Uses of Class fj.data.vector.V4

Packages that use V4
Package	Description
fj	Types that set the premise for the existence of Functional Java.
fj.data.fingertrees	Provides 2-3 finger trees, a functional representation of persistent sequences supporting access to the ends in amortized O(1) time.
fj.data.vector	Fixed-length vectors

Uses of V4 in fj

Methods in fj that return types with arguments of type V4
Modifier and Type	Method	Description
`static <A> Equal<V4<A>>`	Equal.`v4Equal(Equal<A> ea)`	An equal instance for a vector-4.
`static <A> Hash<V4<A>>`	Hash.`v4Hash(Hash<A> ea)`	A hash instance for a vector-4.
`static <A> Show<V4<A>>`	Show.`v4Show(Show<A> ea)`	A show instance for a vector-4.

Uses of V4 in fj.data.fingertrees

Fields in fj.data.fingertrees declared as V4
Modifier and Type Field Description

private V4<A> Four.as

Methods in fj.data.fingertrees that return V4
Modifier and Type Method Description

V4<A> Four.values()
Returns the elements of this digit as a vector.

Constructors in fj.data.fingertrees with parameters of type V4
Constructor Description

Four(Measured<V,A> m, V4<A> as)

Uses of V4 in fj.data.vector

Fields in fj.data.vector declared as V4
Modifier and Type	Field	Description
`private V4<A>`	V5.`tail`

Methods in fj.data.vector that return V4
Modifier and Type	Method	Description
`<B> V4<B>`	V4.`apply(V4<F<A,B>> vf)`	Performs function application within a vector (applicative functor pattern).
`static <A> V4<A>`	V4.`cons(P1<A> head, V3<A> tail)`	Creates a vector-4 from a head and a tail.
`<B> V4<B>`	V4.`map(F<A,B> f)`	Maps the given function across this vector.
`static <A> V4<A>`	V4.`p(P4<A,A,A,A> p)`	Creates a vector-4 from a homogeneous product-4.
`V4<A>`	V5.`tail()`	Returns all but the first element of this vector, as a vector-4.
`static <A> V4<A>`	V.`v(A a1, A a2, A a3, A a4)`	Puts elements in a vector-4.
`static <A> V4<A>`	V.`v(P1<A> a1, P1<A> a2, F0<A> a3, F0<A> a4)`	Puts elements in a vector-4.
`V4<V2<A>>`	V4.`vzip(V4<A> bs)`	Zips this vector with the given vector to produce a vector of vectors.
`<B> V4<P2<A,B>>`	V4.`zip(V4<B> bs)`	Zips this vector with the given vector to produce a vector of pairs.
`<B,C> V4<C>`	V4.`zipWith(F<A,F<B,C>> f, V4<B> bs)`	Zips this vector with the given vector using the given function to produce a new vector.

Methods in fj.data.vector that return types with arguments of type V4
Modifier and Type	Method	Description
`static <A> F<V4<A>,A>`	V4.`__1()`	A first-class function to get the first element of a vector.
`static <A> F<V4<A>,A>`	V4.`__2()`	A first-class function to get the second element of a vector.
`static <A> F<V4<A>,A>`	V4.`__3()`	A first-class function to get the third element of a vector.
`static <A> F<V4<A>,A>`	V4.`__4()`	A first-class function to get the fourth element of a vector.
`static <A> F<V4<A>,P4<A,A,A,A>>`	V4.`p_()`	Returns a function that transforms a vector-4 to the equivalent product-4.
`static <A> F<V4<A>,Stream<A>>`	V4.`toStream_()`	Returns a function that transforms a vector-4 to a stream of its elements.
`static <A> F4<A,A,A,A,V4<A>>`	V.`v4()`	Returns a function that puts elements in a vector-4.

Methods in fj.data.vector with parameters of type V4
Modifier and Type	Method	Description
`<B> V4<B>`	V4.`apply(V4<F<A,B>> vf)`	Performs function application within a vector (applicative functor pattern).
`static <A> V5<A>`	V5.`cons(P1<A> head, V4<A> tail)`	Creates a vector-5 from a head and a tail.
`V4<V2<A>>`	V4.`vzip(V4<A> bs)`	Zips this vector with the given vector to produce a vector of vectors.
`<B> V4<P2<A,B>>`	V4.`zip(V4<B> bs)`	Zips this vector with the given vector to produce a vector of pairs.
`<B,C> V4<C>`	V4.`zipWith(F<A,F<B,C>> f, V4<B> bs)`	Zips this vector with the given vector using the given function to produce a new vector.

Constructors in fj.data.vector with parameters of type V4
Constructor	Description
`V5(P1<A> head, V4<A> tail)`