Uses of Class
jline.lang.NetworkStruct

Packages that use NetworkStruct

Package	Description
jline.api.aoi	Age of Information (AoI) analysis algorithms.
jline.api.da
jline.api.fj
jline.api.mam	Matrix Analytic Methods (MAM) for structured Markov chains.
jline.api.mapqn	MAP queueing network analysis algorithms.
jline.api.mc	Markov Chain analysis algorithms.
jline.api.npfqn	Non-Product Form Queueing Network algorithms.
jline.api.qsys	Queueing system analysis algorithms.
jline.api.retrieval
jline.api.sn	Stochastic network analysis utilities.
jline.api.spn	Stochastic Petri net analysis.
jline.inference.api
jline.io	Input/output from the command line or XML files.
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.reward	Reward function types and utilities for CTMC analysis.
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.ag
jline.solvers.ag.analyzers
jline.solvers.ag.handlers
jline.solvers.auto	Automatic solver selection and configuration for queueing networks.
jline.solvers.ba
jline.solvers.ba.analyzers
jline.solvers.ctmc	This package provides an implementation of SolverCTMC.
jline.solvers.ctmc.analyzers	Analyzers for SolverCTMC.
jline.solvers.ctmc.handlers	Handlers for SolverCTMC.
jline.solvers.env	This package provides an implementation of SolverENV (ENV).
jline.solvers.fj
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.fluid.moments
jline.solvers.fluid.petri
jline.solvers.ldes	LDES solver using SSJ library.
jline.solvers.ldes.analyzers
jline.solvers.ldes.handlers
jline.solvers.mam	This package provides an implementation of SolverMAM.
jline.solvers.mam.analyzers	Analyzers for SolverMAM.
jline.solvers.mam.handlers	Handlers for SolverMAM.
jline.solvers.mva	This package provides an implementation of SolverMVA.
jline.solvers.mva.analyzers	Analyzers for SolverMVA.
jline.solvers.mva.handlers	Handlers for SolverMVA.
jline.solvers.nc	This package provides an implementation of SolverNC.
jline.solvers.nc.analyzers	Analyzers for SolverNC.
jline.solvers.nc.handlers	Handlers for SolverNC.
jline.solvers.ssa	This package provides an implementation of SolverSSA.
jline.solvers.ssa.analyzers	Analyzers for SolverSSA.
jline.solvers.ssa.handlers	Handlers for SolverSSA.
jline.solvers.tr
jline.solvers.wrappers.jmt	This package provides an implementation of SolverJMT.
jline.solvers.wrappers.jmt.handlers	Handlers for SolverJMT.
jline.solvers.wrappers.jmt.io
jline.solvers.wrappers.qns	This package provides an implementation of SolverQNS.
jline.solvers.wrappers.qns.handlers	Handlers for SolverQNS.
jline.streaming

Uses of NetworkStruct in jline.api.aoi

Methods in jline.api.aoi with parameters of type NetworkStruct

Modifier and Type	Method	Description
static AoiParams	Aoi_extract_params.aoi_extract_params(NetworkStruct sn, AoiValidationResult aoiInfo)
static AoiParams	Aoi_extract_params.aoi_extract_params(NetworkStruct sn, AoiValidationResult aoiInfo, double aoiPreemption)	Extract parameters from LINE network for AoI analysis.
static AoiValidationResult	Aoi_is_aoi.aoi_is_aoi(NetworkStruct sn)	Check if network is a valid AoI topology for analytical AoI analysis.

Uses of NetworkStruct in jline.api.da

Methods in jline.api.da with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Da_cacheqn_retrieval.Result	Da_cacheqn_retrieval.da_cacheqn_retrieval(NetworkStruct sn, Da_cacheqn_retrieval.NetSolve netfun, SolverOptions options)
SolverResult	Da_cacheqn_retrieval.NetSolve.solve(NetworkStruct sn)

Uses of NetworkStruct in jline.api.fj

Methods in jline.api.fj with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Pair<List<FJArrival>,List<FJService>>	FJConvert.extractFJParams(NetworkStruct sn, FJInfo fjInfo)	Extract Fork-Join parameters from network structure
static Pair<Boolean,FJInfo>	FJValidation.isHomogeneous(NetworkStruct sn)	Checks for a single fork-join pair with homogeneous parallel branches.

Uses of NetworkStruct in jline.api.mam

Methods in jline.api.mam with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Map<Integer,Map<Integer,MatrixCell>>	Ph_reindex.ph_reindex(NetworkStruct sn)	Reindexes phase-type (PH) distributions for a network model based on station and job class indices.

Uses of NetworkStruct in jline.api.mapqn

Methods in jline.api.mapqn with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Mapqn_parameters	Mapqn_parameters_factory.createFromNetworkStruct(NetworkStruct networkStruct)
static LinearReductionParameters	Mapqn_parameters_factory.createLinearReductionParameters(NetworkStruct networkStruct)
static Mapqn_parameters	Mapqn_parameters.fromNetworkStruct(NetworkStruct networkStruct)

Uses of NetworkStruct in jline.api.mc

Fields in jline.api.mc declared as NetworkStruct

Modifier and Type	Field	Description
final NetworkStruct	CtmcSsgReachabilityResult.sn

Methods in jline.api.mc that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	CtmcSsgReachabilityResult.getSn()

Methods in jline.api.mc with parameters of type NetworkStruct

Modifier and Type	Method	Description
static SolverCTMC.CtmcSsgResult	Ctmc_ssg.ctmc_ssg(NetworkStruct sn, SolverOptions options)
static CtmcSsgReachabilityResult	Ctmc_ssg_fj.ctmc_ssg_fj(NetworkStruct sn, SolverOptions options)
static CtmcSsgReachabilityResult	Ctmc_ssg_reachability.ctmc_ssg_reachability(NetworkStruct sn, SolverOptions options)

Constructors in jline.api.mc with parameters of type NetworkStruct

Modifier	Constructor	Description
	CtmcSsgReachabilityResult(Matrix stateSpace, Matrix stateSpaceAggr, Matrix stateSpaceHashed, Map<StatefulNode,Matrix> nodeStateSpace, NetworkStruct sn)

Uses of NetworkStruct in jline.api.npfqn

Methods in jline.api.npfqn with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Ret.npfqnNonexpApprox	Npfqn_nonexp_approx.npfqn_nonexp_approx(String method, NetworkStruct sn, Matrix ST, Matrix V, Matrix SCV, Matrix Tin, Matrix Uin, Matrix gamma, Matrix nservers)	Approximates non-product-form queueing networks using the specified method.
static Ret.pfqnMVA	Npfqn_sqd.npfqn_sqd(NetworkStruct sn)	Solve a BAS closed network from its NetworkStruct using the default population sn.nclosedjobs and default tuning (calibration mode 0, server blocking time on, downstream neighbor mode, compound V1 policy).
static Ret.pfqnMVA	Npfqn_sqd.npfqn_sqd(NetworkStruct sn, int N)	Solve a BAS closed network from its NetworkStruct for a given total population N.
static Ret.pfqnMVA	Npfqn_sqd.npfqn_sqd(NetworkStruct sn, int N, int calibrationMode, boolean serverBlockingTime, Npfqn_sqd.NeighborMode neighborMode, Npfqn_sqd.V1Policy v1Policy, double[] initialV1)	Solve a BAS closed network from its NetworkStruct.
static Matrix	Npfqn_traffic_split_rr.npfqn_traffic_split_rr(NetworkStruct sn)	Deterministic (round-robin) split degree of the departure stream of each station-class.

Uses of NetworkStruct in jline.api.qsys

Methods in jline.api.qsys with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Pair<double[],double[][]>	Qsys_phm1.extractPhPairForPhm1(NetworkStruct sn, int stationIdx)
static Pair<double[],double[][]>	Qsys_phm1.extractPhPairForPhm1(NetworkStruct sn, int stationIdx, int classIdx)	Extract a (alpha, T) PH representation for the qsys_phm1 sigma-root from the sn.proc map at a given station/class.
static RetrialInfo	Qsys_is_retrial.qsys_is_retrial(NetworkStruct sn)	Checks if network is a valid BMAP/PH/N/N bufferless retrial queue.

Uses of NetworkStruct in jline.api.retrieval

Methods in jline.api.retrieval with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Cache_retrieval_inputs.Inputs	Cache_retrieval_inputs.cache_retrieval_inputs(NetworkStruct sn)
static Cache_retrieval_inputs.Inputs	Cache_retrieval_inputs.cache_retrieval_inputs(NetworkStruct sn, double lambdaOverride)	Builds the retrieval-algorithm inputs, optionally overriding the read-class arrival rate with lambdaOverride (used for a CLOSED integrated cache-queueing sublayer where the read rate comes from the network solution rather than a Source throughput).

Uses of NetworkStruct in jline.api.sn

Methods in jline.api.sn that return NetworkStruct

Modifier and Type	Method	Description
static NetworkStruct	SnNonmarkovToPh.snNonmarkovToPh(NetworkStruct snInput, SolverOptions options)
static NetworkStruct	SnNonmarkovToPh.snNonmarkovToPh(NetworkStruct snInput, SolverOptions options, boolean keepDetTag)
static NetworkStruct	SnRefreshProcessFields.snRefreshAllProcessFields(NetworkStruct sn)	Refreshes process fields for all station-class pairs.
static NetworkStruct	SnRefreshProcessFields.snRefreshProcessFields(NetworkStruct sn, int stationIdx, int classIdx)	Refreshes process fields for a specific station-class pair based on current rate and SCV.
static NetworkStruct	SnRefreshVisits.snRefreshVisits(NetworkStruct sn, Matrix chains, Matrix rt, Matrix rtnodes)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the arrival rate for a class at the Source station.
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets arrival rates for multiple classes in a single operation.
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut)
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut, ModifyMode mode)
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut, ModifyMode mode, ValidationLevel validation)	Sets the fork fanout (number of tasks per output link) for a Fork node.
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts)
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts, ModifyMode mode)
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts, ModifyMode mode, ValidationLevel validation)	Sets fork fanout for multiple Fork nodes in a single operation.
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the number of jobs for a closed class.
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets populations for multiple classes in a single operation.
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority)
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority, ModifyMode mode)
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority, ModifyMode mode, ValidationLevel validation)	Sets the priority for a class.
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities)
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities, ModifyMode mode)
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities, ModifyMode mode, ValidationLevel validation)	Sets priorities for multiple classes in a single operation.
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the entire routing matrix for stateful nodes.
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the entire routing matrix for all nodes.
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets a routing probability between two stateful node-class pairs.
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers)
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers, ModifyMode mode)
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers, ModifyMode mode, ValidationLevel validation)	Sets the number of servers at a station.
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers)
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers, ModifyMode mode)
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers, ModifyMode mode, ValidationLevel validation)	Sets the number of servers for multiple stations in a single operation.
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the service rate at a specific station and class.
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets service rates for multiple station-class pairs in a single operation.

