mikera.vectorz

Interface IOperator

All Known Implementing Classes:

ABoundedOp, Absolute, AFunctionOp, ALinearOp, APolynomialOp, ARoundingOp, Clamp, Composed, Constant, Cosh, Derivative, Division, Exp, GaussianNoise, Identity, Inverse, Linear, Log, Logistic, LogN, NormalRBF, Offset, Op, Power, Product, Quadratic, Reciprocal, ScaledLogistic, Signum, SoftPlus, Sqrt, Square, StochasticBinary, Sum, Tanh

public interface IOperator

Interface for a scalar operator that transforms a double value to another double value

Author:

Mike

Method Summary

Methods

Modifier and Type	Method and Description
double	apply(double x) Applies the operator to a single value, returning the result
void	applyTo(AVector v)
void	applyTo(AVector v, int start, int length)
void	applyTo(double[] data, int start, int length)
Op	getInverse()
ATransform	getTransform(int dims) Converts an operator into a corresponding transform that applies the operator to all elements of its input

Method Detail

apply

double apply(double x)

Applies the operator to a single value, returning the result

Parameters:

x -

Returns:

applyTo

void applyTo(AVector v)

applyTo

void applyTo(AVector v,
           int start,
           int length)

applyTo

void applyTo(double[] data,
           int start,
           int length)

getTransform

ATransform getTransform(int dims)

Converts an operator into a corresponding transform that applies the operator to all elements of its input

Parameters:

dims -

Returns:

getInverse

Op getInverse()