork-join with overlapping routes (fj_route_overlap.m).
static Network	ForkJoinModel.fj_serialfjs_closed()
static Network	ForkJoinModel.fj_serialfjs_open()	Open network with cascaded fork-join stages.
static Network	ForkJoinModel.fj_threebranches()	Multi-class closed fork-join with asymmetric routing.
static Network	ForkJoinModel.fj_twoclasses_forked()	Multi-class fork-join network with different task multiplicity.
static Network	MixedModel.mqn_basic()	Simple mixed open/closed network with delay and PS queue.
static Network	MixedModel.mqn_multiserver_fcfs()	Mixed network similar to example 2 but with FCFS scheduling.
static Network	MixedModel.mqn_multiserver_ps()	Complex mixed network with five PS queues and different server counts.
static Network	MixedModel.mqn_singleserver_fcfs()	Mixed network with large closed class population and APH arrivals.
static Network	MixedModel.mqn_singleserver_ps()	Mixed PS network with large closed population and simplified open routing.
static Network	OpenModel.oqn_basic()	Simple open network with delay and queue in series.
static Network	OpenModel.oqn_cs_routing()	Three-class open network with class switching.
static Network	OpenModel.oqn_fourqueues()	Complex multi-class open network with four queues.
static Network	OpenModel.oqn_oneline()	Tandem PS network with delay station using matrix notation.
static Network	OpenModel.oqn_trace_driven()	Open network with trace-driven service using Replayer.
static Network	OpenModel.oqn_vsinks()	Open network with probabilistic routing to multiple virtual sinks.
static Network	PrioModel.prio_hol_closed()	Closed network comparing scheduling strategies with priorities.
static Network	PrioModel.prio_hol_open()	Open network with multiple scheduling strategies and priority classes.
static Network	PrioModel.prio_identical()	Network with GPSPRIO scheduling and multiple priority classes.
static Network	PrioModel.prio_psprio()	Simple priority network with PSPRIO scheduling.
static Network	StochPetriNetModel.spn_basic_closed()	Single-place Petri net with multiple firing modes.
static Network	StochPetriNetModel.spn_basic_open()	Basic open stochastic Petri net with single transition.
static Network	StochPetriNetModel.spn_closed_fourplaces()	Closed stochastic Petri net with diverse service distributions.
static Network	StochPetriNetModel.spn_closed_twoplaces()	Multi-class closed stochastic Petri net.
static Network	StochPetriNetModel.spn_fourmodes()	Closed stochastic Petri net with competing transitions.
static Network	StochPetriNetModel.spn_inhibiting()	Closed stochastic Petri net with multiple firing modes and inhibition.
static Network	StochPetriNetModel.spn_open_sevenplaces()	Complex open stochastic Petri net with immediate transitions.
static Network	StochPetriNetModel.spn_pareto_service()	Open stochastic Petri net with Pareto service time.
static Network	StochPetriNetModel.spn_twomodes()	Closed stochastic Petri net with batch processing.
static Network	ForkJoinModel.test_forkJoinCS_1()