Methods in jline.api.sn with parameters of type NetworkStruct

Modifier and Type	Method	Description
static SnBuildFjSyncMap.FjSyncMap	SnBuildFjSyncMap.sn_build_fj_sync_map(NetworkStruct sn)
static boolean	SnHasSrpt.sn_has_srpt(NetworkStruct sn)
static SnArrivalRateFun.RateFun	SnArrivalRateFun.snArrivalRateFun(NetworkStruct sn, int ist, int r)	Build lambda(t) for station ist, class r.
static Ret.snDeaggregateChainResults	SnDeaggregateChainResults.snDeaggregateChainResults(NetworkStruct sn, Matrix Lchain, Matrix ST, Matrix STchain, Matrix Vchain, Matrix alpha, Matrix Qchain, Matrix Uchain, Matrix Rchain, Matrix Tchain, Matrix Cchain, Matrix Xchain)	Calculate class-based performance metrics for a queueing network based on performance measures of its chains.
static List<Matrix>	SnFjVisitsSpn.snFjVisitsSpn(NetworkStruct sn)	Compute fork-join node visit ratios via auxiliary SPN models.
static Matrix	SnGetArvRFromTput.snGetArvRFromTput(NetworkStruct sn, Matrix TN, AvgHandle TH)	Calculates the average arrival rates at each station from the network throughputs.
static double	SnGetBufferSize.snGetBufferSize(NetworkStruct sn, int ist)
static Ret.snGetDemands	SnGetDemandsChain.snGetDemandsChain(NetworkStruct sn_in)	Calculate new queueing network parameters after aggregating classes into chains.
static double	SnSetForkFanout.snGetForkFanout(NetworkStruct sn, int forkNodeIdx)	Gets the current fork fanout for a Fork node.
static Matrix	SnGetNodeArvRFromTput.snGetNodeArvRFromTput(NetworkStruct sn, Matrix TN, AvgHandle TH, Matrix AN)
static Matrix	SnGetNodeTputFromTput.snGetNodeTputFromTput(NetworkStruct sn, Matrix TN, AvgHandle TH, Matrix ANn)
static Ret.snGetProductFormParams	SnGetProductFormChainParams.snGetProductFormChainParams(NetworkStruct sn)	Calculate the parameters at class and chain level for a queueing network model.
static Ret.snGetProductFormParams	SnGetProductFormParams.snGetProductFormParams(NetworkStruct sn)	Calculate the parameters at class level for a queueing network model.
static Matrix	SnGetResidTFromRespT.snGetResidTFromRespT(NetworkStruct sn, Matrix RNclass, AvgHandle WH)	Calculates the residence times at each station from the response times.
static Map<StatefulNode,Matrix>	SnGetStateAggr.snGetStateAggr(NetworkStruct sn)	Aggregates the state of the network.
static boolean	SnHasBlocking.snHasBlocking(NetworkStruct sn)
static boolean	SnHasBurstyArrival.snHasBurstyArrival(NetworkStruct sn)
static boolean	SnHasClassdepRouting.snHasClassdepRouting(NetworkStruct sn)	Checks whether the classes of the network are routed differently.
static boolean	SnHasClassSwitching.snHasClassSwitching(NetworkStruct sn)	Checks if the network uses class-switching
static boolean	SnHasClosedClasses.snHasClosedClasses(NetworkStruct sn)	Checks if the network has one or more closed classes
static boolean	SnHasDPS.snHasDPS(NetworkStruct sn)
static boolean	SnHasDPSPRIO.snHasDPSPRIO(NetworkStruct sn)
static boolean	SnHasFCFS.snHasFCFS(NetworkStruct sn)
static boolean	SnHasForkJoin.snHasForkJoin(NetworkStruct sn)	Checks if the network uses fork and/or join nodes
static boolean	SnHasFractionalPopulations.snHasFractionalPopulations(NetworkStruct sn)	Checks if the network has closed classes with non-integer populations
static boolean	SnHasGPS.snHasGPS(NetworkStruct sn)
static boolean	SnHasGPSPRIO.snHasGPSPRIO(NetworkStruct sn)
static boolean	SnHasHOL.snHasHOL(NetworkStruct sn)
static boolean	SnHasHomogeneousScheduling.snHasHomogeneousScheduling(NetworkStruct sn, SchedStrategy strategy)	Checks if the network uses an identical scheduling strategy at every station
static boolean	SnHasINF.snHasINF(NetworkStruct sn)
static boolean	SnHasLCFS.snHasLCFS(NetworkStruct sn)
static boolean	SnHasLCFSPI.snHasLCFSPI(NetworkStruct sn)
static boolean	SnHasLCFSPR.snHasLCFSPR(NetworkStruct sn)
static boolean	SnHasLEPT.snHasLEPT(NetworkStruct sn)
static boolean	SnHasLJF.snHasLJF(NetworkStruct sn)
static boolean	SnHasLoadDependence.snHasLoadDependence(NetworkStruct sn)	Checks if the network has a station with load-dependent service process
static boolean	SnHasMixedClasses.snHasMixedClasses(NetworkStruct sn)	Checks if the network has both open and closed classes
static boolean	SnHasMultiChain.snHasMultiChain(NetworkStruct sn)
static boolean	SnHasMultiClass.snHasMultiClass(NetworkStruct sn)
static boolean	SnHasMultiClassFCFS.snHasMultiClassFCFS(NetworkStruct sn)
static boolean	SnHasMultiClassHeterExpFCFS.snHasMultiClassHeterExpFCFS(NetworkStruct sn)	Checks if the network has one or more stations with multiclass heterogeneous FCFS and exponential service.
static boolean	SnHasMultiClassHeterFCFS.snHasMultiClassHeterFCFS(NetworkStruct sn)	Checks if the network has one or more stations with multiclass heterogeneous FCFS.
static boolean	SnHasMultipleClosedClasses.snHasMultipleClosedClasses(NetworkStruct sn)	Checks if the network has one or more closed classes
static boolean	SnHasMultiServer.snHasMultiServer(NetworkStruct sn)
static boolean	SnHasOpenClasses.snHasOpenClasses(NetworkStruct sn)	Checks if the network has one or more open classes
static boolean	SnHasPolling.snHasPolling(NetworkStruct sn)
static boolean	SnHasPriorities.snHasPriorities(NetworkStruct sn)	Checks if the network uses class priorities
static boolean	SnHasProductForm.snHasProductForm(NetworkStruct sn)	Checks if the network has a known product-form solution.
static boolean	SnHasProductFormExceptMultiClassHeterExpFCFS.snHasProductFormExceptMultiClassHeterExpFCFS(NetworkStruct sn)	Checks if the network satisfies product-form assumptions except multiclass heterogeneous FCFS
static boolean	SnHasProductFormNotHetFCFS.snHasProductFormNotHetFCFS(NetworkStruct sn)	Checks if the network satisfies product-form assumptions (does not have heterogeneous FCFS)
static boolean	SnHasProductFormNotHetFCFS.snHasProductFormNotHetFCFS(NetworkStruct sn, boolean checkMeans)	Checks if the network satisfies product-form assumptions (does not have heterogeneous FCFS)
static boolean	SnHasPS.snHasPS(NetworkStruct sn)
static boolean	SnHasPSPRIO.snHasPSPRIO(NetworkStruct sn)
static boolean	SnHasQuorumJoin.snHasQuorumJoin(NetworkStruct sn)	True if some Join node declares a non-standard strategy with a positive required count in some class, i.e.
static boolean	SnHasSDRouting.snHasSDRouting(NetworkStruct sn)	Checks if the network has state-dependent routing strategies.
static boolean	SnHasSEPT.snHasSEPT(NetworkStruct sn)
static boolean	SnHasSingleChain.snHasSingleChain(NetworkStruct sn)
static boolean	SnHasSingleClass.snHasSingleClass(NetworkStruct sn)
static boolean	SnHasSIRO.snHasSIRO(NetworkStruct sn)
static boolean	SnHasSJF.snHasSJF(NetworkStruct sn)
static boolean	SnHasSjn.snHasSjn(NetworkStruct sn)
static Matrix	SnInterlockChain.snInterlockChain(NetworkStruct sn, Matrix ILclass)
static boolean	SnIsClosedModel.snIsClosedModel(NetworkStruct sn)	Checks if the network model is closed.
static SnIsDiscreteTime.Result	SnIsDiscreteTime.snIsDiscreteTime(NetworkStruct sn, SolverOptions options)
static boolean	SnIsMixedModel.snIsMixedModel(NetworkStruct sn)	Checks if the network is a mixed model.
static boolean	SnIsMm1kLoss.snIsMm1kLoss(NetworkStruct sn)
static boolean	SnIsOpenModel.snIsOpenModel(NetworkStruct sn)	Checks if the network is an open model.
static boolean	SnIsPopulationModel.snIsPopulationModel(NetworkStruct sn)	Checks if the model is a population model (only specific scheduling strategies without priorities or fork-join)
static boolean	SnIsStateValid.snIsStateValid(NetworkStruct sn)	Checks if the network state is valid.
static Matrix	SnJoinDroprate.snJoinDroprate(NetworkStruct sn, Matrix TN, Matrix AN)	A Join is the one station where the loss identity ArvR - Tput does NOT hold, because the two rates are in different units: AN counts the SIBLINGS offered to the join (N per parent job) while TN counts the PARENT jobs released by it (one per synchronisation).
static int	SnJoinQuorum.snJoinQuorum(NetworkStruct sn, Node joinNode, JobClass jobClass, int nbranches)	A standard join, an absent declaration, a non-positive quorum and a quorum that is not smaller than the sibling count all return nbranches, i.e.
static int	SnJoinSiblings.snJoinSiblings(NetworkStruct sn, Node joinNode)	Class-blind form: the widest fork over the classes.
static int	SnJoinSiblings.snJoinSiblings(NetworkStruct sn, Node joinNode, int r)	Siblings are counted at the FORK, as the simulation engines count them.
static List<SnMapModulation.MapModulation>	SnMapModulation.snMapModulation(NetworkStruct sn)
static NetworkStruct	SnNonmarkovToPh.snNonmarkovToPh(NetworkStruct snInput, SolverOptions options)
static NetworkStruct	SnNonmarkovToPh.snNonmarkovToPh(NetworkStruct snInput, SolverOptions options, boolean keepDetTag)
static double	SnOpenProbTerms.snOpenProbTerms(NetworkStruct sn, Matrix Q, Matrix U, Matrix nir, int ist)	Log-probability contributed by the open classes at one station.
static SnPatienceHandles.Handles	SnPatienceHandles.snPatienceHandles(NetworkStruct sn, int ist, int r)	Build the patience handles of station ist, class r.
static void	SnPnAvgRates.snPnAvgRates(NetworkStruct sn, Matrix QN, Matrix TN, Matrix AN, Matrix RN)	Rescales the Place rows of TN, AN and RN to tokens, in place.
static SnPnFiringRates.Ret	SnPnFiringRates.snPnFiringRates(NetworkStruct sn, Matrix TN, boolean tputIsTokens)	Recovers the per-mode firing rates from the Place throughputs.
static void	SnPrint.snPrint(NetworkStruct sn)
static void	SnPrintRoutingMatrix.snPrintRoutingMatrix(NetworkStruct sn)	Prints the routing matrix of the network for all classes.
static void	SnPrintRoutingMatrix.snPrintRoutingMatrix(NetworkStruct sn, String onlyClassName)	Prints the routing matrix of the network, optionally for a specific job class.
static NetworkStruct	SnRefreshProcessFields.snRefreshAllProcessFields(NetworkStruct sn)	Refreshes process fields for all station-class pairs.
static NetworkStruct	SnRefreshProcessFields.snRefreshProcessFields(NetworkStruct sn, int stationIdx, int classIdx)	Refreshes process fields for a specific station-class pair based on current rate and SCV.
static NetworkStruct	SnRefreshVisits.snRefreshVisits(NetworkStruct sn, Matrix chains, Matrix rt, Matrix rtnodes)
static boolean[]	SnRegionMembers.snRegionMembers(NetworkStruct sn, int f, Matrix Rmat, Matrix memMat)	Station membership mask of finite capacity region f.
static Pair<List<List<Matrix>>,Matrix>	SnRtnodesToRtorig.snRtnodesToRtorig(NetworkStruct sn)	Converts routing matrices from nodes to original format, specifically handling class switching nodes.
static Pair<Matrix,Matrix>	SnRtStations.snRtStations(NetworkStruct sn)	Station-to-station routing probabilities and per-station visits.
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetArrival.snSetArrival(NetworkStruct sn, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the arrival rate for a class at the Source station.
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetArrival.snSetArrivalBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets arrival rates for multiple classes in a single operation.
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut)
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut, ModifyMode mode)
static NetworkStruct	SnSetForkFanout.snSetForkFanout(NetworkStruct sn, int forkNodeIdx, int fanOut, ModifyMode mode, ValidationLevel validation)	Sets the fork fanout (number of tasks per output link) for a Fork node.
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts)
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts, ModifyMode mode)
static NetworkStruct	SnSetForkFanout.snSetForkFanoutBatch(NetworkStruct sn, Map<Integer,Integer> fanOuts, ModifyMode mode, ValidationLevel validation)	Sets fork fanout for multiple Fork nodes in a single operation.
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetPopulation.snSetPopulation(NetworkStruct sn, int classIdx, double nJobs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the number of jobs for a closed class.
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetPopulation.snSetPopulationBatch(NetworkStruct sn, Matrix njobs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets populations for multiple classes in a single operation.
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority)
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority, ModifyMode mode)
static NetworkStruct	SnSetPriority.snSetPriority(NetworkStruct sn, int classIdx, double priority, ModifyMode mode, ValidationLevel validation)	Sets the priority for a class.
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities)
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities, ModifyMode mode)
static NetworkStruct	SnSetPriority.snSetPriorityBatch(NetworkStruct sn, Matrix priorities, ModifyMode mode, ValidationLevel validation)	Sets priorities for multiple classes in a single operation.
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingMatrix(NetworkStruct sn, Matrix rt, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the entire routing matrix for stateful nodes.
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingNodesMatrix(NetworkStruct sn, Matrix rtnodes, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the entire routing matrix for all nodes.
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetRouting.snSetRoutingProb(NetworkStruct sn, int fromStateful, int fromClass, int toStateful, int toClass, double probability, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets a routing probability between two stateful node-class pairs.
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers)
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers, ModifyMode mode)
static NetworkStruct	SnSetServers.snSetServers(NetworkStruct sn, int stationIdx, double nServers, ModifyMode mode, ValidationLevel validation)	Sets the number of servers at a station.
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers)
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers, ModifyMode mode)
static NetworkStruct	SnSetServers.snSetServersBatch(NetworkStruct sn, Matrix nServers, ModifyMode mode, ValidationLevel validation)	Sets the number of servers for multiple stations in a single operation.
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetService.snSetService(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets the service rate at a specific station and class.
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation)
static NetworkStruct	SnSetService.snSetServiceBatch(NetworkStruct sn, Matrix rates, Matrix scvs, ModifyMode mode, ValidationLevel validation, boolean autoRefresh)	Sets service rates for multiple station-class pairs in a single operation.
static Ret.snToAG	SnToAG.snToAG(NetworkStruct sn)
static Ret.snToAG	SnToAG.snToAG(NetworkStruct sn, int maxStates)
static SnToQrfAlpha.Result	SnToQrfAlpha.snToQrfAlpha(NetworkStruct sn)
static SnToQrfBlocking.Result	SnToQrfBlocking.snToQrfBlocking(NetworkStruct sn, double maxVars)
static SnToQrfCapacity.Result	SnToQrfCapacity.snToQrfCapacity(NetworkStruct sn)
static List<String>	SnValidate.snValidate(NetworkStruct sn)
static List<String>	SnValidate.snValidate(NetworkStruct sn, ValidationLevel level)
static String	SnValidate.snValidateClassIndex(NetworkStruct sn, int classIdx)
static String	SnValidate.snValidateClassIndex(NetworkStruct sn, int classIdx, String paramName)
static List<String>	SnValidate.snValidateDimensions(NetworkStruct sn)
static String	SnValidate.snValidateNodeIndex(NetworkStruct sn, int nodeIdx)
static String	SnValidate.snValidateNodeIndex(NetworkStruct sn, int nodeIdx, String paramName)
static String	SnValidate.snValidateNodeType(NetworkStruct sn, int nodeIdx, NodeType expectedType)
static List<String>	SnValidate.snValidatePopulation(NetworkStruct sn)
static List<String>	SnValidate.snValidateRates(NetworkStruct sn)
static List<String>	SnValidate.snValidateRouting(NetworkStruct sn)
static List<String>	SnValidate.snValidateServers(NetworkStruct sn)
static String	SnValidate.snValidateStationIndex(NetworkStruct sn, int stationIdx)
static String	SnValidate.snValidateStationIndex(NetworkStruct sn, int stationIdx, String paramName)

