haar_lib::algebra::traits

Trait Commutative

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pub trait Commutative { }
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impl Commutative for BitAnd<u8>

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impl Commutative for BitAnd<u16>

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impl Commutative for BitAnd<u32>

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impl Commutative for BitAnd<u64>

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impl Commutative for BitAnd<u128>

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impl Commutative for BitAnd<usize>

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impl Commutative for BitOr<u8>

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impl Commutative for BitOr<u16>

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impl Commutative for BitOr<u32>

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impl Commutative for BitOr<u64>

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impl Commutative for BitOr<u128>

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impl Commutative for BitOr<usize>

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impl Commutative for BitXor<u8>

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impl Commutative for BitXor<u16>

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impl Commutative for BitXor<u32>

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impl Commutative for BitXor<u64>

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impl Commutative for BitXor<u128>

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impl Commutative for BitXor<usize>

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impl Commutative for GCD<i8>

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impl Commutative for GCD<i16>

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impl Commutative for GCD<i32>

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impl Commutative for GCD<i64>

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impl Commutative for GCD<i128>

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impl Commutative for GCD<isize>

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impl Commutative for GCD<u8>

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impl Commutative for GCD<u16>

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impl Commutative for GCD<u32>

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impl Commutative for GCD<u64>

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impl Commutative for GCD<u128>

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impl Commutative for GCD<usize>

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impl Commutative for LCM<i8>

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impl Commutative for LCM<i16>

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impl Commutative for LCM<i32>

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impl Commutative for LCM<i64>

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impl Commutative for LCM<i128>

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impl Commutative for LCM<isize>

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impl Commutative for LCM<u8>

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impl Commutative for LCM<u16>

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impl Commutative for LCM<u32>

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impl Commutative for LCM<u64>

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impl Commutative for LCM<u128>

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impl Commutative for LCM<usize>

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impl Commutative for Max<i8>

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impl Commutative for Max<i16>

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impl Commutative for Max<i32>

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impl Commutative for Max<i64>

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impl Commutative for Max<i128>

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impl Commutative for Max<isize>

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impl Commutative for Max<u8>

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impl Commutative for Max<u16>

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impl Commutative for Max<u32>

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impl Commutative for Max<u64>

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impl Commutative for Max<u128>

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impl Commutative for Max<usize>

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impl Commutative for Min<i8>

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impl Commutative for Min<i16>

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impl Commutative for Min<i32>

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impl Commutative for Min<i64>

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impl Commutative for Min<i128>

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impl Commutative for Min<isize>

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impl Commutative for Min<u8>

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impl Commutative for Min<u16>

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impl Commutative for Min<u32>

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impl Commutative for Min<u64>

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impl Commutative for Min<u128>

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impl Commutative for Min<usize>

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impl Commutative for Prod<f32>

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impl Commutative for Prod<f64>

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impl Commutative for Prod<i8>

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impl Commutative for Prod<i16>

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impl Commutative for Prod<i32>

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impl Commutative for Prod<i64>

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impl Commutative for Prod<i128>

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impl Commutative for Prod<isize>

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impl Commutative for Prod<u8>

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impl Commutative for Prod<u16>

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impl Commutative for Prod<u32>

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impl Commutative for Prod<u64>

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impl Commutative for Prod<u128>

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impl Commutative for Prod<usize>

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impl Commutative for Sum<f32>

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impl Commutative for Sum<f64>

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impl Commutative for Sum<i8>

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impl Commutative for Sum<i16>

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impl Commutative for Sum<i32>

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impl Commutative for Sum<i64>

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impl Commutative for Sum<i128>

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impl Commutative for Sum<isize>

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impl Commutative for Sum<u8>

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impl Commutative for Sum<u16>

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impl Commutative for Sum<u32>

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impl Commutative for Sum<u64>

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impl Commutative for Sum<u128>

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impl Commutative for Sum<usize>

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impl Commutative for Trivial

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impl<M: Commutative> Commutative for AppendId<M>

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impl<R: Semiring + Clone + PartialEq> Commutative for SumMatrix<R>
where R::Element: Copy + PartialEq,

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impl<S: Commutative> Commutative for Dual<S>

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

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

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

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

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

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

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