All Implemented Interfaces:
```
public class SolverAuto
extends NetworkSolver
                    
```
Automatic solver selection for queueing network models.
This solver automatically selects the most appropriate solution method based on model characteristics and requested performance metrics.

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description
`public final static int`	`CANDIDATE_CTMC`
`public final static int`	`CANDIDATE_FLUID`
`public final static int`	`CANDIDATE_JMT`
`public final static int`	`CANDIDATE_MAM`
`public final static int`	`CANDIDATE_MVA`
`public final static int`	`CANDIDATE_NC`
`public final static int`	`CANDIDATE_SSA`
`public final static String`	`METHOD_AI`
`public final static String`	`METHOD_DEFAULT`
`public final static String`	`METHOD_HEURISTIC`
`public final static String`	`METHOD_NN`
`public Network`	`model`
`public NetworkStruct`	`sn`
`public SolverAvgHandles`	`avgHandles`
`public SolverTranHandles`	`tranHandles`
`public Model`	`model`
`public String`	`name`
`public SolverOptions`	`options`
`public SolverResult`	`result`
`public boolean`	`enableChecks`
`public Random`	`random`

Constructor Summary

Constructors
Constructor	Description
`SolverAuto(Network model)`	Constructor with model only
`SolverAuto(Network model, String method)`	Constructor with model and method
`SolverAuto(Network model, SolverOptions options)`	Constructor with model and options
`SolverAuto(Network model, Array<Object> varargin)`	Constructor with model and varargs

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`List<String>`	`getCandidateSolverNames()`	Get list of candidate solver names
`String`	`getSelectedSolverName()`	Get the name of the selected solver
`void`	`runAnalyzer()`	Override the main run method to ensure proper delegation
`boolean`	`supports(Network model)`	Checks if this solver supports the given network model.
`NetworkAvgChainTable`	`getAvgChainTable()`	Returns a table of average station metrics aggregated by job chains.
`NetworkAvgSysTable`	`getAvgSysTable()`	Returns a table of average system-level metrics.
`NetworkAvgNodeTable`	`getAvgNodeTable()`	Returns a table of average node metrics organized by job classes.
`NetworkAvgTable`	`getAvgTable()`	Returns a table of average station metrics organized by job classes.
`SolverResult`	`getAvg()`	Computes and returns average station metrics at steady-state.
`SolverResult`	`getAvgChain()`	Returns average station metrics aggregated by job chains.
`void`	`getAvgSys()`	Computes average system-level metrics at steady state.
`SolverResult`	`getAvgNode()`	Computes average performance metrics at steady-state for all nodes.
`Matrix`	`getAvgArvRChain()`	Returns average arrival rates aggregated by job chains.
`Matrix`	`getAvgQLenChain()`	Returns average queue lengths aggregated by job chains.
`Matrix`	`getAvgUtilChain()`	Returns average server utilizations aggregated by job chains.
`Matrix`	`getAvgRespTChain()`	Returns average response times aggregated by job chains.
`Matrix`	`getAvgTputChain()`	Returns average throughputs aggregated by job chains.
`Matrix`	`getAvgSysRespT()`	Returns average system response times at steady state.
`Matrix`	`getAvgSysTput()`	Returns average system throughputs at steady state.
`void`	`getTranAvg()`	Computes transient average station metrics over the specified time interval.
`Ret.DistributionResult`	`getTranCdfPassT()`	Returns cumulative distribution functions of passage times during transient analysis.
`Ret.DistributionResult`	`getTranCdfRespT()`	Returns cumulative distribution functions of response times during transient analysis.
`Array<Matrix>`	`getTranProb(Node node)`
`Array<Matrix>`	`getTranProbAggr(Node node)`
`Array<Matrix>`	`getTranProbSys()`
`Array<Matrix>`	`getTranProbSysAggr()`
`Ret.SampleResult`	`sample(Node node, int numSamples)`
`Ret.SampleResult`	`sampleAggr(Node node, int numSamples)`
`Ret.SampleResult`	`sampleSys(int numSamples)`	Samples joint system state trajectories.
`Ret.SampleResult`	`sampleSysAggr(int numSamples)`	Samples aggregated joint system state trajectories.
`Ret.DistributionResult`	`getCdfRespT()`	Returns cumulative distribution functions of response times at steady-state.
`double`	`getProb(Node node, Matrix state)`
`double`	`getProbAggr(Node node, Matrix state_a)`
`Ret.ProbabilityResult`	`getProbSys()`	Returns joint state probabilities for the entire system.
`Ret.ProbabilityResult`	`getProbSysAggr()`	Returns aggregated joint state probabilities for the entire system.
`Ret.ProbabilityResult`	`getProbNormConstAggr()`	Returns the logarithm of the normalizing constant of state probabilities.

