std.float

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The 64-bit floating point type.

Values

let additive : { semigroup : Semigroup Float, monoid : Monoid Float, group : Group Float }

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let multiplicative : { semigroup : Semigroup Float, monoid : Monoid Float, group : Group Float }

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#[implicit]
let eq : Eq Float

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Eq a defines equality (==) on a

#[implicit]
let ord : Ord Float

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Ord a defines an ordering on a

#[implicit]
let num : Num Float

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The basic operation on numbers. Defined for both the primitive type Int and Float

#[implicit]
let show : Show Float

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Show a represents a conversion function from a to a readable string.

let digits : Int

let epsilon : Float

let infinity : Float

let mantissa_digits : Int

let max_ : Float

let max_10_exp : Int

let max_exp : Int

let min_ : Float

let min_10_exp : Int

let min_exp : Int

let min_positive : Float

let nan : Float

let neg_infinity : Float

let e : Float

let pi : Float

let radix : Int

let is_nan : Float -> Bool

let is_infinite : Float -> Bool

let is_finite : Float -> Bool

let is_normal : Float -> Bool

let floor : Float -> Float

let ceil : Float -> Float

let round : Float -> Float

let trunc : Float -> Float

let fract : Float -> Float

let abs : Float -> Float

let signum : Float -> Float

let is_sign_positive : Float -> Bool

let is_sign_negative : Float -> Bool

let mul_add : Float -> Float -> Float -> Float

let recip : Float -> Float

let rem : Float -> Float -> Float

let rem_euclid : Float -> Float -> Float

let powi : Float -> Int -> Float

let powf : Float -> Float -> Float

let sqrt : Float -> Float

let exp : Float -> Float

let exp2 : Float -> Float

let ln : Float -> Float

let log2 : Float -> Float

let log10 : Float -> Float

let to_degrees : Float -> Float

let to_radians : Float -> Float

let max : Float -> Float -> Float

let min : Float -> Float -> Float

let cbrt : Float -> Float

let hypot : Float -> Float -> Float

let sin : Float -> Float

let cos : Float -> Float

let tan : Float -> Float

let acos : Float -> Float

let atan : Float -> Float

let atan2 : Float -> Float -> Float

let sin_cos : Float -> (Float, Float)

let exp_m1 : Float -> Float

let ln_1p : Float -> Float

let sinh : Float -> Float

let cosh : Float -> Float

let tanh : Float -> Float

let acosh : Float -> Float

let atanh : Float -> Float

let from_int : Int -> Float

let parse : String -> Result () Float