Uses of Network in jline.examples.java.models

Methods in jline.examples.java.models that return Network

Modifier and Type	Method	Description
static Network	Gallery.gallery_aphm1()	APH/M/1 queue with Acyclic Phase-Type arrivals.
static Network	Gallery.gallery_coxm1()	Cox/M/1 queue with Coxian arrivals.
static Network	Gallery.gallery_cqn()	Default closed queueing network with 2 stations.
static Network	Gallery.gallery_cqn(int M)	Closed queueing network with specified number of stations.
static Network	Gallery.gallery_cqn(int M, boolean useDelay)	Closed queueing network with optional delay station.
static Network	Gallery.gallery_cqn(int M, boolean useDelay, long seed)	Parameterized closed queueing network generator.
static Network	Gallery.gallery_cqn_multiclass()
static Network	Gallery.gallery_cqn_multiclass(int M, int R)
static Network	Gallery.gallery_cqn_multiclass(int M, int R, boolean useDelay)
static Network	Gallery.gallery_cqn_multiclass(int M, int R, boolean useDelay, long seed)
static Network	Gallery.gallery_dm1()
static Network	Gallery.gallery_erldk()
static Network	Gallery.gallery_erldk(int k)
static Network	Gallery.gallery_erlerl1_reentrant()
static Network	Gallery.gallery_erlerl1_reentrant(int n)
static Network	Gallery.gallery_erlm1()
static Network	Gallery.gallery_erlm1_ps()
static Network	Gallery.gallery_erlm1_reentrant()
static Network	Gallery.gallery_gamm1()
static Network	Gallery.gallery_hyperl1_feedback()
static Network	Gallery.gallery_hyperl1_reentrant()
static Network	Gallery.gallery_hyperlk()
static Network	Gallery.gallery_hyperlk(int k)
static Network	Gallery.gallery_hyphyp1_linear()
static Network	Gallery.gallery_hyphyp1_linear(int n)
static Network	Gallery.gallery_hyphyp1_linear(int n, Double Umax)
static Network	Gallery.gallery_hyphyp1_reentrant()
static Network	Gallery.gallery_hyphyp1_tandem()
static Network	Gallery.gallery_hypm1()
static Network	Gallery.gallery_hypm1_reentrant()
static Network	Gallery.gallery_mapm1()
static Network	Gallery.gallery_mapm1(MAP map)
static Network	Gallery.gallery_mapmk()
static Network	Gallery.gallery_mapmk(MAP map)
static Network	Gallery.gallery_mapmk(MAP map, int k)
static Network	Gallery.gallery_mdk()
static Network	Gallery.gallery_mdk(int k)
static Network	Gallery.gallery_merl1()
static Network	Gallery.gallery_merl1_linear()
static Network	Gallery.gallery_merl1_linear(int n)
static Network	Gallery.gallery_merl1_linear(int n, Double Umax)
static Network	Gallery.gallery_merl1_reentrant()
static Network	Gallery.gallery_merl1_tandem()
static Network	Gallery.gallery_merlk()
static Network	Gallery.gallery_merlk(int k)
static Network	Gallery.gallery_mhyp1()
static Network	Gallery.gallery_mhyp1_linear()
static Network	Gallery.gallery_mhyp1_linear(int n)
static Network	Gallery.gallery_mhyp1_linear(int n, Double Umax)
static Network	Gallery.gallery_mhyp1_reentrant()
static Network	Gallery.gallery_mhyp1_tandem()
static Network	Gallery.gallery_mhypk()
static Network	Gallery.gallery_mhypk(int k)
static Network	Gallery.gallery_mm1()	Classic M/M/1 queue.
static Network	Gallery.gallery_mm1_feedback()
static Network	Gallery.gallery_mm1_feedback(double p)	M/M/1 queue with feedback routing.
static Network	Gallery.gallery_mm1_linear()
static Network	Gallery.gallery_mm1_linear(Integer n)
static Network	Gallery.gallery_mm1_linear(Integer n, Double Umax)
static Network	Gallery.gallery_mm1_multiclass()
static Network	Gallery.gallery_mm1_prio()
static Network	Gallery.gallery_mm1_ps()
static Network	Gallery.gallery_mm1_ps_feedback()
static Network	Gallery.gallery_mm1_ps_feedback(double p)
static Network	Gallery.gallery_mm1_ps_multiclass()
static Network	Gallery.gallery_mm1_ps_reentrant()
static Network	Gallery.gallery_mm1_reentrant()
static Network	Gallery.gallery_mm1_tandem()
static Network	Gallery.gallery_mm1_tandem(Double Umax)
static Network	Gallery.gallery_mm1_tandem_multiclass()
static Network	Gallery.gallery_mmap1()
static Network	Gallery.gallery_mmap1(MAP map)
static Network	Gallery.gallery_mmap1_multiclass()
static Network	Gallery.gallery_mmap1_multiclass(MAP map1, MAP map2)
static Network	Gallery.gallery_mmapk()
static Network	Gallery.gallery_mmapk(MAP map, int k)
static Network	Gallery.gallery_mmk()
static Network	Gallery.gallery_mmk(int k)	M/M/k queue with multiple servers.
static Network	Gallery.gallery_mpar1()
static Network	Gallery.gallery_parm1()
static Network	Gallery.gallery_repairmen()
static Network	Gallery.gallery_repairmen(int seed)
static Network	Gallery.gallery_repairmen(int nServers, long seed)	Machine repair model (repairmen problem).
static Network	Gallery.gallery_replayerm1()
static Network	Gallery.gallery_replayerm1(String fileName)
static Network	Gallery.gallery_um1()

Uses of Network in jline.gen

Methods in jline.gen that return Network

Modifier and Type	Method	Description
Network	Cluster.build()	Builds the Network model from the current configuration.
Network	NetworkGenerator.generate()	Main function to call.
Network	NetworkGenerator.generate(int numQueues)
Network	NetworkGenerator.generate(int numQueues, Integer numDelays)
Network	NetworkGenerator.generate(int numQueues, Integer numDelays, int numOClass)
Network	NetworkGenerator.generate(int numQueues, Integer numDelays, int numOClass, int numCClass)

Methods in jline.gen with parameters of type Network

Modifier and Type	Method	Description
static void	NetworkGenerator.initDefaultStates(Network model)	Initialize default states for all nodes in the network Based on MATLAB's initDefaultCustom function

Method parameters in jline.gen with type arguments of type Network

Modifier and Type	Method	Description
Map<RoutingStrategy,NetworkAvgTable>	Cluster.compareDispatching(Function<Network,NetworkAvgTable> solverFactory, RoutingStrategy... policies)	Solves the cluster under each provided dispatching strategy using a custom solver factory.
Map<SchedStrategy,NetworkAvgTable>	Cluster.compareScheduling(Function<Network,NetworkAvgTable> solverFactory, SchedStrategy... disciplines)	Solves the cluster under each provided scheduling discipline using a custom solver factory.
Map<Double,NetworkAvgTable>	Cluster.sweepArrivalRate(double[] rates, Function<Network,NetworkAvgTable> solverFactory)	Same as Cluster.sweepArrivalRate(double[], Class) but with a custom solver factory.
Map<Integer,NetworkAvgTable>	Cluster.sweepNumStations(int[] counts, Function<Network,NetworkAvgTable> solverFactory)	Same as Cluster.sweepNumStations(int[], Class) but with a custom solver factory.

Uses of Network in jline.inference.api

Methods in jline.inference.api that return Network

Modifier and Type	Method	Description
static Network	Infer_quick_model.infer_quick_model(boolean open, List<SchedStrategy> stations, double[][] classes)
static Network	Infer_quick_model.infer_quick_model(boolean open, List<SchedStrategy> stations, double[][] classes, int[] servers, int[] jobs, double[][] routing)	Generate a simple queueing network based on given parameters.

