Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12345]

Cline::pfqn::AbAmvaResult< T >	Return value of pfqn_ab_amva, mirroring [QN,UN,RN,CN,XN,totiter]
Cline::ldes::engine::Accum	The running per-(station, class) integrals and tallies
Cline::perm::AdaPartSampler	Adaptive partitioning (AdaPart) sampler for the permanent
Cline::lang::processes::AggregateResult< T >	What aggregate returns: the approximate law and the two NCD indices
Cline::mva::AggrResult< T >	Port of @@SolverMVA/getProbAggr.m: P(n1 jobs of class 1, n2 of class 2, ...) at station ist for the model's state, a scalar in [0,1] with its log
Cline::ag::AgOptions
Cline::ag::AgResult< T >	What the RCAT analyzer returns beyond the metrics
Cline::ag::AgWirePayload	One agent's static description, in the wire form the worker expects
Cline::ag::AgWorkerPool	The connections to every configured worker, plus the agent partition
Cline::mam::Amap2AdjustGammaResult< T >	Result of amap2_adjust_gamma
Cline::mam::Amap2FitGammaResult< T >	Result of amap2_fit_gamma
Cline::pfqn::AmvaResult< T >
Cline::aoi::AoiLstResult< T >	[meanAoI, lstAoI, peakAoI], mirroring jline.api.aoi.AoiLstResult
Cline::fluid::AoiMe	A matrix-exponential age law: P(age > t) = g exp(A t) h
Cline::fluid::AoiParams	The (tau, T) / (sigma, S) pairs and the preemption probability
Cline::aoi::AoiPh< T >	The (alpha, T) PH pair produced by aoi_dist2ph
Cline::aoi::AoiResult< T >	[meanAoI, varAoI, peakAoI], mirroring jline.api.aoi.AoiResult
Cline::fluid::AoiSolution	Both age laws of one system, with the policy parameter that produced them
Cline::fluid::AoiTopology	What the AoI gate found, when it matches
Cline::mam::Aph2AdjustOptResult< T >	Result of an optimization-based APH(2) moment adjustment
Cline::mam::Aph2AdjustResult< T >	Result of aph2_adjust
Cline::mam::Aph2FitResult< T >	Result of aph2_fit
Cline::mam::AphFitResult< T >	Result of aph_fit
Cline::mam::AphPair< T >	A matrix-exponential law in (alpha, S) form: initial vector and subgenerator
Cline::ApiEntry
Cline::reg::Args	Named-argument reader over the parsed JSON object
Cline::reg::ArithSpec	The arithmetic a call runs at: Real also carries the precision tier
Cline::api::ArrivalRateFun< T >	Lambda(t), with whether it actually varies and the cycle length
Cline::sim::AsymVarResult< T >	Second-order description of a steady-state estimator
Cline::AugLagOptions< T >	Tuning of the outer multiplier iteration
Cline::AugLagResult< T >	Outcome of a constrained solve
Cline::autosolver::AutoChoice	What a ranking resolved to, and what it had to skip to get there
Cline::autosolver::AutoEnvChoice
Cline::autosolver::AutoLayeredChoice
Cline::autosolver::AutoToken	resolveMethodToken, minus the unqualified-algorithm-name arm
Cline::autosolver::AutoTraits	The structural traits the rankings are keyed on
Cline::mva::AvgResult< T >	The metrics getAvg returns, after filtering
Cline::AvgTable	getAvgTable, one row per (station, class) that carries a metric
Cline::ba::BaBounds< T >	Port of SolverBA.getBounds: the {lower,upper} bracket of a family
Cline::qn::Station< T >::BalkingParam	Per class; strategy == NONE is a class that declares no balking
Cline::qn::Station< T >::BalkingThreshold	One balking threshold: with min_jobs <= n <= max_jobs at the station, an arriving job of the class refuses to join with probability
Cline::ldes::engine::StationState::BalkRule	Balking: the (min, max, probability) triples an arrival consults
Cline::ba::BaOptions	The options SolverBA reads
Cline::ba::BaSolution< T >	Class-level results, the [Q,U,R,T,C,X] of solver_ba_analyzer
Cline::wf::BenchmarkRow	One row of the benchmark table
Cline::dqsys::Bernoulli1Result< T >	Steady-state quantities of a finite-buffer Bernoulli server
Cline::mam::BgchainCtmc< T >	The solved background modulating chain
Cline::mam::BgchainEnv< T >	The environment one station sees: the background chain lumped onto its occupancy
Cline::mam::BgchainStation< T >	What one modulated station QBD returns
Cline::mc::BicgstabMultiResult< T >
Cline::mc::BicgstabResult< T >
Cline::opt::BisectionSolver
Cline::pfqn::BkLcResult< T >	Return value of pfqn_bklc
Cline::pfqn::BkResult< T >	Return value of pfqn_bk, mirroring [G, lG, X, U, A, B]
Cline::mc::BlkDecompResult< T >
Cline::qsys::BmapM1Result< T >	Everything qsys_bmapm1 returns, mirroring the MATLAB result struct
Cline::mam::BmapMap1Blocks< T >	The level blocks of solver_mam_bmap_map_1.m
Cline::qsys::BmapPhNnRetrialOptions	Options of qsys_bmapphnn_retrial
Cline::qsys::BmapPhNnRetrialResult< T >	Result of qsys_bmapphnn_retrial
Cline::mam::BmapQueueResult< T >	What both reference files return once the ETAQA solve has run
Cline::npfqn::BndBgt< T >
Cline::npfqn::BndBpt< T >
Cline::lqn::BoolGraph	A boolean sparse relation over element indices, e.g
Cline::Bound< T >	Box constraint on one variable
Cline::BoundsTable	SolverBA(model, method).getBoundsTable()
Cline::ldes::engine::BpTarget	One measured target: a station set, optionally filtered to one class
Cline::wf::BranchAlternative< T >	One alternative of a branch: the node and its probability
Cline::wf::BranchDiversity< T >	Mirrors the Java calculateBranchDiversity map
Cline::wf::BranchPattern< T >	Mirrors the Java BranchPattern
Cline::wf::BranchStats< T >	Mirrors the Java getBranchStats map
Cline::qn::BreakdownParam< T >	Server breakdown and repair of a station whose server fails and is repaired
Cline::mdd::MddLocalMatrix< T >::Builder	Incremental triplet builder; duplicate entries are accumulated
Cline::pfqn::BusyPeriodResult	What pfqn_busyp returns: the durations and the two constant sequences
Cline::ldes::engine::BusyPeriods	The busy-period tracker of one run
Cline::ldes::LdesResult::BusyPeriodTarget	One measured busy period target (–busyperiod): a station, a station-class pair, or a declared station set
Cline::api::CacheActualProb< T >	The converged cache split, per ORIGINAL class of one Cache node
Cline::env::CacheBlendResult< T >	A mean-field solve, with the compression that produced it
Cline::cache::CacheBlockedPair	One (item, list, blocking list) triple, all 0-based
Cline::cache::CacheGammaGraphResult< T >	Return value of cache_gamma, mirroring the JAR's Ret.cacheGamma
Cline::cache::CacheGammaResult< T >	Return value of cache_gamma_lp, mirroring [gamma,u,n,h]
Cline::da::CacheIsolateResult< T >	Return value of da_cache_isolate, mirroring [gamma,lambda_cache,Rcost]
Cline::cache::CacheIsResult< T >
Cline::cache::CacheLrumMapLevelStats< T >	Per-item level statistics, MATLAB's [prob, occ, hitfrac]
Cline::solvers::CacheMetrics< T >	Every Cache node of the model, in node order; empty on a model with none
Cline::cache::CacheMissIsResult< T >
Cline::cache::CacheMissResult< T >	Return value of cache_miss, mirroring [M,MU,MI,pi0]
Cline::cache::CacheMissRmfResult< T >	Return value of cache_miss_rmf, mirroring [M,MU,MI,pi0,tout,pi0_t,MU_t,xtraj]
Cline::cache::CacheMissSpmResult< T >	Return value of cache_miss_spm, mirroring [M,MU,MI,pi0,lE]
Cline::cache::CacheMvaMissResult< T >	Return value of cache_mva_miss, mirroring [M,Mk]
Cline::cache::CacheMvaResult< T >	Return value of cache_mva, mirroring [pi,pi0,pij,x,u,E]
Cline::solvers::CacheNodeMetrics< T >	One Cache node's measured behaviour
Cline::da::CacheParam< T >	The fields of sn.nodeparam{cache} that da_cache_isolate reads
Cline::qn::CacheParam< T >
Cline::da::CacheqnInfo< T >	The converged isolated-cache inputs, kept for per-item occupancy reporting
Cline::da::CacheqnResult< T >
Cline::da::CacheqnRetrievalResult< T >	What the delayed-hit decomposition returns
Cline::mva::CacheResult< T >	What the cache analyzer reports beyond the [Q,U,R,T] block
Cline::cache::CacheRmfExpansionTransient< T >	Result of cache_miss_rmf_expansion_transient
Cline::cache::CacheRrmMeanfieldResult< T >	Return value of cache_rrm_meanfield
Cline::cache::CacheSpmResult< T >	Return value of cache_spm, mirroring [Z,lZ,xi]
Cline::cache::CacheSpmSizeResult< T >	Outcome of the expansion
Cline::ldes::engine::CacheState	Live state of one Cache node
Cline::cache::CacheTtlLrumMapResult< T >	Request-weighted and time-stationary level probabilities
Cline::cache::CacheXiFpResult< T >	Return value of cache_xi_fp, mirroring [xi,pi0,pij,it]
Cline::pfqn::CbhBounds< T >	Return value of pfqn_cbh, mirroring [Xlo, Xhi]
Cline::CdfCurve	One response-time CDF curve: F the CDF value, t the time it is reached
Cline::ctmc::CdfCurve< T >	A CDF as the reference returns it: the value at each point of the time grid
Cline::nc::CdfRespTResult< T >	The response-time distributions, station by class
Cline::pfqn::CftpResult< T >	Return value of pfqn_cftp, mirroring [Q, X, T]
Cline::api::ChainAggregationDeagg< T >	Everything needed to map a chain-level result back onto the classes
Cline::api::ChainAggregationResult< T >	What sn_aggregate_chains returns
Cline::mva::ChainDemands< T >	The chain-level view of a layer, as sn_get_demands_chain returns it
Cline::lang::processes::ChainPath< T >	A sampled path: the states visited, with their holding times for a CTMC
