Struct float::Float
[−]
[src]
pub struct Float {
// some fields omitted
}Methods
impl Float
impl Float
fn zero(p: u32) -> Float
fn neg_zero(p: u32) -> Float
fn max(p: u32) -> Float
fn min(p: u32) -> Float
fn min_positive(p: u32) -> Float
fn infinity(p: u32) -> Float
fn neg_infinity(p: u32) -> Float
fn nan(p: u32) -> Float
fn next_above(self) -> Float
fn next_below(self) -> Float
fn next_toward(self, target: &Float) -> Float
fn rand<R: Rng>(r: &mut R, p: u32) -> Float
Generate a float in [0, 1), with the same distribution as generating an integer in [0, 2**p) and dividing by 2**p. (i.e. pretty close to uniform, but the smallest bits aren't quite right).