package batteries

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A community-maintained standard library extension

Install 

dune-project
 Dependency

github.com Edit opam file Versions (15)

Authors

  1. O
    OCaml batteries-included team

Maintainers

  1. C
    Cedric Cellier <rixed@happyleptic.org>
  2. F
    Francois Berenger <unixjunkie@sdf.org>
  3. Gabriel Scherer
  4. T
    Thibault Suzanne <thi.suzanne@gmail.com>

Sources

v3.5.0.tar.gz
md5=e4b70d1a716f0aaba36f419f618d0a2e
sha512=a31f1f8cf2c7c3c6c757f3bfae98ff61bb32bab6a1f1e215937df42bcfa447aad41a37edb28d7bcecb88b3838ed8bd57142bcf8e2d28e09bb538055fd8a3b72d

doc/batteries.unthreaded/BatBounded/MakeNumeric/index.html

Module BatBounded.MakeNumeric

Parameters

Signature

include S with type base_u = M.base_t with type u = M.t with type t = private M.t
type base_u = M.base_t

Raw unbounded type

type u = M.t

base_u after bounding constraints have been applied

type t = private M.t

Private version of u to avoid construction of t values without using make below.

val bounds : base_u bound_t * base_u bound_t

bounds defines the (min, max) bounds for the bounded range

val make : base_u -> t

make x will return a value of type t derived from x.

val extract : t -> u

extract x will return x as a value of type u. A similar result could be achieved with (x :> u)

val map : (base_u -> base_u) -> t -> t option

map f x applies f to x. Returns Some y if x can be converted back to type base_u, otherwise returns None.

val map2 : (base_u -> base_u -> base_u) -> t -> t -> t option

map2 f x y applies f to x and y. Returns Some z if x and y can be converted back to type base_u, otherwise returns None.

val map_exn : (base_u -> base_u) -> t -> t

map_exn f x applies f to x. Returns y if x can be converted back to type base_u, otherwise raise an exception.

val map2_exn : (base_u -> base_u -> base_u) -> t -> t -> t

map2_exn f x y applies f to x and y. Returns z if x and y can be converted back to type base_u, otherwise raise an exception.

val (+) : t -> base_u -> t
val (-) : t -> base_u -> t
val (*) : t -> base_u -> t
val (/) : t -> base_u -> t
val (+:) : t -> t -> t
val (-:) : t -> t -> t
val (*:) : t -> t -> t
val (/:) : t -> t -> t