Cline::solvers::ChainResult< T >	The station- or node-level table aggregated by chain
Cline::io::Citation	One bibliography entry
Cline::mva::ClassResults< T >	Class-level results, as sn_deaggregate_chain_results returns them
Cline::sum::ClosingOptions	Closing controls; Kclosed is the population given to the open classes
Cline::fluid::ClosureValue	A closure's value and its first two derivatives with respect to the first mean
Cline::pfqn::ClwOptions	Optional lattice and aliasing parameters; empty means "use the CLW defaults"
Cline::pfqn::ClwResult< T >	Return value of pfqn_clw and pfqn_clw_lld, mirroring [G, lG]
Cline::mam::iltcme::CmeEntry	One CME entry, carrying only the fields matlab_ilt reads
Cline::mam::CmeRepresentation< T >	The unit-mean (alpha, A) form of a CME, with the SCV it attains
Cline::pfqn::ComomResult< T >
Cline::pfqn::ComomRmResult< T >
Cline::wf::ComplexityReport< T >	The complexity report, one band per pattern family plus the overall score
Cline::infer::ConditionEvent
Cline::opt::Constraint
Cline::opt::BudgetConstraint
Cline::opt::ResponseTimeConstraint
Cline::opt::SystemResponseTimeConstraint
Cline::opt::ThroughputConstraint
Cline::opt::UtilizationConstraint
Cline::ldes::engine::Convergence	Convergence-based stopping: batch the four metrics and stop once EVERY active (station, class) pair has reached the requested relative precision
Cline::mc::CourtoisResult< T >
Cline::mam::CQbdFundMat	G and R of a QBD whose local block is complex
Cline::ctmc::CtmcAnySolution< T >	A CTMC solve routed to whichever path the model's region rules require
Cline::ctmc::CtmcAvg< T >	The mean performance metrics a stationary vector maps to
Cline::ctmc::CtmcCftpOptions	The knobs of one perfect-sampling run
Cline::ctmc::CtmcCftpSolution< T >	What one cftp solve produces beside the means
Cline::ctmc::CtmcChainSolution< T >
Cline::ctmc::CtmcChainTransientSolution< T >
Cline::ctmc::CtmcFirstPassage	The answer of @@SolverCTMC/getCdfFirstPassT.m: the [F(t), t] curve with its grid, density and resolved state sets
Cline::ctmc::CtmcFirstPassageMoments< T >	The answer of @@SolverCTMC/getFirstPassTMoments.m
Cline::mc::CtmcGateResult	The gate verdict, plus the message the caller reports either way
Cline::ctmc::CtmcGenerator< T >	[infGen, eventFilt, ev] of @@SolverCTMC/getGenerator.m
Cline::ctmc::CtmcMddSolution< T >	What one mdd solve produces beside the means, i.e
Cline::ctmc::CtmcOptions	The SolverCTMC knobs this port honours
Cline::mc::CtmcPath< T >	One simulated sample path: the state visited at each step and its holding time
Cline::ctmc::CtmcResult< T >	The generator, the state space it is indexed by, and the event rates
Cline::ctmc::CtmcReward< T >	What the reward analyzer produces, per declared reward
Cline::ctmc::CtmcSamplePath< T >	One sampled trajectory of the chain
Cline::ctmc::CtmcSens< T >	What one sensitivity computation returns
Cline::ctmc::CtmcSensParam< T >	The scalar parameter a sensitivity is taken with respect to
Cline::ctmc::CtmcSensRank< T >	One row of the ranking table
Cline::mc::CtmcSizeOptions	Options the estimator reads; only the cutoff matters
Cline::ctmc::CtmcSolution< T >	Everything one CTMC solve produces
Cline::sym::CtmcSolution	Symbolic stationary distribution of a CTMC
Cline::ctmc::CtmcStateSpace< T >	[stateSpace, localStateSpace] of @@SolverCTMC/getStateSpace.m
Cline::ctmc::CtmcStationaryResult< T >
Cline::ctmc::CtmcSymbolicGenerator< T >	The outputs of @@SolverCTMC/getSymbolicGenerator
Cline::ctmc::CtmcSymbolicOptions	Backend selection, mirroring options.config.symbolic and its timeout
Cline::ctmc::CtmcSymbolicSolution< T >	What @@SolverCTMC/getSymbolicSolution.m returns, plus the engine that answered
Cline::ctmc::CtmcTranProb< T >	The time-dependent answer of one getTranProb* query
Cline::ctmc::CtmcTransient< T >	What one transient CTMC solve produces
Cline::pfqn::CubResult< T >	Return value of pfqn_cub, mirroring [Gn, lGn]
Cline::pfqn::CycletPathInfo	One path's outcome: which route ran, and the network constant it used
Cline::pfqn::CycletResult	Density, distribution and moments of the passage time along a path
Cline::pfqn::DacResult< T >	Return value of pfqn_dac, mirroring [Pjoint, states, XN, QN, UN, CN, pi]
Cline::opt::DecisionVariable
Cline::opt::ActivityThinkTime
Cline::opt::ClassPriority
Cline::opt::ClassServiceMapping
Cline::opt::HostDemand
Cline::opt::JobPopulation
Cline::opt::ProcessorMultiplicity
Cline::opt::RoutingProbabilities
Cline::opt::ServerAllocation
Cline::opt::ServiceRate
Cline::opt::StationReplicas
Cline::opt::TaskMultiplicity
Cline::opt::TaskReplication
Cline::opt::TaskThinkTime
Cline::opt::DecompositionWorkflow
Cline::solvers::DefaultCdfCurve	One [F(t), t] curve of the base-class response-time CDF fallback
Cline::wf::DetectedPatterns< T >	Everything the four detectors found
Cline::opt::de::DifferentialEvolution
Cline::opt::de::DifferentialEvolutionResult
Cline::fluid::DiffusionOptions	Controls of the Euler-Maruyama trajectory
Cline::fluid::DiffusionResult	Time-averaged queue lengths of the diffusion trajectory
Cline::api::DiscreteTimeInfo	Which laws the model carries, and why it was refused when it was
Cline::api::DiscreteTimeOptions	How the caller may override the automatic decision
Cline::mva::DispatchResult< T >	What the dispatch returns: the metrics plus the algorithm that produced them
Cline::api::lqn::Distrib< T >
Cline::io::Distrib< T >
Cline::lang::Distrib< T >
Cline::ln::Distrib< T >
Cline::lqn::Distrib< T >
Cline::mva::Distrib< T >
Cline::qn::Distrib< T >
Cline::workflow::Distrib< T >
Cline::mam::Dmap< T >	A discrete-time MAP: substochastic D0 (no arrival) and D1 (one arrival)
Cline::qsys::DmcResult< T >
Cline::pfqn::DncResult< T >	Normalizing constant and throughput at a real-valued population
Cline::mam::Dph< T >	A discrete phase-type law: initial row vector alpha and transient A
Cline::npfqn::DpsMorrisonResult< T >	Mean queue lengths, sojourn times and throughputs, with Morrison's intermediate constants
Cline::smc::Drift	The drift of an M/G/1-type sequence, and the invariant vector it uses
Cline::nc::DtModel< T >	Classification of a model against the discrete-time product form
Cline::dpfqn::DtNcLdResult< T >	Constants of the state dependent cycle, in one common scale
Cline::dpfqn::DtNcResult< T >	Constants of the state independent cycle, in one common scale
Cline::mam::DtQueueResult< T >	Outcome of a slotted station solve
Cline::infer::EkfOptions< T >	MATLAB's OPTIONS struct, with the same defaults infer_lqn_optget supplies
Cline::infer::EkfResult< T >	MATLAB's [ahat, info] return list
Cline::xml::Element
Cline::ssa::EnabledEvent< T >	One transition the enabled scan found: where it goes, and at what rate
Cline::reg::EncodeScalar< T >
Cline::reg::EncodeScalar< double >
Cline::reg::EncodeScalar< Rational >
Cline::reg::EncodeScalar< Real< D > >
Cline::api::lqn::EntryWorkflow< T >	Activity graph of one entry, as a workflow plus its execution counts
Cline::snc::Env	The pair (sigma, rho) of an envelope evaluated at one theta
Cline::env::EnvAnalyzerSolution< T >	What the ENV entry reports: the environment-blended metrics, and the whole result of whichever coupling produced them
Cline::env::EnvArc< T >	One arc of the environment process
Cline::env::EnvCompression< T >	Everything applyCompression computes, plus the compressed environment
Cline::env::EnvCompressOptions	The knobs applyCompression reads out of options.config
Cline::env::EnvDecomp< T >	What SolverENV.ctmc_decompose returns: [p, eps, epsMax, q]
Cline::env::Environment< T >
Cline::env::EnvLimitSolution	What a limit solve reports
Cline::env::EnvMeanfieldSolution< T >
Cline::env::EnvOptions	Options of SolverENV
Cline::env::EnvSolution	What SolverENV reports
Cline::env::EnvStage< T >	One stage: a name, a category, and the model in force while it lasts
Cline::env::EnvStatevecOptions< T >	Options of the state-vector coupling
Cline::env::EnvStatevecSolution< T >	What the state-vector coupling reports
Cline::lossn::ErlangFpResult< T >
Cline::infer::EstimatorOptions
Cline::opt::EvaluationResult
Cline::ldes::engine::Event	One scheduled event
Cline::ldes::engine::EventLater	Later-is-greater, so the priority queue pops the earliest event
Cline::ctmc::EventOutcome< T >	What one event produces at one node: the successor rows, their rates and their probabilities, all three the same length
Cline::qn::EventOutcome< T >	What one event produces at one node: the successor rows, their rates and their probabilities, all three the same length
Cline::io::ExactValue	An exact scalar as it crosses to a host without a rational type: the two decimal integer strings, plus the double a host can use directly
Cstd::exception	STL class
Cstd::runtime_error	STL class
Cline::Error	Base error for the multiprecision C++ port
Cline::InputError	Malformed or inconsistent input (dimensions, negative populations, ...)
Cline::NumericError	The algorithm cannot proceed on this instance (singular matrix, ...)
