net.ashwork.functionality.predicate.primitive.doubles

Interface DoublePredicate1

All Superinterfaces:

AbstractDoublePredicate1<DoublePredicate1>, AbstractPredicateN<DoublePredicate1>, And<DoublePredicate1>, net.ashwork.functionality.partial.Arity, net.ashwork.functionality.FunctionN<java.lang.Boolean>, net.ashwork.functionality.partial.FunctionVariant<java.lang.Boolean,net.ashwork.functionality.primitive.combined.DoubleToBooleanFunction1>, net.ashwork.functionality.partial.InputChainable<java.lang.Double>, net.ashwork.functionality.partial.InputChainableInput<java.lang.Double>, LogicalOperator<DoublePredicate1>, Nand<DoublePredicate1>, Nor<DoublePredicate1>, Not, Or<DoublePredicate1>, OrNot<DoublePredicate1>, net.ashwork.functionality.partial.ResultChainable<java.lang.Boolean>, net.ashwork.functionality.partial.ResultChainableResult<java.lang.Boolean>, Sub<DoublePredicate1>, net.ashwork.functionality.primitive.booleans.ToBooleanFunctionN, net.ashwork.functionality.partial.UnboxedInput<AbstractPredicate1<java.lang.Double,?>>, net.ashwork.functionality.partial.Variant<java.util.function.DoublePredicate>, Xnor<DoublePredicate1>, Xor<DoublePredicate1>

Functional Interface:

This is a functional interface and can therefore be used as the assignment target for a lambda expression or method reference.

@FunctionalInterface
public interface DoublePredicate1
extends AbstractDoublePredicate1<DoublePredicate1>

Represents a predicate that accepts a double-valued argument and produces a boolean-valued result. This is the one-arity specialization for PredicateN. This is the predicate specialization for DoubleToBooleanFunction1. This is the double-consuming primitive specialization of Predicate1.

This is a functional interface whose functional method is AbstractDoublePredicate1.test(double).

Since:

1.0.0

See Also:

PredicateN, DoubleToBooleanFunction1, Predicate1

Nested Class Summary

Nested classes/interfaces inherited from interface net.ashwork.functionality.primitive.booleans.ToBooleanFunctionN

net.ashwork.functionality.primitive.booleans.ToBooleanFunctionN.Instance

Nested classes/interfaces inherited from interface net.ashwork.functionality.FunctionN

net.ashwork.functionality.FunctionN.FunctionSizeException

Method Summary

Modifier and Type	Method and Description
default DoublePredicate1	and(DoublePredicate1 other) Intersects this object with another object to produce a combined result.
default Predicate1<java.lang.Double>	boxInput()
default <V> Predicate1<V>	compose(net.ashwork.functionality.Function1<? super V,? extends java.lang.Double> before)
default <V> Predicate1<V>	composeUnchecked(net.ashwork.functionality.Function1<? super V,? extends java.lang.Double> before)
static DoublePredicate1	fromFunctionVariant(net.ashwork.functionality.primitive.combined.DoubleToBooleanFunction1 function) Creates an instance of this object from its DoubleToBooleanFunction1 function variant.
static Predicate1<java.lang.Double>	fromVariant(java.util.function.DoublePredicate predicate) Creates an instance of this object from its DoublePredicate variant.
default DoublePredicate1	nand(DoublePredicate1 other) Intersects this object with another object to produce the complement of a combined result.
default DoublePredicate1	nor(DoublePredicate1 other) Unions this object with another object to produce the complement of a combined result.
default DoublePredicate1	not() Gets the complement of this object.
default DoublePredicate1	or(DoublePredicate1 other) Unions this object with another object to produce a combined result.
default DoublePredicate1	orNot(DoublePredicate1 other) Subtracts the other object from this object to produce the complement of a combined result.
default DoublePredicate1	sub(DoublePredicate1 other) Subtracts the other object from this object to produce a combined result.
default DoublePredicate1	xnor(DoublePredicate1 other) Disjunctively unions this object with another object to produce the complement of a combined result.
default DoublePredicate1	xor(DoublePredicate1 other) Disjunctively unions this object with another object to produce a combined result.

