public class NormalRBF extends ABoundedOp
| Constructor and Description |
|---|
NormalRBF() |
| Modifier and Type | Method and Description |
|---|---|
double |
apply(double x)
Applies this operator to a single value, returning the result
|
double |
averageValue() |
double |
derivative(double x)
Returns the derivative of this Op for a given input value x
i.e.
|
boolean |
hasDerivative()
Returns true if this operator supports computing the derivative for a given input
|
boolean |
hasDerivativeForOutput()
Returns true if this operator supports computing the derivative for a given output
|
boolean |
hasInverse()
Returns true if this operator supports computing the inverse for a given output
|
double |
maxValue() |
double |
minValue() |
isBoundedapplyInverse, applyTo, applyTo, applyTo, applyTo, applyTo, applyTo, applyTo, applyTo, applyTo, compose, compose, constrainValues, derivativeForOutput, divide, getDerivativeOp, getInverse, getTransform, isDomainBounded, isStochastic, maxDomain, minDomain, product, sum, toString, validateOutputpublic static final NormalRBF INSTANCE
public double apply(double x)
IOperatorpublic boolean hasDerivative()
OphasDerivative in class Oppublic boolean hasDerivativeForOutput()
OphasDerivativeForOutput in class Oppublic double derivative(double x)
Opderivative in class Oppublic double averageValue()
averageValue in class ABoundedOppublic double minValue()
minValue in class ABoundedOppublic boolean hasInverse()
OphasInverse in class Oppublic double maxValue()
maxValue in class ABoundedOpCopyright © 2016. All rights reserved.