Cline::fluid::FluidNonHyperbolicError	Raised when the moment closure cannot serve this model: the linearization at the fixed point is not hyperbolic, or the drift has left the simplex
Cline::pfqn::SjnStarvationError	The conditional waiting time equation has no solution at some population
Cline::UnsupportedError	Requested feature or arithmetic mode is not ported yet
Cline::http::HttpError	Transport-level failure: unresolvable host, refused connection, timeout
Cline::sym::SymEngineError	The symbolic backend is unreachable, or rejected the request
Cline::ws::WsError	Transport-level failure: the port is taken, the peer vanished, a bad frame
Cline::pfqn::ExpandResult< T >	Return value of pfqn_expand, mirroring [QN_full,UN_full,CN_full]
Cline::fluid::ExpansionWeight	How much of the second-order correction the series admits, and d tau / d ratio
Cline::wf::ExpectedIterations< T >	1/(1-p), with the p >= 1 divergence reported rather than encoded
Cline::pfqn::ExplicitResult< T >	Return value of pfqn_explicit, mirroring [lG, G, method, lossDigits]
Cline::wf::ExtendedSolverRecommendation< T >	What the recommendation returns: the choice and why
Cline::mc::FauResult< T >
Cline::qn::FeatureSet	A subset of the registry: MATLAB's SolverFeatureSet, whose list is a flag per field
Cline::npfqn::FeedbackElimResult< T >	Outcome of the feedback elimination
Cline::fes::FesAggregateResult< T >	What fes_aggregate returns
Cline::fes::FesConditionalMetrics< T >	The per-population tables the conditional sum is taken over
Cline::fes::FesDeaggInfo< T >	Everything needed to map an FES result back onto the original model
Cline::fes::FesIsolated< T >	Demands and visit ratios of the isolated subnetwork
Cline::fes::FesMapAggregateResult< T >	The load-dependent MAP that replaces a subnetwork, with its descriptors
Cline::fes::FesMapDeaggregateResult< T >	Per-station metrics an aggregate stands for
Cline::fes::FesMapMoments< T >	Descriptors a MAP(2) is fitted against
Cline::fes::FesMapSolveResult< T >	System metrics of the delay plus flow-equivalent server model
Cline::fes::FesOptions	options of the reference; the solver field is implied by the convolution
Cline::fes::FesValidateResult	The reference's (isValid, errorMsg) pair
Cline::fj::FJAmvaResult< T >	[R, Q, X, U] of fj_amva
Cline::fj::FJBoundsResult< T >	[Rmax, Rmin] of fj_bounds: pessimistic and optimistic response-time bounds
Cline::fj::FJCharMaxBlomResult< T >	[mK, lo, hi] of fj_char_max_blom; lo and hi are NaN below K = 5
Cline::fj::FJCharMaxDiscreteResult< T >	[MK, mK, exact] of fj_char_max_discrete
Cline::fj::FJCharMaxResult< T >	[MK, mK] of fj_char_max: characteristic maximum and its threshold
Cline::fj::FjCodesGenService	generateService.m: the service process seen by a tagged job
Cline::fj::FjCodesPercentiles	One line of mainFJ's output cell: the percentiles of a K-node queue
Cline::fj::FjCodesPi	What computePi.m returns
Cline::fj::FjCodesRT2	What returnRT2.m produces, plus the waiting-time law it discards
Cline::fj::FjCodesSA	build_SA.m: the level-constant generator and the head-of-line jump
Cline::fj::FjCodesServiceH	build_Service_h.m: the two-subtask phase process of one fork-join job
Cline::fj::FjCodesSRK	constructSRK.m: the extended generator and the busy/idle projectors
Cline::fj::FjCodesT	What computeT.m returns
Cline::fj::FjCodesWait	What returnWait.m returns: the waiting time as a phase-type law
Cline::fj::FJCoxFitResult< T >	[mu1, mu2, q, kmin, kmax] of fj_cox_fit
Cline::fj::FJDagMakespanResult< T >	[C, I, Cend, E] of fj_dag_makespan
Cline::fj::FJDelayOptResult< T >	[d, Edisp, Emax] of fj_delay_opt
Cline::fj::FJDispersionResult< T >	[Edisp, Emax, Emin] of fj_dispersion
Cline::fj::FjDist< T >	Descriptor of an arrival or a service process
Cline::fj::FJGKBoundResult< T >	All four G(K) factors of fj_gk_bound in its 'all' mode
Cline::fj::FJIsmGreenResult< T >	Everything Green's cycle decomposition produces
Cline::qn::FjJoinParam	sn.nodeparam{j}.fj: what a Join node needs to fire on identity
Cline::mva::FjMmt< T >	The transformed layer and the bookkeeping the fixed point needs to drive it and to merge its results back
Cline::fj::FJOrderStatResult< T >	[F_Yk, E_Yk] of fj_order_stat
Cline::fj::FJQgbResult< T >	[Q, y] of fj_qgb: the bounded queue lengths and the geometric ratios
Cline::fj::FJQuorumMomentsResult< T >	[m, v] of fj_quorum_moments: mean and variance of the k-of-n join time
Cline::fj::FJResptBulkResult< T >	[Rreq, Rtask, Q, p] of fj_respt_bulk
Cline::fj::FJResptClosedResult< T >	[R, exact] of fj_respt_closed
Cline::fj::FJResptNosplitResult< T >	[R, rho] of fj_respt_nosplit
Cline::fj::FJSerializationResult< T >	[P, delay, Rtot] of fj_serialization
Cline::api::FjSpnStructure	What the auxiliary construction found, for one class
Cline::qn::FjSync< T >	One fork firing synchronization: sn.fjsync{k}
Cline::mam::FjSyncMap	sn_build_fj_sync_map: which incoming flows at a Join must be synchronized
Cline::qn::FjTagged< T >	The augmented struct and everything needed to read its results back
Cline::fj::FJTsmCapacityResult< T >	[Lmax, Llp, Lfcfs, states, prob] of fj_tsm_capacity
Cline::fj::FJXmaxApproxResult< T >	[Xmax, GK] of fj_xmax_approx
Cline::fj::FJXmaxCoxianResult< T >	[Xmax, m1, c2] of fj_xmax_coxian
Cline::fj::FJXmaxHzResult< T >	[Xmax, resid] of fj_xmax_hz
Cline::fj::FJXmaxNormalResult< T >	[Xmax, Vmax] of fj_xmax_normal
Cline::fj::FJXmaxParetoResult< T >	[Xmax, MK] of fj_xmax_pareto
Cline::fluid::FluidAoiResult	What the AoI branch of mfq returns: the age laws and the metrics beside them
Cline::fluid::FluidCacheqnSolution< T >	What the steady analyzer returns: the fluid metrics plus the converged split
Cline::fluid::FluidCacheqnTranCache< T >	One cache's transient, the per-cache slice of the reference's 3-D outputs
Cline::fluid::FluidClosure	The second moment the drift closes its non-linear terms with, i.e
Cline::fluid::FluidDaeConservation	Population conservation, one row per CLOSED chain, in state space
Cline::fluid::FluidDaeConstraints	Finite capacity regions as linear admission constraints on the fluid state
Cline::fluid::FluidDaeGates	Which events each cap throttles, and what happens to the mass it stops
Cline::fluid::FluidDaeLegs	The two legs of every event under the active caps, and the waiting rooms
Cline::fluid::FluidDaeNewtonInfo	What the Newton reports about where it stopped
Cline::fluid::FluidDaeOptions	Options that only the DAE route reads
Cline::fluid::FluidDaeStaging	The waiting room outside a capped region, as fluid coordinates
Cline::fluid::FluidDaeSwitch	What a hybrid transient did, beside the trajectory
Cline::fluid::FluidDaeSystem	Everything the residual needs, gathered so the Newton can stay generic
Cline::fluid::FluidEvent	One event of the drift
Cline::mam::FluidFundamental< T >	Psi, K and U of a fluid queue with drifts normalized to +-1
Cline::fluid::FluidImmediateMatrix< T >	What the matrix-level elimination produced
Cline::fluid::FluidImmediateResult	What an elimination attempt produced
Cline::fluid::FluidJacobian	The four outputs of @@SolverFLD/getJacobian
Cline::fluid::FluidKpTransient	The transient the covariance equation produces, i.e
Cline::fluid::FluidLayout	Where each (station, class) block sits in the state vector
Cline::fluid::FluidLyapunovInfo	The reference's MException('LINE:FluidNonHyperbolic'), as a type
Cline::fluid::FluidMatrixSystem	The assembled matrix-form drift and the maps that read metrics off it
Cline::fluid::FluidMomentReport	The second-order results of the moment-closure methods, i.e
Cline::fluid::FluidMomentTerms	Port of fluid_moment_terms.m: the event representation of the fluid population process, plus the drift, rate and Jacobian handles the covariance equation needs
Cline::sym::FluidODEs	Symbolic analysis of a fluid vector field
Cline::fluid::FluidOdeSystem
Cline::fluid::FluidOptions	Controls, defaulting to SolverOptions('Fluid') in the reference
Cline::fluid::FluidPassage	The response-time CDF of one (station, class), sampled on a grid
Cline::mam::FluidPrioOptions	Which measures to compute, and the numerical options
Cline::mam::FluidPrioResult	One entry per analyzed class, in the order given by FluidPrioOptions::classes
Cline::fluid::FluidRateMult	The assembled drift: the layout, the events, and the per-station schedule
Cline::fluid::FluidRefineInfo	What fluid_refine_meanfield reports about the correction it computed
Cline::api::FluidRtLikelihood	What the fluid likelihood call reports
Cline::fluid::FluidSolution	What the analyzer returns, in the same shape as the MVA solver's result
Cline::fluid::FluidStateDepSystem	Everything the state-dependent drifts read, lowered once to doubles
Cline::fluid::FluidStiffOptions	Controls for the stiff arm
Cline::fluid::FluidSymbolicDrift	The drift as expression strings, one per state variable, plus their names
Cline::fluid::FluidSymbolicJacobian	What @@SolverFLD/getJacobian returns: d f_i / d x_j as expression strings
Cline::fluid::FluidSymbolicOptions	Backend selection, mirroring options.config.symbolic and its timeout
Cline::fluid::FluidSymSystem	The symbolic system, in whichever of the two forms the method implies
Cline::fluid::FluidTranPoint	One point of a transient trajectory: the metrics at time t
Cline::pfqn::FncResult< T >	Return value of pfqn_fnc, mirroring [mu, c]
Cline::qn::ForkParam< T >	Variable forking levels, the twin of MATLAB sn.nodeparam{f}.fanOutLink / .fanOutProb / .fanOutDist
Cline::mva::FjMmt< T >::ForkRec	One record per Fork of the base layer, ascending in node index
Cline::fj::ForkTailResult< T >	Mirrors MATLAB's [xp, alpha, beta] return list
Cline::mc::FoxGlynnResult< T >
Cline::da::FpiOptions	Options mirroring the fields MATLAB reads off the options struct
Cline::retrieval::FpiOptions	Options mirroring the trailing (max_iter, tol) arguments of the MATLAB function
Cline::da::FpiResult< T >
Cline::me::GegecnResult< T >	What me_gegecn returns: the law and the four means read off it
Cline::mam::GeneralFluidSolution< T >	Stationary matrix-exponential solution of a general Markovian fluid model
Cline::dqsys::GeoGeo1Result< T >
Cline::dqsys::GeoXGeo1Result< T >
Cline::infer::GibbsOptions	MATLAB's hard-coded budgets, exposed with their MATLAB values as defaults
Cline::infer::GibbsSlice< T >	The deterministic content of one coordinate update
Cline::infer::GibbsStateProbs< T >	The empirical state distribution built from the traces
Cline::infer::GibbsTrace< T >	One class's trace
Cline::qsys::Gig1ExtremalResult< T >	The bounds, all as TIMES IN QUEUE: add 1/mu for a response time
Cline::qsys::Gig1RqResult< T >
Cline::qsys::GigkRqtResult< T >
Cline::api::lqn::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::ba::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::ctmc::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::lang::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::ln::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::mam::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::mva::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::nc::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::qn::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::workflow::GlobalConstants	The MATLAB GlobalConstants, as reported by lineStart at its defaults
