Package org.processmining.logabstractions.factories

Class MendaciousAbstractionFactory

java.lang.Object

org.processmining.logabstractions.factories.MendaciousAbstractionFactory

public class MendaciousAbstractionFactory
extends java.lang.Object

Field Summary

Fields

Modifier and Type	Field	Description
static double	DEFAULT_THRESHOLD_BOOLEAN

Constructor Summary

Constructors

Constructor	Description
MendaciousAbstractionFactory()

Method Summary

Modifier and Type	Method	Description
static <E> MendaciousAbstraction<E>	constructAlphaSharpMendaciousAbstraction(CausalAbstraction<E> cra, DirectlyFollowsAbstraction<E> dfa, ParallelAbstraction<E> pa)
static <E> double[][]	constructBooleanMendaciousAbstractionMatrix(CausalAbstraction<E> cra, DirectlyFollowsAbstraction<E> dfa, ParallelAbstraction<E> pa)	precondition: cra,dfa,pa share the same eventclasses
static <E> org.processmining.framework.util.Pair<MendaciousAbstraction<E>,MendaciousAbstraction<E>>	splitByRedundancyRuleAlphaSharp(CausalAbstraction<E> ca, MendaciousAbstraction<E> ma)	Please refer to Page 109, Equation 1 of "Mining Process Models with Prime Invisible Tasks"; L.

Methods inherited from class java.lang.Object

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

Field Detail

DEFAULT_THRESHOLD_BOOLEAN

public static double DEFAULT_THRESHOLD_BOOLEAN

Constructor Detail

MendaciousAbstractionFactory

public MendaciousAbstractionFactory()

Method Detail

constructBooleanMendaciousAbstractionMatrix

public static <E> double[][] constructBooleanMendaciousAbstractionMatrix(CausalAbstraction<E> cra,
                                                                         DirectlyFollowsAbstraction<E> dfa,
                                                                         ParallelAbstraction<E> pa)

precondition: cra,dfa,pa share the same eventclasses

Parameters:

cra -

dfa -

pa -

Returns:

constructAlphaSharpMendaciousAbstraction

public static <E> MendaciousAbstraction<E> constructAlphaSharpMendaciousAbstraction(CausalAbstraction<E> cra,
                                                                                    DirectlyFollowsAbstraction<E> dfa,
                                                                                    ParallelAbstraction<E> pa)

splitByRedundancyRuleAlphaSharp

public static <E> org.processmining.framework.util.Pair<MendaciousAbstraction<E>,MendaciousAbstraction<E>> splitByRedundancyRuleAlphaSharp(CausalAbstraction<E> ca,
                                                                                                                                                 MendaciousAbstraction<E> ma)

Please refer to Page 109, Equation 1 of "Mining Process Models with Prime Invisible Tasks"; L. Wen et al.

Parameters:

ma -

Returns: