f2dc2027f6
in the original GitHub fork: https://github.com/ntoronto/racket Some things about this are known to be broken (most egregious is that the array tests DO NOT RUN because of a problem in typed/rackunit), about half has no coverage in the tests, and half has no documentation. Fixes and docs are coming. This is committed now to allow others to find errors and inconsistency in the things that appear to be working, and to give the author a (rather incomplete) sense of closure.
110 lines
3.2 KiB
Racket
110 lines
3.2 KiB
Racket
#lang racket/base
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(require typed/untyped-utils
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(rename-in
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(only-in "typed-array-pointwise.rkt"
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array-map
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array-sqrt
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array-log
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array<
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array<=
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array>
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array>=
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array=
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array-not
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array-and
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array-or
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array-if)
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[array-map typed:array-map])
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(rename-in "untyped-array-pointwise.rkt"
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[array-map untyped:array-map]))
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(define-typed/untyped-identifier array-map
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typed:array-map untyped:array-map)
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(require/untyped-contract
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(begin (require "array-struct.rkt"))
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"typed-array-pointwise.rkt"
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[array-abs ((Array Real) -> (Array Real))]
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[array-round ((Array Real) -> (Array Real))]
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[array-floor ((Array Real) -> (Array Real))]
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[array-ceiling ((Array Real) -> (Array Real))]
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[array-truncate ((Array Real) -> (Array Real))]
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[array-conjugate ((Array Number) -> (Array Number))]
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[array-magnitude ((Array Number) -> (Array Real))]
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[array-angle ((Array Number) -> (Array Real))]
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[array-sqr ((Array Number) -> (Array Number))]
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[array-exp ((Array Number) -> (Array Number))]
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[array-sin ((Array Number) -> (Array Number))]
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[array-cos ((Array Number) -> (Array Number))]
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[array-tan ((Array Number) -> (Array Number))]
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[array-asin ((Array Number) -> (Array Number))]
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[array-acos ((Array Number) -> (Array Number))]
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[array-atan ((Array Number) -> (Array Number))]
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[array+ ((Array Number) (Array Number) -> (Array Number))]
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[array* ((Array Number) (Array Number) -> (Array Number))]
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[array- (case-> ((Array Number) -> (Array Number))
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((Array Number) (Array Number) -> (Array Number)))]
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[array/ (case-> ((Array Number) -> (Array Number))
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((Array Number) (Array Number) -> (Array Number)))]
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[array-scale ((Array Number) Number -> (Array Number))]
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[array-expt ((Array Number) (Array Number) -> (Array Number))]
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[array-min ((Array Real) (Array Real) -> (Array Real))]
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[array-max ((Array Real) (Array Real) -> (Array Real))]
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[array-inexact->exact ((Array Number) -> (Array Exact-Number))]
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[array-exact->inexact ((Array Number) -> (Array Number))] ; should be Number -> Inexact-Number
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[array-real->double-flonum ((Array Real) -> (Array Float))]
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[array-number->float-complex ((Array Number) -> (Array Float-Complex))]
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[array-real-part ((Array Number) -> (Array Real))]
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[array-imag-part ((Array Number) -> (Array Real))]
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[array-make-rectangular ((Array Real) (Array Real) -> (Array Number))])
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(provide
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;; Mapping
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inline-array-map
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array-map
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;; Lifted operators
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array-scale
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array-abs
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array-round
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array-floor
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array-ceiling
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array-truncate
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array-sqr
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array-sqrt
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array-conjugate
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array-magnitude
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array-angle
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array-log
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array-exp
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array-sin
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array-cos
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array-tan
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array-asin
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array-acos
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array-atan
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array+
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array-
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array*
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array/
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array-expt
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array-min
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array-max
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array=
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array<
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array<=
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array>
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array>=
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array-not
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array-and
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array-or
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array-if
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;; Number conversions
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array-inexact->exact
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array-exact->inexact
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array-real->double-flonum
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array-number->float-complex
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array-real-part
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array-imag-part
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array-make-rectangular)
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