Source file `owl_dense_ndarray_z.ml`

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# 1 "src/owl/dense/owl_dense_ndarray_z.ml"
(*
 * OWL - OCaml Scientific Computing
 * Copyright (c) 2016-2022 Liang Wang <liang@ocaml.xyz>
 *)

open Bigarray
module M = Owl_dense_ndarray_generic
include M

type elt = Complex.t

type arr = (Complex.t, complex64_elt, c_layout) Genarray.t

type cast_arr = (float, float64_elt, c_layout) Genarray.t

let number = Owl_types.C64

(* overload functions in Owl_dense_ndarray_generic *)

let empty dimension = M.empty Complex64 dimension

let create dimension a = M.create Complex64 dimension a

let init dimension f = M.init Complex64 dimension f

let init_nd dimension f = M.init_nd Complex64 dimension f

let zeros dimension = M.zeros Complex64 dimension

let ones dimension = M.ones Complex64 dimension

let uniform ?a ?b dimension = M.uniform Complex64 ?a ?b dimension

let gaussian ?mu ?sigma dimension = M.gaussian ?mu ?sigma Complex64 dimension

let sequential ?a ?step dimension = M.sequential Complex64 ?a ?step dimension

let linspace a b n = M.linspace Complex64 a b n

let logspace ?base a b n = M.logspace Complex64 ?base a b n

let bernoulli ?p d = M.bernoulli Complex64 ?p d

let unit_basis n i = M.unit_basis Complex64 n i

let load f = M.load Complex64 f

let load_npy f = M.load_npy Complex64 f

let of_array x d = M.of_array Complex64 x d

let of_arrays x = M.of_arrays Complex64 x

let mmap fd ?pos shared dims = Unix.map_file fd ?pos Complex64 c_layout shared dims

(* specific functions for complex64 ndarray *)

let re x = re_z2d x

let im x = im_z2d x

let complex = complex Float64 Complex64

let polar = polar Float64 Complex64