Cline::qn::GlobalOutcome< T >	What one global event produces: a whole network state per outcome
Cline::qn::GlobalSync< T >	A GLOBAL synchronization: an SPN mode event and the place arcs it drives
Cline::mc::GmresMultiResult< T >
Cline::mc::GmresResult< T >
Cline::pfqn::HarelBoundsResult< T >	Return value of pfqn_harel_bounds, mirroring Ret.pfqnHarelBounds
Cline::ldes::engine::CacheState::HeldRequest	A request parked while its item was being fetched
Cline::pfqn::HstResult< T >	Everything the HST certificate reports about one station
Cline::perm::HuberLawSampler	Huber-Law acceptance-rejection sampler for the permanent
Cline::mam::HyperexpLongtailResult< T >	Outcome of the long-tail hyperexponential fit
Cline::mam::HyperParams< T >	Rates and branch probabilities of a hyperexponential given as a MAP
Cline::infer::InferLqnOptions< T >	MATLAB's OPTIONS struct for infer_lqn, with the same defaults the infer_lqn_optget calls supply
Cline::infer::InferLqnResult< T >	MATLAB's INFO struct: the EKF result plus what the driver constructed
Cline::infer::JacobianResult< T >	Mirrors the [H, h0] return list of the MATLAB function
Cline::rng::JavaRandom	java.util.Random, the 48-bit LCG of the Java Language Specification
Cline::io::JmtDistView< T >	The (D0, D1) pair a JMT MAP or phase-type parameter block is built from, plus the moments the analytic families are reconstructed from
Cline::jmt::JmtEvent	One logged event: when, of which kind, in which class, for which job
Cline::jmt::JmtLogFile	One arrival or departure CSV file, as three parallel columns
Cline::jmt::JmtMeasure	One <measure> of a JMT result document, by its attributes
Cline::jmt::JmtNodeTrace< T >	The per-class queue-length trajectory of one node, plus its event stream
Cline::jmt::JmtOptions	The options of one JMT solve, SolverOptions('JMT') restricted to what is read
Cline::jmt::JmtProbAggr	What jmt_prob_aggr reports: the system probability and the per-station ones
Cline::jmt::JmtReplication< T >	Transient averages over independent replications, on one time grid
Cline::jmt::JmtResult< T >	The result of a JMT solve: the shared AvgResult plus what only JMT reports
Cline::io::JmtSections< T >	The three JMT section class names of a node: input, server, output
Cline::jmt::JmtSysTrace< T >	The system trajectory: one per-class block per station, on a common grid
Cline::io::JmtWriteOptions	The simulation controls the JSIM header carries, MATLAB's JMTIO properties
Cline::io::JmtWriter< T >	The writer itself
Cline::ldes::engine::Job	A job held by a station
Cline::JobClass	A job class: the index it was given, and the model that owns it
Cline::ClosedClass	ClosedClass(model, name, njobs, refstat, prio)
Cline::OpenClass	OpenClass(model, name, prio)
Cline::SelfLoopingClass	SelfLoopingClass(model, name, njobs, refstat, prio)
Cline::qn::JobClass	One job class of the network
Cline::ctmc::NetworkStruct< T >::JoinDecl	The DECLARED join rule of a Join node, by 1-based node index
Cline::qn::NetworkStruct< T >::JoinDecl	The DECLARED join rule of a Join node, by 1-based node index
Cline::qn::RoutingMatrix< T >::Key
Cline::mc::KmsResult< T >
Cline::fluid::KpBlock	One (station, class) block of the Ko-Pender state vector
Cline::fluid::KpEvent
Cline::pfqn::KtResult< T >	Return value of pfqn_kt, mirroring [G, lG, X, Q]
Cline::pfqn::LaplaceResult< T >	Return value of laplaceapprox, mirroring [I, H, logI]
Cline::ln::LayerResult< T >	Per-layer results of one iteration, the [QN,UN,RN,TN,AN,WN] of getAvg
Cline::opt::LayerSensitivity
Cline::pfqn::LcfsMvaResult< T >
Cline::pfqn::LcfsQnResult< T >
Cline::mc::LcgUniform	Deterministic uniform [0,1) source, so that a caller who does not have one still has no reason to reach for a global stream
Cline::pfqn::LdBcmpBound< T >	Return value of pfqn_ldbcmp, mirroring [Xlo, Rhi, Qhat]
Cline::ldes::LdesCacheMetrics	Per-cache hit/miss/latency, as the cacheMetrics block carries them
Cline::ldes::LdesOptions	The knobs of one LDES run
Cline::ldes::LdesResult	One ldes-result document, parsed
Cline::ldes::LdesRunner	One runner: the argv prefix that runs the engine, and the name of its image
Cline::ldes::LdesStateQuery	One constraint of a joint-state query: a station and the per-class job counts it is required to hold
Cline::pfqn::LdmxEcResult< T >
Cline::qsys::LdpsWorkloadResult< T >	Return value of qsys_ldps_workload, mirroring the three MATLAB outputs
Cline::mam::LdqbdAvg< T >	Per-(station,class) means read off an arbitrary distribution over the LD-QBD
Cline::mam::LdqbdBlocks< T >	The LD-QBD blocks and parameters, the reference's optional eighth output
Cline::mam::LdqbdFlat< T >	The flat generator of an LD-QBD, with the level each flat state belongs to
Cline::mam::LdqbdMphcBlocks< T >	The three block lists of a level-dependent QBD, as ldqbd takes them
Cline::mam::LdqbdPi< T >	Stationary distribution of a level-dependent QBD, per level and per phase
Cline::mam::LdqbdResult< T >	R and the stationary distribution together (ldqbd.m)
Cline::mam::LdqbdSolution< T >	What the analyzer returns: the metrics plus the blocks it built them from
Cline::pfqn::LektResult< T >	Return value of pfqn_lekt, mirroring [Gn, lGn, route]
Cline::pfqn::LeResult< T >	Return value of pfqn_le, mirroring [Gn, lGn]
Cline::mam::LevelDependentFluidBlocks< T >	The matrix-exponential building blocks of a multi-regime fluid queue, the output of mfq_ld_solve
Cline::LevmarOptions< T >	Tuning of the Levenberg-Marquardt iteration
Cline::LevmarResult< T >	Outcome of a least-squares solve
Cline::mam::LibQbdProcess< T >	A QBD's level blocks, as libQBD's QBD class holds them
Cline::qsys::LindleyResult< T >	Mirrors the struct MATLAB returns from qsys_mm1_lindley
Cline::pfqn::LinearizerResult< T >	Return value of the Linearizer family, mirroring [Q,U,W,C,X,totiter]
Cline::util::LineConsole
Cline::opt::LineEvaluator
Cline::opt::LineOptSolver
Cline::opt::LineOptSolverOptions
Cline::ln::LnCdf	A CDF sampled on a grid, the [F, t] pair MATLAB's evalCDF returns
Cline::ldes::engine::LnEntryCdf	One entry's empirical response-time CDF: F[j] = P(R <= t[j])
Cline::ldes::engine::LnEvent	One scheduled event of the layered engine
Cline::ldes::engine::LnEventLater
Cline::ldes::engine::LnJob	One in-flight request: a reference-task job somewhere in its call tree
Cline::ln::LnLayerBlocks	LayeredNetwork.layerBlocks: where each layer's block sits in the aggregate
Cline::ln::LnOptions	Options of SolverLN
Cline::ldes::engine::LnResult	The layered result: per element, the mean measures
Cline::ln::LnSensTable< T >	GetSensitivityTable of the ensemble: the layer tables under a Layer column
Cline::ln::LnSolution< T >	The LQN-level answer, indexed by element 1..nidx
Cline::ln::LnStochConfig	options.config.stochiter_* of SolverOptions.m, with its defaults
Cline::ln::LnStochController< T >	Convergence controller for an ensemble whose layers are solved by a NOISY method (simulation, or Monte Carlo normalizing constants)
Cline::ln::LnTranLayer	One layer's block of the layered transient
Cline::ln::LnTranSolution	The layered transient: one block per layer, plus how it was produced
Cline::qn::NodeDef::LoggerParam	A Logger node's trace configuration, MATLAB's Logger properties and sn.nodeparam{ind} for a Logger
Cline::pfqn::LoopingBounds< T >	Return value of pfqn_looping: the throughput bracket plus its queue lengths
Cline::wf::LoopStats< T >	Mirrors the Java getLoopStats map
Cline::lossn::LossnManjunathOptions	Controls of lossn_manjunath
Cline::lossn::LossnManjunathResult< T >	Result of lossn_manjunath
Cline::lossn::LossnMciOptions< T >	Options of lossn_mci, MATLAB's options struct
Cline::lossn::LossnMciResult< T >	Result of lossn_mci
Cline::lossn::LossnRecResult< T >	Carried load, blocking, log normalising constant and walk count
Cline::lp::LpModel< T >	Sparse LP in the natural form, with per-variable bounds
Cline::lp::LpSolution< T >
Cline::lqn::LqnBoxBounds< T >	What lqn_boxbounds returns, in the layout of the reference's out struct
Cline::fj::LqnBranchView< T >	The four LayeredNetworkStruct fields fj_branch_members reads
Cline::lqn::LqnBuilder< T >
Cline::ln::LqnCallGroup	One routed call group: an activity, the strategy that picks among its targets, and the target ENTRIES in declaration order
Cline::lqn::LqnCallGroup	One routed call group: an activity, the strategy that picks among its targets, and the target ENTRIES in declaration order
Cline::infer::LqnMetrics< T >	Per-element metric vectors, each aligned with the element name list
Cline::lqn::LqnModel< T >	The intermediate model, and the second stage that flattens it
Cline::lqn::LqnMolInfo< T >	Everything lqn_mol reports beyond the four measure vectors
Cline::lqn::LqnMolOptions	Tuning of the outer fixed point
Cline::lqn::LqnMolResult< T >	The four (nidx+1) vectors in the column convention SolverLN and LQNS report, so they line up with LN(model).getAvgTable cell for cell
Cline::infer::LqnObsSpec	One row of MATLAB's OBSSPEC struct array
Cline::infer::LqnParamSpec	One row of MATLAB's PARAMSPEC struct array
Cline::lqn::LqnPrecedence< T >	One activity precedence of a task, with its activities resolved to indices
Cline::lqns::LqnsOptions	Knobs of the wrapper, the subset of SolverOptions that reaches lqns
Cline::lqns::LqnsRawAvg	Everything the .lqxo carries, indexed as the struct is
Cline::lqns::LqnsSolution< T >	The six measures, on the element index space, with a defined mask each
Cline::ln::LqnStruct< T >
Cline::lqn::LqnStruct< T >
Cline::lqn::LqnWriteReport	What the schema could not carry, one human-readable line per loss
Cline::mapqn::LrMvaIndex	Variable layout: UN, then QN, then B, in the reference's declaration order
Cline::mapqn::LrMvaParams< T >	Parameters of the MVA-shaped LR bound, mirroring the reference's params
Cline::mapqn::LrPfParams< T >	Product-form parameters of the LR bound, mirroring MATLAB's params
Cline::mapqn::LrPfResult< T >	Return value of mapqn_bnd_lr_pf, mirroring the MATLAB result struct
Cline::lsn::LsnInput< T >	The plain-data fields of a layered software network read by the algorithm
Cline::LsodaOptions	Integration controls
Cline::LsodaSolution	Result of an integration, mirroring OdeSolution in ode.h
Cline::LsodaStepper	One internal step at a time: ODEPACK's itask = 2
Cline::pfqn::LsResult< T >	Return value of pfqn_ls, mirroring [Gn, lGn]
Cline::LstsqResult< T >	Outcome of lstsq: the solution and whether the system was rank deficient
Cline::mam::M3pp22FitcCovResult< T >	Result of the covariance-matching M3PP(2, 2) fits
Cline::mam::M3pp22InterleaveResult< T >	Result of m3pp22_interleave_fitc
Cline::mam::M3pp2mFitcApproxResult< T >	Result of the optimization-based M3PP(2, m) fits
Cline::mam::M3pp2mFitcResult< T >	Result of m3pp2m_fitc
Cline::mam::M3pp2mFitcTraceResult< T >	Result of m3pp2m_fitc_trace
Cline::mam::M3ppSuperposResult< T >	Result of the superposition fits
Cline::mam::Mamap22FitResult< T >	The fitted MAMAP(2,2), what it achieved, and whether the fit was exact