Methods in jline.inference.api with parameters of type Network

Modifier and Type	Method	Description
static double[]	Infer_fmlps.infer_fmlps(Network model, Queue node, double[] rt, int[] classVec, Matrix ql, int W)	FMLPS demand estimation using fluid-based likelihood.
static double[]	Infer_minps.infer_minps(Network model, Queue node, double[] rt, int[] classVec, Matrix ql)	MINPS demand estimation method.
static double[]	Infer_minps_setup.infer_minps_setup(double[][][] data, int initSample, int sampleSize, int V, Network model, Queue node)	Setup function for MINPS with legacy cell-based data format.
static double[]	Infer_mlps.infer_mlps(Network model, Queue node, double[] rt, int[] classVec, Matrix ql)

Uses of Network in jline.inference.lang

Fields in jline.inference.lang declared as Network

Modifier and Type	Field	Description
final Network	ParamEstimator.model

Fields in jline.inference.lang with type parameters of type Network

Modifier and Type	Field	Description
Function<Network,NetworkSolver>	EstimatorOptions.solverFactory

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

Modifier and Type	Method	Description
Pair<Network,Queue>	ParamEstimator.buildClosedEquivalentForPS(Queue node)

Constructors in jline.inference.lang with parameters of type Network

Modifier	Constructor	Description
	ParamEstimator(Network model)
	ParamEstimator(Network model, EstimatorOptions options)

Uses of Network in jline.io

Fields in jline.io declared as Network

Modifier and Type	Field	Description
Network	Ret.FJApprox.nonfjmodel

Methods in jline.io that return Network

Modifier and Type	Method	Description
static Network	LQN2QN.convert(LayeredNetwork lqn)	Converts a LayeredNetwork to an equivalent queueing network using REPLY signals.
Network	M2M.JMT2LINE(String filename)	Converts a JMT (Java Modelling Tools) model file to a LINE Network object.
Network	M2M.JMT2LINE(String filename, String modelName)	Converts a JMT (Java Modelling Tools) model file to a LINE Network object with a custom model name.
Network	M2M.JMVA2LINE(String filename)	Converts a JMVA file to a LINE Network object.
Network	M2M.JMVA2LINE(String filename, String modelName)	Converts a JMVA file to a LINE Network object with a custom model name.
Network	M2M.JSIM2LINE(String filename)	Converts a JSIM/JSIMG file to a LINE Network object.
Network	M2M.JSIM2LINE(String filename, String modelName)	Converts a JSIM/JSIMG file to a LINE Network object with a specified model name.

Methods in jline.io with parameters of type Network

Modifier and Type	Method	Description
static LayeredNetwork	QN2LQN.convert(Network model)	Convert a Network model to a LayeredNetwork.
String	M2M.LINE2JSIMG(Network model)	Converts a LINE Network model to JSIMG file format with automatic filename generation.
boolean	M2M.LINE2JSIMG(Network model, String outputFileName)	Converts a LINE Network model to JSIMG file format for use with JMT.
static Environment	MAPQN2RENV.mapqn2renv(Network model)	Transform a queueing network with MMPP2 service into a random environment model.
static void	LineModelIO.save(Network model, String filename)	Saves a Network model to a JSON file.
static com.google.gson.JsonObject	LineModelIO.toJsonObject(Network model)	Builds a JsonObject representation of a Network model.
static String	QN2JSIMG.writeJSIM(Network model)	Writes a Network model to JSIMG format at a temporary location.
static String	QN2JSIMG.writeJSIM(Network model, String outputFileName)	Writes a Network model to JSIMG format at the specified location.
static String	QN2JSIMG.writeJSIM(Network model, NetworkStruct sn, String outputFileName)	Writes a Network model with a specific structure to JSIMG format.
static String	QN2JSIMG.writeJSIM(Network model, NetworkStruct sn, String outputFileName, SaveHandlers saveHandlers)	Core implementation: Writes a Network model to JSIMG format using custom SaveHandlers.

Constructors in jline.io with parameters of type Network

Modifier	Constructor	Description
	FJApprox(Network nonfjmodel, Matrix fjclassmap, Matrix fjforkmap, Map<Integer,Integer> fj_auxiliary_delays, Map<Integer,Integer> fanout)
	ModelVisualizer(Network model)	Creates a visualizer for a Network model.

Uses of Network in jline.io.tikz

Constructors in jline.io.tikz with parameters of type Network

Modifier	Constructor	Description
	TikZExporter(Network model)	Creates a TikZ exporter with default options.
	TikZExporter(Network model, TikZOptions options)	Creates a TikZ exporter with custom options.
	TikZLayoutEngine(Network model, TikZOptions options)

Uses of Network in jline.lang

Fields in jline.lang declared as Network

Modifier and Type	Field	Description
protected Network	ClosedClass.model
protected Network	OpenClass.model

