Trait Set

pub trait Set: Sized {
    type Element;
}

集合

Required Associated Types

type Element

集合の元

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors

impl Set for BitAnd<u8>

type Element = u8

impl Set for BitAnd<u16>

type Element = u16

impl Set for BitAnd<u32>

type Element = u32

impl Set for BitAnd<u64>

type Element = u64

impl Set for BitAnd<u128>

type Element = u128

impl Set for BitAnd<usize>

type Element = usize

impl Set for BitOr<u8>

type Element = u8

impl Set for BitOr<u16>

type Element = u16

impl Set for BitOr<u32>

type Element = u32

impl Set for BitOr<u64>

type Element = u64

impl Set for BitOr<u128>

type Element = u128

impl Set for BitOr<usize>

type Element = usize

impl Set for BitXor<u8>

type Element = u8

impl Set for BitXor<u16>

type Element = u16

impl Set for BitXor<u32>

type Element = u32

impl Set for BitXor<u64>

type Element = u64

impl Set for BitXor<u128>

type Element = u128

impl Set for BitXor<usize>

type Element = usize

impl Set for haar_lib::algebra::dihedral::Composition

type Element = Dihedral

impl Set for GCD<i8>

type Element = i8

impl Set for GCD<i16>

type Element = i16

impl Set for GCD<i32>

type Element = i32

impl Set for GCD<i64>

type Element = i64

impl Set for GCD<i128>

type Element = i128

impl Set for GCD<isize>

type Element = isize

impl Set for GCD<u8>

type Element = u8

impl Set for GCD<u16>

type Element = u16

impl Set for GCD<u32>

type Element = u32

impl Set for GCD<u64>

type Element = u64

impl Set for GCD<u128>

type Element = u128

impl Set for GCD<usize>

type Element = usize

impl Set for LCM<i8>

type Element = i8

impl Set for LCM<i16>

type Element = i16

impl Set for LCM<i32>

type Element = i32

impl Set for LCM<i64>

type Element = i64

impl Set for LCM<i128>

type Element = i128

impl Set for LCM<isize>

type Element = isize

impl Set for LCM<u8>

type Element = u8

impl Set for LCM<u16>

type Element = u16

impl Set for LCM<u32>

type Element = u32

impl Set for LCM<u64>

type Element = u64

impl Set for LCM<u128>

type Element = u128

impl Set for LCM<usize>

type Element = usize

impl Set for haar_lib::algebra::max_contiguous_true::Composition

type Element = MaxContiguousTrue

impl Set for Max<i8>

type Element = i8

impl Set for Max<i16>

type Element = i16

impl Set for Max<i32>

type Element = i32

impl Set for Max<i64>

type Element = i64

impl Set for Max<i128>

type Element = i128

impl Set for Max<isize>

type Element = isize

impl Set for Max<u8>

type Element = u8

impl Set for Max<u16>

type Element = u16

impl Set for Max<u32>

type Element = u32

impl Set for Max<u64>

type Element = u64

impl Set for Max<u128>

type Element = u128

impl Set for Max<usize>

type Element = usize

impl Set for Min<i8>

type Element = i8

impl Set for Min<i16>

type Element = i16

impl Set for Min<i32>

type Element = i32

impl Set for Min<i64>

type Element = i64

impl Set for Min<i128>

type Element = i128

impl Set for Min<isize>

type Element = isize

impl Set for Min<u8>

type Element = u8

impl Set for Min<u16>

type Element = u16

impl Set for Min<u32>

type Element = u32

impl Set for Min<u64>

type Element = u64

impl Set for Min<u128>

type Element = u128

impl Set for Min<usize>

type Element = usize

impl Set for haar_lib::algebra::parenthesis::Composition

type Element = ParenSeq

impl Set for haar_lib::algebra::permutation::Composition

type Element = Permutation

impl Set for Prod<f32>

type Element = f32

impl Set for Prod<f64>

type Element = f64

impl Set for Prod<i8>

type Element = i8

impl Set for Prod<i16>

type Element = i16

impl Set for Prod<i32>

type Element = i32

impl Set for Prod<i64>

type Element = i64

impl Set for Prod<i128>

type Element = i128

impl Set for Prod<isize>

type Element = isize

impl Set for Prod<u8>

type Element = u8

impl Set for Prod<u16>

type Element = u16

impl Set for Prod<u32>

type Element = u32

impl Set for Prod<u64>

type Element = u64

impl Set for Prod<u128>

type Element = u128

impl Set for Prod<usize>

type Element = usize

impl Set for Sum<f32>

type Element = f32

impl Set for Sum<f64>

type Element = f64

impl Set for Sum<i8>

type Element = i8

impl Set for Sum<i16>

type Element = i16

impl Set for Sum<i32>

type Element = i32

impl Set for Sum<i64>

type Element = i64

impl Set for Sum<i128>

type Element = i128

impl Set for Sum<isize>

type Element = isize

impl Set for Sum<u8>

type Element = u8

impl Set for Sum<u16>

type Element = u16

impl Set for Sum<u32>

type Element = u32

impl Set for Sum<u64>

type Element = u64

impl Set for Sum<u128>

type Element = u128

impl Set for Sum<usize>

type Element = usize

impl Set for haar_lib::algebra::transform::Composition

type Element = Transformation

impl Set for Trivial

type Element = ()

impl<M: Set> Set for AppendId<M>

type Element = Option<<M as Set>::Element>

impl<R: Semiring + Clone + PartialEq> Set for ProdMatrix<R>

where R::Element: Copy + PartialEq,

type Element = MatrixOnSemiring<R>

impl<R: Semiring + Clone + PartialEq> Set for SumMatrix<R>

where R::Element: Copy + PartialEq,

type Element = MatrixOnSemiring<R>

impl<S: Set> Set for Dual<S>

type Element = <S as Set>::Element

impl<T0: Set, T1: Set> Set for Tuple2<T0, T1>

type Element = (<T0 as Set>::Element, <T1 as Set>::Element)

impl<T0: Set, T1: Set, T2: Set> Set for Tuple3<T0, T1, T2>

type Element = (<T0 as Set>::Element, <T1 as Set>::Element, <T2 as Set>::Element)

impl<T0: Set, T1: Set, T2: Set, T3: Set> Set for Tuple4<T0, T1, T2, T3>

type Element = (<T0 as Set>::Element, <T1 as Set>::Element, <T2 as Set>::Element, <T3 as Set>::Element)

impl<T0: Set, T1: Set, T2: Set, T3: Set, T4: Set> Set for Tuple5<T0, T1, T2, T3, T4>

type Element = (<T0 as Set>::Element, <T1 as Set>::Element, <T2 as Set>::Element, <T3 as Set>::Element, <T4 as Set>::Element)

impl<T> Set for First<T>

type Element = Option<T>

impl<T> Set for Last<T>

type Element = Option<T>

impl<T> Set for ConcatList<T>

type Element = Vec<T>

impl<T, U> Set for MinCount<T, U>

type Element = (Option<T>, U)

impl<T: ZZ> Set for ProdMod<T>

type Element = <T as ZZ>::Element

impl<T: ZZ> Set for SumMod<T>

type Element = <T as ZZ>::Element

impl<T: Copy + Eq> Set for haar_lib::algebra::max_contiguous::Composition<T>

type Element = MaxContiguous<T>

impl<T: Copy + Ord + Add<Output = T>> Set for haar_lib::algebra::max_partial_sum::Composition<T>

type Element = MaxPartialSum<T>

impl<T: Copy, S: Semiring<Element = T>> Set for haar_lib::algebra::affine::Composition<S>

type Element = Linear<T>