Cline::mam::Mamap22FsFitResult< T >	The forward-plus-sigma result; warning carries the reference's diagnostic
Cline::mam::Mamap2mCoefficients< T >	The three coefficient tables of one canonical form
Cline::mam::Mamap2mFitResult< T >	The fitted MAMAP and the moments it achieved
Cline::mam::MamFjInfo	What fj_is_homogeneous.m returns: the fork-join pair, or why there is none
Cline::mam::MamFjParams< T >	What fj_extract_params.m returns: one arrival and one service per class
Cline::mam::MamOptions	The options SolverMAM reads
Cline::mam::MamRetrialConfig	The knobs solver_mam_retrial.m reads from options.config and from model fields the C++ NetworkStruct does not carry
Cline::mam::MamRetrialInfo	What qsys_is_retrial.m returns: the station it found, or why it found none
Cline::mam::MamSolution< T >	What the MAM dispatch returns: the metrics plus the algorithm that ran
Cline::mam::Map< T >	A MAP as the pair of matrices (D0, D1)
Cline::mam::Map2FitIdcResult< T >	The fitted process and which of the reference's five outcomes produced it
Cline::mam::Map2FitResult< T >	Result of map2_fit: the MAP plus the reference's ERR code
Cline::mam::Map2mmppResult< T >	Result of map2mmpp
Cline::io::Map2RenvInfo< T >	The INFO output of map2renv: how the stage set was assembled
Cline::mam::MapAnfitResult< T >	What map_anfit returns: the fitted MAP and the ladder it was built on
Cline::mam::MapBmap1Blocks< T >	The level blocks of solver_mam_map_bmap_1.m
Cline::qsys::MapD1Result< T >	Return value of qsys_mapd1, mirroring the MATLAB result struct
Cline::qsys::MapDcResult< T >	Return value of qsys_mapdc, mirroring the MATLAB result struct
Cline::qsys::MapG1kPerflowResult< T >	Return value of qsys_mapg1k_perflow, mirroring the MATLAB result struct
Cline::qsys::MapG1kResult< T >	Return value of qsys_mapg1k, mirroring the MATLAB result struct
Cline::qsys::MapG1Result< T >	Result of qsys_mapg1
Cline::mam::MapGammaResult< T >	Result of map_gamma, mirroring the MATLAB [GAMMA, RHO0] pair
Cline::mam::Maph2mFitResult< T >	The fitted MAPH and the backward moments it actually achieved
Cline::mam::MapM1psResult< T >	What the two MAP/M/1-PS sojourn entry points return
Cline::mam::MapMap1Exact< T >	Result of the fast path; ok false means the model is not in its regime
Cline::qsys::MapMap1Result< T >	Return value of the MAP/MAP/1 family (qsys_mapmap1, qsys_mapph1, qsys_phph1), carrying the same quantities as the MATLAB result struct
Cline::qsys::MapMcResult< T >	Return value of qsys_mapmc and qsys_mapm1, mirroring the MATLAB struct
Cline::mam::MapOptimDist< T >	What an optimizing distance fit returns
Cline::qsys::MapPhcResult< T >	Return value of qsys_mapphc, mirroring the MATLAB struct
Cline::mapqn::MapqnAmvaResult< T >	X: class throughputs; Qq: mean queue lengths at the MAP station (job in service included); U: busy probability per class, X E[S]; ES: mean service times; pi: joint phase law at N (class R fastest)
Cline::mapqn::MapqnBndLrMvaResult< T >	Result of an MVA-shaped LR bound solve
Cline::mapqn::MapqnBndLrResult< T >	Result of a general LR bound solve
Cline::mapqn::MapqnBndQrResult< T >	Result of a general QR bound solve
Cline::mapqn::MapqnP1Index	Variable layout of the p1-level models
Cline::mapqn::MapqnParams< T >	Parameters of a MAP queueing network for the QR bounds
Cline::mapqn::MapqnQrResult< T >	Result of a QR bound solve
Cline::mapqn::MapqnSolution< T >	Objective value and the name-keyed variable table of one bound program
Cline::qn::Marginal< T >	What State.toMarginal returns for one station and one state row
Cline::mva::MargResult< T >	A marginal distribution and its logarithm, over the states asked for
Cline::pfqn::MarieCdScaling< T >	Class-dependent scaling of one station, tabulated on the integer population box
Cline::pfqn::MarieCoxFit< T >	Coxian phase representation: phase rates and per-phase completion probabilities
Cline::pfqn::MarieResult< T >	Result of pfqn_marie, mirroring the six MATLAB outputs
Cline::lang::processes::MarkovChainModel< T >	A user-supplied chain: a MarkovProcess when discrete is false, else a MarkovChain
Cline::Matrix< T >
Cline::MatrixView< T >
Cline::qsys::MaximaResult< T >	Two-moment description of a maximum
Cline::pfqn::McmcResult< T >	Estimates of pfqn_mcmc together with their batch-means intervals
Cline::pfqn::McubBounds< T >	Return value of pfqn_mcub, mirroring [Xub, Xlb]
Cline::qsys::MDcCrommelinResult< T >
Cline::mdd::MDD	The diagram: insert / member / index / enumerate / cardinality
Cline::mdd::MddClosedQnResult< T >	Result of the MDD-stored exact closed-network solve
Cline::mdd::MddDescriptor< T >	Kronecker rate descriptor of a structured model, the input of mdd_mcd
Cline::mdd::MddEvent< T >	One event of the Kronecker rate descriptor
Cline::mdd::MddLocalMatrix< T >	A local rate matrix W_k^e of the Kronecker descriptor, held row-compressed
Cline::mdd::MddMcdOptions	Knobs of the level iteration in mdd_mcd
Cline::mdd::MddMcdResult< T >	Result of the Miner-Ciardo-Donatelli level aggregation
Cline::mdd::MddServiceLaw< T >	Phase-type service law of one station, as a Markovian (D0,D1) pair
Cline::mdd::MddStats	Storage description of the set held in an MDD
Cline::mdd::MddStruct	Plain-array export of an MDD, the input contract of mdd_mcd
Cline::me::MeBlkOptions	Controls of the blocking fixed point, me_oqn_blk's options struct
Cline::me::MeBlkResult< T >	What me_oqn_blk returns, per station
Cline::nc::MemSupport	The verdict of solver_nc_mem_supports
Cline::me::MeOptions	Iteration control, mirroring the MATLAB options struct
Cline::mam::MeRepresentation< T >	A matrix-exponential or phase-type representation (alpha, A)
Cline::me::MeResult< T >	Mean-value results shared by the open, closed and mixed algorithms
Cline::npfqn::MergeConfig	MATLAB's config struct
Cline::mam::MeSampler< T >	Stateful ME sampler holding the inversion table
Cline::fluid::MfqPrioResult	Per-class metrics of the priority queue, indexed by class
Cline::fluid::MfqResult	The metrics mfq reports for its single queue
Cline::fluid::MfqTopology	What the single-queue gate found, when it matches
Cline::smc::Mg1CrOptions	Options of MG1_CR, with the reference's defaults
Cline::qsys::Mg1DisciplineResult< T >
Cline::smc::Mg1FiOptions	Options of MG1_FI, with the reference's defaults
Cline::qsys::Mg1kLossMgsResult< T >
Cline::qsys::Mg1kLossResult< T >
Cline::qsys::Mg1PrioResult< T >
Cline::qsys::Mg1PsOptions	Options of qsys_mg1_ps, mirroring the reference's name-value pairs
Cline::qsys::Mg1PsResult	Everything qsys_mg1_ps returns
Cline::fj::Mg1ResptMoments< T >	Mirrors MATLAB's [ET, VT] return list
Cline::qsys::MginfResult< T >	Return value of qsys_mginf, mirroring MATLAB's [L,Lq,W,Wq,p0,pk]
Cline::qsys::MgisrgiOptions	Options of qsys_mgisrgi_whitt, all with the MATLAB defaults
Cline::fluid::petri::MinMulti	The result of the many-argument closure
Cline::api::MinpsClassTrace	One class's raw trace: when its jobs arrived, and how long they took
Cline::api::MinpsSetup	The prepared sample set, plus what the preparation had to decide
Cline::api::MlpsSample	One observation: a response time, the tagged class, and the arrival state
Cline::qsys::Mm1DpsResult< T >
Cline::qsys::Mm1kLossResult< T >
Cline::qsys::Mm1PsResult< T >	Mirrors MATLAB's [W, W2, alpha] return list
Cline::qsys::Mm1TandemLindleyResult< T >	Mirrors the struct MATLAB returns from qsys_mm1_tandem_lindley
Cline::mam::Mmap< T >	An MMAP: the underlying MAP plus the per-class arrival matrices
Cline::mam::MmapDecConfig	The options.config fields the MMAP decomposition reads on top of MamOptions
Cline::qsys::MmapG1kResult< T >	Return value of qsys_mmapg1k, mirroring the MATLAB result struct
Cline::qsys::MmapGk1Result< T >	Return value of qsys_mmapgk1, mirroring the MATLAB struct
Cline::mam::MmapKFitResult< T >	A marked MAP and whether the marking system was solved exactly
Cline::qsys::MmccRetrialFpResult< T >	Return value of qsys_mmcc_retrial_fp, mirroring the three MATLAB outputs
Cline::mam::MmckDetection< T >	What mam_detect_mmck returns; muRate is meaningful only when isMmck
Cline::qsys::MmckResult< T >
Cline::mmdp::MmdpPair< T >	The (Q, R) pair of an MMDP
Cline::pfqn::MmintResult< T >	Return value of the McKenna-Mitra quadratures, mirroring [G, lG]
Cline::mam::Mmpp2FitcApproxResult< T >	Result of mmpp2_fitc_approx
Cline::mam::Mmpp2FitcResult< T >	Result of mmpp2_fitc
Cline::mam::Mmpp2FitResult< T >	Result of the (mean, scv, skew)-parameterized MMPP(2) fits
Cline::mam::MnaConfig	The options.config fields the two MNA analyzers read
Cline::pfqn::simplex::Mode< T >	Mode, curvature and log-integrand at the mode of the simplex factor
Cline::qn::ModeEvent< T >	One half of a GLOBAL synchronization: a mode event at a node
Cline::moment::MomentTensor< T >	Joint moment array of size (n_1+1)x...x(n_d+1), stored column major
Cline::pfqn::MomlinResult< T >	Return value of pfqn_momlin, mirroring [Q, X, U, R, QVar, QCov, dQ]
Cline::rng::Mrg32k3a	SSJ's umontreal.ssj.rng.MRG32k3a, state and all
Cline::opt::de::MT19937
Cline::trace::MtraceBootstrapResult< T >	Lower and upper BCa endpoints of each descriptor, and the point estimate
Cline::trace::MtraceCountResult< T >	Return value of mtrace_count
Cline::trace::MtraceCountsResult< T >	Return value of mtrace_iat2counts
Cline::trace::MtraceCrossMomentResult< T >	Return value of mtrace_cross_moment
Cline::trace::MtraceJointResult< T >	Return value of mtrace_joint
Cline::trace::MtraceMeanResult< T >	Return value of mtrace_mean
Cline::trace::MtraceMergeResult< T >	Return value of mtrace_merge, mirroring [T, L]
Cline::trace::MtraceSplitResult< T >	Return value of mtrace_split
Cline::trace::MtraceSummary< T >	Return value of mtrace_summary
Cline::lsn::Multiplicity< T >	A multiplicity, possibly infinite; MATLAB's mult(i) = Inf
Cline::mam::MultiRegimeResult	Return value of mfq_multiregime: one row of N per-state values per point
Cline::mc::MultiResult< T >
Cline::mva::MvaCacheqnCacheOutputs< T >	The cache half of the reference's return list: the (ncaches x nclasses) hit and miss split, plus the per-item occupancy the reference writes straight onto each Cache node with setResultItemProb
Cline::mva::MvaCacheqnRetrievalSolution< T >	What the closed delayed-hit analyzer returns
Cline::pfqn::MvacldResult< T >	Return value of pfqn_mvacld, mirroring [XN, QN, UN, CN, pij]
Cline::pfqn::MvacResult< T >	Return value of pfqn_mvac, mirroring [XN, QN, UN, CN]
Cline::pfqn::MvaIntervalResult< T >	Every output of pfqn_mva_interval, each a [lower, upper] pair
Cline::pfqn::MvaLdResult< T >	Result of pfqn_mvald, mirroring the seven MATLAB outputs
Cline::pfqn::MvaoiMargResult< T >	Return value of pfqn_mvaoi_marg, mirroring [XN, QN]
Cline::pfqn::MvaoiResult< T >	Return value of pfqn_mvaoi, mirroring [X, Qoi, Qli, Qdelay, Soi]
Cline::mva::MvaOptions	The options SolverMVA reads
Cline::pfqn::MvaResult< T >
Cline::mva::MvaRetrievalCacheOutputs< T >	The cache half of the reference's return list: hitprob, missprob, delayedprob, latency, hitproblist and itemprob of solver_mva_retrieval_analyzer.m
Cline::mva::MvaSolution< T >	Class-level results, the [Q,U,R,T,C,X] of the MATLAB analyzers
Cline::pfqn::MwrbbBounds< T >	Return value of pfqn_mwrbb, mirroring [Xlo, Xup, Wlo]
