Uses of Class
jline.solvers.mam.handlers.RCATModel

Packages that use RCATModel

Package	Description
jline.solvers.mam.handlers	Handlers for SolverMAM.

Uses of RCATModel in jline.solvers.mam.handlers

Methods in jline.solvers.mam.handlers that return RCATModel

Modifier and Type	Method	Description
static RCATModel	Solver_mam_build_ag.solver_mam_build_ag(NetworkStruct sn, int maxStates)

Methods in jline.solvers.mam.handlers with parameters of type RCATModel

Modifier and Type	Method	Description
static INAPResult	Solver_mam_inap.solver_mam_inap(RCATModel rcat)
static INAPResult	Solver_mam_inap.solver_mam_inap(RCATModel rcat, double tol, int maxiter)
static INAPResult	Solver_mam_inap.solver_mam_inap(RCATModel rcat, double tol, int maxiter, int seed)
static INAPResult	Solver_mam_inap.solver_mam_inap(RCATModel rcat, double tol, int maxiter, int seed, String method)
static INAPResult	Solver_mam_inap.solver_mam_inapinf(RCATModel rcat, boolean[] isOpenProc, double tol, int maxiter)	Matrix-geometric INAP ('inapinf'): the isolated OPEN components are solved directly on their infinite state space by a scalar matrix-geometric (QBD / catastrophe) decomposition -- the marginal is geometric pi_n = (1-rho) rho^n with rho the sub-unit root of the QBD characteristic equation, and any catastrophe drain to the empty state folds into the local outflow.
static MetricsResult	Solver_mam_metrics.solver_mam_metrics(NetworkStruct sn, INAPResult inapResult, RCATModel rcat)