Uses of NetworkStruct in jline.api.spn

Methods in jline.api.spn with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Spn_lpbnd.SpnLpBounds	Spn_lpbnd.spn_lpbnd(NetworkStruct sn)	Bracket the mean tokens and the throughputs, with the default options.
static Spn_lpbnd.SpnLpBounds	Spn_lpbnd.spn_lpbnd(NetworkStruct sn, Spn_lpbnd.SpnLpOptions opt)	Bracket the mean tokens and the throughputs of a stochastic Petri net.
static Spn_sinvariants.SpnInvariants	Spn_sinvariants.spn_sinvariants(NetworkStruct sn)	Minimal-support S-invariants with the marking taken from the model.
static Spn_sinvariants.SpnInvariants	Spn_sinvariants.spn_sinvariants(NetworkStruct sn, double[] init)	Minimal-support S-invariants and the load vector of a net.

Uses of NetworkStruct in jline.inference.api

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

Modifier and Type	Method	Description
static Infer_fluid_ps_rt_likelihood.FluidPsRtResult	Infer_fluid_ps_rt_likelihood.infer_fluid_ps_rt_likelihood(NetworkStruct sn, int taggedClass)
static void	Sn_set_service_coc.sn_set_service_coc(NetworkStruct sn, int stationIdx, int classIdx, double rate)
static void	Sn_set_service_coc.sn_set_service_coc(NetworkStruct sn, int stationIdx, int classIdx, double rate, double scv)	Update service rate in NetworkStruct preserving Map-based format.

Uses of NetworkStruct in jline.io

Fields in jline.io declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	Ret.FJApprox.baseSn	The base model's compiled struct at the time this transformation was built.
NetworkStruct	Ret.afterEventHashedOrAddResult.sn
NetworkStruct	Ret.getHashOrAddResult.sn
NetworkStruct	Ret.reachableSpaceGeneratorResult.sn

Methods in jline.io with parameters of type NetworkStruct

Modifier and Type	Method	Description
static void	LDESResultIO.save(LDESResult result, NetworkStruct sn, String filename)	Saves an LDESResult and associated NetworkStruct to a JSON file.
static void	LDESResultIO.save(LDESResult result, NetworkStruct sn, String filename, boolean trajectory)	Saves an LDESResult and associated NetworkStruct to a JSON file.
static void	LDESResultIO.save(LDESResult result, NetworkStruct sn, String filename, boolean trajectory, boolean resptSamples)	Saves an LDESResult and associated NetworkStruct to a JSON file.
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 NetworkStruct

Modifier	Constructor	Description
	afterEventHashedOrAddResult(Matrix outhash, Matrix outrate, Matrix outprob, NetworkStruct sn)
	getHashOrAddResult(Matrix hashid, NetworkStruct sn)
	reachableSpaceGeneratorResult(Matrix SSq, Matrix SSh, NetworkStruct sn)

Uses of NetworkStruct in jline.lang

Fields in jline.lang declared as NetworkStruct

Modifier and Type	Field	Description
final NetworkStruct	ModelAdapter.FJTagResult.fjsn
NetworkStruct	ModelAdapter.DeaggInfo.originalSn

Methods in jline.lang that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	Network.getStruct()
NetworkStruct	Network.getStruct(boolean wantInitialState)
NetworkStruct	Network.refreshRegions()	Populate finite capacity region information in sn struct.
NetworkStruct	NetworkStruct.shallowCopy()	Field-by-field shallow copy of this struct.

Methods in jline.lang with parameters of type NetworkStruct

Modifier and Type	Method	Description
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.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, Set<Integer> onPath)	Simple paths only; see the ONPATH note on findPathsCS.
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 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, Set<Long> onPath)	Enumerates the SIMPLE paths only: the call classes carry a geometric loop (server -> Aux -> server) whenever a call mean exceeds one, so the routing graph between a fork and its join is cyclic and the path set would be infinite without ONPATH.
static String	ModelAdapter.fjSupportsReason(NetworkStruct sn)	Can the exact fork-join construction be asked for this model?
static void	ModelAdapter.fjValidate(NetworkStruct sn)
static RoutingMatrix.RtOrigResult	RoutingMatrix.rtnodes2rtorig(NetworkStruct sn)	Recovers the routing matrix as declared by the user, before the class switch nodes were materialised, by stochastic complementation of sn.rtnodes on the nodes preceding the first CS_ node.
void	Network.setSn(NetworkStruct sn)
void	Network.setStruct(NetworkStruct sn)
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.

Constructors in jline.lang with parameters of type NetworkStruct

Modifier	Constructor	Description
	FJTagResult(Network fjmodel, NetworkStruct fjsn, Matrix fjclassmap)

Uses of NetworkStruct in jline.lang.layered

Methods in jline.lang.layered that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	LayeredNetwork.getEnvStruct()	Build the aggregate, block-diagonal NetworkStruct for this LQN by concatenating the per-layer structs.

Uses of NetworkStruct in jline.lang.reward

Methods in jline.lang.reward with parameters of type NetworkStruct

Modifier and Type	Method	Description
double	RewardDescriptor.compute(Matrix state, NetworkStruct sn)
double	RewardFunction.compute(Matrix state, NetworkStruct sn)	Compute the reward value for a given state.
double	TabulatedRewardFunction.compute(Matrix state, NetworkStruct sn)

Uses of NetworkStruct in jline.lang.state

Fields in jline.lang.state declared as NetworkStruct

Modifier and Type	Field	Description
final NetworkStruct	State.spaceGeneratorNodesResult.sn
NetworkStruct	State.StateSpaceGeneratorResult.sn

