Uses of Class
fj.data.fingertrees.Measured

Packages that use Measured

Package	Description
fj.data	Common algebraic data types.
fj.data.fingertrees	Provides 2-3 finger trees, a functional representation of persistent sequences supporting access to the ends in amortized O(1) time.

Uses of Measured in fj.data

Fields in fj.data declared as Measured

Modifier and Type	Field	Description
private static final Measured<Integer,Object>	Seq.ELEM_MEASURED

Methods in fj.data that return Measured

Modifier and Type	Method	Description
private static <A> Measured<Integer,A>	Seq.elemMeasured()

Uses of Measured in fj.data.fingertrees

Fields in fj.data.fingertrees declared as Measured

Modifier and Type	Field	Description
private final Measured<V,A>	Digit.m
private final Measured<V,A>	FingerTree.m
private final Measured<V,A>	MakeTree.m
private final Measured<V,A>	Node.m

Methods in fj.data.fingertrees that return Measured

Modifier and Type	Method	Description
Measured<V, Digit<V,A>>	Measured.digitMeasured()	A measured instance for digits.
(package private) final Measured<V,A>	Digit.measured()
final Measured<V,A>	FingerTree.measured()
static <V,A> Measured<V,A>	FingerTree.measured(Monoid<V> monoid, F<A,V> measure)	Constructs a Measured instance for the element type, given a monoid and a measuring function.
static <V,A> Measured<V,A>	Measured.measured(Monoid<V> m, F<A,V> measure)
(package private) final Measured<V,A>	Node.measured()
Measured<V, Node<V,A>>	Measured.nodeMeasured()	A measured instance for nodes.

Methods in fj.data.fingertrees with parameters of type Measured

Modifier and Type	Method	Description
private static <V,A> FingerTree<V, Node<V,A>>	Deep.addDigits0(Measured<V,A> m, FingerTree<V, Node<V,A>> m1, Digit<V,A> s1, Digit<V,A> p2, FingerTree<V, Node<V,A>> m2)
private static <V,A> FingerTree<V, Node<V, Node<V,A>>>	Deep.addDigits1(Measured<V, Node<V,A>> m, FingerTree<V, Node<V, Node<V,A>>> m1, Digit<V, Node<V,A>> x, Node<V,A> n, Digit<V, Node<V,A>> y, FingerTree<V, Node<V, Node<V,A>>> m2)
private static <V,A> FingerTree<V, Node<V, Node<V,A>>>	Deep.addDigits2(Measured<V, Node<V,A>> m, FingerTree<V, Node<V, Node<V,A>>> m1, Digit<V, Node<V,A>> suffix, Node<V,A> n1, Node<V,A> n2, Digit<V, Node<V,A>> prefix, FingerTree<V, Node<V, Node<V,A>>> m2)
private static <V,A> FingerTree<V, Node<V, Node<V,A>>>	Deep.addDigits3(Measured<V, Node<V,A>> m, FingerTree<V, Node<V, Node<V,A>>> m1, Digit<V, Node<V,A>> suffix, Node<V,A> n1, Node<V,A> n2, Node<V,A> n3, Digit<V, Node<V,A>> prefix, FingerTree<V, Node<V, Node<V,A>>> m2)
private static <V,A> FingerTree<V, Node<V, Node<V,A>>>	Deep.addDigits4(Measured<V, Node<V,A>> m, FingerTree<V, Node<V, Node<V,A>>> m1, Digit<V, Node<V,A>> suffix, Node<V,A> n1, Node<V,A> n2, Node<V,A> n3, Node<V,A> n4, Digit<V, Node<V,A>> prefix, FingerTree<V, Node<V, Node<V,A>>> m2)
private static <V,A> FingerTree<V, Node<V,A>>	Deep.append1(Measured<V,A> m, FingerTree<V, Node<V,A>> xs, Node<V,A> a, FingerTree<V, Node<V,A>> ys)
private static <V,A> FingerTree<V, Node<V,A>>	Deep.append2(Measured<V,A> m, FingerTree<V, Node<V,A>> t1, Node<V,A> n1, Node<V,A> n2, FingerTree<V, Node<V,A>> t2)
private static <V,A> FingerTree<V, Node<V,A>>	Deep.append3(Measured<V,A> m, FingerTree<V, Node<V,A>> t1, Node<V,A> n1, Node<V,A> n2, Node<V,A> n3, FingerTree<V, Node<V,A>> t2)
private static <V,A> FingerTree<V, Node<V,A>>	Deep.append4(Measured<V,A> m, FingerTree<V, Node<V,A>> t1, Node<V,A> n1, Node<V,A> n2, Node<V,A> n3, Node<V,A> n4, FingerTree<V, Node<V,A>> t2)
private static <V,A> FingerTree<V,A>	Deep.deepL(Measured<V,A> measured, Option<Digit<V,A>> lOpt, FingerTree<V, Node<V,A>> m, Digit<V,A> r)
private static <V,A> FingerTree<V,A>	Deep.deepR(Measured<V,A> measured, Option<Digit<V,A>> rOpt, FingerTree<V, Node<V,A>> m, Digit<V,A> l)
static <V,A,B> F<Node<V,A>, Node<V,B>>	Node.liftM(F<A,B> f, Measured<V,B> m)
<B> FingerTree<V,B>	Deep.map(F<A,B> abf, Measured<V,B> m)
final <B> Digit<V,B>	Digit.map(F<A,B> f, Measured<V,B> m)	Maps a function across the elements of this digit, measuring with the given measurement.
<B> FingerTree<V,B>	Empty.map(F<A,B> abf, Measured<V,B> m)
abstract <B> FingerTree<V,B>	FingerTree.map(F<A,B> f, Measured<V,B> m)	Maps the given function across this tree, measuring with the given Measured instance.
final <B> Node<V,B>	Node.map(F<A,B> f, Measured<V,B> m)
<B> FingerTree<V,B>	Single.map(F<A,B> abf, Measured<V,B> m)
static <V,A> MakeTree<V,A>	FingerTree.mkTree(Measured<V,A> m)	Returns a builder of trees and tree components that annotates them using the given Measured instance.

Constructors in fj.data.fingertrees with parameters of type Measured

Modifier	Constructor	Description
(package private)	Deep(Measured<V,A> m, V v, Digit<V,A> prefix, FingerTree<V, Node<V,A>> middle, Digit<V,A> suffix)
(package private)	Digit(Measured<V,A> m)
(package private)	Empty(Measured<V,A> m)
(package private)	FingerTree(Measured<V,A> m)
(package private)	Four(Measured<V,A> m, V4<A> as)
(package private)	MakeTree(Measured<V,A> m)
(package private)	Node(Measured<V,A> m, V measure)
(package private)	Node2(Measured<V,A> m, V2<A> as)
(package private)	Node3(Measured<V,A> m, V3<A> as)
(package private)	One(Measured<V,A> m, A a)
(package private)	Single(Measured<V,A> m, A a)
(package private)	Three(Measured<V,A> m, V3<A> as)
(package private)	Two(Measured<V,A> m, V2<A> as)