Methods inherited from class jline.solvers.NetworkSolver
avg, avg, avg, avgArvR, avgArvRChain, avgArvRHandles, avgChain, avgChainTable, avgChainTable, avgChainTable, avgChainTable, avgChainTable, avgChainTable, avgHandles, avgNode, avgNodeArvRChain, avgNodeChain, avgNodeChainTable, avgNodeChainTable, avgNodeChainTable, avgNodeChainTable, avgNodeChainTable, avgNodeChainTable, avgNodeQLenChain, avgNodeResidTChain, avgNodeRespTChain, avgNodeTable, avgNodeTable, avgNodeTable, avgNodeTable, avgNodeTable, avgNodeTable, avgNodeTputChain, avgNodeUtilChain, avgQLen, avgQLenChain, avgQLenHandles, avgResidT, avgResidTChain, avgResidTHandles, avgRespT, avgRespTChain, avgRespTHandles, avgSys, avgSysRespT, avgSysTable, avgSysTable, avgSysTable, avgSysTput, avgTable, avgTable, avgTable, avgTable, avgTable, avgTable, avgTput, avgTputChain, avgTputHandles, avgUtil, avgUtilChain, avgUtilHandles, avgWaitT, cdfPassT, cdfPassT, cdfRespT, cdfRespT, getAllSolvers, getAvg, getAvg, getAvgArvR, getAvgArvRHandles, getAvgChainTable, getAvgChainTable, getAvgChainTable, getAvgChainTable, getAvgChainTable, getAvgHandles, getAvgNodeArvRChain, getAvgNodeChain, getAvgNodeChainTable, getAvgNodeChainTable, getAvgNodeChainTable, getAvgNodeChainTable, getAvgNodeChainTable, getAvgNodeChainTable, getAvgNodeQLenChain, getAvgNodeResidTChain, getAvgNodeRespTChain, getAvgNodeTable, getAvgNodeTable, getAvgNodeTable, getAvgNodeTable, getAvgNodeTable, getAvgNodeTputChain, getAvgNodeUtilChain, getAvgQLen, getAvgQLenHandles, getAvgResidT, getAvgResidTChain, getAvgResidTHandles, getAvgRespT, getAvgRespTHandles, getAvgSys, getAvgSys, getAvgSysTable, getAvgSysTable, getAvgTable, getAvgTable, getAvgTable, getAvgTable, getAvgTable, getAvgTput, getAvgTputHandles, getAvgUtil, getAvgUtilHandles, getAvgWaitT, getCdfPassT, getCdfPassT, getCdfRespT, getModel, getProb, getProb, getProbAggr, getProbAggr, getProbMarg, getProbMarg, getStageTable, getStageTable, getTranCdfPassT, getTranCdfRespT, getTranHandles, hasAvgResults, hasDistribResults, hasTranResults, initHandles, model, print, prob, prob, probAggr, probAggr, probMarg, probMarg, probNormConstAggr, probSys, probSysAggr, runAnalyzerChecks, sample, sampleAggr, setAvgHandles, setAvgResults, setDistribResults, setLang, setModel, setTranAvgResults, setTranHandles, setTranProb, stageTable, tranAvg, tranCdfPassT, tranCdfPassT, tranCdfRespT, tranCdfRespT, tranHandles
Methods inherited from class jline.solvers.Solver
defaultOptions, getName, getOptions, getResults, hasResults, isJavaAvailable, isValidOption, listValidOptions, parseOptions, parseOptions, reset, resetRandomGeneratorSeed, setChecks, setOptions
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
  - SolverAuto
```
SolverAuto(Network model)
```
    Constructor with model only
  - SolverAuto
```
SolverAuto(Network model, String method)
```
    Constructor with model and method
  - SolverAuto
```
SolverAuto(Network model, SolverOptions options)
```
    Constructor with model and options
  - SolverAuto
```
SolverAuto(Network model, Array<Object> varargin)
```
    Constructor with model and varargs
- Method Detail
  - getCandidateSolverNames
```
 List<String> getCandidateSolverNames()
```
    Get list of candidate solver names
  - getSelectedSolverName
```
 String getSelectedSolverName()
```
    Get the name of the selected solver
  - runAnalyzer
```
 void runAnalyzer()
```
    Override the main run method to ensure proper delegation
  - supports
```
 boolean supports(Network model)
```
    Checks if this solver supports the given network model. Default implementation returns true; subclasses should override to provide specific feature validation.
    