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

Modifier and Type	Method	Description
static Ret.EventResult	State.afterEvent(NetworkStruct sn, int ind, Matrix inspace, EventType event, int jobClass, boolean isSimulation)
static Ret.EventResult	State.afterEvent(NetworkStruct sn, int ind, Matrix inspace, EventType event, int jobClass, boolean isSimulation, EventCache eventCache)
static Ret.EventResult	State.afterEvent(NetworkStruct sn, int ind, Matrix inspace, EventType event, int jobClass, boolean isSimulation, EventCache eventCache, AfterEventContext ctx)
static Ret.EventResult	State.afterEvent(NetworkStruct sn, int ind, Matrix inspace, EventType event, int jobClass, boolean isSimulation, EventCache eventCache, AfterEventContext ctx, boolean noPromote)	noPromote: when true, a DEP at an FCFS-family station does not promote a waiting job into the vacated server.
static Ret.EventResult	State.afterEventHashed(NetworkStruct sn, int ind, double inhash, EventType event, int Jobclass)
static Ret.afterEventHashedOrAddResult	State.afterEventHashedOrAdd(NetworkStruct sn, int ind, int inhash, EventType event, int jobclass)	Combination of afterEventHashed with automatic state space extension Migrated from MATLAB afterEventHashedOrAdd.m
static AfterEventContext	State.afterEventInit(NetworkStruct sn)	Precomputes the loop-invariant setup of afterEvent so that hot callers (e.g., the Solver_ssa Gillespie loop) avoid re-deriving it on every event evaluation.
static Ret.EventResult	AfterEventStation.afterEventStationPas(NetworkStruct sn, int ind, int ist, Matrix inspace, EventType event, int jobClass, int R, int V, boolean isSimulation)	Event handler for pass-and-swap (PAS) / order-independent stations.
static AfterFJEvent.AfterFJEventResult	AfterFJEvent.afterFJEvent(NetworkStruct sn, FJSync fjentry, List<Matrix> glspace, boolean isSimulation, EventCache eventCache)
static AfterGlobalEvent.AfterGlobalEventResult	AfterGlobalEvent.afterGlobalEvent(NetworkStruct sn, int ind, List<Matrix> glspace, GlobalSync glevent, boolean isSimulation)	Processes a global event in a Stochastic Petri Net (SPN) and computes the resulting state space.
static Ret.EventResult	AfterEventStationReply.apply(NetworkStruct sn, int ind, int ist, int jobClass, Matrix K, Matrix Ks, Matrix S, Map<Station,Map<JobClass,Matrix>> pie, Matrix spaceBuf, Matrix spaceSrv, Matrix spaceVar)	Applies a REPLY arrival at node ind.
static boolean	State.arrivalIsLost(NetworkStruct sn, int ist, int jobClass)	True when an arrival of class jobClass that finds no room at station ist is LOST, and false when it must BLOCK the upstream instead.
static Matrix	ReplyBlock.blocked(NetworkStruct sn, int ind, Matrix spaceVar)	Per-class counts of servers held at node ind by jobs that made a synchronous call and are waiting for their REPLY signal.
static Matrix	ReplyBlock.blockedTotal(NetworkStruct sn, int ind, Matrix spaceVar)	Total number of servers held for pending replies, one entry per row of spaceVar.
static void	State.buildSpaceHash(NetworkStruct sn)
static int[][]	State.cacheRetrievalClassMap(NetworkStruct sn, int ind)	Canonical ordering of the retrieval classes of a cache node.
static Matrix	FromMarginal.fromMarg(NetworkStruct sn, int ind, int ntot)	Every detailed local state of node IND whose CLASS TOTAL is ntot.
static Matrix	FromMarginal.fromMargAndStarted(NetworkStruct sn, int ind, int ntot, int stot)	Every detailed local state of node IND whose CLASS TOTAL is ntot and whose total number of started jobs is stot.
static Matrix	FromMarginal.fromMarginal(NetworkStruct sn, int ind, Matrix n)
static Matrix	FromMarginal.fromMarginalAndRunning(NetworkStruct sn, int ind, Matrix n, Matrix s)
static Matrix	FromMarginal.fromMarginalAndRunning(NetworkStruct sn, int ind, Matrix n, Matrix s, boolean optionsForce)
static Matrix	FromMarginal.fromMarginalAndStarted(NetworkStruct sn, int ind, Matrix n, Matrix s)
static Matrix	FromMarginal.fromMarginalAndStarted(NetworkStruct sn, int ind, Matrix n, Matrix s, Boolean optionsForce)	Wrapper: the discipline branches below return early from several places, so the synchronous-call (REPLY) counter columns are appended here, once, for every exit path.
static Matrix	FromMarginal.fromMarginalBounds(NetworkStruct sn, int ind, Matrix ub, double cap, SolverOptions options)
static Ret.getHashOrAddResult	State.getHashOrAdd(NetworkStruct sn, int ind, Matrix inspace)	Get hash ID for a state space, or add the state to the space if not found Migrated from MATLAB getHashOrAdd.m
protected static State.EventHandleResult	State.handleEnableEvent(NetworkStruct sn, int ind, GlobalSync glevent, List<Matrix> glspace, List<Matrix> outglspace, Matrix inspace, Matrix spaceBuf, Matrix spaceSrv, Matrix spaceVar, Matrix fK, Matrix fKs, int mode, TransitionNodeParam transParam, int R)	Handles ENABLE events for transitions in Stochastic Petri Net (SPN) event processing.
protected static State.EventHandleResult	State.handleFireEvent(NetworkStruct sn, int ind, GlobalSync glevent, List<Matrix> glspace, List<Matrix> outglspace, Matrix inspace, Matrix spaceBuf, Matrix spaceSrv, Matrix spaceVar, Matrix fK, Matrix fKs, int mode, TransitionNodeParam transParam, int R, boolean isSimulation)	Handles FIRE events for transitions in Stochastic Petri Net (SPN) event processing.
static Ret.EventResult	SignalRemoval.handleSignalArrival(NetworkStruct sn, int ind, int ist, Matrix inspace, int jobClass, boolean isSimulation, Matrix phasessz, Matrix phaseshift, Matrix K, Matrix Ks, Matrix S, Matrix spaceBuf, Matrix spaceSrv, Matrix spaceVar)	Passive arrival of a G-network signal class at station ist.
static boolean	ReplyBlock.holds(NetworkStruct sn, int ind)	True iff node ind holds servers for any synchronous call.
static Polling.Info	Polling.info(NetworkStruct sn, int ind)	Derived description of the polling controller at the station of node ind, or null when the node is not a polling station.
static ReplyBlock.Info	ReplyBlock.info(NetworkStruct sn, int ind)	Layout of the reply block that node ind carries.
static boolean	SignalRemoval.isCatastropheSignal(NetworkStruct sn, int jobClass)	True if the signal empties a station on arrival.
static boolean	State.isPhysicalCapacity(NetworkStruct sn, int ist, int jobClass)	True when the capacity bound at station ist for jobClass is a PHYSICAL finite capacity (setCapacity/setClassCapacity), as opposed to a state-space CUTOFF imposed on an open class only to bound enumeration.
static boolean	State.isValid(NetworkStruct sn, Matrix n, Matrix s)
static Ret.reachableSpaceGeneratorResult	State.reachableSpaceGenerator(NetworkStruct sn, SolverOptions options)	Generates state space restricted to states reachable from initial state Migrated from MATLAB reachableSpaceGenerator.m
static void	State.roundMarginalPreservingChains(Matrix n, NetworkStruct sn)	Rounds a fractional marginal queue-length matrix (station x class) to integers with the largest remainder method, so that every closed chain keeps exactly its own population.
static Matrix	SignalRemoval.signalBatchPMF(NetworkStruct sn, int jobClass, int ntot)	Batch-size distribution of the jobs removed by a signal class when ntot eligible jobs are present.
static Matrix	Polling.space(NetworkStruct sn, int ind, Matrix space, Matrix K)	Append the polling controller columns to the rows of space, which must hold the [buffer, server, routing-variable] layout of a polling station.
static State.StateSpaceGeneratorResult	State.spaceGenerator(NetworkStruct sn, Matrix cutoff, SolverOptions options)	Generates the state space for a queueing network using a matrix cutoff.
static State.spaceGeneratorNodesResult	State.spaceGeneratorNodes(NetworkStruct sn, Matrix cutoff, SolverOptions options)
static Matrix	State.spaceLocalVarsPublic(NetworkStruct sn, int ind)	Make spaceLocalVars method public Generates local variable state spaces
static Matrix	State.spaceLocalVarsPublic(NetworkStruct sn, int ind, int maxPending)	Make spaceLocalVars method public, at a given delayed-hit truncation level.
static State.StateMarginalStatistics	ToMarginal.toMarginal(NetworkStruct sn, int ind, Matrix state_i, Matrix phasesz, Matrix phaseshift, Matrix space_buf, Matrix space_srv, Matrix space_var)	Computes marginal statistics for a stateful node in a Stochastic Petri Net.
static State.StateMarginalStatistics	ToMarginal.toMarginalAggr(NetworkStruct sn, int ind, Matrix state_i, Matrix K, Matrix Ks, Matrix space_buf, Matrix space_srv, Matrix space_var)	Computes aggregated marginal statistics for a stateful node using specified aggregation weights.

Constructors in jline.lang.state with parameters of type NetworkStruct

Modifier	Constructor	Description
	spaceGeneratorNodesResult(Map<StatefulNode,Matrix> nodeStateSpace, NetworkStruct sn, Matrix capacityc)
	StateSpaceGeneratorResult(Matrix ss, Matrix sSh, NetworkStruct sn)

Uses of NetworkStruct in jline.solvers

Fields in jline.solvers declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	NetworkSolver.sn	Internal data structure describing the network model

Methods in jline.solvers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	NetworkSolver.bindingCapacityReason(Network model, NetworkStruct sn, String solverName)	THE TEST ITSELF IS Network.findBindingCapacity, one predicate with two callers: this gate, which words the refusal, and Network.getUsedLangFeatures, which marks the registry name FiniteCapacity on the same answer, so a solver method that does not declare the name is refused by the feature set on exactly the models this gate refuses.
List<String>	NetworkSolver.getLibrariesUsed(NetworkStruct sn, SolverOptions options)	Third-party libraries this solver will use on the given model, named once per session by NetworkSolver.showLibraryAttribution(jline.lang.NetworkStruct, jline.solvers.SolverOptions).
static boolean	NetworkSolver.hasBoundedBuffer(NetworkStruct sn, int i)
static boolean	NetworkSolver.hasReneging(NetworkStruct sn, int i)	Whether any class at station i declares reneging, i.e.
void	NetworkSolver.showLibraryAttribution(NetworkStruct sn, SolverOptions options)	Prints the library attribution once per session, honouring the verbosity.
static Matrix	WarmStart.warmStartPlacement(NetworkSolver initSolver, NetworkStruct sn)	Integer job placement (nstations x nclasses) decided by the steady-state solution of the auxiliary solver.

Uses of NetworkStruct in jline.solvers.ag

Methods in jline.solvers.ag that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverAG.getStruct()

Uses of NetworkStruct in jline.solvers.ag.analyzers

Methods in jline.solvers.ag.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static AGResult	Solver_ag_analyzer.solver_ag_analyzer(NetworkStruct snInput, SolverOptions options)

Uses of NetworkStruct in jline.solvers.ag.handlers

Methods in jline.solvers.ag.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static AGResult	Solver_ag.solver_ag(NetworkStruct sn, SolverOptions options)
static RCATModel	Solver_ag_build.solver_ag_build(NetworkStruct sn, int maxStates)
static MetricsResult	Solver_ag_metrics.solver_ag_metrics(NetworkStruct sn, INAPResult inapResult, RCATModel rcat)

Uses of NetworkStruct in jline.solvers.auto

Methods in jline.solvers.auto that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverAUTO.getStruct()	Model structure, as every other solver exposes it.

Uses of NetworkStruct in jline.solvers.ba

Methods in jline.solvers.ba that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverBA.getStruct()

Methods in jline.solvers.ba with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	SolverBA.methodDegenerate(NetworkStruct sn, String method)	Whether METHOD APPLIES to SN but its bound carries no information there, and why.
static String	SolverBA.methodRefusal(NetworkStruct sn, String method)	The STRUCTURAL premises of the SolverBA bound families, in one place: the reason METHOD cannot bound the model SN, or "" when it can.