Cline::qsys::MxM1Result< T >
Cline::nc::NcCacheqnRetrievalSolution< T >	What the closed delayed-hit analyzer returns
Cline::nc::NcCacheqnSolution< T >	What the integrated analyzer returns: the metrics plus the converged split
Cline::nc::NcCacheSolution< T >	What the cache analyzer returns beyond the usual metric table
Cline::pfqn::NcDispatchResult< T >
Cline::pfqn::NcldmxResult< T >
Cline::pfqn::NcldResult< T >
Cline::nc::NcLossnSolution< T >	What the loss-network analyzer returns beyond the usual metric table
Cline::nc::NcMargResult< T >	What the marginal analyzers return: one probability per station
Cline::pfqn::NcOptions	The options fields compute_norm_const reads beyond the method itself
Cline::nc::NcQueueLengthDist< T >	The marginal queue-length distribution and its logarithm
Cline::pfqn::NcResult< T >	Return value of the normalizing-constant family, mirroring Ret.pfqnNc
Cline::nc::NcRetrievalSolution< T >	What the delayed-hit analyzer returns beyond the metric table
Cline::pfqn::NcSanitizeResult< T >
Cline::nc::NcSolution< T >	The [Q,U,R,T,C,X,lG] of the reference, plus the algorithm that ran
Cline::nc::NcSolverOptions	Controls, defaulting to SolverOptions('NC') in the reference
Cline::nc::NcSpnSolution< T >	The product-form solve, with the certificate that produced it
Cline::NelderMeadOptions< T >	Tuning of the simplex iteration
Cline::NelderMeadResult< T >	Outcome of a simplex minimization
Cline::ctmc::NetState< T >	One network state: the per-stateful-node local rows it is composed of
Cline::qn::NetState< T >	One network state: the per-stateful-node local rows it is composed of
Cline::qn::Network< T >	A queueing network under construction
Cline::NetworkSolver	The shared surface of every solver, Python's NetworkSolver
Cline::SolverBA	SolverBA: the bounding solver, whose result is a bounds table
Cline::SolverCTMC	SolverCTMC: the average table plus the chain it was computed from
Cline::SolverFLD	SolverFLD: the fluid solver, which also answers a transient
Cline::ctmc::NetworkStruct< T >	A network plus its refreshed NetworkStruct
Cline::qn::Layer< T >	A layer network: everything a NetworkStruct holds, plus the LQN back-mapping
Cline::qn::NetworkStruct< T >	A network plus its refreshed NetworkStruct
Cline::qn::Layer< T >	A layer network: everything a NetworkStruct holds, plus the LQN back-mapping
Cline::infer::NhppKsResult< T >	Outcome of the KS test
Cline::pfqn::NintMvaResult< T >	Mean performance measures of pfqn_nintmva at the requested population
Cline::NoConstraints< T >	A constraint map that returns no constraints; the default for h or g
Cline::Node	A node of the model: the index it was given, and the model that owns it
Cline::Cache	Cache(model, name, params)
Cline::ClassSwitch	ClassSwitch(model, name, C)
Cline::Fork	Fork(model, name)
Cline::Join	Join(model, name, fork)
Cline::Router	Router(model, name): a stateless routing node
Cline::Sink	Sink(model, name): the external departure node, which holds no jobs
Cline::Station	A node that holds jobs and serves them: MATLAB's Station
Cline::Delay	Delay(model, name): the infinite-server station
Cline::Place	Place(model, name): a Petri-net place
Cline::Queue	Queue(model, name, strategy)
Cline::Source	Source(model, name): the external arrival station
Cline::Transition	Transition(model, name, params): a Petri-net transition
Cline::qn::NodeDef	A node of the network
Cline::env::NodeFailure< T >	Environment.nodeFailures{k}: the declarative record of one node breakdown
Cline::solvers::NodeMetrics< T >	The station table scattered to the NODE index space, plus the two flow columns the reference recomputes there
Cline::npfqn::NonexpApproxResult< T >	Return value, mirroring MATLAB's [ST,gamma,nservers,rho,scva,scvs,eta]
Cline::api::NonmarkovOptions	options.config.nonmkv and friends
Cline::qsys::NpfqnTvFluidResult< T >	Result of the network solve
Cline::ssa::NrmEngine< T >	The NRM engine: the reaction network built from sn, and the sample path
Cline::ssa::NrmSpaceEngine< T >	The aggregate NRM engine of solver_ssa_nrm_space.m
Cline::ssa::NrmSpaceState	One state of the aggregate chain: the (node, class) populations, and the ordered buffer contents of every buffered node
Cline::num_traits< T >
Cline::num_traits< Complex >
Cline::num_traits< double >
Cline::num_traits< Rational >
Cline::num_traits< Real< D > >
Cline::reg::NumFromDecimal< T >
Cline::reg::NumFromDecimal< double >
Cline::reg::NumFromDecimal< Rational >
Cline::reg::NumFromDecimal< Real< D > >
Cline::opt::de::NumpyRandomState
Cline::opt::Objective
Cline::opt::MaximizePerformance
Cline::opt::MinimizeCost
Cline::opt::MinimizeSystemResponseTime
Cline::ldes::engine::Observations	The event-spaced observation series MSER-5 and the CI both read
Cline::OdeOptions< T >	Integration controls
Cline::OdeSolution< T >	Result of an integration
Cline::pfqn::OiFncResult< T >	Return value of pfqn_oi_fnc, mirroring [muf, Psi, mu] flattened
Cline::pfqn::OiInsvcResult< T >	Return value of pfqn_oi_insvc, mirroring [g, Xi, Phi]
Cline::api::OpenProbTerm< T >	The log contribution, and whether the state carries any mass at all
Cline::wf::OptimizationInsights	The advisory text the reference's getOptimizationInsights assembles
Cline::opt::OptimizationProblem
Cline::opt::OptimizationResult
Cline::ln::OvertakeCtmcState< T >	Stationary law of the three-state overtaking chain, in its own order
Cline::util::LineConsole::OwnModelCompile	Lift the compile detail rule while the run compiles its OWN model
Cline::mapqn::P2Index	Flat index of the joint variable p2(j,nj,k,i,ni,h)
Cline::pfqn::PanaceaLdResult< T >	Return value of pfqn_panaceald, mirroring [Gn, lGn] plus why it declined
Cline::pfqn::PanaceaResult< T >	Return value of pfqn_panacea, mirroring [Gn, lGn]
Cline::wf::ParallelStats< T >	Mirrors the Java getParallelStats map
Cline::infer::ParamEstimator
Cline::opt::ParetoPoint
Cline::opt::ParetoSweep
Cline::pfqn::PasIsResult< T >	Return value of pfqn_pas_is / pfqn_oi_is, mirroring [G, lG, Q]
Cline::ctmc::NetworkStruct< T >::PasParam	The G-network signal declaration, per CLASS
Cline::qn::NetworkStruct< T >::PasParam	The G-network signal declaration, per CLASS
Cline::pfqn::PasPlacement< T >	Result of pas_placement
Cline::mc::PassageCurve< T >	A passage-time law on a grid
Cline::mc::PassageMoments< T >	Per-source and pi0-weighted passage moments
Cline::mc::PassagePh< T >	The phase-type form of a first passage time
Cline::qsys::Patience< T >	The patience (time-to-abandon) law, in the three forms the algorithm accepts
Cline::api::PatienceHandles< T >	The patience law of one station-class pair, in the forms the solvers consume
Cline::wf::PatternComplexityEntry	Per-pattern-family complexity, one entry of the report's patternComplexity
Cline::pfqn::PbhBounds< T >	Return value of pfqn_pbh, mirroring [Xlo, Xhi, Qlo, Qhi]
Cline::perm::PermSpmResult	Outcome of the saddle-point expansion: the estimate and what produced it
Cline::mc::PerronState< T >	Perron root of A(theta) with its first two derivatives and the amplitude
Cline::fluid::petri::PetriConservation	The conserved quantities of a net, as equations
Cline::fluid::petri::PetriConstraints	Every finite place capacity as a linear row A x <= b
Cline::fluid::petri::PetriImmediate	The active set of the immediate modes and the equations pinning their flows
Cline::fluid::petri::PetriMode	One firing mode of one transition, with its arcs and its firing process
Cline::fluid::petri::PetriOptions	Tuning of the outer solve
Cline::fluid::petri::PetriReport	What the Petri route computes that the station table has no column for
Cline::fluid::petri::PetriSolution	Everything solver_fluid_petri returns
Cline::fluid::petri::PetriTerms	The assembled drift terms of a net
Cline::fluid::petri::PetriTheta	The closed enabling term of every mode and its derivative
Cline::fluid::petri::PetriVerdict	Whether the fluid Petri route can answer this model, and why not
Cline::mva::PfChainParams< T >	Product-form chain parameters, the split into queueing and delay stations
Cline::nc::PfParams< T >	The [lambda,D,N,Z,mu,S,V] of the reference
Cline::pfqn::PfqnManjunathOptions	Controls of pfqn_manjunath
Cline::pfqn::PfqnManjunathResult< T >	Result of pfqn_manjunath
Cline::pfqn::PfqnNreResult< T >	The reference's [lG,G,lGs,vsad]
Cline::api::lqn::PhLaw< T >	A phase-type law as the composition rules pass it around
Cline::workflow::PhLaw< T >	A phase-type law as the composition rules pass it around
Cline::qsys::PhM1Result< T >
Cline::qsys::PhMcResult< T >
Cline::mam::PhService< T >	One class's phase-type service law, He's (sigma_k, S_k)
Cline::mam::PhType< T >	A phase-type representation (alpha, T) of a MAP's inter-arrival time
Cline::pivot_mag< T >	The ordered type the pivot search compares in
Cline::pivot_mag< std::complex< R > >	Partial pivoting compares moduli, since the complex field is unordered
Cline::qn::PollingInfo< T >	Port of State.pollingInfo: the derived description of a polling controller
Cline::polling::PollingMoments< T >	Per-queue first two moments of the arrival, service and switchover processes, the reduced form both formulas consume
Cline::ctmc::NetworkStruct< T >::PollingParam	The polling controller of a POLLING station, keyed by station index
Cline::qn::NetworkStruct< T >::PollingParam	The polling controller of a POLLING station, keyed by station index
Cline::qn::CacheParam< T >::Popularity	The popularity LAW each class declared, beside the pmf it expands to
Cline::api::lqn::Precedence< T >	One precedence of the activity graph
Cline::workflow::Precedence< T >	One precedence of the activity graph
Cline::qn::PrioPop< T >	The population the *PRIO disciplines actually share the server among
Cline::lang::PriorDesign< T >	A Prior reduced to alternatives and weights; the output of prior_discretize
Cline::lang::PriorRng	The uniform stream the Monte Carlo design draws from
Cline::uq::PriorSite< T >	Where a Prior sits in the model, MATLAB's priorInfo entry
Cline::lang::PriorSpec< T >	A LINE Distribution, as the model layer and sn carry it
Cline::lang::processes::ProbStateResult< T >	What getProbState returns: the probability and the two determinants behind it
Cline::mam::ProbTable< T >	The joint (level, phase) table getProb returns: rows levels, cols phases
Cline::pfqn::Procomom2Result< T >	Return value of pfqn_procomom2, mirroring [pk, lG, G, T, F, B]
Cline::pfqn::ProcomomResult< T >	Return value of pfqn_procomom, mirroring [Pr, Q]
Cline::util::ProcResult	Outcome of a captured command
Cline::pfqn::PropfairResult< T >	Return value of pfqn_propfair, mirroring [G, lG, Xasy]
Cline::mc::PseudoStochCompResult< T >	Blocks of the partition together with the pseudo complement over I
Cline::ldes::engine::PsJob	A job being served by a sharing discipline, with the work it still owes
Cline::mam::QbdBmapBmap1Blocks< T >	The level blocks assembled by qbd_bmapbmap1
Cline::mam::QbdFundMat< T >	G and R together, as returned by qbd_fundmat
Cline::mam::QbdMapMap1Blocks< T >	The four level blocks of the MAP/MAP/1 QBD
Cline::mam::QbdMapMap1Result< T >	Result of qbd_mapmap1, mirroring the MATLAB return list