Fields in jline.lang with type parameters of type Network

Modifier and Type	Field	Description
protected List<Network>	Ensemble.ensemble

Methods in jline.lang that return Network

Modifier and Type	Method	Description
static Network	Network.cluster(Matrix lambda, Matrix D, SchedStrategy[] strategy, Matrix S, RoutingStrategy dispatching)	Creates an open cluster network: Source -> Dispatcher (Router) -> Servers -> Sink.
static Network	Network.clusterClosed(Matrix N, Matrix Z, Matrix D, SchedStrategy[] strategy, Matrix S, RoutingStrategy dispatching)	Creates a closed cluster network: Think (Delay) -> Dispatcher (Router) -> Servers -> Think.
static Network	Network.clusterFcfs(Matrix lambda, Matrix D, Matrix S, RoutingStrategy dispatching)	Creates an open FCFS cluster with one server per queue.
static Network	Network.clusterPs(Matrix lambda, Matrix D, RoutingStrategy dispatching)	Creates an open PS cluster with one server per queue.
static Network	Network.clusterPs(Matrix lambda, Matrix D, Matrix S, RoutingStrategy dispatching)	Creates an open PS cluster.
static Network	Network.cyclic(Matrix N, Matrix D, SchedStrategy[] strategy, Matrix S)	Creates a cyclic queueing network model with specified job populations, service demands, scheduling strategies, and server counts.
static Network	Network.cyclicFcfs(Matrix N, Matrix D)	Creates a cyclic queueing network with First Come First Served (FCFS) scheduling at all stations.
static Network	Network.cyclicFcfs(Matrix N, Matrix D, Matrix S)	Creates a cyclic queueing network with FCFS scheduling and specified server counts.
static Network	Network.cyclicFcfsInf(Matrix N, Matrix D, Matrix Z)	Creates a cyclic network with infinite server (delay) stations followed by FCFS queue stations.
static Network	Network.cyclicFcfsInf(Matrix N, Matrix D, Matrix Z, Matrix S)	Creates a cyclic network with infinite server stations followed by FCFS queue stations with specified server counts.
static Network	Network.cyclicPs(Matrix N, Matrix D)	Creates a cyclic queueing network with Processor Sharing (PS) scheduling at all stations.
static Network	Network.cyclicPs(Matrix N, Matrix D, Matrix S)	Creates a cyclic queueing network with PS scheduling and specified server counts.
static Network	Network.cyclicPsInf(Matrix N, Matrix D, Matrix Z)	Creates a cyclic network with infinite server (delay) stations followed by PS queue stations.
static Network	Network.cyclicPsInf(Matrix N, Matrix D, Matrix Z, Matrix S)	Creates a cyclic network with infinite server stations followed by PS queue stations with specified server counts.
Network	ModelAdapter.AggregateChainResult.getChainModel()
Network	Ensemble.getModel(int modelIdx)	Gets a specific network model from the ensemble by index.
Network	Signal.getModel()	Gets the network model this signal belongs to.
Network	ModelAdapter.TaggedChainResult.getTaggedModel()
static Network	Ensemble.merge(List<Network> models)	Creates a union Network from a list of Networks.
static Network	Ensemble.merge(Ensemble ensemble)	Creates a union Network from all Networks in an ensemble.
static Network	Network.tandem(Matrix lambda, Matrix D, SchedStrategy[] strategy, Matrix S)	Creates a tandem queueing network with specified arrival rates and service demands.
static Network	Network.tandemFcfs(Matrix lambda, Matrix D, Matrix S)
static Network	Network.tandemFcfsInf(Matrix lambda, Matrix D)	Creates a tandem network with FCFS infinite servers.
static Network	Network.tandemFcfsInf(Matrix lambda, Matrix D, Matrix Z)	Creates a tandem network with FCFS infinite servers and delay centers.
static Network	Network.tandemFcfsInf(Matrix lambda, Matrix D, Matrix Z, Matrix S)	Creates a tandem network with FCFS infinite servers, delays, and specified server counts.
static Network	Network.tandemPs(Matrix lambda, Matrix D, Matrix S)
static Network	Network.tandemPsInf(Matrix lambda, Matrix D)	Creates a tandem network with processor sharing infinite servers.
static Network	Network.tandemPsInf(Matrix lambda, Matrix D, Matrix Z)	Creates a tandem network with processor sharing infinite servers and delays.
static Network	Network.tandemPsInf(Matrix lambda, Matrix D, Matrix Z, Matrix S)
static Network	Ensemble.toNetwork(Ensemble ensemble)	Alias for merge - creates a union Network from this ensemble.

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

Modifier and Type	Method	Description
List<Network>	Ensemble.getEnsemble()	Gets the list of network models in this ensemble.