    Parameters:
    
    model - the network model to check
    
    Returns:
    
    true if the model is supported, false otherwise
  - getAvgChainTable
```
 NetworkAvgChainTable getAvgChainTable()
```
    Returns a table of average station metrics aggregated by job chains.
    
    Returns:
    
    table containing station metrics organized by chains
  - getAvgSysTable
```
 NetworkAvgSysTable getAvgSysTable()
```
    Returns a table of average system-level metrics.
    
    Returns:
    
    table containing system response times and throughputs by chain
  - getAvgNodeTable
```
 NetworkAvgNodeTable getAvgNodeTable()
```
    Returns a table of average node metrics organized by job classes.
    
    Returns:
    
    table containing node-level metrics for each class
  - getAvgTable
```
 NetworkAvgTable getAvgTable()
```
    Returns a table of average station metrics organized by job classes.
    
    Returns:
    
    table containing station-level metrics for each class
  - getAvg
```
 SolverResult getAvg()
```
    Computes and returns average station metrics at steady-state. This is the main method for obtaining steady-state performance metrics.
    
    Returns:
    
    solver result containing station-level average metrics
  - getAvgChain
```
 SolverResult getAvgChain()
```
    Returns average station metrics aggregated by job chains.
    
    Returns:
    
    solver result with metrics aggregated by chains
  - getAvgSys
```
 void getAvgSys()
```
    Computes average system-level metrics at steady state. This includes system response times and throughputs aggregated across all chains.
  - getAvgNode
```
 SolverResult getAvgNode()
```
    Computes average performance metrics at steady-state for all nodes. This method aggregates station-level metrics to node-level metrics.
    
    Returns:
    
    solver result containing node-level average metrics
  - getAvgArvRChain
```
 Matrix getAvgArvRChain()
```
    Returns average arrival rates aggregated by job chains.
    
    Returns:
    
    matrix of arrival rates [stations x chains]
  - getAvgQLenChain
```
 Matrix getAvgQLenChain()
```
    Returns average queue lengths aggregated by job chains.
    
    Returns:
    
    matrix of queue lengths [stations x chains]
  - getAvgUtilChain
```
 Matrix getAvgUtilChain()
```
    Returns average server utilizations aggregated by job chains.
    
    Returns:
    
    matrix of utilizations [stations x chains]
  - getAvgRespTChain
```
 Matrix getAvgRespTChain()
```
    Returns average response times aggregated by job chains.
    
    Returns:
    
    matrix of response times [stations x chains]
  - getAvgTputChain
```
 Matrix getAvgTputChain()
```
    Returns average throughputs aggregated by job chains.
    
    Returns:
    
    matrix of throughputs [stations x chains]
  - getAvgSysRespT
```
 Matrix getAvgSysRespT()
```
    Returns average system response times at steady state.
    
