Uses of Interface
civitas.celestis.util.tuple.Tuple

Packages that use Tuple

Package	Description
civitas.celestis.math.decimal
civitas.celestis.math.integer
civitas.celestis.math.vector
civitas.celestis.util.array
civitas.celestis.util.tuple

Uses of Tuple in civitas.celestis.math.decimal

Subinterfaces of Tuple in civitas.celestis.math.decimal

Modifier and Type	Interface	Description
interface	DecimalVector<V extends DecimalVector<V,PV>,PV extends Vector<PV>>	A mathematical vector which uses BigDecimals.

Classes in civitas.celestis.math.decimal that implement Tuple

Modifier and Type	Class	Description
class	Decimal2	An immutable two-dimensional decimal vector.
class	Decimal3	An immutable three-dimensional decimal vector.
class	Decimal4	An immutable four-dimensional decimal vector.
class	DecimalQuaternion	An immutable decimal quaternion.

Constructors in civitas.celestis.math.decimal with parameters of type Tuple

Modifier	Constructor	Description
	Decimal2(Tuple<? extends BigDecimal> t)	Creates a new vector.
	Decimal3(Tuple<? extends BigDecimal> t)	Creates a new vector.
	Decimal4(Tuple<? extends BigDecimal> t)	Creates a new vector.
	DecimalQuaternion(Tuple<? extends BigDecimal> t)	Creates a new decimal quaternion.

Uses of Tuple in civitas.celestis.math.integer

Subinterfaces of Tuple in civitas.celestis.math.integer

Modifier and Type	Interface	Description
interface	IntegerVector<V extends IntegerVector<V,DV,PV>,DV extends BigVector<BigDecimal,BigDecimal,DV,DV,?>,PV extends BaseTuple<? extends Number>>	A mathematical vector which uses BigIntegers.

Classes in civitas.celestis.math.integer that implement Tuple

Modifier and Type	Class	Description
class	Integer2	An immutable two-dimensional BigInteger vector.
class	Integer3	An immutable three-dimensional BigInteger vector.
class	Integer4	An immutable four-dimensional BigInteger vector.

Constructors in civitas.celestis.math.integer with parameters of type Tuple

Modifier	Constructor	Description
	Integer2(Tuple<? extends BigInteger> t)	Creates a new vector.
	Integer3(Tuple<? extends BigInteger> t)	Creates a new vector.
	Integer4(Tuple<? extends BigInteger> t)	Creates a new vector.

Uses of Tuple in civitas.celestis.math.vector

Subinterfaces of Tuple in civitas.celestis.math.vector

Modifier and Type	Interface	Description
interface	BigVector<N,D,V extends BigVector<N,D,V,DV,PV>,DV extends BigVector<D,D,DV,DV,? extends BaseTuple<?>>,PV extends BaseTuple<? extends Number>>	A mathematical vector which uses an arbitrary numeric type N.

Uses of Tuple in civitas.celestis.util.array

Methods in civitas.celestis.util.array that return Tuple

Modifier and Type	Method	Description
Tuple<E>	AtomicArray.tuple()	Returns a tuple containing the elements of this array in their proper order.
Tuple<E>	FastArray.tuple()	Returns a tuple containing the elements of this array in their proper order.
Tuple<E>	SafeArray.tuple()	Returns a tuple containing the elements of this array in their proper order.
Tuple<E>	SyncArray.tuple()	Returns a tuple containing the elements of this array in their proper order.

Uses of Tuple in civitas.celestis.util.tuple

Classes in civitas.celestis.util.tuple that implement Tuple

Modifier and Type	Class	Description
class	ArrayTuple<E>	An array-based tuple which holds an arbitrary element of type E.
class	Object1<E>	A tuple with one element.
class	Object2<E>	A shallowly immutable pair of objects.
class	Object3<E>	A shallowly immutable triple of objects.
class	Object4<E>	A shallowly immutable quad of objects.

Methods in civitas.celestis.util.tuple that return Tuple

Modifier and Type	Method	Description
Tuple<Double>	Double1.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Double>	Double2.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Double>	Double3.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Double>	Double4.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Double>	DoubleArrayTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Double>	DoubleTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	Float1.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	Float2.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	Float3.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	Float4.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	FloatArrayTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Float>	FloatTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	Int1.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	Int2.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	Int3.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	Int4.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	IntArrayTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Integer>	IntTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	Long1.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	Long2.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	Long3.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	Long4.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	LongArrayTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
Tuple<Long>	LongTuple.boxed()	Returns a tuple containing the components of this tuple in their boxed form.
static <E> Tuple<E>	Tuple.copyOf(Collection<? extends E> c)	Creates a new tuple from an existing collection.
default Tuple<E>	Tuple.filter(Predicate<? super E> f)	Tests each element of this tuple using the provided predicate f, collects all elements the predicate returns true to, then returns a new tuple containing only the filtered elements.
<F> Tuple<F>	ArrayTuple.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Object1.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Object2.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Object3.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Object4.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Tuple.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to each element of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Double1.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Double2.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Double3.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Double4.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	DoubleArrayTuple.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	DoubleTuple.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Float1.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Float2.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Float3.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Float4.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	FloatArrayTuple.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	FloatTuple.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Int1.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Int2.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Int3.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Int4.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	IntArrayTuple.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	IntTuple.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Long1.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Long2.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Long3.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	Long4.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	LongArrayTuple.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F> Tuple<F>	LongTuple.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
<F, G> Tuple<G>	ArrayTuple.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object1.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object2.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object3.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object4.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Tuple.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
static <E> Tuple<E>	Tuple.of(E... elements)	Creates a new tuple from the provided array of elements.

Methods in civitas.celestis.util.tuple with parameters of type Tuple

Modifier and Type	Method	Description
<F, G> Tuple<G>	ArrayTuple.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object1.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object2.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object3.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Object4.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.
<F, G> Tuple<G>	Tuple.merge(Tuple<F> t, BiFunction<? super E,? super F,? extends G> f)	Between this tuple and the provided tuple t, this applies the merger function f to each corresponding pair of elements, then returns a new tuple containing the return values of the merger function f.

Constructors in civitas.celestis.util.tuple with parameters of type Tuple

Modifier	Constructor	Description
	ArrayTuple(Tuple<? extends E> t)	Creates a new array tuple.
	Object1(Tuple<? extends E> t)	Creates a new tuple.
	Object2(Tuple<? extends E> t)	Creates a new pair.
	Object3(Tuple<? extends E> t)	Creates a new triple.
	Object4(Tuple<? extends E> t)	Creates a new quad.