Methods in jline.lang with parameters of type Network

Modifier and Type	Method	Description
void	Environment.addNodeBreakdown(Network baseModel, String nodeName, Markovian breakdownDist, Markovian downServiceDist)	Adds a breakdown stage for a specific node in the network.
void	Environment.addNodeBreakdown(Network baseModel, String nodeName, Markovian breakdownDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetFun)	Adds a breakdown stage for a specific node with a custom reset policy.
void	Environment.addNodeBreakdown(Network baseModel, Node node, Markovian breakdownDist, Markovian downServiceDist)	Adds a breakdown stage for a specific node in the network.
void	Environment.addNodeBreakdown(Network baseModel, Node node, Markovian breakdownDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetFun)	Adds a breakdown stage for a specific node with a custom reset policy.
void	Environment.addNodeFailureRepair(Network baseModel, String nodeName, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist)	Convenience method to add both breakdown and repair for a node.
void	Environment.addNodeFailureRepair(Network baseModel, String nodeName, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetBreakdown, Environment.ResetQueueLengthsFunction resetRepair)	Adds both breakdown and repair for a node with custom reset policies.
void	Environment.addNodeFailureRepair(Network baseModel, Node node, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist)	Convenience method to add both breakdown and repair for a node.
void	Environment.addNodeFailureRepair(Network baseModel, Node node, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetBreakdown, Environment.ResetQueueLengthsFunction resetRepair)	Adds both breakdown and repair for a node with custom reset policies.
void	Environment.addStage(int stageIdx, String name, String type, Network model)	Adds a network model to a specific stage of the environment.
static ModelAdapter.AggregateChainResult	ModelAdapter.aggregateChains(Network model)	Transform a multi-class model into an equivalent chain-aggregated model This function transforms a queueing network model with multiple classes into a stochastically equivalent model where each chain becomes a single class.
static ModelAdapter.AggregateChainResult	ModelAdapter.aggregateChains(Network model, String suffix)	Transform a multi-class model into an equivalent chain-aggregated model
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
static Matrix	ModelAdapter.findPaths(NetworkStruct sn, Matrix P, int startNode, int endNode, int r, ArrayList<Integer> toMerge, Matrix QN, Matrix TN, double currentTime, Matrix fjclassmap, Matrix fjforkmap, Network nonfjmodel)	Finds the response times along each path leading out of startNode up to (and not including) endNode
static Matrix	ModelAdapter.findPathsCS(NetworkStruct sn, Matrix P, int curNode, int endNode, int curClass, ArrayList<Integer> toMerge, Matrix QN, Matrix TN, double currentTime, Matrix fjclassmap, Matrix fjforkmap, Network nonfjmodel)	Finds the response times along each path leading out of curNode up to (and not including) endNode Variant for models with class switching
static Ret.FJApprox	ModelAdapter.ht(Network model)	Heidelberger-Trivedi fork-join queueing network transformation.
static Ret.FJApprox	ModelAdapter.mmt(Network model)	Fork-Join Transform approach with default forkLambda parameter
static Ret.FJApprox	ModelAdapter.mmt(Network model, Matrix forkLambda)	Fork-Join Transform approach to evaluate queueing networks including fork-join systems.
void	RoutingMatrix.setRouting(Network model)
static Ret.FJsortForks	ModelAdapter.sort_forks(NetworkStruct sn, NetworkStruct nonfjstruct, Matrix fjforkmap, Matrix fjclassmap, Network nonfjmodel)	Determines a directed acyclic graph of relationships among fork nodes.
static ModelAdapter.TaggedChainResult	ModelAdapter.tagChain(Network model, Chain chain)	Convenience method with default parameters
static ModelAdapter.TaggedChainResult	ModelAdapter.tagChain(Network model, Chain chain, JobClass jobclass)	Convenience method with default parameters
static ModelAdapter.TaggedChainResult	ModelAdapter.tagChain(Network model, Chain chain, JobClass jobclass, String suffix)	Create a tagged version of a job chain for response time analysis

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

Modifier and Type	Method	Description
static Network	Ensemble.merge(List<Network> models)	Creates a union Network from a list of Networks.
void	Ensemble.setEnsemble(List<Network> ensemble)	Sets the list of network models for this ensemble.

Constructors in jline.lang with parameters of type Network

Modifier	Constructor	Description
	AggregateChainResult(Network chainModel, Matrix alpha, ModelAdapter.DeaggInfo deaggInfo)
	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.
	ItemSet(Network model, String name, int nitems, Cache reference)
	OpenClass(Network model, String name)	Creates a new open job class with default priority (0).
	OpenClass(Network model, String name, int priority)	Creates a new open job class with the specified priority.
	OpenClass(Network model, String name, int priority, double deadline)	Creates a new open job class with the specified priority and deadline.
	OpenSignal(Network model, String name, SignalType signalType)	Creates a new open signal class with the specified type and default priority (0).
	OpenSignal(Network model, String name, SignalType signalType, int priority)	Creates a new open signal class with the specified type and priority.
	OpenSignal(Network model, String name, SignalType signalType, int priority, DiscreteDistribution removalDistribution, RemovalPolicy removalPolicy)	Creates a new open signal class with full configuration for batch removal.
	RoutingMatrix(Network model, List<JobClass> jobClasses, List<Node> nodes)
	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.
	Signal(Network model, String name, SignalType signalType)	Creates a new signal placeholder with the specified type and default priority (0).
	Signal(Network model, String name, SignalType signalType, int priority)	Creates a new signal placeholder with the specified type and priority.
	Signal(Network model, String name, SignalType signalType, int priority, DiscreteDistribution removalDistribution, RemovalPolicy removalPolicy)	Creates a new signal placeholder with full configuration for batch removal.
	TaggedChainResult(Network taggedModel, JobClass taggedJob)

Constructor parameters in jline.lang with type arguments of type Network

Modifier	Constructor	Description
	Ensemble(List<Network> models)	Creates a new ensemble containing the specified network models.

Uses of Network in jline.lang.layered

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

Modifier and Type	Method	Description
List<Network>	LayeredNetwork.getEnsemble()
List<Network>	LayeredNetwork.getLayers()	Gets the list of network layers in this layered network.

