Package jline.lang.state

Class AfterEventStation

java.lang.Object

jline.lang.state.AfterEventStation

All Implemented Interfaces:

Serializable

public class AfterEventStation
extends Object
implements Serializable

See Also:

• Serialized Form

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static class	AfterEventStation.PasSwap	Result of a pass-and-swap transition: the new ordered list and the departing class.

Constructor Summary

Constructors

Constructor	Description
AfterEventStation()

Method Summary

Modifier and Type	Method	Description
static Ret.EventResult	afterEventStationPas(NetworkStruct sn, int ind, int ist, Matrix inspace, EventType event, int jobClass, int R, int V, boolean isSimulation)	Event handler for pass-and-swap (PAS) / order-independent stations.
static AfterEventStation.PasSwap	passAndSwap(int[] c, int p, Matrix G)	Applies the pass-and-swap mechanism (Dorsman and Gardner 2024, Sect.

Methods inherited from class java.lang.Object

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

Constructor Details

AfterEventStation

public AfterEventStation()

Method Details

passAndSwap

public static AfterEventStation.PasSwap passAndSwap(int[] c,
 int p,
 Matrix G)

Applies the pass-and-swap mechanism (Dorsman and Gardner 2024, Sect. 2.3) triggered by the service completion of position p.

Parameters:

c - ordered list of 1-based class indices (c[0] oldest)

p - 0-based position of the completing job

G - (nclasses x nclasses) 0-based swapping-graph adjacency

afterEventStationPas

public static Ret.EventResult afterEventStationPas(NetworkStruct sn,
 int ind,
 int ist,
 Matrix inspace,
 EventType event,
 int jobClass,
 int R,
 int V,
 boolean isSimulation)

Event handler for pass-and-swap (PAS) / order-independent stations. The local state is the ordered list of 1-based class indices (oldest first), left-aligned in the first W = cap columns and right zero-padded; the trailing V columns are routing variables (carried through). Service is governed by the total rate function mu(c) (QueueNodeParam.svcRateFun, called with a row Matrix of 0-based class indices) and the swapping graph G (QueueNodeParam.swapGraph, 0-based).