pub fn short() -> Self {
        Scales {
            base: 1000,
            units: vec!["", " K", " M", " B", " T", " P", " E", " Z", " Y"],
        }
    }
/// The default scaling method.
///
/// Based on a [short scale](https://en.wikipedia.org/wiki/Long_and_short_scales)
/// the scaling uses base `1000`. The units are meant to be used to denote _magnitude_ of the
/// number, so the empty base is empty.
///
/// # Example
/// ```rust
/// # use numfmt::*;
/// let mut f = Formatter::default()
///             .scales(Scales::short())
///             .precision(Precision::Decimals(1));
/// assert_eq!(f.fmt(12.34e0), "12.3");
/// assert_eq!(f.fmt(12.34e3), "12.3 K");
/// assert_eq!(f.fmt(12.34e6), "12.3 M");
/// assert_eq!(f.fmt(12.34e9), "12.3 B");
/// assert_eq!(f.fmt(12.34e12), "12.3 T");
/// assert_eq!(f.fmt(12.34e15), "12.3 P");
/// assert_eq!(f.fmt(12.34e18), "12.3 E");
/// assert_eq!(f.fmt(12.34e21), "12.3 Z");
/// assert_eq!(f.fmt(12.34e24), "12.3 Y");
/// assert_eq!(f.fmt(12.34e27), "12,339.9 Y");
/// ```
The default scaling method.
Based on a [short scale]
the scaling uses base `1000`. The units are meant to be used to denote _magnitude_ of the
number, so the empty base is empty.
The default scaling method . Based on a [ short scale ] the scaling uses base ` 1000 ` . The units are meant to be used to denote _magnitude_ of the number so the empty base is empty .
pub fn short() -> Self {
        Scales {
            base: 1000,
            units: vec!["", " K", " M", " B", " T", " P", " E", " Z", " Y"],
        }
    }
pub fn short ( ) -> Self { Scales { base : 1000 , units : vec ! [ " " " " " " " " " " " " " " " " " " ] , } }
The default scaling method.
The default scaling method .
example
None
use numfmt::*;
None