Uses of Network in jline.lang.nodes

Fields in jline.lang.nodes declared as Network

Modifier and Type	Field	Description
protected Network	Logger.model
Network	Node.model

Methods in jline.lang.nodes that return Network

Modifier and Type	Method	Description
Network	Fork.getModel()
Network	Join.getModel()
Network	Logger.getModel()
Network	Node.getModel()	Returns the network model containing this node.

Methods in jline.lang.nodes with parameters of type Network

Modifier and Type	Method	Description
void	Node.setModel(Network model)	Sets the network model containing this node.

Constructors in jline.lang.nodes with parameters of type Network

Modifier	Constructor	Description
	Cache(Network model, String name, int nitems, int itemLevelCap, ReplacementStrategy replPolicy)	Creates a single-level cache with the specified item capacity and replacement policy.
	Cache(Network model, String name, int nitems, int itemLevelCap, ReplacementStrategy replPolicy, Matrix[] graph)	Creates a single-level cache with the specified item capacity, replacement policy, and graph structure.
	Cache(Network model, String name, int nitems, Matrix itemLevelCap, ReplacementStrategy replPolicy)	Creates a multi-level cache with different capacities per level and a replacement policy.
	Cache(Network model, String name, int nitems, Matrix itemLevelCap, ReplacementStrategy replPolicy, Matrix[] graph)	Creates a multi-level cache with different capacities per level, replacement policy, and graph structure.
	ClassSwitch(Network model, String name)
	ClassSwitch(Network model, String name, Matrix csFun)
	Delay(Network model, String name)	Creates a new delay station with infinite servers.
	Fork(Network model)	Creates a new fork node with default name "Fork".
	Fork(Network model, String name)	Creates a new fork node with the specified name.
	Join(Network model)
	Join(Network model, String name)
	Join(Network model, String name, Node fork)
	Logger(Network model, String name, String logfile)
	Place(Network model, String name)
	Place(Network model, String name, SchedStrategy schedStrategy)
	Queue(Network model, String name)	Creates a new queueing station with default processor sharing (PS) scheduling.
	Queue(Network model, String name, SchedStrategy schedStrategy)	Creates a new queueing station with the specified scheduling strategy.
	Router(Network model, String name)	Creates a new router node that routes jobs without delay.
	Sink(Network model, String name)	Creates a new sink node where jobs in open classes depart from the network.
	Source(Network model, String name)	Creates a new source node in the specified network.
	Transition(Network model, String nodeName)

Uses of Network in jline.lang.state

Methods in jline.lang.state with parameters of type Network

Modifier and Type	Method	Description
static Matrix	FromMarginal.fromMarginalAndRunning(Network sn, int ind, Matrix n, Matrix s)
static Matrix	FromMarginal.fromMarginalAndStarted(Network network, int ind, Matrix n, Matrix s)
static boolean	State.isValid(Network sn, Matrix n, Matrix s)

Uses of Network in jline.solvers

Fields in jline.solvers declared as Network

Modifier and Type	Field	Description
protected Network[]	EnsembleSolver.ensemble
Network	NetworkSolver.model	The queueing network model to be solved

Methods in jline.solvers that return Network

Modifier and Type	Method	Description
Network	NetworkSolver.getModel()	Returns the queueing network model being solved.
Network	NetworkSolver.model()

Methods in jline.solvers with parameters of type Network

Modifier and Type	Method	Description
static List<NetworkSolver>	NetworkSolver.getAllSolvers(Network model)	Returns a list containing instances of all available network solvers for the given model.
void	NetworkSolver.setModel(Network model)	Sets the queueing network model to be solved.
boolean	Solver.supports(Network model)	Checks if this solver supports the given network model.

Constructors in jline.solvers with parameters of type Network

Modifier	Constructor	Description
protected	NetworkSolver(Network model, String name)	Constructs a NetworkSolver with the specified model and name using default options.
protected	NetworkSolver(Network model, String name, SolverOptions options)	Constructs a NetworkSolver with the specified model, name, and options.

Uses of Network in jline.solvers.auto

Methods in jline.solvers.auto that return Network

Modifier and Type	Method	Description
static Network	LINE.load(String filename)	Loads a Network model from a file.
static Network	LINE.load(String filename, boolean verbose)	Loads a Network model from a file with optional verbose output.

Methods in jline.solvers.auto with parameters of type Network

Modifier and Type	Method	Description
static LINE	LINE.create(Network model)	Convenience method - create LINE solver with default settings
static LINE	LINE.create(Network model, String method)	Convenience method - create LINE solver with method
static NetworkSolver	LINE.load(String chosenMethod, Network model, Object... varargin)	Static factory method to create and configure a solver based on the chosen method This matches the MATLAB LINE.load() static method functionality
boolean	SolverAUTO.supports(Network model)

Constructors in jline.solvers.auto with parameters of type Network

Modifier	Constructor	Description
	AUTO(Network model)
	AUTO(Network model, Object... varargin)
	AUTO(Network model, SolverOptions options)
	LINE(Network model, Object... varargin)	Constructor - alias for SolverAUTO
	LINE(Network model, String method)	Constructor with method string
	LINE(Network model, SolverOptions options)	Constructor with options
	ModelAnalyzer(Network model)
	SolverAUTO(Network model)	Constructor with model only
	SolverAUTO(Network model, Object... varargin)	Constructor with model and varargs
	SolverAUTO(Network model, String method)	Constructor with model and method
	SolverAUTO(Network model, SolverOptions options)	Constructor with model and options

Uses of Network in jline.solvers.ctmc

Methods in jline.solvers.ctmc with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverCTMC.supports(Network model)

Constructors in jline.solvers.ctmc with parameters of type Network

Modifier	Constructor	Description
	CTMC(Network model)
	CTMC(Network model, Object... varargin)
	CTMC(Network model, String method)
	CTMC(Network model, SolverOptions options)
	SolverCTMC(Network model, Object... args)
	SolverCTMC(Network model, SolverOptions options)

Uses of Network in jline.solvers.env

Methods in jline.solvers.env with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverENV.supports(Network model)

Uses of Network in jline.solvers.fluid

Methods in jline.solvers.fluid with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverFluid.supports(Network model)	Checks whether the given model is supported by the Fluid solver.