Methods inherited from interface net.ashwork.functionality.predicate.abstracts.primitive.doubles.AbstractDoublePredicate1

andThen, andThenUnchecked, arity, test, testAllUnchecked, toFunctionVariant, toVariant

Methods inherited from interface net.ashwork.functionality.predicate.abstracts.AbstractPredicateN

applyAllAsBooleanUnchecked

Methods inherited from interface net.ashwork.functionality.primitive.booleans.ToBooleanFunctionN

applyAllUnchecked

Methods inherited from interface net.ashwork.functionality.FunctionN

checkSize, checkSize, sizedApplyAllUnchecked

Method Detail

fromFunctionVariant

static DoublePredicate1 fromFunctionVariant(net.ashwork.functionality.primitive.combined.DoubleToBooleanFunction1 function)

Creates an instance of this object from its DoubleToBooleanFunction1 function variant.

Parameters:

function - the function variant of this object

Returns:

an instance of this object

See Also:

DoubleToBooleanFunction1

fromVariant

static Predicate1<java.lang.Double> fromVariant(java.util.function.DoublePredicate predicate)

Creates an instance of this object from its DoublePredicate variant.

Parameters:

predicate - the variant of this object

Returns:

an instance of this object

See Also:

DoublePredicate

boxInput

default Predicate1<java.lang.Double> boxInput()

Specified by:

boxInput in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

boxInput in interface net.ashwork.functionality.partial.UnboxedInput<AbstractPredicate1<java.lang.Double,?>>

See Also:

Predicate1

compose

default <V> Predicate1<V> compose(net.ashwork.functionality.Function1<? super V,? extends java.lang.Double> before)

Specified by:

compose in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

compose in interface net.ashwork.functionality.partial.InputChainable<java.lang.Double>

Specified by:

compose in interface net.ashwork.functionality.partial.InputChainableInput<java.lang.Double>

See Also:

Predicate1

composeUnchecked

default <V> Predicate1<V> composeUnchecked(net.ashwork.functionality.Function1<? super V,? extends java.lang.Double> before)

Specified by:

composeUnchecked in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

composeUnchecked in interface net.ashwork.functionality.partial.InputChainable<java.lang.Double>

Specified by:

composeUnchecked in interface net.ashwork.functionality.partial.InputChainableInput<java.lang.Double>

See Also:

Predicate1

not

default DoublePredicate1 not()

Description copied from interface: Not

Gets the complement of this object. This is the equivalent of calling ~A or a logical NOT.

Specified by:

not in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

not in interface AbstractPredicateN<DoublePredicate1>

Specified by:

not in interface LogicalOperator<DoublePredicate1>

Specified by:

not in interface Nand<DoublePredicate1>

Specified by:

not in interface Nor<DoublePredicate1>

Specified by:

not in interface Not

Specified by:

not in interface OrNot<DoublePredicate1>

Specified by:

not in interface Sub<DoublePredicate1>

Specified by:

not in interface Xnor<DoublePredicate1>

Specified by:

not in interface Xor<DoublePredicate1>

Returns:

a complement of this object

and

default DoublePredicate1 and(DoublePredicate1 other)

Description copied from interface: And

Intersects this object with another object to produce a combined result. This is the equivalent of calling A & B or a logical AND.

Specified by:

and in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

and in interface AbstractPredicateN<DoublePredicate1>

Specified by:

and in interface And<DoublePredicate1>

Specified by:

and in interface LogicalOperator<DoublePredicate1>

Specified by:

and in interface Nand<DoublePredicate1>

Specified by:

and in interface Sub<DoublePredicate1>

Specified by:

and in interface Xnor<DoublePredicate1>

Specified by:

and in interface Xor<DoublePredicate1>

Parameters:

other - the intersected object

Returns:

a combined object that represents the intersection of this object and the other object

or

default DoublePredicate1 or(DoublePredicate1 other)

Description copied from interface: Or

Unions this object with another object to produce a combined result. This is the equivalent of calling A | B or a logical OR.

