Interface BinaryFunction<N extends Comparable<N>>

All Superinterfaces:

BasicFunction, BiFunction<N,N,N>, BinaryOperator<N>, DoubleBinaryOperator

All Known Subinterfaces:

BigFunction.Binary, ComplexFunction.Binary, PrimitiveFunction.Binary, QuadrupleFunction.Binary, QuaternionFunction.Binary, RationalFunction.Binary

All Known Implementing Classes:

ArtificialNeuralNetwork.Error

public interface BinaryFunction<N extends Comparable<N>>
extends BasicFunction, BinaryOperator<N>, DoubleBinaryOperator

Nested Class Summary

Nested Classes

Modifier and Type	Interface	Description
static final class	BinaryFunction.FixedFirst<N extends Comparable<N>>	A BinaryFunction with a set/fixed first argument.
static final class	BinaryFunction.FixedSecond<N extends Comparable<N>>	A BinaryFunction with a set/fixed second argument.

Nested classes/interfaces inherited from interface BasicFunction

BasicFunction.Differentiable<N,F>, BasicFunction.Integratable<N,F>, BasicFunction.PlainUnary<T,R>

Method Summary

Modifier and Type	Method	Description
default BinaryFunction<N>	andThen(UnaryFunction<N> after)
default N	apply(N arg1, N arg2)
default double	applyAsDouble(double arg1, double arg2)
default UnaryFunction<N>	by(double arg2)	To allow syntax like array.modifyAll(DIVIDE.by(3.0));
default UnaryFunction<N>	by(N arg2)	To allow syntax like array.modifyAll(DIVIDE.by(3.0));
default UnaryFunction<N>	first(double arg1)
default UnaryFunction<N>	first(N arg1)	Turns this binary function into a unary function with the first argument fixed/locked to the specified value.
default byte	invoke(byte arg1, byte arg2)
double	invoke(double arg1, double arg2)
default float	invoke(float arg1, float arg2)
default int	invoke(int arg1, int arg2)
default long	invoke(long arg1, long arg2)
default short	invoke(short arg1, short arg2)
N	invoke(N arg1, double arg2)
N	invoke(N arg1, N arg2)
default UnaryFunction<N>	second(double arg2)
default UnaryFunction<N>	second(N arg2)	Turns this binary function into a unary function with the second argument fixed/locked to the specified value.

Methods inherited from interface BiFunction

andThen

Method Details

andThen

default BinaryFunction<N> andThen(UnaryFunction<N> after)

apply

default N apply(N arg1,
 N arg2)

Specified by:

apply in interface BiFunction<N extends Comparable<N>, N extends Comparable<N>, N extends Comparable<N>>

See Also:

• BiFunction.apply(java.lang.Object, java.lang.Object)

applyAsDouble

default double applyAsDouble(double arg1,
 double arg2)

Specified by:

applyAsDouble in interface DoubleBinaryOperator

See Also:

• DoubleBinaryOperator.applyAsDouble(double, double)

by

default UnaryFunction<N> by(double arg2)

To allow syntax like array.modifyAll(DIVIDE.by(3.0));

See Also:

• second(double)

by

default UnaryFunction<N> by(N arg2)

To allow syntax like array.modifyAll(DIVIDE.by(3.0));

See Also:

• second(double)

first

default UnaryFunction<N> first(double arg1)

See Also:

• first(Comparable)

first

default UnaryFunction<N> first(N arg1)

Turns this binary function into a unary function with the first argument fixed/locked to the specified value.

Parameters:

arg1 - The first argument of the binary function.

Returns:

The resulting unary function.

invoke

default byte invoke(byte arg1,
 byte arg2)

invoke

double invoke(double arg1,
 double arg2)

invoke

default float invoke(float arg1,
 float arg2)

invoke

default int invoke(int arg1,
 int arg2)

invoke

default long invoke(long arg1,
 long arg2)

invoke

N invoke(N arg1,
 double arg2)

invoke

N invoke(N arg1,
 N arg2)

invoke

default short invoke(short arg1,
 short arg2)

second

default UnaryFunction<N> second(double arg2)

See Also:

• second(Comparable)

second

default UnaryFunction<N> second(N arg2)

Turns this binary function into a unary function with the second argument fixed/locked to the specified value.

Parameters:

arg2 - The second argument of the binary function.

Returns:

The resulting unary function.