Constructors in jline.solvers.fluid with parameters of type Network

Modifier	Constructor	Description
	FLD(Network model)
	FLD(Network model, Object... varargin)
	FLD(Network model, String method)
	FLD(Network model, SolverOptions options)
	Fluid(Network model)
	Fluid(Network model, Object... varargin)
	Fluid(Network model, String method)
	Fluid(Network model, SolverOptions options)
	SolverFluid(Network model)	Creates a new SolverFluid instance with default options.
	SolverFluid(Network model, Object... varargin)	Creates a new SolverFluid instance with variable arguments for options.
	SolverFluid(Network model, String method)	Creates a new SolverFluid instance with a specific method.
	SolverFluid(Network model, SolverOptions options)	Creates a new SolverFluid instance with specific options.

Uses of Network in jline.solvers.fluid.handlers

Methods in jline.solvers.fluid.handlers with parameters of type Network

Modifier and Type	Method	Description
org.apache.commons.math3.optim.PointValuePair	PStarSearcher.findPStarValues(Network model, Matrix targetQueueLengths)
Matrix	PStarSearcher.generateTargetQueueLengths(Network model)

Constructors in jline.solvers.fluid.handlers with parameters of type Network

Modifier	Constructor	Description
	CMAESObjectiveFunction(Matrix targetQueueLengths, Network model, boolean stiff)
	PStarOptimisationFunction(Matrix QNSSA, Network model, boolean stiff)

Uses of Network in jline.solvers.jmt

Methods in jline.solvers.jmt with parameters of type Network

Modifier and Type	Method	Description
List<String>	SolverJMT.listValidMethods(Network model)
boolean	SolverJMT.supports(Network model)

Constructors in jline.solvers.jmt with parameters of type Network

Modifier	Constructor	Description
	JMT(Network model)
	JMT(Network model, Object... varargin)
	JMT(Network model, String method)
	JMT(Network model, SolverOptions options)
	SolverJMT(Network model)
	SolverJMT(Network model, Object... varargin)
	SolverJMT(Network model, String jmtPath)
	SolverJMT(Network model, SolverOptions options)
	SolverJMT(Network model, SolverOptions options, String jmtPath)

Uses of Network in jline.solvers.jmt.handlers

Constructors in jline.solvers.jmt.handlers with parameters of type Network

Modifier	Constructor	Description
	SaveHandlers(Network simModel)	Constructs a SaveHandlers instance with default simulation parameters.
	SaveHandlers(Network simModel, double simMaxRelErr, double simConfInt, SolverAvgHandles avgHandles, long seed, String simFileName, long maxEvents, long maxSamples, double maxSimulatedTime)	Constructs a SaveHandlers instance with full simulation parameter control.

Uses of Network in jline.solvers.jmt.io

Methods in jline.solvers.jmt.io that return Network

Modifier and Type	Method	Description
Network	JMTIO.getModel()

Constructors in jline.solvers.jmt.io with parameters of type Network

Modifier	Constructor	Description
	JMTIO(Network model)	Creates a new JMTIO instance with default settings.
	JMTIO(Network model, double simConfInt, double simMaxRelErr, long maxSamples, long maxEvents, double maxSimulatedTime, long seed)	Creates a new JMTIO instance with full parameter control.

Uses of Network in jline.solvers.ldes

Methods in jline.solvers.ldes with parameters of type Network

Modifier and Type	Method	Description
List<String>	SolverLDES.listValidMethods(Network model)	Returns the list of valid solution methods for LDES.
boolean	SolverLDES.supports(Network model)

Constructors in jline.solvers.ldes with parameters of type Network

Modifier	Constructor	Description
	LDES(Network model)
	LDES(Network model, Object... varargin)
	LDES(Network model, String method)
	LDES(Network model, SolverOptions options)
	SolverLDES(Network model)	Constructs a SolverLDES with the given model using default options.
	SolverLDES(Network model, Object... args)	Constructs a SolverLDES with the given model and variable arguments.
	SolverLDES(Network model, String method)	Constructs a SolverLDES with the given model and method.
	SolverLDES(Network model, SolverOptions options)	Constructs a SolverLDES with the given model and options.

