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//! Example showing how to use the pre-built SI system.
//use uom::fmt::DisplayStyle::Abbreviation;
//use uom::si::f32::*;
//use uom::si::length::{centimeter, kilometer, meter};
//use uom::si::time::second;
//use uom::si::velocity::{kilometer_per_second, meter_per_second};
//
//fn main() {
// // Setup length and time quantities using different units.
// let l1 = Length::new::<meter>(15.0);
// let l2 = Length::new::<centimeter>(10.0);
// //let comp = Compressibility::new();
// let t1 = Time::new::<second>(50.0);
// let v1 = l1 / t1;
// //let error = l1 + t1; // error[E0308]: mismatched types
//
// // Setup re-usable format arguments.
// let m = Length::format_args(meter, Abbreviation);
// let cm = Length::format_args(centimeter, Abbreviation);
// let s = Time::format_args(second, Abbreviation);
//
// // Print results of simple formulas using different output units.
// println!("{} + {} = {}", m.with(l1), cm.with(l2), m.with(l1 + l2));
// println!(
// "{} + {} = {}",
// m.with(l1),
// cm.with(l2),
// (l1 + l2).into_format_args(kilometer, Abbreviation)
// );
// println!(
// "{} / {} = {}",
// m.with(l1),
// s.with(t1),
// v1.into_format_args(meter_per_second, Abbreviation)
// );
// println!(
// "{} / {} = {}",
// m.with(l1),
// s.with(t1),
// v1.into_format_args(kilometer_per_second, Abbreviation)
// );
//}