Package jline.solvers
package jline.solvers
Solver superclasses and related data structures.
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ClassesClassDescriptionHandle for managing performance metrics organized by station and job class.Abstract base class for representing average performance metrics tables.One cache node's average results, as a portable RECORD rather than a write on the node object.The keys a LINE solver accepts under
options.config, in all four codebases.One options.config key.Validates and setsoptions.configkeys against the cross-codebase schema (doc/line-config.schema.json, generated intoConfigSchema).Fork-join section metrics of every Fork/Join pair of a model.Layer-wise table of performance sensitivities of a layered network, one row per (Layer, Station, JobClass).Result container for layered queueing network solver analysis.The method names of each solver, in listing order.Classification of a solution method, as printed in the solver banner:<accuracy>, <randomness>with accuracy in {exact, approximate, bound} and randomness in {deterministic, randomized}.Table of detailed per-class cache performance metrics, one total row per cache node and read class (List=0) plus, where available and the cache has more than one list, one row per cache list (level).Table of the fork-join section metrics FJQLen, FJRespT and FJTput, one row per Fork/Join pair and job class crossing it.Table of item-level cache occupancy, one row per Cache node, item and cache list (level).Table of the per-link measures of a loss network solved by SolverNC, one row per link and job class that uses it: Capacity, Demand, Occupancy, LinkBlocking and RouteLoss, labelled by the Link and JobClass columns.Table of the mean orbit length of every retrial station-class pair, with the station population and the in-service population it decomposes into.Table for displaying network performance metrics organized by station and job class.Table of bound brackets produced by SolverBA, in the layout ofNetworkAvgTable.Table of loss (drop) metrics for every station-class pair that receives offered traffic: offered arrival rate (ArvR), carried throughput (Tput), loss rate (ArvR - Tput, the rate of jobs dropped by finite capacity, blocking, or reneging) and loss ratio (LossRate / ArvR).Table of exact higher moments of the per-chain queue length, one row per (Station, Chain).Raw moment results behindNetworkMomentTable, mirroring themomstruct that MATLAB'sgetMomentTablereturns as its second output.Raw moment results behindNetworkMomentStationTable, mirroring themomstruct that MATLAB'sgetMomentStationTablereturns as its second output.Table of exact higher moments of the TOTAL queue length, one row per station.Table of exact higher moments of the per-class performance measures, one row per (Station, JobClass).Table of tail QUANTILES produced by the SolverBA 'snc' family, in the layout ofNetworkAvgTable.Table of exact analytic performance sensitivities, one row per (Station, JobClass).Abstract base class for solvers applicable to queueing network models.Fluent configurator returned byNetworkSolver.options().Blocking parameters for the QRF (Quadratic Reduction Framework) boundsqrf.basandqrf.rsrd.The one reading of the discrete-time switch shared by SolverNC, SolverMAM and SolverLDES, so the same options mean the same thing to all three.Abstract base class for model solution algorithms and analysis tools.The answer ofSolver.supportsResolvedMethod(jline.solvers.SolverOptions): whether the model passes the gate of the method that runs, why not, and which method that is.Container for organized performance metric handles computed by queueing network solvers.Configuration options for queueing network solvers.Advanced configuration options for specialized solver features.Configuration for ordinary differential equation solvers used in fluid analysis.Container for storing performance metrics computed by queueing network solvers.Transient probabilities of the per-class aggregate states at a station, the two outputs[Pi_t, SSnode_a]of MATLAB'sgetTranProbAggr.Warm-start placement computation shared by the solvers that can start from an auxiliary solver's steady-state solution (LDES, SSA, JMT, Fluid).