Package jline.solvers.ctmc

Class SolverCTMC.AnalyzerResult

java.lang.Object

jline.solvers.ctmc.SolverCTMC.AnalyzerResult

Enclosing class:

SolverCTMC

public static class SolverCTMC.AnalyzerResult
extends Object

Field Summary

Fields

Modifier and Type	Field	Description
Matrix	CN
MatrixCell	EventFiltration
String	fname
Matrix	InfGen
Matrix	InfGenWork	Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by.
Matrix	pi	Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by.
Matrix[][]	preemptFilt	The filtrations those rates reduce, indexed [station][class].
Matrix	PreemptN	Derived START/PREEMPT rates, (stations x classes): how often per unit time a class-r service starts at station i, and how often a class-r job in service is pushed back into the buffer there.
Matrix	QN
Matrix	RN
double	runtime
NetworkStruct	sncopy
Matrix[][]	startFilt	The filtrations those rates reduce, indexed [station][class].
Matrix	StartN	Derived START/PREEMPT rates, (stations x classes): how often per unit time a class-r service starts at station i, and how often a class-r job in service is pushed back into the buffer there.
Matrix	StateSpace
Matrix	StateSpaceAggr
Matrix	StateSpaceAggrWork	Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by.
Matrix	StateSpaceWork	Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by.
Matrix	TN
Matrix	UN
Matrix	XN

Constructor Summary

Constructors

Constructor	Description
AnalyzerResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix InfGen, Matrix StateSpace, Matrix StateSpaceAggr, MatrixCell EventFiltration, double runtime, String fname, NetworkStruct sncopy)
AnalyzerResult(Matrix QN, Matrix UN, Matrix RN, Matrix TN, Matrix CN, Matrix XN, Matrix InfGen, Matrix StateSpace, Matrix StateSpaceAggr, MatrixCell EventFiltration, double runtime, String fname, NetworkStruct sncopy, Matrix pi, Matrix StateSpaceWork, Matrix StateSpaceAggrWork, Matrix InfGenWork)

Method Summary

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

QN

public Matrix QN

UN

public Matrix UN

RN

public Matrix RN

TN

public Matrix TN

CN

public Matrix CN

XN

public Matrix XN

InfGen

public Matrix InfGen

StateSpace

public Matrix StateSpace

StateSpaceAggr

public Matrix StateSpaceAggr

EventFiltration

public MatrixCell EventFiltration

runtime

public double runtime

fname

public String fname

sncopy

public NetworkStruct sncopy

pi

public Matrix pi

Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by. On a reducible chain the analyzer restricts the generator to the component supporting the stationary distribution, so pi is shorter than StateSpace; InfGenWork/StateSpaceWork/StateSpaceAggrWork are the matching rows and must be consumed as one triple. On an irreducible chain they are InfGen/StateSpace/StateSpaceAggr themselves.

StateSpaceWork

public Matrix StateSpaceWork

Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by. On a reducible chain the analyzer restricts the generator to the component supporting the stationary distribution, so pi is shorter than StateSpace; InfGenWork/StateSpaceWork/StateSpaceAggrWork are the matching rows and must be consumed as one triple. On an irreducible chain they are InfGen/StateSpace/StateSpaceAggr themselves.

StateSpaceAggrWork

public Matrix StateSpaceAggrWork

Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by. On a reducible chain the analyzer restricts the generator to the component supporting the stationary distribution, so pi is shorter than StateSpace; InfGenWork/StateSpaceWork/StateSpaceAggrWork are the matching rows and must be consumed as one triple. On an irreducible chain they are InfGen/StateSpace/StateSpaceAggr themselves.

InfGenWork

public Matrix InfGenWork

Stationary distribution the analyzer solved for, and the generator and state spaces it is indexed by. On a reducible chain the analyzer restricts the generator to the component supporting the stationary distribution, so pi is shorter than StateSpace; InfGenWork/StateSpaceWork/StateSpaceAggrWork are the matching rows and must be consumed as one triple. On an irreducible chain they are InfGen/StateSpace/StateSpaceAggr themselves.

StartN

public Matrix StartN

Derived START/PREEMPT rates, (stations x classes): how often per unit time a class-r service starts at station i, and how often a class-r job in service is pushed back into the buffer there. Annotations on the arcs the generator already carries, so they are not MetricType entries and add no getAvgTable column. At a lossless station with no in-service abandonment StartN == TN + PreemptN.

PreemptN

public Matrix PreemptN

Derived START/PREEMPT rates, (stations x classes): how often per unit time a class-r service starts at station i, and how often a class-r job in service is pushed back into the buffer there. Annotations on the arcs the generator already carries, so they are not MetricType entries and add no getAvgTable column. At a lossless station with no in-service abandonment StartN == TN + PreemptN.

startFilt

public Matrix[][] startFilt

The filtrations those rates reduce, indexed [station][class].

preemptFilt

public Matrix[][] preemptFilt

The filtrations those rates reduce, indexed [station][class].

Constructor Details

AnalyzerResult

public AnalyzerResult(Matrix QN,
 Matrix UN,
 Matrix RN,
 Matrix TN,
 Matrix CN,
 Matrix XN,
 Matrix InfGen,
 Matrix StateSpace,
 Matrix StateSpaceAggr,
 MatrixCell EventFiltration,
 double runtime,
 String fname,
 NetworkStruct sncopy)

AnalyzerResult

public AnalyzerResult(Matrix QN,
 Matrix UN,
 Matrix RN,
 Matrix TN,
 Matrix CN,
 Matrix XN,
 Matrix InfGen,
 Matrix StateSpace,
 Matrix StateSpaceAggr,
 MatrixCell EventFiltration,
 double runtime,
 String fname,
 NetworkStruct sncopy,
 Matrix pi,
 Matrix StateSpaceWork,
 Matrix StateSpaceAggrWork,
 Matrix InfGenWork)