Uses of Class
jline.lib.fjcodes.FJService

Packages that use FJService

Package	Description
jline.api.fj
jline.lib.fjcodes

Uses of FJService in jline.api.fj

Methods in jline.api.fj that return FJService

Modifier and Type	Method	Description
static FJService	FJConvert.convertToFJService(Matrix S, Matrix s, Matrix tau)	Convert LINE PH to FJ service format
static FJService	FJConvert.convertToFJServiceFromProc(MatrixCell proc)	Convert LINE process cell {D0, D1} to FJ service format.
static FJService	FJConvert.fj_dist2fj_service(MatrixCell lineMAP, NetworkStruct sn, int ist, int r)	The "service" branch of FJConvert.fj_dist2fj(jline.util.matrix.MatrixCell, java.lang.String, jline.lang.NetworkStruct, int, int).

Methods in jline.api.fj that return types with arguments of type FJService

Modifier and Type	Method	Description
static Pair<List<FJArrival>,List<FJService>>	FJConvert.extractFJParams(NetworkStruct sn, FJInfo fjInfo)	Extract Fork-Join parameters from network structure (port of MATLAB fj_extract_params): the arrival MAP of every class is read from the station of the Source node, the service PH from the station of the first parallel queue (all queues are homogeneous), both converted with FJConvert.fj_dist2fj(jline.util.matrix.MatrixCell, java.lang.String, jline.lang.NetworkStruct, int, int).

Uses of FJService in jline.lib.fjcodes

Methods in jline.lib.fjcodes with parameters of type FJService

Modifier and Type	Method	Description
static SAResult	BuildSA.build_SA(FJService services, FJServiceH service_h, int C)	Build state transition matrices S and A_jump.
static FJServiceH	BuildServiceH.build_Service_h(FJService service)	Build service representation for a 2-node FJ job.
static PiResult	ComputePi.computePi(Matrix T, FJArrival arrival, FJService services, FJServiceH service_h, int C, Matrix S, Matrix A_jump)	Compute steady-state distribution for the case with 2 replicas.
static ComputeT.ComputeTResult	ComputeT.computeT(FJArrival arrival, FJService services, FJServiceH service_h, int C)
static ComputeT.ComputeTResult	ComputeT.computeT(FJArrival arrival, FJService services, FJServiceH service_h, int C, String tMode)	Compute T-matrix using specified method.
static Matrix	FJStateSpace.constructNotAllBusy(int C, FJService services, FJServiceH service_h)	Construct state space matrix for not-all-busy states.
static SRKResult	FJStateSpace.constructSRK(int C, FJService services, FJServiceH service_h, Matrix S)	Construct extended state space matrices (Se, Sestar, R0, Ke, Kc).
static GenerateServiceResult	GenerateService.generateService(FJService services, FJServiceH service_h, int C, Matrix S)	Generate Phase-Type representation for service time.
static MainFJ.FJPercentileResult	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int K)	Convenience overload for single K value
static List<MainFJ.FJPercentileResult>	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int[] K)
static List<MainFJ.FJPercentileResult>	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int[] K, int[] Cs)
static List<MainFJ.FJPercentileResult>	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int[] K, int[] Cs, String tMode)	Compute response time percentiles for K-node Fork-Join queue.
static MainFJ.FJPercentileResult	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int K, int C)
static MainFJ.FJPercentileResult	MainFJ.mainFJ(FJArrival arrival, FJService service, double[] pers, int K, int C, String tMode)
static Matrix	ReturnRT1.returnRT1(FJArrival arrival, FJService service, double[] pers)	Compute response time percentiles for K=1 Fork-Join queue.
static Matrix	ReturnRT2.returnRT2(FJArrival arrival, FJService service, double[] pers, int C)
static Matrix	ReturnRT2.returnRT2(FJArrival arrival, FJService service, double[] pers, int C, String tMode)	Compute response time percentiles for K=2 Fork-Join queue.