    Returns:
    
    matrix of system response times by chain
  - getAvgSysTput
```
 Matrix getAvgSysTput()
```
    Returns average system throughputs at steady state.
    
    Returns:
    
    matrix of system throughputs by chain
  - getTranAvg
```
 void getTranAvg()
```
    Computes transient average station metrics over the specified time interval. The timespan is defined in the solver options.
  - getTranCdfPassT
```
 Ret.DistributionResult getTranCdfPassT()
```
    Returns cumulative distribution functions of passage times during transient analysis. Uses default response time handles.
    
    Returns:
    
    result containing transient CDFs for passage times
  - getTranCdfRespT
```
 Ret.DistributionResult getTranCdfRespT()
```
    Returns cumulative distribution functions of response times during transient analysis. Uses default response time handles.
    
    Returns:
    
    result containing transient CDFs for response times
  - getTranProb
```
 Array<Matrix> getTranProb(Node node)
```
  - getTranProbAggr
```
 Array<Matrix> getTranProbAggr(Node node)
```
  - getTranProbSys
```
 Array<Matrix> getTranProbSys()
```
  - getTranProbSysAggr
```
 Array<Matrix> getTranProbSysAggr()
```
  - sample
```
 Ret.SampleResult sample(Node node, int numSamples)
```
  - sampleAggr
```
 Ret.SampleResult sampleAggr(Node node, int numSamples)
```
  - sampleSys
```
 Ret.SampleResult sampleSys(int numSamples)
```
    Samples joint system state trajectories. This is an abstract method that must be implemented by concrete solver subclasses.
    
    Returns:
    
    result containing sampled joint system state trajectories
  - sampleSysAggr
```
 Ret.SampleResult sampleSysAggr(int numSamples)
```
    Samples aggregated joint system state trajectories. This is an abstract method that must be implemented by concrete solver subclasses.
    
    Returns:
    
    result containing sampled aggregated joint system state trajectories
  - getCdfRespT
```
 Ret.DistributionResult getCdfRespT()
```
    Returns cumulative distribution functions of response times at steady-state. Uses default response time handles.
    
    Returns:
    
    result containing CDFs for response times [stations x classes]
  - getProb
```
 double getProb(Node node, Matrix state)
```
  - getProbAggr
```
 double getProbAggr(Node node, Matrix state_a)
```
  - getProbSys
```
 Ret.ProbabilityResult getProbSys()
```
    Returns joint state probabilities for the entire system. This is an abstract method that must be implemented by concrete solver subclasses.
    
    Returns:
    
    result containing joint state probabilities
  - getProbSysAggr
```
 Ret.ProbabilityResult getProbSysAggr()
```
    Returns aggregated joint state probabilities for the entire system. This is an abstract method that must be implemented by concrete solver subclasses.
    
    Returns:
    
    result containing aggregated joint state probabilities
  - getProbNormConstAggr
```
 Ret.ProbabilityResult getProbNormConstAggr()
```
    Returns the logarithm of the normalizing constant of state probabilities. This is an abstract method that must be implemented by concrete solver subclasses.
    
    Returns:
    
    result containing the log normalizing constant

Class SolverAuto

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class jline.solvers.NetworkSolver

Methods inherited from class jline.solvers.Solver

Methods inherited from class java.lang.Object

Constructor Detail

SolverAuto

SolverAuto

SolverAuto

SolverAuto

Method Detail

getCandidateSolverNames

getSelectedSolverName

runAnalyzer

supports

getAvgChainTable

getAvgSysTable

getAvgNodeTable

getAvgTable

getAvg

getAvgChain

getAvgSys

getAvgNode

getAvgArvRChain

getAvgQLenChain

getAvgUtilChain

getAvgRespTChain

getAvgTputChain

getAvgSysRespT

getAvgSysTput

getTranAvg

getTranCdfPassT

getTranCdfRespT

getTranProb

getTranProbAggr

getTranProbSys

getTranProbSysAggr

sample

sampleAggr

sampleSys

sampleSysAggr

getCdfRespT

getProb

getProbAggr

getProbSys

getProbSysAggr

getProbNormConstAggr