Uses of NetworkStruct in jline.solvers.ba.analyzers

Methods in jline.solvers.ba.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Solver_ba_snc_analyzer.Envelopes	Solver_ba_snc_analyzer.envelopes(NetworkStruct sn)	Builds the per-pair (arrival, service) envelopes of a feed-forward model.
static MVAResult	Solver_ba_bgt_analyzer.solver_ba_bgt_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_ba_bpt_analyzer.solver_ba_bpt_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_ba_snc_analyzer.solver_ba_snc_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_ba_spnlp_analyzer.solver_ba_spnlp_analyzer(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.ctmc

Fields in jline.solvers.ctmc declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	SolverCTMC.AnalyzerResult.sncopy

Methods in jline.solvers.ctmc that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	ResultCTMC.getSn()
NetworkStruct	SolverCTMC.CtmcSsgResult.getSn()
NetworkStruct	SolverCTMC.getStruct(SolverCTMC solverCTMC)

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

Modifier and Type	Method	Description
static Matrix	CtmcStationary.initialDistribution(Matrix Q, Matrix stateSpace, NetworkStruct sn, SolverOptions options)	Point mass at the initial state of sn, or null when that state is absent from stateSpace (stochastic complementation may have removed it, e.g.
static Matrix	CtmcStationary.solve(Matrix Q, Matrix stateSpace, NetworkStruct sn, SolverOptions options)	Stationary distribution of Q, seeded from the initial state of sn when that state can be located in stateSpace.
static double	MemoryGuard.stateSpaceLogSize(NetworkStruct sn, SolverOptions options)	Worst-case log-size of the CTMC state space induced by sn: stars-and-bars job placements per class over the stations that keep no ordered buffer (open classes truncated at the cutoff), times the class-sequence multiplicity of every order-preserving buffer, times the service-phase multiplicity at each station, times one routing pointer per (node,class) doing RROBIN or WRROBIN.

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

Modifier	Constructor	Description
	AnalyzerResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix InfGen, Matrix StateSpace, Matrix StateSpaceAggr, MatrixCell EventFiltration, double runtime, String fname, NetworkStruct sncopy)
	AnalyzerResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix InfGen, Matrix StateSpace, Matrix StateSpaceAggr, MatrixCell EventFiltration, double runtime, String fname, NetworkStruct sncopy, Matrix pi, Matrix StateSpaceWork, Matrix StateSpaceAggrWork, Matrix InfGenWork)
	CtmcSsgResult(Matrix stateSpace, Matrix stateSpaceAggr, Matrix stateSpaceHashed, Map<StatefulNode,Matrix> nodeStateSpace, NetworkStruct sn)
	ResultCTMC(Matrix q, Matrix stateSpace, Matrix stateSpaceAggr, MatrixCell dfilt, double[][][] arvRates, double[][][] depRates, NetworkStruct sn)

Uses of NetworkStruct in jline.solvers.ctmc.analyzers

Methods in jline.solvers.ctmc.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static SolverCTMC.AnalyzerResult	Solver_ctmc_analyzer.solver_ctmc_analyzer(NetworkStruct snInput, SolverOptions options)
static Solver_ctmc_cftp_analyzer.CftpResult	Solver_ctmc_cftp_analyzer.solver_ctmc_cftp(NetworkStruct sn, SolverOptions options)	Steady-state metrics of a closed single-class product-form network from iid perfect samples of its stationary distribution.
static Solver_ctmc_mdd_analyzer.MddResult	Solver_ctmc_mdd_analyzer.solver_ctmc_mdd(NetworkStruct sn, SolverOptions options)	Analyse a closed single-class network by MDD level aggregation.
static Solver_ctmc_mdd_analyzer.MddResult	Solver_ctmc_mdd_analyzer.solver_ctmc_mdd(NetworkStruct sn, SolverOptions options, Network model)	Analyse a closed single-class network, or a stochastic Petri net, by MDD level aggregation.
static SolverCTMC.AnalyzerResult	Solver_ctmc_qrf_analyzer.solver_ctmc_qrf_analyzer(NetworkStruct sn, SolverOptions options)
static RewardResult	Solver_ctmc_reward.solver_ctmc_reward(NetworkStruct sn, SolverOptions options)	Compute rewards via value iteration on uniformized CTMC.
static String	Solver_ctmc_cftp_analyzer.supportsReason(NetworkStruct sn, SolverOptions options)	Can the cftp perfect sampler be asked for this model?
static String	Solver_ctmc_mdd_analyzer.supportsReason(NetworkStruct sn)	Can the mdd decision-diagram method be asked for this model?

Uses of NetworkStruct in jline.solvers.ctmc.handlers

Methods in jline.solvers.ctmc.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static Solver_ctmc_fcr_waitq.Result	Solver_ctmc_fcr_waitq.build(NetworkStruct sn, SolverOptions options)
static double[]	CtmcSignalBusy.busyFraction(NetworkStruct sn, int ind, int ist, SchedStrategy sched, double nservers, Matrix stateSpace, Matrix istSpaceShift, Matrix wset, Matrix probSysState, int K)
static Ctmc_avg_from_pi.Result	Ctmc_avg_from_pi.ctmc_avg_from_pi(NetworkStruct sn, Matrix pivec, Matrix StateSpace, Matrix StateSpaceAggr, double[][][] arvRates, double[][][] depRates)
static Ctmc_avg_from_pi.Result	Ctmc_avg_from_pi.ctmc_avg_from_pi(NetworkStruct sn, Matrix pivec, Matrix StateSpace, Matrix StateSpaceAggr, double[][][] arvRates, double[][][] depRates, SolverOptions options)
static boolean[]	CtmcSignalLossy.signalLossyClasses(NetworkStruct sn, double[] arvRateByClass)
static ResultCTMC	Solver_ctmc.solver_ctmc(NetworkStruct snIn, SolverOptions options)
static SolverCTMC.SolverCtmcJointResult	Solver_ctmc_joint.solver_ctmc_joint(NetworkStruct sn, SolverOptions options)
static SolverCTMC.SolverCtmcJointResult	Solver_ctmc_jointaggr.solver_ctmc_jointaggr(NetworkStruct sn, SolverOptions options)
static Matrix	Solver_ctmc_marg.solver_ctmc_marg(NetworkStruct sn, SolverOptions options)
static ResultCTMCMargAggr	Solver_ctmc_margaggr.solver_ctmc_margaggr(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.env

Methods in jline.solvers.env that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct[]	SolverENV.getStruct()	Returns the network structures for all stages in the environment.

Uses of NetworkStruct in jline.solvers.fj

Fields in jline.solvers.fj declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	FJFixedPoint.FJOutcome.sn

Methods in jline.solvers.fj with parameters of type NetworkStruct

Modifier and Type	Method	Description
static FJFixedPoint.FJOutcome	FJFixedPoint.run(Network model, NetworkStruct sn, SolverOptions options, FJFixedPoint.FJState state, FJFixedPoint.InnerSolve fcn, long T0)	Runs the fork-join fixed point, or the inner solve once when the model has no fork.
MVAResult	FJFixedPoint.InnerSolve.solve(Network net, NetworkStruct sn, SolverOptions options)	Solves the transformed network.

Uses of NetworkStruct in jline.solvers.fluid

Fields in jline.solvers.fluid declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	FluidResult.snFinal	Modified network structure after phase-type expansion (if applied)

Methods in jline.solvers.fluid that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverFluid.getStruct()	Get model structure data structure summarizing the network

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

Modifier and Type	Method	Description
static boolean	SolverFluid.blockedResolvesToDae(Network model, NetworkStruct sn, SolverOptions options)	Does options.method = "default" stand for "dae" on this model? True exactly when a buffer or a capacity region BINDS and the DAE route accepts the model.
static FluidODEsExporter.SymODEs	FluidODEsExporter.build(NetworkStruct sn, SolverOptions options)	Build the structural description of the ODE system for the method set in the solver options.
static List<FluidRateMultiplier.NhppEntry>	FluidNhpp.detectNhppSchedule(NetworkStruct sn)	Builds the NHPP schedule entries for every EXT/source station carrying a non-homogeneous arrival process.
static String	SolverFluid.forkJoinAdmitsReason(NetworkStruct sn, String method)	Can method run the fluid fork-join fixed point on this model?
List<String>	SolverFluid.getLibrariesUsed(NetworkStruct sn, SolverOptions options)	Bundled third-party libraries used by the fluid solver: rmf_tool backs the refined mean-field methods.
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 NetworkStruct in jline.solvers.fluid.analyzers

Methods in jline.solvers.fluid.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
void	ClosingAndStateDepMethodsAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	DaeAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	DiffusionAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	FluidAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	KoPenderAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	MatrixMethodAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	MFQAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	MinNormalAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	QsysLimitAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	RMFAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
void	TbiAnalyzer.analyze(NetworkStruct sn, SolverOptions options, SolverResult result)
static FluidStateRateMultiplier	FluidStateRateMultiplier.build(SolverOptions options, List<Integer> keep, int[] stationOfStateFull, int[] classOfStateFull, NetworkStruct sn)	Builds the multiplier for the kept ODE states, or returns null when no schedule is configured, so the caller keeps the legacy autonomous ODE numerically unchanged.
static String	MFQAnalyzer.mfqNotApplicableReason(NetworkStruct sn)	The reason MFQ cannot run on this model, or null when it can.
protected void	ClosingAndStateDepMethodsAnalyzer.solver_fluid(NetworkStruct sn, SolverOptions options, SolverResult result)	Integrates the closing ODE to its fixed point and fills the queue-length measures, leaving ClosingAndStateDepMethodsAnalyzer.xvec_it and ClosingAndStateDepMethodsAnalyzer.xvec_t at the mean trajectory.
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)
static List<int[]>	TbiAnalyzer.tbiPartition(NetworkStruct sn, SolverOptions options)	Partition the station set into cells for trajectory-based iteration.
static CacheTranResult	FluidCacheTran.tran(NetworkStruct sn, double time, int nPoints, double[][] xinitPerCache)	Integrate the transient RMF cache trajectory for all cache nodes.

Uses of NetworkStruct in jline.solvers.fluid.handlers

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

Modifier and Type	Method	Description
static ImmediateElimination.EliminationResult	ImmediateElimination.eliminateImmediate(Matrix allJumps, Matrix rateBase, Matrix eventIdx, NetworkStruct sn, SolverOptions options)	Eliminate the instantaneous coordinates from the fluid event set.
static boolean	FluidHideImmediate.resolve(NetworkStruct sn, SolverOptions options)

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

Modifier	Constructor	Description
	MatrixMethodODE(Matrix W, Matrix SQ, Matrix S, Matrix Qa, Matrix ALambda, int numDimensions, boolean[] isSourceState, NetworkStruct sn, List<Double> pStarValues)
	MatrixMethodODE(Matrix W, Matrix SQ, Matrix S, Matrix Qa, Matrix ALambda, int numDimensions, boolean[] isSourceState, NetworkStruct sn, List<Double> pStarValues, FluidStateRateMultiplier stateMult)
	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 NetworkStruct in jline.solvers.fluid.moments

Methods in jline.solvers.fluid.moments with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	FluidDaeApplicable.reasonToDecline(NetworkStruct sn, SolverOptions options)
static String	FluidMinNormalApplicable.reasonToDecline(NetworkStruct sn, SolverOptions options)

Constructors in jline.solvers.fluid.moments with parameters of type NetworkStruct

Modifier	Constructor	Description
	FluidConservationGuard(NetworkStruct sn, Matrix phases)
	FluidMomentTerms(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.fluid.petri

Methods in jline.solvers.fluid.petri with parameters of type NetworkStruct

Modifier and Type	Method	Description
static PetriApplicable.Verdict	PetriApplicable.applicable(NetworkStruct sn, SolverOptions options)
static PetriTerms	PetriTerms.build(NetworkStruct sn, SolverOptions options)
static PetriConstraints	PetriConstraints.constraints(NetworkStruct sn, PetriTerms t)	Build the capacity rows of a term set.

Constructors in jline.solvers.fluid.petri with parameters of type NetworkStruct

Modifier	Constructor	Description
	PetriSolver(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.ldes

Fields in jline.solvers.ldes declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	LDESResult.sn	Network structure used for the analysis

Methods in jline.solvers.ldes that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverLDES.getStruct()	Returns the network structure for this solver.

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

Modifier	Constructor	Description
	LDESResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Map<Integer,Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)	Constructs a LDESResult with the specified performance metrics and state information.

