Trait ToIntervalSet 

pub trait ToIntervalSet<Bound>
where
    Bound: Width,
{
    // Required method
    fn to_interval_set(self) -> IntervalSet<Bound>;
}

Required Methods

fn to_interval_set(self) -> IntervalSet<Bound>

Converts a value to an interval set. For example,

assert_eq!((3, 4).to_interval_set(), IntervalSet::new(3, 4));
assert_eq!([(2, 5), (7, 8)].to_interval_set(), IntervalSet::union(&IntervalSet::new(2, 5), &IntervalSet::new(7, 8)));

Implementations on Foreign Types

impl<Bound> ToIntervalSet<Bound> for &[(Bound, Bound)]

where Bound: Width + Num + Copy,

fn to_interval_set(self) -> IntervalSet<Bound>

Converts an array to an interval set.

assert_eq!([(2, 5)].to_interval_set().interval_count(), 1);
assert_eq!([(1, 5), (11, 20)].to_interval_set().interval_count(), 2);
assert!(<&[(usize, usize)]>::default().to_interval_set().is_empty());

impl<Bound> ToIntervalSet<Bound> for Vec<(Bound, Bound)>

where Bound: Width + Num,

fn to_interval_set(self) -> IntervalSet<Bound>

Converts a vector of intervals to an interval set.

assert_eq!(vec![(2, 5)].to_interval_set().interval_count(), 1);
assert_eq!(vec![(1, 5), (11, 20)].to_interval_set().interval_count(), 2);
assert!(Vec::<(usize, usize)>::new().to_interval_set().is_empty());

impl<Bound, const N: usize> ToIntervalSet<Bound> for [(Bound, Bound); N]

where Bound: Width + Num + Clone,

fn to_interval_set(self) -> IntervalSet<Bound>

Converts a fixed-length array to an interval set.

assert_eq!([(2, 5)].to_interval_set().interval_count(), 1);
assert_eq!([(1, 5), (11, 20)].to_interval_set().interval_count(), 2);
assert!(([] as [(usize, usize); 0]).to_interval_set().is_empty());

impl<Bound: Width + Num> ToIntervalSet<Bound> for (Bound, Bound)

fn to_interval_set(self) -> IntervalSet<Bound>

Converts a tuple to an interval set using the first element as the lower bound and second element as the upper bound.

assert_eq!((2, 6).to_interval_set(), IntervalSet::new(2, 6));

The first and second elements need the same type.

let _ = (8 as u8, 9 as i8).to_interval_set(); // doesn't compile

Implementors