`#root::numeric`

F32.vi`

type F32;

`impl`

impl : Fork[F32];
impl : Drop[F32];
impl : Add[F32, F32, F32];
impl : Sub[F32, F32, F32];
impl : Mul[F32, F32, F32];
impl : Div[F32, F32, F32];
impl : Rem[F32, F32, F32];
impl : Pos[F32, F32];
impl : Neg[F32, F32];
impl : Eq[F32];
impl : Lt[F32];
impl : Le[F32];
impl : Show[F32];

`parse` `root/numeric/F32/parse.vi`

fn parse(str: String) -> Option[F32];

`to_string` `root/numeric/F32/to_string.vi`

impl to_string: Cast[F32, String];

`nan` `root/numeric/F32/F32.vi:11`

const nan: F32;

`inf` `root/numeric/F32/F32.vi:12`

const inf: F32;

`neg_inf` `root/numeric/F32/F32.vi:13`

const neg_inf: F32;

`pow_n32` `root/numeric/F32/F32.vi:36`

impl pow_n32: Pow[F32, N32, F32];

`pow_i32` `root/numeric/F32/F32.vi:42`

impl pow_i32: Pow[F32, I32, F32];

`from_n32` `root/numeric/F32/F32.vi:98`

impl from_n32: Cast[N32, F32];

`to_n32` `root/numeric/F32/F32.vi:104`

impl to_n32: Cast[F32, N32];

`to_bits` `root/numeric/F32/F32.vi:110`

fn to_bits(n: F32) -> N32;

`from_bits` `root/numeric/F32/F32.vi:114`

fn from_bits(n: N32) -> F32;

`from_parts` `root/numeric/F32/F32.vi:118`

fn from_parts(negative: Bool, raw_exp: N32, mantissa: N32) -> F32;

`to_parts` `root/numeric/F32/F32.vi:122`

fn to_parts(f: F32) -> { mantissa: N32, negative: Bool, raw_exp: N32 };

`is_nan` `root/numeric/F32/F32.vi:130`

fn is_nan(f: F32) -> Bool;

`abs` `root/numeric/F32/F32.vi:134`

fn abs(f: F32) -> F32;

F32 root/numeric/F32/F32.vi

`F32` `root/numeric/F32/F32.vi`