Uses of NetworkStruct in jline.solvers.ldes.analyzers

Methods in jline.solvers.ldes.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static LDESResult	Solver_ldes_analyzer.solver_ldes_analyzer(NetworkStruct sn, SolverOptions options, SolverLDES solverLDES)	LDES analyzer that selects and executes the appropriate analysis method.
static LDESResult	Solver_ldes_analyzer_parallel.solver_ldes_analyzer_parallel(NetworkStruct sn, LDESOptions options, SolverLDES solverLDES)

Uses of NetworkStruct in jline.solvers.ldes.handlers

Methods in jline.solvers.ldes.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static LDESResult	Solver_ssj.solver_ssj(NetworkStruct sn, SolverOptions options)
static LDESResult	Solver_ssj.solver_ssj(NetworkStruct sn, SolverOptions options, Collector stream)	Steady-state queueing network simulation using the SSJ library.
static LDESResult	Solver_ssj.solver_ssj_transient(NetworkStruct sn, SolverOptions options)
static LDESResult	Solver_ssj.solver_ssj_transient(NetworkStruct sn, SolverOptions options, Collector stream)	Transient analysis of queueing network using the SSJ library.

Uses of NetworkStruct in jline.solvers.mam

Methods in jline.solvers.mam that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverMAM.getStruct()

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

Modifier and Type	Method	Description
static String	SolverMAM.bufferRefusal(NetworkStruct sn)	Why no MAM method can answer a model whose finite buffer a CLOSED class can fill, or "" when every binding buffer is reached by open classes only.
List<String>	SolverMAM.getLibrariesUsed(NetworkStruct sn, SolverOptions options)	Bundled third-party libraries used by the matrix-analytic solver: MAMSolver for the M/G/1 and GI/M/1-type decompositions, Q-MAM for the RCAT-based methods, and BUTools wherever a MAP/PH process is present.
static boolean	SolverMAM.mamHasRetrial(NetworkStruct sn)	True when some station-class pair configures a retrial orbit (Queue.setRetrial / setOrbit), read off sn.retrialProc, which the refresh fills only for a configured delay that is not the Disabled placeholder.
static String	SolverMAM.mamRetrialRefusal(NetworkStruct sn)	Can the 'retrial' method answer this model? Empty string when it can.

Uses of NetworkStruct in jline.solvers.mam.analyzers

Methods in jline.solvers.mam.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static MAMResult	Solver_mam_analyzer.solver_mam_analyzer(NetworkStruct snInput, SolverOptions options)
static MAMResult	Solver_mam_dt.solver_mam_dt(NetworkStruct sn, SolverOptions options, double slotLength)
static MAMResult	Solver_mam_mapmap1_exact.solver_mam_mapmap1_exact(NetworkStruct sn)	Returns an exact MAMResult when sn is a single-class single-server open MAP/MAP/1 queue with a correlated (non-renewal) arrival or service; otherwise returns null so the caller falls back to decomposition.
static MAMResult	Solver_mam_mmck_exact.solver_mam_mmck_exact(NetworkStruct sn)

Uses of NetworkStruct in jline.solvers.mam.handlers

Methods in jline.solvers.mam.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static PriorityAnalysis	Solver_mam_passage_time.analyzePriorities(NetworkStruct sn)
static PriorityAnalysis	Solver_mam_passage_time.analyzePriorities(NetworkStruct sn, String context)
static boolean	Solver_mam_transient_qbd.applicable(NetworkStruct sn)
static double	Solver_mam_bgchain.bgchainStates(NetworkStruct sn, SolverOptions options)	Number of states of the background-chain CTMC this solver would build on the model, WITHOUT building it.
static Mam_detect_mmck.Result	Mam_detect_mmck.mam_detect_mmck(NetworkStruct sn, int ist, int K, MatrixCell mmapNode)	Returns isMmck=true (and the shared service rate) only when the aggregated arrival MMAP is single-phase (Poisson superposition), every active class has Exp service at the station, and all active classes share the same rate.
static MAMResult	Solver_mam.solver_mam(NetworkStruct sn, SolverOptions options)
static MAMResult	Solver_mam_basic.solver_mam_basic(NetworkStruct sn, SolverOptions options)
static MAMResult	Solver_mam_basic_mmap.solver_mam_basic_mmap(NetworkStruct sn, SolverOptions options)
static MAMResult	Solver_mam_basic_mmap_closed.solver_mam_basic_mmap_closed(NetworkStruct sn, SolverOptions options)
static MAMResult	Solver_mam_basic_mmap_inner.solver_mam_basic_mmap_inner(NetworkStruct sn, SolverOptions options, double[] lambda)
static MAMResult	Solver_mam_bgchain.solver_mam_bgchain(NetworkStruct sn, SolverOptions options)
static MAMFJResult	Solver_mam_fj.solver_mam_fj(NetworkStruct sn)
static MAMFJResult	Solver_mam_fj.solver_mam_fj(NetworkStruct sn, double[] percentiles)
static MAMFJResult	Solver_mam_fj.solver_mam_fj(NetworkStruct sn, double[] percentiles, int C)
static MAMFJResult	Solver_mam_fj.solver_mam_fj(NetworkStruct sn, double[] percentiles, int C, String tMode)	Solve Fork-Join network using FJ_codes algorithm.
static MAMResult	Solver_mam_ldqbd.solver_mam_ldqbd(NetworkStruct sn, SolverOptions options)
static Solver_mam_ldqbd_statevec.Ld	Solver_mam_ldqbd_statevec.solver_mam_ldqbd_ld(NetworkStruct sn, SolverOptions options)	Build the LD-QBD blocks and parameters (the ld struct) for a single-class Delay/Queue (closed) or Source/Queue (open) model.
static TransientResult	Solver_mam_ldqbd_transient.solver_mam_ldqbd_transient(NetworkStruct sn, SolverOptions options)
static Map<Integer,MatrixCell>	Solver_mam_passage_time.solver_mam_passage_time(NetworkStruct sn, Map<Station,Map<JobClass,MatrixCell>> PH, SolverOptions options)
static MAMResult	Solver_mam_retrial.solver_mam_retrial(NetworkStruct sn, SolverOptions options)	Solves BMAP/PH/N/N bufferless retrial queues using the MAM retrial solver.
static Map<Integer,MatrixCell>	Solver_mam_traffic.solver_mam_traffic(NetworkStruct sn, Map<Integer,Map<Integer,MatrixCell>> DEP, SolverOptions.Config config)
static Map<Integer,MatrixCell>	Solver_mam_traffic_mmap.solver_mam_traffic_mmap(NetworkStruct sn, Map<Integer,Map<Integer,MatrixCell>> DEP, SolverOptions.Config config, SnBuildFjSyncMap.FjSyncMap fjSyncMap)
static TransientResult	Solver_mam_transient_qbd.solver_mam_transient_qbd(NetworkStruct sn, SolverOptions options)
static MAMResult	Solver_mna_closed.solver_mna_closed(NetworkStruct sn, SolverOptions options)
static SolverResult	Solver_mna_open.solver_mna_open(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.mva

Methods in jline.solvers.mva that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverMVA.getStruct()	Returns the network structure used by this solver.

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

Modifier and Type	Method	Description
static String	SolverMVA.closedPopulationReason(NetworkStruct sn, String method)	Refusal reason for the closed-population AMVA family, empty when it may run.
static String	SolverMVA.finiteCapacityReason(Network model, NetworkStruct sn)	The solver-level form of SolverMVA.finiteCapacityReason(Network, NetworkStruct, String), answered as the default method, as MATLAB answers it when supportsFiniteCapacity is called with no method.
static String	SolverMVA.finiteCapacityReason(Network model, NetworkStruct sn, String method)	MVA-specific finite-capacity gate, asked of the METHOD as well as of the model.
static FeatureSet	SolverMVA.methodFeatureSet(NetworkStruct sn, String method)	The same envelope, asked of a struct rather than of a solver instance, so that the run gate in MVARunner and the report gate in SolverMVA.getMethodFeatureSet(java.lang.String) apply ONE copy of the model-judged rule.
static String	SolverMVA.mvacReason(NetworkStruct sn, String method)	Refusal reason for MVAC, empty when the method may run.
static String	SolverMVA.qnaSchedulingReason(NetworkStruct sn)	Refusal reason for QNA's station update, empty when every station has an arm.
static String	SolverMVA.resolveMethodForStruct(NetworkStruct sn, String method)	The concrete method the MVA analyzer will dispatch, given a struct and a requested name.
static String	SolverMVA.schmidtExtReasonForStruct(NetworkStruct sn, String method)	SolverMVA.schmidtExtReason(jline.util.matrix.Matrix, java.util.List<java.lang.Boolean>, java.lang.String) asked about a struct: it rebuilds the population vector and per-station discipline that Solver_amva's schmidt-ext arm hands the kernel, so the report and the run ask the same question of the same numbers.
void	SolverMVA.setStruct(NetworkStruct sn)	Sets the network structure for this solver.
static String	SolverMVA.singleClassOpenReason(NetworkStruct sn, String method)	Refusal reason for RQNA and RQT, empty when the method may run.

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

Modifier	Constructor	Description
	SolverMVAOIAnalyzer(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.mva.analyzers

Methods in jline.solvers.mva.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static boolean	Solver_mva_analyzer.isBasModel(NetworkStruct sn)	Detects a closed single-chain network with Blocking-After-Service (BAS) finite-buffer blocking, which the Solver_sqd approximation handles but exact/AMVA MVA does not.
static boolean	Solver_mva_analyzer.mvaCarriesInterlock(NetworkStruct sn, SolverOptions options)	True when the MVA path this model already dispatches to carries a class-level interlock matrix (Franks 1999, Eq.
static MVAResult	Solver_mva_analyzer.solver_mva_analyzer(NetworkStruct sn, SolverOptions options)	MVA Analyzer.
static MVAResult	Solver_mva_bound_analyzer.solver_mva_bound_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_cache_analyzer.solver_mva_cache_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_cacheqn_analyzer.solver_mva_cacheqn_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_cacheqn_retrieval_analyzer.solver_mva_cacheqn_retrieval_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_marie_analyzer.solver_mva_marie_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_polling_analyzer.solver_mva_polling_analyzer(NetworkStruct sn, SolverOptions options)	MVA Polling System analyzer
static MVAResult	Solver_mva_qsys_analyzer.solver_mva_qsys_analyzer(NetworkStruct sn, SolverOptions options)	MVA Query System analyzer
static MVAResult	Solver_mva_qsys_analyzer.solver_mva_qsys_dps_analyzer(NetworkStruct sn, SolverOptions options)	Numerically exact analyzer for a single open M/M/1-DPS queue: dispatches to the truncated-CTMC DPS solver (Qsys_mm1_dps).
static MVAResult	Solver_mva_qsys_analyzer.solver_mva_qsys_prio_analyzer(NetworkStruct sn, SolverOptions options)	Exact non-preemptive priority (HOL) analyzer for a single open M/G/1 queue with Poisson per-class arrivals: dispatches to the Cobham formula (Qsys_mg1_prio) instead of the AMVA preemptive shadow-server approximation, which underestimates the waiting time of every class.
static MVAResult	Solver_mva_qsys_sizebased_analyzer.solver_mva_qsys_sizebased_analyzer(NetworkStruct sn, SolverOptions options, SchedStrategy schedType)
static MVAResult	Solver_mva_retrieval_analyzer.solver_mva_retrieval_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_sjn_analyzer.solver_mva_sjn_analyzer(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mvald_analyzer.solver_mvald_analyzer(NetworkStruct sn, SolverOptions options)	MVALD Analyzer.