Cline::mam::QbdRapRap1Result< T >	Everything qbd_raprap1 returns
Cline::mam::QbdRapResult< T >	Everything qbd_rap returns
Cline::mam::QbdRg< T >	R, G and the level blocks of a MAP/MAP/1 queue (qbd_rg.m)
Cline::pfqn::QdAmvaResult< T >	What pfqn_qdamva returns: the fixed point and how it was reached
Cline::pfqn::QdLinResult< T >	What pfqn_qdlin returns: the fixed point and how it was reached
Cline::pfqn::QlenJointMomentsResult< T >	Everything pfqn_qlen_joint_moments reports
Cline::io::QnModel< T >
Cline::qns::QnsOptions	SolverQNS.defaultOptions plus the two knobs the JMVA document carries
Cline::mapqn::QrBasIndex	Variable layout: p2(j,nj,kj,i,ni,hi,m) then e(i,ki)
Cline::mapqn::QrBasParams< T >	Parameters of the BAS bound, mirroring the reference's params
Cline::mapqn::QrBasResult< T >	Result of a BAS bound solve
Cline::mapqn::QrfAffine< T >	An affine residual map recovered as (A, b) with fn(x) = A x - b
Cline::sn::QrfAlpha	The scaling, the utilization normalizer, and why they may not exist
Cline::sn::QrfBlocking	The derived blocking tables, in the reference's 1-based queue indexing
Cline::sn::QrfCapacity	Per-station occupancy bounds, and which of them bind
Cline::mapqn::QrfConstraints< T >	The two constraint blocks: g(x) <= 0 and h(x) = 0
Cline::mapqn::QrfMetrics< T >	The utilizations and queue lengths read off an optimal pair tensor
Cline::ba::BaOptions::QrfParams	options.config.qrf_params, the blocking tables the BAS and RS-RD arms need
Cline::mapqn::QrfRates< T >	The transition rates the constraint inventory reads
Cline::mapqn::QrfReduced< T >	The equality block with its dependent rows dropped
Cline::mapqn::QrfVars< T >	The unflattened decision vector: the pair tensor and the effective rates
Cline::mapqn::QrRsrdIndex	Variable layout: p2(j,nj,kj,i,ni,hi), then U(i,k,n) and Ueff(i,k,n) for n >= 1, then pb(i)
Cline::mapqn::QrRsrdParams< T >	Parameters of the RS-RD bound, mirroring the reference's params
Cline::mapqn::QrRsrdResult< T >	Result of an RS-RD bound solve
Cline::qsys::QsysAbandonResult< T >	Steady-state measures of a multiserver queue with customer abandonment
Cline::qsys::QsysFluidAbandonResult< T >	Steady state of the G/GI/s+GI fluid model
Cline::qsys::QsysGgnmResult< T >	Steady-state measures of the G/GI/n/m diffusion approximation
Cline::qsys::QsysMolResult< T >	MOL and PSA measures of a time-varying multiserver system
Cline::qsys::QsysMtginfResult< T >	Time-varying measures of the Mt/G/infinity queue
Cline::qsys::QsysQedResult< T >	QED measures of the M/M/s queue
Cline::qsys::QsysQedStaffingResult< T >	Outcome of the square-root staffing rule
Cline::qsys::QsysResult< T >	Return value of the qsys family, mirroring MATLAB's [W,rhohat] and the JAR's Ret.qsys
Cline::qsys::QsysTgaResult< T >	Steady-state measures of the G/GI/n+GI truncated Gaussian approximation
Cline::qsys::QsysTvFluidResult< T >	Trajectory of the Gt/Mt/st+GI fluid queue; every vector is on the time grid
Cline::sim::QuestInterval< T >	A confidence interval, asymmetric about the point estimate in general
Cline::sim::QuestOptions	Procedure constants shared by sim_fquest and sim_firquest
Cline::sim::QuestResult< T >	Point estimate and interval delivered by the QUEST procedures
Cline::util::LineConsole::Quiet	RAII guard that suppresses structure-compile detail while it lives
Cline::pfqn::simplex::Radial< T >	Log J(c) and the moments of the tilted law of the radius
Cline::mc::RandomizationResult< T >
Cline::fluid::FluidOptions::RateSched	options.config.rate_sched: explicit per-(station, class) rate trajectories, the third source solver_fluid_ratemult composes
Cline::pfqn::RdResult< T >	Return value of pfqn_rd, mirroring [lGN, Cgamma]
Cline::RealSchur	Real Schur factorization A = Z T Z^T, with Z orthogonal and T upper quasi-triangular: 1 x 1 diagonal blocks for real eigenvalues and 2 x 2 blocks for complex conjugate pairs
Cline::mc::ReducibleResult< T >
Cline::ctmc::NetworkStruct< T >::Region	FINITE CAPACITY REGIONS, MATLAB's refreshRegions output
Cline::ldes::engine::Region	One finite capacity region, resolved to what the event loop needs
Cline::qn::NetworkStruct< T >::Region	FINITE CAPACITY REGIONS, MATLAB's refreshRegions output
Cline::env::Environment< T >::Reliability	getReliabilityTable: MTTF, MTTR, MTBF and availability of an environment built out of node breakdowns
Cline::qn::ReplyBlockInfo	Where node ind keeps its reply-block counters inside the local vars
Cline::http::Response	An HTTP response, with the body already de-chunked
Cline::mam::RespTCdf< T >	One class's response-time CDF, the reference's RD{station, class} = [F, X]
Cline::pfqn::ResptPsMomentsResult< T >	Sojourn-time moments at the PS station, per class
Cline::qn::RetrialParam< T >	The parameters of a retrial station: MATLAB sn.retrialProc and friends
Cline::retrieval::RetrievalFpiLatencyResult< T >	Mirrors the [Z, d, phi, pi0] return list of the MATLAB function
Cline::retrieval::RetrievalFpiResult< T >	Mirrors the [pmiss, phit, pdh] return list, plus the iteration diagnostics
Cline::retrieval::RetrievalInputs< T >	The [m, lambda, gamma, eta, alpha/T (station), R] the retrieval algorithms read
Cline::retrieval::RetrievalMetricsResult< T >	Mirrors the [pmiss, phit, pdh] return list of the MATLAB function
Cline::retrieval::RetrievalMvaResult< T >	Mirrors the [pmiss, phit, pdh] return list of the MATLAB function
Cline::retrieval::RetrievalRayintResult< T >	Outcome of the expansion
Cline::retrieval::RetrievalStationPH< T >	Phase-type service of every item at one retrieval station
Cline::ctmc::NetworkStruct< T >::Reward	sn.reward: the user-declared reward functions, MATLAB's model.setReward(name, fn)
Cline::qn::NetworkStruct< T >::Reward	sn.reward: the user-declared reward functions, MATLAB's model.setReward(name, fn)
Cline::pfqn::RgfmcResult< T >	Return value of pfqn_rgfmc, mirroring [G, lG]
Cline::pfqn::RgfResult< T >	Return value of pfqn_rgf, mirroring [G, lG, lg]
Cline::ldes::engine::Rng	The engine's randomness, in the SHAPE the Java engine uses it
Cline::RootResult< T >	Outcome of a scalar solve
Cline::ldes::engine::RouteDest	One destination NODE of a (node, class) pair, with the class it switches to
Cline::ldes::engine::RouteEntry	One routing alternative out of a (node, class) pair
Cline::sn::RoutingErgodicityInfo	The reducibility structure of a routing matrix, the MATLAB info struct
Cline::qn::RoutingMatrix< T >	The routing matrix a model script fills in, MATLAB's P cell array
Cline::fluid::petri::PetriImmediate::Row
Cline::ln::LnSensTable< T >::Row
Cline::qn::RowLayout< T >	How a station's state row splits into [buffer | server | local vars]
Cline::util::LineConsole::Run	RAII guard: opens a run on construction, closes it on scope exit
Cline::sim::RunLengthPlan< T >	The plan of sim_runlength_plan: what the run should have been
Cline::sim::RunLengthResult< T >	Outcome of the run-length plan
Cline::mc::SaddlepointResult< T >	One entry per (t,k) pair
Cline::infer::SampledMetric
Cline::ldes::engine::Sampler	One variate generator, holding whatever state its family needs
Cline::mam::SampleTrace	The state a sampled inter-arrival began and ended in
Cline::pfqn::ScbBounds< T >	Return value of pfqn_scb, mirroring [Xlo, Xhi, Ulo, Uhi]
Cline::mc::SccResult
Cline::opt::Scenario
Cline::sn::ScheduleNominal< T >	What sn_schedule_nominal returns, in the reference's own output order
Cline::pfqn::SchmidtExtResult< T >	Return value of pfqn_schmidt_ext, mirroring [XN,QN,UN,CN]
Cline::pfqn::SchmidtResult< T >	Return value of pfqn_schmidt, mirroring [XN,QN,UN,CN]
Cline::pfqn::SdrCoeff	Derived coefficients of an SDR structure, eqs
Cline::pfqn::SdrResult< T >	Mean performance measures returned by pfqn_sdr
Cline::pfqn::SdrStruct	Topology and coefficients of a state-dependent routing subnetwork
Cline::opt::SensitivityData
Cline::pfqn::SensLdmxEcResult< T >
Cline::pfqn::SensLinearizerResult< T >
Cline::pfqn::SensMomResult< T >
Cline::pfqn::SensMvaldmxResult< T >
Cline::pfqn::SensMvaResult< T >
Cline::sens::SensOptions	The name-value contract of getSensitivityTable
Cline::pfqn::SensParam	One differentiation parameter
Cline::pfqn::SensResptResult< T >
Cline::pfqn::SensResult< T >
Cline::sens::SensRow< T >	One (station, class) row of the table
Cline::sens::SensTable< T >	What the table carries, plus the branch that produced it
Cline::wf::SequenceStats< T >	Mirrors the Java getSequenceStats map
Cline::ws::Server	A listening socket; one connection is served at a time
Cline::lqn::ServerPools< T >	Heterogeneous server pools declared on a layer server, the twin of the nservertypes / servertypenames / serverspertype / servercompat / heterorates block a Network carries in sn.nodeparam{i}
Cline::sum::Servers	Number of servers of a station; MATLAB's mi(i) = Inf becomes infinite
Cline::qn::Station< T >::ServerType	A heterogeneous server pool: count servers that serve only compatible classes, each with its own service law
Cline::qsys::ServiceLaw< T >	Service-time descriptor, the C++ form of the MATLAB svc struct
Cline::wf::ServiceParameters< T >	A phase-type-shaped service law: entry vector and transient generator
Cline::mam::SetupDelayoffClosed< T >	Mean queue length and throughput of the CLOSED setup/delay-off queue
Cline::qn::SetupDelayOffParam< T >	Setup and delay-off of a station that powers down when it falls idle
Cline::sim::ShapiroWilkResult< T >	Outcome of the Shapiro-Wilk normality test
Cline::fluid::ShareValue	A share closure's value and Jacobian, and the joint-closure covariance
Cline::smc::ShiftResult	What MG1_Shifts returns: the shifted sequence and the drift it measured
Cline::pfqn::SibBounds< T >	Return value of pfqn_sib, mirroring [Xlo, Xhi, Wlo, Whi]
Cline::mva::SjnAnalyzerResult< T >	What the analyzer returns, the reference's metrics plus its actualmethod
Cline::pfqn::SjnOptions	Options of the SJN solvers, the fields sjn_args fills in
Cline::pfqn::SjnProfile	The conditional waiting time profile at one SJN station, the reference's WX
Cline::pfqn::SjnResult	Return block of pfqn_mvasjn and pfqn_amvasjn
Cline::ba::SncEnvelopes	The per-pair envelopes the analyzer built, keyed by (station, class)
Cline::ba::SncPercentiles	The response-time and queue-length QUANTILES of the 'snc' family
Cline::snc::SncResult	A bound together with the theta that attains it
Cline::api::SnMapModulation< T >	One modulating process: which station and classes it drives, and its blocks
Cline::api::SnPnAvgRates< T >	What sn_pn_avg_rates rewrites in place; empty tables are left empty
Cline::api::SnPnFiringRates	What sn_pn_firing_rates returns; x empty means "no answer", as in the reference
Cline::api::SnRtOrig< T >	What sn_rtnodes_to_rtorig returns: the flat matrix and its per-class-pair blocks
Cline::api::SnRtStations< T >	What sn_rt_stations returns: the complemented routing and the station visits
Cline::autosolver::SolverCandidate	One row of auto_find_solver: a (family, method) pair this model can be asked for, whether it runs, what kind of answer it returns and which measures it can report
Cline::env::SolverEnv< T >	The environment solver
Cline::env::SolverEnvLimit< T >	The limit solver