Specified by:

or in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

or in interface AbstractPredicateN<DoublePredicate1>

Specified by:

or in interface LogicalOperator<DoublePredicate1>

Specified by:

or in interface Nor<DoublePredicate1>

Specified by:

or in interface Or<DoublePredicate1>

Specified by:

or in interface OrNot<DoublePredicate1>

Specified by:

or in interface Xnor<DoublePredicate1>

Specified by:

or in interface Xor<DoublePredicate1>

Parameters:

other - the unioned object

Returns:

a combined object that represents the union of this object and the other object

xor

default DoublePredicate1 xor(DoublePredicate1 other)

Description copied from interface: Xor

Disjunctively unions this object with another object to produce a combined result. This is the equivalent of calling A ^ B or a logical XOR.

Specified by:

xor in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

xor in interface AbstractPredicateN<DoublePredicate1>

Specified by:

xor in interface LogicalOperator<DoublePredicate1>

Specified by:

xor in interface Xnor<DoublePredicate1>

Specified by:

xor in interface Xor<DoublePredicate1>

Parameters:

other - the disjunctively unioned object

Returns:

a combined object that represents the symmetric difference of this object and the other object

sub

default DoublePredicate1 sub(DoublePredicate1 other)

Description copied from interface: Sub

Subtracts the other object from this object to produce a combined result. This is the equivalent of calling A - B or the relative complement.

Specified by:

sub in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

sub in interface AbstractPredicateN<DoublePredicate1>

Specified by:

sub in interface LogicalOperator<DoublePredicate1>

Specified by:

sub in interface Sub<DoublePredicate1>

Specified by:

sub in interface Xnor<DoublePredicate1>

Specified by:

sub in interface Xor<DoublePredicate1>

Parameters:

other - the subtrahend object

Returns:

a combined object that represents the other object being subtracted from this object

nand

default DoublePredicate1 nand(DoublePredicate1 other)

Description copied from interface: Nand

Intersects this object with another object to produce the complement of a combined result. This is the equivalent of calling ~(A & B) or a logical NAND.

Specified by:

nand in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

nand in interface AbstractPredicateN<DoublePredicate1>

Specified by:

nand in interface LogicalOperator<DoublePredicate1>

Specified by:

nand in interface Nand<DoublePredicate1>

Parameters:

other - the intersected object

Returns:

a combined object that represents the complement of the intersection of this object and the other object

nor

default DoublePredicate1 nor(DoublePredicate1 other)

Description copied from interface: Nor

Unions this object with another object to produce the complement of a combined result. This is the equivalent of calling ~(A | B) or a logical NOR.

Specified by:

nor in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

nor in interface AbstractPredicateN<DoublePredicate1>

Specified by:

nor in interface LogicalOperator<DoublePredicate1>

Specified by:

nor in interface Nor<DoublePredicate1>

Parameters:

other - the unioned object

Returns:

a combined object that represents the complement of the union of this object and the other object

xnor

default DoublePredicate1 xnor(DoublePredicate1 other)

Description copied from interface: Xnor

Disjunctively unions this object with another object to produce the complement of a combined result. This is the equivalent of calling ~(A ^ B) or a logical XNOR.

Specified by:

xnor in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

xnor in interface AbstractPredicateN<DoublePredicate1>

Specified by:

xnor in interface LogicalOperator<DoublePredicate1>

Specified by:

xnor in interface Xnor<DoublePredicate1>

Parameters:

other - the disjunctively unioned object

Returns:

a combined object that represents the complement of the symmetric difference of this object and the other object

orNot

default DoublePredicate1 orNot(DoublePredicate1 other)

Description copied from interface: OrNot

Subtracts the other object from this object to produce the complement of a combined result. This is the equivalent of calling ~(A - B) or the complement of the relative complement.

Specified by:

orNot in interface AbstractDoublePredicate1<DoublePredicate1>

Specified by:

orNot in interface AbstractPredicateN<DoublePredicate1>

Specified by:

orNot in interface LogicalOperator<DoublePredicate1>

Specified by:

orNot in interface OrNot<DoublePredicate1>

Parameters:

other - the subtrahend object

Returns:

a combined object that represents the complement of the other object being subtracted from this object