Uses of NetworkStruct in jline.solvers.mva.handlers

Fields in jline.solvers.mva.handlers declared as NetworkStruct

Modifier and Type	Field	Description
protected NetworkStruct	MVARunner.sn

Methods in jline.solvers.mva.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static boolean	Solver_amva.amvaUsesProductFormKernels(NetworkStruct sn)	Conservative form of the branch test below: true when this model may be solved by the product-form AMVA kernels (the linearizer family and relatives) rather than by Solver_amvald.
static String	Solver_mapqn.mapqnReason(NetworkStruct sn)	The reason 'amva.mapqn' cannot solve sn, or "" when it can.
MVAResult	MVASolverHandler.solve(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_amva.solver_amva(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_amvald.solver_amvald(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mapqn.solver_mapqn(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva.solver_mva(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva_lcfsqn.solver_mva_lcfsqn(NetworkStruct sn, SolverOptions options, int lcfsStat, int lcfsprStat)	Specialized MVA solver for LCFS + LCFS-PR 2-station networks.
static MVAResult	Solver_mva_sum.solver_mva_sum(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_mva.solver_mvac(NetworkStruct sn, SolverOptions options)	Exact mean value analysis by chain (MVAC, Conway-de Souza e Silva-Lavenberg 1989) via Pfqn_mvac.
static MVAResult	Solver_mvald.solver_mvald(NetworkStruct sn, SolverOptions options)	Handler for the solver_mvald function.
static MVAResult	Solver_qna.solver_qna(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_rqna.solver_rqna(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_rqt.solver_rqt(NetworkStruct sn, SolverOptions options)
static MVAResult	Solver_sqd.solver_sqd(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.nc

Methods in jline.solvers.nc that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverNC.getStruct()

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

Modifier and Type	Method	Description
static boolean	SolverNC.hasRetrievalCache(NetworkStruct sn)	True if the model contains a Cache equipped with a delayed-hit retrieval system.
static double	SolverNC.memBufferSize(NetworkStruct sn, int ist)	Physical buffer size of a station in jobs, in service included: the tighter of the station capacity and the sum of the per-class capacities, infinite when the station is unbounded.
static DropStrategy	SolverNC.memDropRule(NetworkStruct sn, int ist)	Drop rule declared at a station for the first class, defaulting to Drop, which is what refreshCapacity assigns to a finite buffer reachable by an open class.
static boolean	SolverNC.memFiniteBufferPath(NetworkStruct sn, SolverOptions options)	True when method='mem' has been requested on a model whose finite buffers MEM carries explicitly.
static boolean	SolverNC.memHasFiniteBuffers(NetworkStruct sn)	True when the model is a single-class open network carrying a finite buffer that MEM represents explicitly, as a censored GE/GE/c/0;N queue.
static String	SolverNC.memUnsupportedReason(NetworkStruct sn)	Returns null when the Maximum Entropy Method (Kouvatsos 1994) supports the features of the model described by sn (node types, class switching, scheduling, source presence); otherwise a message describing the first unsupported feature.
static String	SolverNC.memUnsupportedReason(NetworkStruct sn, boolean closed)	Returns null when the Maximum Entropy Method (Kouvatsos 1994) supports the features of the model described by sn; otherwise a message describing the first unsupported feature.
static String	SolverNC.memUnsupportedReason(NetworkStruct sn, boolean hasOpen, boolean hasClosed)	Feature check for the Maximum Entropy Method given the class composition of the model: hasOpen/hasClosed flag the presence of open and closed classes (both true for mixed models).
static boolean	SolverNC.ncIsNormalUsage(NetworkStruct sn)	Is the closed model in NORMAL USAGE, the domain of the Mitra-McKenna PANACEA asymptotic expansion (J.
static int	SolverNC.ncLossnKind(NetworkStruct sn)	The loss-network verdict: 0 for neither, 1 for the shape without the DROP rule, 2 for the loss network Solver_nc_lossn_analyzer solves.
static String	SolverNC.ncMethodRefusal(NetworkStruct sn, String method, SolverOptions options)	May METHOD run on this model? Empty string when it may, otherwise the reason it may not, in the words the analyzer refuses with.
static String	SolverNC.ncMethodRefusal(NetworkStruct sn, String method, SolverOptions options, boolean forReport)	The same predicate, told WHICH QUESTION IS BEING ASKED.
void	SolverNC.setStruct(NetworkStruct sn)

Uses of NetworkStruct in jline.solvers.nc.analyzers

Methods in jline.solvers.nc.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static boolean	Solver_nc_dps_analyzer.nc_is_dps_model(NetworkStruct sn)	True when the model is the closed two-station network Morrison's expansion is derived for: one infinite-server (think) station and one single-server DPS station, exponential service, every class alternating between the two.
static Solver_nc_dt_analyzer.DtModel	Solver_nc_dt_analyzer.ncIsDtModel(NetworkStruct sn)	Classify sn against the two discrete-time product-form families.
static void	Solver_nc_retrieval_analyzer.setStationMetrics(NetworkStruct sn, Cache_retrieval_inputs.Inputs in, double[][] pdh, double[] pmiss, Matrix QN, Matrix UN, Matrix RN, Matrix TN)	Shared station-metric population (QN=UN=phi_s, TN=fetch throughput, RN=Little).
static NCResult	Solver_nc_analyzer.solver_nc_analyzer(NetworkStruct sn, SolverOptions options)
static NCResult	Solver_nc_cache_analyzer.solver_nc_cache_analyzer(NetworkStruct sn, SolverOptions options)
static NCResult	Solver_nc_cache_qn_analyzer.solver_nc_cache_qn_analyzer(NetworkStruct sn, SolverOptions options)
static NCResult	Solver_nc_cacheqn_retrieval_analyzer.solver_nc_cacheqn_retrieval_analyzer(NetworkStruct sn, SolverOptions options)
static NCResult	Solver_nc_dps_analyzer.solver_nc_dps_analyzer(NetworkStruct sn, SolverOptions options)	Analyzes the closed think+DPS network.
static NCResult	Solver_nc_dt_analyzer.solver_nc_dt_analyzer(NetworkStruct sn, SolverOptions options)	Exact discrete-time analysis of sn.
static NCResult	Solver_nc_lossn_analyzer.solver_nc_lossn_analyzer(NetworkStruct sn, SolverOptions options)	Analyzes open loss networks with FCR.
static NCResult	Solver_nc_retrieval_analyzer.solver_nc_retrieval_analyzer(NetworkStruct sn, SolverOptions options)
static NCResult	Solver_nc_sdr_analyzer.solver_nc_sdr_analyzer(NetworkStruct sn, SolverOptions options)	Analyzes a network whose entry center routes by state-dependent routing.
static NCResult	Solver_nc_spn_analyzer.solver_nc_spn_analyzer(Network model, NetworkStruct sn, SolverOptions options)	Analyse a product-form stochastic Petri net.
static NCResult	Solver_ncld_analyzer.solver_ncld_analyzer(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.nc.handlers

Methods in jline.solvers.nc.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static boolean	Solver_nc_oi.nc_is_oi_model(NetworkStruct sn)	True when the model is a closed queueing network with at least one OI station and every other station a BCMP product-form station: infinite server (delay), PS, LCFS-PR, SIRO or class-independent-rate FCFS.
static boolean	Solver_nc_pas_is.nc_is_pas_model(NetworkStruct sn)	True when the model is a closed two-station P&S tandem: both stations OI/PAS, no other station.
static SolverNC.SolverNCReturn	Solver_nc.solver_nc(NetworkStruct sn, SolverOptions options)
static SolverNC.SolverNCLDReturn	Solver_nc_conv.solver_nc_conv(NetworkStruct sn, SolverOptions options)
static SolverNC.SolverNCJointReturn	Solver_nc_joint.solver_nc_joint(NetworkStruct sn, SolverOptions options)
static SolverNC.SolverNCJointReturn	Solver_nc_jointaggr.solver_nc_jointaggr(NetworkStruct sn, SolverOptions options)	Computes aggregated joint probabilities for the NC solver.
static SolverNC.SolverNCJointReturn	Solver_nc_jointaggr_ld.solver_nc_jointaggr_ld(NetworkStruct sn, SolverOptions options)	Computes load-dependent aggregated joint probabilities for the NC solver.
static Solver_nc_jointmarg.Ret_jointmarg	Solver_nc_jointmarg.solver_nc_jointmarg(NetworkStruct sn, SolverOptions options, Matrix nvec, String engine, Double lG)
static SolverNC.SolverNCReturn	Solver_nc_lcfsqn.solver_nc_lcfsqn(NetworkStruct sn, SolverOptions options, int lcfsStat, int lcfsprStat)
static SolverNC.SolverNCMargReturn	Solver_nc_marg.solver_nc_marg(NetworkStruct sn, SolverOptions options, double lG)
static SolverNC.SolverNCMargReturn	Solver_nc_marg.solver_nc_marg(NetworkStruct sn, SolverOptions options, Double lG)	Convenience overload accepting a boxed Double lG (which may be null, meaning the normalizing constant is unknown and will be computed).
static SolverNC.SolverNCMargReturn	Solver_nc_margaggr.solver_nc_margaggr(NetworkStruct sn, SolverOptions options, Double lG)	Computes aggregated marginal probabilities for the NC solver.
static SolverNC.SolverNCReturn	Solver_nc_oi.solver_nc_oi(NetworkStruct sn, SolverOptions options)
static SolverNC.SolverNCReturn	Solver_nc_pas_is.solver_nc_pas_is(NetworkStruct sn, SolverOptions options)
static SolverNC.SolverNCLDReturn	Solver_ncld.solver_ncld(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.solvers.ssa

Fields in jline.solvers.ssa declared as NetworkStruct

Modifier and Type	Field	Description
NetworkStruct	SSAResult.sn	Network structure used for the analysis
final NetworkStruct	SSAValues.sn

Methods in jline.solvers.ssa that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverSSA.getStruct()

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

Modifier	Constructor	Description
	SSAResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Map<Integer,Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)	Constructs an SSAResult with the specified performance metrics and state information.
	SSAValues(Matrix pi, Matrix SSq, Map<Integer,Matrix> arvRates, Map<Integer,Matrix> depRates, Map<Integer,Matrix> dlyRates, Map<Integer,Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)
	SSAValues(Matrix pi, Matrix SSq, Map<Integer,Matrix> arvRates, Map<Integer,Matrix> depRates, Map<Integer,Matrix> tranSysState, Matrix tranSync, NetworkStruct sn)

Uses of NetworkStruct in jline.solvers.ssa.analyzers

Methods in jline.solvers.ssa.analyzers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	Solver_ssa_analyzer.nrmEligibleReason(NetworkStruct sn)
static String	Solver_ssa_analyzer.nrmMethodRefusal(NetworkStruct sn)	Whether the NRM engine can run this model, as a SENTENCE.
static SSAResult	Solver_ssa_analyzer.solver_ssa_analyzer(NetworkStruct snInput, SolverOptions options, SolverSSA solverSSA)
static SSAResult	Solver_ssa_analyzer_nrm.solver_ssa_analyzer_nrm(NetworkStruct sn, Map<StatefulNode,Matrix> init_state, SolverOptions options)
static SSAResult	Solver_ssa_analyzer_nrm_space.solver_ssa_analyzer_nrm_space(NetworkStruct sn, SolverOptions options)
static SSAResult	Solver_ssa_analyzer_parallel.solver_ssa_analyzer_parallel(NetworkStruct sn, Map<StatefulNode,Matrix> init_state, SolverOptions options, SolverSSA solverSSA)
static SSAResult	Solver_ssa_analyzer_serial.solver_ssa_analyzer_serial(NetworkStruct sn, boolean hash, Map<StatefulNode,Matrix> init_state, SolverOptions options, SolverSSA solverSSA)

