Class RandomDecomposer

java.lang.Object

org.tweetyproject.arg.adf.reasoner.sat.decomposer.RandomDecomposer

All Implemented Interfaces:

Decomposer

public final class RandomDecomposer
extends Object

The RandomDecomposer is a concrete implementation of the AbstractDecomposer, designed to randomly partition the arguments of an AbstractDialecticalFramework (ADF).

The decomposition randomly shuffles the arguments in the ADF and then selects a subset of them based on the specified count. This allows for random partitions of the argument set, which can be useful for certain applications like random sampling or stochastic analysis of argumentation frameworks.

Usage of this class involves instantiating it with a specific ADF and then calling the decomposition methods provided by the superclass AbstractDecomposer.

Author:

Sebastian Matthias Thimm

Constructor Summary

Constructors

Constructor	Description
RandomDecomposer(AbstractDialecticalFramework adf)	Constructs a RandomDecomposer for the specified AbstractDialecticalFramework.

Method Summary

Modifier and Type	Method	Description
Decomposer	asTwoValued()
Collection<Interpretation>	decompose(int desired)	Decomposes the framework or system into a collection of Interpretation objects based on the provided criterion.

Methods inherited from class java.lang.Object

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

Constructor Details

RandomDecomposer

public RandomDecomposer(AbstractDialecticalFramework adf)

Constructs a RandomDecomposer for the specified AbstractDialecticalFramework.

Parameters:

adf - the Abstract Dialectical Framework to decompose, must not be null

Method Details

decompose

public Collection<Interpretation> decompose(int desired)

Description copied from interface: Decomposer

Decomposes the framework or system into a collection of Interpretation objects based on the provided criterion.

Specified by:

decompose in interface Decomposer

Parameters:

desired - an integer representing the desired criterion for decomposition; the meaning of this parameter is implementation-specific (e.g., it could represent the number of desired interpretations or a specific threshold for decomposition)

Returns:

a collection of decomposed Interpretation objects based on the specified criterion

asTwoValued

public Decomposer asTwoValued()

Returns:

asTwoValued