Cline::env::SolverEnvStatevec< T >	The state-vector environment solver
Cline::ln::SolverLN< T >
Cline::lqns::SolverLQNS< T >	The layered model solved by lqns or lqsim
Cline::SolverOptions	The knobs a solver reads; a negative or empty field keeps the engine default
Cline::uq::SolverUq< T >	The ensemble surface of UQ: @UQ's EnsembleSolver implementation
Cline::lqn::SparseGraph< T >	A sparse square matrix over element indices, held as a dense vector of rows with an explicit nonzero list per row
Cline::spn::SpnEnabling< T >	Unnormalised enabling-degree masses of one mode
Cline::spn::SpnInfo< T >	Everything the caller needs alongside the descriptor
Cline::spn::SpnInvariants	The invariant basis of a net, in place-level coordinates
Cline::spn::SpnLpBounds	The brackets; each vector pair holds the minimum then the maximum
Cline::spn::SpnLpMode	One (transition, mode) pair over place levels
Cline::spn::SpnLpOptions	Options of the relaxation
Cline::spn::SpnMetrics< T >	The stationary measures of Sec
Cline::ldes::engine::SpnMode	One mode of a transition, resolved to what the event loop needs
Cline::spn::SpnMode< T >	One (transition, mode) pair of the net, in level coordinates
Cline::workflow::SPNode< T >
Cline::spn::SpnOptions	Options of the translation
Cline::spn::SpnPfOptions	Options of the product-form derivation
Cline::spn::SpnPfResult< T >	The product form, and the certificate that it is one
Cline::spn::SpnResult< T >	Descriptor, diagram and metadata returned together
Cline::ldes::engine::SpnTransition	One Transition node
Cline::api::lqn::SPTree< T >	The flat series-parallel tree
Cline::workflow::SPTree< T >	The flat series-parallel tree
Cline::npfqn::SqdOptions< T >	The four option switches of the reference, with its defaults
Cline::npfqn::SqdResult< T >	Return value of npfqn_sqd, mirroring [X, Q, U, R]
Cline::pfqn::SqniResult< T >	Return value of pfqn_sqni, mirroring [Q, U, X] for the single station
Cline::ssa::SsaCacheRatio	What the cache write-back of solver_ssa_analyzer_serial.m produces
Cline::ssa::SsaEventCache< T >	EventCache: the per-state enabled-event memo of the serial SSA engine
Cline::ssa::SsaEventKey	The memoization key: the argument list of after_event, in fields
Cline::ssa::SsaNrmSpaceRun< T >	What solver_ssa_nrm_space.m returns, plus what makes it a measurement
Cline::ssa::SsaNrmSpaceSolution< T >	The metric table, the table it came from, and the stream that produced it
Cline::ssa::SsaOptions	Controls, defaulting to SolverOptions('SSA') in the reference
Cline::ssa::SsaNrmSpaceOptions	The knobs the space variant reads
Cline::ssa::SsaSerialOptions	The serial engine's knobs: SsaOptions plus the three the serial path reads and the NRM has no use for
Cline::ssa::SsaParallelOptions	The replicated engine's knobs: the serial engine's, plus the two the reference reads from options.config on this path
Cline::ssa::SsaParallelSolution< T >	What the replicated analyzer returns
Cline::ssa::SsaProbReport	The four probabilities -a prob reports, over one requested state
Cline::ssa::SsaProbResult	One probability query: the estimate, and whether the state occurred at all
Cline::ssa::SsaReachability< T >	Port of solver_ssa_reachability.m's return: [SSq, SSh, sn.space]
Cline::ssa::SsaRng	The uniform source, MATLAB's rand
Cline::ssa::SsaSamplePath< T >	One trajectory, in the shape the reference's sampleSys returns it
Cline::ssa::SsaSerialEngine< T >	The serial engine: the sample path of solver_ssa.m's main loop
Cline::ssa::SsaSerialRun< T >	One sample path, in the shape solver_ssa.m returns it
Cline::ssa::SsaSerialSolution< T >	The serial analyzer's return: the metric table, the path, and the stream
Cline::ssa::SsaSolution	What the analyzer returns, in the same shape as the MVA and fluid results
Cline::pfqn::SsdBounds< T >
Cline::qn::Station< T >	One station of the network
Cline::ldes::engine::StationState	One station's mutable state
Cline::ldes::engine::StatTriple	Grand mean, standard error and degrees of freedom of a batch-means estimate
Cline::pfqn::StdfResult< T >	Result of pfqn_stdf / pfqn_stdf_heur, mirroring the MATLAB cell array RD
Cline::mam::StDistrPh< T >	A phase-type law (alpha, A) as BUTools' 'stDistrPH' returns it
Cline::lang::processes::StochCompOut< T >	What stochCompFull returns for a CTMC; a DTMC fills the same blocks from P
Cline::mc::StochCompResult< T >
Cline::sim::StsQuantileStats< T >	Batched-quantile statistics of one sample path
Cline::opt::SubProblem
Cline::opt::SubProblemResult
Cline::sum::SumClosedResult< T >	Mirrors the [XN, QN, UN, RN, it] return list of the MATLAB function
Cline::sum::SumClosingResult< T >	Mirrors the [XN, QN, UN, RN, TN, it] return list of the MATLAB function
Cline::sum::SumOptions	Convergence controls, mirroring the trailing (tol, maxiter) arguments
Cline::qn::SupportResult	The outcome of the gate: the verdict, the offending features, the message
Cline::SvdFactors	A = U diag(s) Vt, with U (m x m), s of length min(m,n) and Vt (n x n)
Cline::SylvesterFactor< T >	The Kronecker operator of a FIXED (A,B) pair, factorized once
Cline::sym::SymEngine	A computer algebra backend
Cline::sym::SageRestEngine	Client of the line-sage-rest service
Cline::fluid::SymFactor	The state-dependent factor attached to one event's driving variable
Cline::sym::SymSensitivity	Exact parametric sensitivity, following Trivedi and Bobbio (2017), Sec
Cline::ctmc::Sync< T >	One synchronization: an ACTIVE event and the PASSIVE event it drives
Cline::qn::Sync< T >	One synchronization: an ACTIVE event and the PASSIVE event it drives
Cline::qn::SyncEvent< T >	One half of a synchronization: an event at a node, in a class
Cline::solvers::SysResult< T >	@@NetworkSolver/getAvgSys: one response time and one throughput per chain
Cline::qn::TaggedChain< T >	The tagged model and the class bookkeeping a caller needs to read it back
Cline::mc::TakahashiResult< T >
Cline::qsys::TandemLindleyResult< T >	Mirrors the struct MATLAB returns from qsys_tandem_lindley
Cline::qsys::TandemUbResult< T >	Mirrors the struct MATLAB returns from qsys_tandem_ub_ciucu
Cline::mam::TaylorSeriesResult< T >	What the adaptive Taylor series returns: the reference grid and its laws
Cline::fluid::TbiOptions	Controls of the time-based iteration, mirroring options.config.tbi_*
Cline::util::TempDir
Cline::lang::processes::TimeAverageOut< T >	What timeAverage returns
Cline::mc::TimeAverageResult< T >
Cline::trace::TraceBicovResult< T >	Return value of trace_bicov, mirroring [BiCov, BiCovLags]
Cline::trace::TraceBinsResult	Return value of trace_iat2bins, mirroring [C, bC]
Cline::trace::TraceGammaResult< T >	Return value of trace_gamma, mirroring [GAMMA, RHO0, RESIDUALS]
Cline::trace::TraceIdiResult< T >	Return value of trace_idi, mirroring [IDIk, support]
Cline::trace::TracePmfResult< T >	Return value of trace_pmf, mirroring [pmf, px]
Cline::trace::TraceSummary< T >	Return value of trace_summary
Cline::mam::TrafficConfig	The fields of options.config the traffic step reads
Cline::npfqn::TrafficIdcContext< T >	Context returned by npfqn_traffic_idc, mirroring the MATLAB ctx struct
Cline::npfqn::TrafficIdcCorrections	Toggle for the two correction terms, mirroring MATLAB's corrections
Cline::npfqn::TrafficRqt< T >
Cline::TranAvg	getTranAvg: the transient mean queue length per (station, class)
Cline::mam::TranCurve< T >	One station-class transient curve, the reference's [metric, time] pair
Cline::mam::TranResult< T >	What getTranAvg returns: queue length, utilization and throughput curves
Cline::lang::processes::TransientAtResult< T >	What the CTMC transient returns: the law at t and the truncation it used
Cline::mam::TransientQbd	The piecewise QBD blocks, 1-based exactly as the reference's cell arrays
Cline::mc::TransientResult< T >
Cline::mc::TransientSensResult< T >
Cline::qn::TransitionParam< T >	The parameters of a Cache node, MATLAB's sn.nodeparam{ind} for a Cache
Cline::ldes::engine::Truncation	Where the warmup ended, and whether a truncation was applied at all
Cline::qsys::TvFluidOptions< T >	Options of qsys_gtmtst_fluid, all with the MATLAB defaults
Cline::mc::UniformizationResult< T >
Cline::pfqn::UniqueResult< T >
Cline::wf::UpdatedWorkflow< T >	The collapsed link matrix and the service law of every surviving node
Cline::wf::UpdateStats< T >	Statistics of one update pass; the Java getUpdateStats map
Cline::uq::UqDesignPoint< T >	One design point: a concrete distribution for every Prior, and its weight
Cline::uq::UqEmpiricalCdf< T >	The weighted empirical law of a metric, sorted ascending; MATLAB's EmpiricalCDF
Cline::uq::UqInterval< T >	UQ.getInterval: the RANGE of every metric over the support of the Priors
Cline::uq::UqMoments< T >	The weighted mean and variance of a metric over the design
Cline::uq::UqOptions	UQ.defaultOptions plus the stream the Monte Carlo design draws from
Cline::uq::UqSolution< T >	What solver_uq_run_analyzer returns
Cline::uq::UqStageOptions	The inner solver's knobs, carried through untranslated
Cline::http::Url	The pieces of an http:// URL this client needs
Cline::infer::VariationalOptions< T >	Options of infer_variational; a negative box means "derive a default"
Cline::infer::VariationalResult< T >	Outcome of infer_variational
Cline::infer::VariationalSpec< T >	Inference problem handed to infer_variational
Cline::sim::VonNeumannResult< T >	Outcome of the von Neumann randomness test
Cline::ldes::engine::WaitCmp	The waiting-room order of a buffered discipline
Cline::ctmc::WaitqResult< T >	The chain the WAITQ walk produces, alongside the FIFOs its states carry
Cline::ctmc::WaitqSolution< T >	A solved WAITQ model: the usual CTMC solution, plus what the FIFOs hold
Cline::ctmc::WaitqState< T >	One augmented state: the network state, plus the token FIFO of every region
Cline::mc::WeakCompResult< T >	Number of weakly connected components and the per-node label (weaklyconncomp.m)
Cline::lti::WeeksParams	A Laguerre expansion: the damping, the scaling and the coefficients
Cline::wf::WfModelFacts< T >	The four model facts the base recommendation reads, i.e
Cline::api::lqn::Workflow< T >
Cline::workflow::Workflow< T >
Cline::workflow::WorkflowActivity< T >	A computational activity
Cline::wf::WorkflowAnalysis< T >	What analyze_workflow returns
Cline::wf::WorkflowAnalysisResult< T >	Everything analyze_workflow_full returns, i.e
Cline::wf::WorkflowComplexity< T >	The reference's complexity map, for either the original or the collapsed graph
Cline::wf::WorkflowFeatures< T >	The flat feature vector the recommendation reads
Cline::wf::WorkflowPerformanceMetrics	The four efficiency scores plus the two headline numbers
Cline::wf::WorkflowRepresentation< T >	The workflow in matrix form: the reference's WorkflowRepresentation
Cline::opt::WorkflowResult
Cline::wf::WorkflowStatistics< T >	The statistics block of WorkflowAnalysis
Cline::wf::WorkflowValidation	What validate_workflow reports
Cline::qsys::WorkloadServiceLaw< T >	The three things Cohen's formula needs from the required-service-time law: its mean, its squared coefficient of variation, and its CDF
Cline::pfqn::WsResult< T >	What an approximate MVA sweep reports