Uses of NetworkStruct in jline.solvers.ssa.handlers

Fields in jline.solvers.ssa.handlers declared as NetworkStruct

Modifier and Type	Field	Description
final NetworkStruct	Solver_ssa_nrm_space.SolverSSAResultNRMSpace.sn
final NetworkStruct	SolverSSAResultNRM.sn

Methods in jline.solvers.ssa.handlers that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverSSAResultNRM.getSn()

Methods in jline.solvers.ssa.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static void	Solver_ssa_nrm.modified_nrm_direct(Matrix S, List<Integer>[] D, BiFunction<Matrix,ArrayDeque<Integer>[],Double>[] a, Matrix nvec0, ArrayDeque<Integer>[] buffers0, int samples, SolverOptions options, Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix StartN, Matrix PreemptN, NetworkStruct sn, List<Integer> fromIdx, List<int[]> fromIR, double[] mi, jline.solvers.ssa.handlers.Solver_ssa_nrm.Fcr fcr, jline.solvers.ssa.handlers.Solver_ssa_nrm.Balk balk, jline.solvers.ssa.handlers.Solver_ssa_nrm.Sig sig, jline.solvers.ssa.handlers.Solver_ssa_nrm.Rr rrp, boolean[] isRenegeRx, boolean[] isRetryRx, jline.solvers.ssa.handlers.Solver_ssa_nrm.Smap sm, int nDepRx, boolean[] isPhaseRx, double[][][] svcph, boolean[] bufPHNode, boolean[] isBufSvcRx, List<Integer> depPhase, int[] phaseToArr)
static void	Solver_ssa_nrm.nrm_direct(Matrix S, List<Integer>[] D, BiFunction<Matrix,ArrayDeque<Integer>[],Double>[] a, Matrix nvec0, ArrayDeque<Integer>[] buffers0, int samples, SolverOptions options, Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix StartN, Matrix PreemptN, NetworkStruct sn, List<Integer> fromIdx, List<int[]> fromIR, double[] mi, jline.solvers.ssa.handlers.Solver_ssa_nrm.Fcr fcr, jline.solvers.ssa.handlers.Solver_ssa_nrm.Balk balk, jline.solvers.ssa.handlers.Solver_ssa_nrm.Sig sig, jline.solvers.ssa.handlers.Solver_ssa_nrm.Rr rrp, boolean[] isRenegeRx, boolean[] isRetryRx, jline.solvers.ssa.handlers.Solver_ssa_nrm.Smap sm, int nDepRx, boolean[] isPhaseRx, boolean anyPoll, Polling.Info[] pinfo, boolean[] isPollNode, int[][] pollCtrl, boolean[] isPollSwRx, int[] pollSwNode, double[][][] svcph, boolean[] bufPHNode, boolean[] isBufSvcRx, List<Integer> depPhase, int[] phaseToArr, boolean[] isCacheRx, int[] cacheHitSlotArr, int[] cacheMissSlotArr, boolean[] isCacheNode, int[][] cacheContents0, long[][] cacheProd, long[][] cacheDly, int[][] cacheRetrDest)
static Solver_ssa_nrm_space.NrmSpaceResult	Solver_ssa_nrm_space.nrm_space(Matrix S, List<List<Integer>> D, BiFunction<Matrix,ArrayDeque<Integer>[],Double>[] a, Matrix nvec0, ArrayDeque<Integer>[] buffers0, int samples, SolverOptions options, Map<String,double[]> reactcache, List<int[]> fromIR, double[] mi, int R, NetworkStruct sn)
static SolverSSAResultNRM	Solver_ssa_nrm.nrm_spn(NetworkStruct sn, SolverOptions options, jline.solvers.ssa.handlers.Solver_ssa_nrm.Smap sm, int samples)
static void	Solver_ssa.save_log_dense(double dt, Map<Integer,Matrix> cur_state, org.ejml.data.DMatrixRMaj tranStateD, int samples_collected, double[] tranSyncData, Map<Integer,Integer> enabled_sync, int firing_ctr, NetworkStruct sn, Map<Integer,Matrix> nir, Map<Integer,Matrix> stateCell, org.ejml.data.DMatrixRMaj SSqD)
static void	Solver_ssa.save_log_dense(double dt, Map<Integer,Matrix> cur_state, org.ejml.data.DMatrixRMaj tranStateD, int samples_collected, double[] tranSyncData, Map<Integer,Integer> enabled_sync, int firing_ctr, NetworkStruct sn, Map<Integer,Matrix> nir, Map<Integer,Matrix> stateCell, org.ejml.data.DMatrixRMaj SSqD, Collector streamingCollector, double curTime)
static SSAValues	Solver_ssa.solver_ssa(NetworkStruct sn_in, EventCache eventCache, Map<StatefulNode,Matrix> init_state, SolverOptions optionsIn, SolverSSA solverSSA)
static void	Solver_ssa_findenabled.solver_ssa_findenabled(NetworkStruct sn, EventCache eventCache, int A, Map<Integer,Integer> node_a, Map<Integer,Map<Integer,Matrix>> next_state, Map<Integer,Matrix> stateCell, Map<Integer,EventType> event_a, Map<Integer,Integer> class_a, boolean isSimulation, Map<Integer,Double> outprob_a, Map<Integer,Integer> node_p, int local, Map<Integer,EventType> event_p, Map<Integer,Integer> class_p, Map<Integer,Double> outprob_p, Map<Integer,Double> prob_sync_p, Map<Integer,Sync> sync, Map<Integer,Integer> node_a_sf, Map<Integer,Integer> node_p_sf, Map<Integer,Matrix> startRatesSamples, Map<Integer,Matrix> preemptRatesSamples, Map<Integer,int[][]> enabled_tags, Map<Integer,Matrix> depRatesSamples, int samples_collected, Map<Integer,Matrix> arvRatesSamples, Map<Integer,Matrix> dlyRatesSamples, int[] cacheVarW, Matrix csmask, Map<Integer,Double> enabled_rates, Map<Integer,Integer> enabled_sync, Map<Integer,int[]> enabled_fcr, SolverSSA solverSSA, AfterEventContext aectx)
static SolverSSAResultNRM	Solver_ssa_nrm.solver_ssa_nrm(NetworkStruct sn_in, SolverOptions options)
static Solver_ssa_nrm_space.SolverSSAResultNRMSpace	Solver_ssa_nrm_space.solver_ssa_nrm_space(NetworkStruct sn, SolverOptions options)
static org.ejml.data.DMatrixRMaj	Solver_ssa.update_paddings_dense(NetworkStruct sn, Map<Integer,Matrix> stateCell, Matrix statelen, org.ejml.data.DMatrixRMaj tranStateD)

Constructors in jline.solvers.ssa.handlers with parameters of type NetworkStruct

Modifier	Constructor	Description
	SolverSSAResultNRM(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, NetworkStruct sn)
	SolverSSAResultNRMSpace(Matrix pi, Matrix outspace, Matrix depRates, NetworkStruct sn)

Uses of NetworkStruct in jline.solvers.tr

Fields in jline.solvers.tr declared as NetworkStruct

Modifier and Type	Field	Description
final NetworkStruct	FJTagTransform.Context.fjsn	The tag-augmented struct the solver runs on.
final NetworkStruct	FJTagTransform.Context.snOrig	The original struct, whose class indices the lifted matrices use.

Methods in jline.solvers.tr with parameters of type NetworkStruct

Modifier and Type	Method	Description
TransformSolve.Expanded	ChainsStrategy.expand(Network model, NetworkStruct sn, SolverOptions options)
static FJTagTransform.Context	FJTagTransform.expand(Network model, NetworkStruct sn, VerboseLevel verbose, String solverLabel)	Builds the tag-augmented struct the solver is to run on.
TransformSolve.Expanded	LcStrategy.expand(Network model, NetworkStruct sn, SolverOptions options)
TransformSolve.Expanded	TransformSolve.Strategy.expand(Network model, NetworkStruct sn, SolverOptions options)	Builds the subproblems and the context the lift will need.
static TransformSolve.Result	TransformSolve.run(Network model, NetworkStruct sn, SolverOptions options, TransformSolve.InnerSolve innerSolve)	Runs the transformation named by options.config.transform.

Uses of NetworkStruct in jline.solvers.wrappers.jmt

Methods in jline.solvers.wrappers.jmt that return NetworkStruct

Modifier and Type	Method	Description
NetworkStruct	SolverJMT.getStruct()

Methods in jline.solvers.wrappers.jmt with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	SolverJMT.jmtBufferCapacityRefusal(NetworkStruct sn, boolean isJmva)	A binding finite buffer, which NEITHER engine can carry; empty otherwise.
static String	SolverJMT.jmtMethodRefusal(NetworkStruct sn, String method, SolverOptions options)	The structural half of SolverJMT's method gate; empty when admissible.
String	SolverJMT.QN2JSIMG(NetworkStruct sn)	Writes queueing network model to JMT JSIMG format.
String	SolverJMT.QN2JSIMG(NetworkStruct sn, String outputFileName)	Writes queueing network model to JMT JSIMG format.
static String	SolverJMT.writeJMVA(NetworkStruct sn, String outputFileName, SolverOptions options)
String	SolverJMT.writeJSIM(NetworkStruct sn)
String	SolverJMT.writeJSIM(NetworkStruct sn, String outputFileName)

Uses of NetworkStruct in jline.solvers.wrappers.jmt.handlers

Methods in jline.solvers.wrappers.jmt.handlers with parameters of type NetworkStruct

Modifier and Type	Method	Description
static boolean	SaveHandlers.jmtCapIsUnbounded(NetworkStruct sn, int ist)	Is the buffer at station ist UNBOUNDED, as the JSIM writer reads it?
static double	SaveHandlers.jmtReachablePopulation(NetworkStruct sn, int ist)	SaveHandlers.jmtReachablePopulation(int) against an explicit struct, so that SolverJMT.jmtMethodRefusal can apply the writer's own BINDING test without building a writer.
static String	SaveHandlers.jmtStationCapRefusal(NetworkStruct sn, int ist)	SaveHandlers.jmtStationCapAssert(int) as a SENTENCE rather than an exception, against an explicit struct; empty when the buffer at ist is exportable.
void	SaveHandlers.updateNetworkStruct(NetworkStruct sn)	Updates the internal network structure used for model conversion.

Uses of NetworkStruct in jline.solvers.wrappers.jmt.io

Methods in jline.solvers.wrappers.jmt.io with parameters of type NetworkStruct

Modifier and Type	Method	Description
void	JMTIO.updateNetworkStruct(NetworkStruct sn)	Updates the network structure in the SaveHandlers.

Uses of NetworkStruct in jline.solvers.wrappers.qns

Methods in jline.solvers.wrappers.qns with parameters of type NetworkStruct

Modifier and Type	Method	Description
static String	SolverQNS.qnsImmfeedRefusal(NetworkStruct sn)	Why SolverQNS cannot serve a model with immediate feedback, or "" when the model has none.
static String	SolverQNS.qnsMultiserverRefusal(NetworkStruct sn, String method)	Whether qnsolver's own -m switch offers this multiserver approximation.

Uses of NetworkStruct in jline.solvers.wrappers.qns.handlers

Constructors in jline.solvers.wrappers.qns.handlers with parameters of type NetworkStruct

Modifier	Constructor	Description
	Solver_qns(NetworkStruct sn, SolverOptions options)

Uses of NetworkStruct in jline.streaming

Constructors in jline.streaming with parameters of type NetworkStruct

Modifier	Constructor	Description
	Collector(StreamingOptions options, NetworkStruct sn)	Create a new streaming metrics collector.