jfml.rule

Class Rule

java.lang.Object

jfml.rule.Rule

Direct Known Subclasses:

AnYaRuleType, FuzzyRuleType, TskFuzzyRuleType

public abstract class Rule
extends java.lang.Object

Abstract class for representing the Rule. Methods reset, and and or is implemented

Author:

sotillo19

Field Summary

Fields

Modifier and Type	Field and Description
static java.lang.String	defaultAndMethod
static java.lang.String	defaultOrMethod

Constructor Summary

Constructors

Constructor and Description
Rule()

Method Summary

Modifier and Type	Method and Description
abstract float	aggregation(float[] degrees) Performs the combination of the multiple clauses contained in the antecedent part of a rule by means two connectors, and or or
float	and(float[] degrees)
float	and(java.lang.String andMethod, float[] degrees)
float	getEvaluation()
float	or(float[] degrees)
float	or(java.lang.String orMethod, float[] degrees)
void	reset()
void	setEvaluation(float evaluation)
abstract java.lang.String	toString()

Methods inherited from class java.lang.Object

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

Field Detail

defaultAndMethod

public static java.lang.String defaultAndMethod

defaultOrMethod

public static java.lang.String defaultOrMethod

Constructor Detail

Rule

public Rule()

Method Detail

reset

public void reset()

and

public float and(float[] degrees)

Returns:

The and algorithm by default: MIN

and

public float and(java.lang.String andMethod,
                 float[] degrees)

Parameters:

andMethod - - MIN for implementing the operator and with the minimum as defined from Equation (A.14); - PROD for implementing the operator and with the product as defined from Equation (A.15); - BDIF for implementing the operator and with bounded difference as defined from Equation (A.16); - DRP for implementing the operator and with the drastic product as defined from Equation (A.17); - EPROD for implementing the operator and with the Einstein product as defined from Equation (A.18); - HPROD for implementing the operator and with the Hamacher product as defined from Equation (A.19); - NILMIN for implementing the operator and with the Nilpotent minimum as defined from Equation (A.20); - custom_\S* for a custom method for operator and.

Returns:

or

public float or(float[] degrees)

Returns:

The or algorithm by default: MAX

or

public float or(java.lang.String orMethod,
                float[] degrees)

Parameters:

orMethod - - MAX for implementing the connector or with the maximum as defined from Equation (A.21); - PROBOR for implementing the connector or with the probabilistic sum as defined from Equation (A.22); - BSUM for implementing the operator or with the bounded sum as defined from Equation (A.23); - DRS for implementing the operator or with the drastic sum as defined from Equation (A.24); - ESUM for implementing the operator or with the Einstein sum as defined from Equation (A.25); - HSUM for implementing the operator or with the Hamacher sum as defined from Equation (A.26); - NILMAX for implementing the operator or with the Nilpotent maximum as defined from Equation (A.27); - custom_\S* for a custom method for implementing the connector or.

Returns:

aggregation

public abstract float aggregation(float[] degrees)

Performs the combination of the multiple clauses contained in the antecedent part of a rule by means two connectors, and or or

Parameters:

degrees -

Returns:

aggregation value

toString

public abstract java.lang.String toString()

Overrides:

toString in class java.lang.Object

getEvaluation

public float getEvaluation()

setEvaluation

public void setEvaluation(float evaluation)