Uses of Network in jline.solvers.ln

Fields in jline.solvers.ln with type parameters of type Network

Modifier and Type	Field	Description
List<Network>	SolverLN.temp_ensemble

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

Modifier and Type	Method	Description
List<Network>	SolverLN.getEnsemble()

Methods in jline.solvers.ln with parameters of type Network

Modifier and Type	Method	Description
NetworkSolver	SolverFactory.at(Network model)

Uses of Network in jline.solvers.lqns

Methods in jline.solvers.lqns with parameters of type Network

Modifier and Type	Method	Description
List<String>	SolverLQNS.listValidMethods(Network model)
boolean	SolverLQNS.supports(Network model)

Uses of Network in jline.solvers.mam

Methods in jline.solvers.mam with parameters of type Network

Modifier and Type	Method	Description
List<String>	SolverMAM.listValidMethods(Network model)
boolean	SolverMAM.supports(Network model)

Constructors in jline.solvers.mam with parameters of type Network

Modifier	Constructor	Description
	MAM(Network model)
	MAM(Network model, Object... varargin)
	MAM(Network model, String method)
	MAM(Network model, SolverOptions options)
	SolverMAM(Network model)
	SolverMAM(Network model, Object... varargin)
	SolverMAM(Network model, String method)
	SolverMAM(Network model, SolverOptions options)

Uses of Network in jline.solvers.mva

Methods in jline.solvers.mva with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverMVA.supports(Network model)	Checks whether the given model is supported by the MVA solver

Constructors in jline.solvers.mva with parameters of type Network

Modifier	Constructor	Description
	MVA(Network model)
	MVA(Network model, Object... varargin)
	MVA(Network model, String method)
	MVA(Network model, SolverOptions options)
	SolverMVA(Network model)	Creates a new SolverMVA instance with default options.
	SolverMVA(Network model, Object... varargin)	Creates a new SolverMVA instance with variable arguments for options.
	SolverMVA(Network model, String method)	Creates a new SolverMVA instance with a specific method.
	SolverMVA(Network model, SolverOptions options)	Creates a new SolverMVA instance with specific options.

Uses of Network in jline.solvers.mva.handlers

Constructors in jline.solvers.mva.handlers with parameters of type Network

Modifier	Constructor	Description
	MVARunner(Network model, SolverOptions options, boolean enableChecks)

Uses of Network in jline.solvers.nc

Methods in jline.solvers.nc with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverNC.supports(Network model)	Checks whether the given model is supported by the NC solver
static boolean	SolverNC.supportsModel(Network model)	Static method to check whether the given model is supported by the NC solver.

Constructors in jline.solvers.nc with parameters of type Network

Modifier	Constructor	Description
	NC(Network model)
	NC(Network model, Object... varargin)
	NC(Network model, String method)
	NC(Network model, SolverOptions options)
	SolverNC(Network model)
	SolverNC(Network model, Object... varargin)
	SolverNC(Network model, String method)
	SolverNC(Network model, SolverOptions options)

Uses of Network in jline.solvers.posterior

Fields in jline.solvers.posterior declared as Network

Modifier and Type	Field	Description
protected Network	SolverPosterior.originalModel

Methods in jline.solvers.posterior that return Network

Modifier and Type	Method	Description
protected Network	SolverPosterior.deepCopyNetwork(Network original)	Deep copies a Network using serialization.

Methods in jline.solvers.posterior with parameters of type Network

Modifier and Type	Method	Description
NetworkSolver	SolverPosterior.SolverFactory.create(Network model)
protected Network	SolverPosterior.deepCopyNetwork(Network original)	Deep copies a Network using serialization.
boolean	SolverPosterior.supports(Network model)

Constructors in jline.solvers.posterior with parameters of type Network

Modifier	Constructor	Description
	Posterior(Network model, SolverPosterior.SolverFactory solverFactory)
	Posterior(Network model, SolverPosterior.SolverFactory solverFactory, SolverOptions options)
	SolverPosterior(Network model, SolverPosterior.SolverFactory solverFactory)	Creates a SolverPosterior with the given model and solver factory.
	SolverPosterior(Network model, SolverPosterior.SolverFactory solverFactory, SolverOptions options)	Creates a SolverPosterior with solver options.

Uses of Network in jline.solvers.qns

Methods in jline.solvers.qns with parameters of type Network

Modifier and Type	Method	Description
boolean	SolverQNS.supports(Network model)	Check if the solver supports the given model

Constructors in jline.solvers.qns with parameters of type Network

Modifier	Constructor	Description
	QNS(Network model)
	QNS(Network model, Object... varargin)
	QNS(Network model, String method)
	QNS(Network model, SolverOptions options)
	SolverQNS(Network model)	Default constructor with network model
	SolverQNS(Network model, Object... varargin)	Constructor with network model and variable arguments
	SolverQNS(Network model, String method)	Constructor with network model and method string
	SolverQNS(Network model, SolverOptions options)	Constructor with network model and solver options

Uses of Network in jline.solvers.ssa

Methods in jline.solvers.ssa with parameters of type Network

Modifier and Type	Method	Description
List<String>	SolverSSA.listValidMethods(Network model)
boolean	SolverSSA.supports(Network model)

Constructors in jline.solvers.ssa with parameters of type Network

Modifier	Constructor	Description
	SolverSSA(Network model)
	SolverSSA(Network model, Object... args)
	SolverSSA(Network model, String method)
	SolverSSA(Network model, SolverOptions options)
	SSA(Network model)
	SSA(Network model, Object... varargin)
	SSA(Network model, String method)
	SSA(Network model, SolverOptions options)

Uses of Network in jline.unified

Methods in jline.unified that return Network

Modifier and Type	Method	Description
static Network	ModelRegistry.getModel(String name)	Get a model by name.