Package jline.api.sn

Class SnNonmarkovToPh

java.lang.Object

jline.api.sn.SnNonmarkovToPh

public final class SnNonmarkovToPh
extends Object

Method Summary

Modifier and Type	Method	Description
static NetworkStruct	snNonmarkovToPh(NetworkStruct snInput, SolverOptions options)
static NetworkStruct	snNonmarkovToPh(NetworkStruct snInput, SolverOptions options, boolean keepDetTag)
static NetworkStruct	snNonmarkovToPh(NetworkStruct snInput, SolverOptions options, boolean keepDetTag, Boolean preserveDetOverride)

Methods inherited from class java.lang.Object

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

Method Details

snNonmarkovToPh

public static NetworkStruct snNonmarkovToPh(NetworkStruct snInput,
 SolverOptions options)

snNonmarkovToPh

public static NetworkStruct snNonmarkovToPh(NetworkStruct snInput,
 SolverOptions options,
 boolean keepDetTag)

Parameters:

keepDetTag - when true, a converted DET keeps procid=DET (MAM needs this for exact deterministic dispatch); when false (CTMC/SSA), the converted DET is tagged MAP like every other converted distribution, so the state-space generator treats its Erlang-PH representation as a proper multi-phase process instead of a single-phase deterministic placeholder (fixes M/D/1 QLen=0).

snNonmarkovToPh

public static NetworkStruct snNonmarkovToPh(NetworkStruct snInput,
 SolverOptions options,
 boolean keepDetTag,
 Boolean preserveDetOverride)

Parameters:

preserveDetOverride - the resolved value of options.config.preserveDet, or null to read the option itself (treating an unset option as false, which is what every caller but the MAM steady-state analyzer wants). The MAM analyzer passes the value explicitly rather than assigning it into options.config because options is a shared reference here where MATLAB's struct is a value, so a mutation would leak into later solves on the same solver.