Trait argmin_math::ArgminL1Norm

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pub trait ArgminL1Norm<U> {
    // Required method
    fn l1_norm(&self) -> U;
}
Expand description

Compute the l1-norm (U) of self

Required Methods§

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fn l1_norm(&self) -> U

Compute the l1-norm (U) of self

Implementations on Foreign Types§

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impl ArgminL1Norm<f32> for f32

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f32> for Vec<f32>

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f32> for Vec<Complex<f32>>

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f32> for Complex<f32>

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f32> for Array1<f32>

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f32> for Array1<Complex<f32>>

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fn l1_norm(&self) -> f32

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impl ArgminL1Norm<f64> for f64

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<f64> for Vec<f64>

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<f64> for Vec<Complex<f64>>

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<f64> for Complex<f64>

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<f64> for Array1<f64>

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<f64> for Array1<Complex<f64>>

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fn l1_norm(&self) -> f64

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impl ArgminL1Norm<i8> for i8

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i8> for Vec<i8>

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i8> for Vec<Complex<i8>>

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i8> for Complex<i8>

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i8> for Array1<i8>

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i8> for Array1<Complex<i8>>

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fn l1_norm(&self) -> i8

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impl ArgminL1Norm<i16> for i16

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i16> for Vec<i16>

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i16> for Vec<Complex<i16>>

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i16> for Complex<i16>

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i16> for Array1<i16>

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i16> for Array1<Complex<i16>>

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fn l1_norm(&self) -> i16

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impl ArgminL1Norm<i32> for i32

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i32> for Vec<i32>

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i32> for Vec<Complex<i32>>

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i32> for Complex<i32>

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i32> for Array1<i32>

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i32> for Array1<Complex<i32>>

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fn l1_norm(&self) -> i32

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impl ArgminL1Norm<i64> for i64

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<i64> for Vec<i64>

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<i64> for Vec<Complex<i64>>

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<i64> for Complex<i64>

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<i64> for Array1<i64>

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<i64> for Array1<Complex<i64>>

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fn l1_norm(&self) -> i64

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impl ArgminL1Norm<u8> for u8

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u8> for Vec<u8>

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u8> for Vec<Complex<u8>>

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u8> for Complex<u8>

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u8> for Array1<u8>

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u8> for Array1<Complex<u8>>

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fn l1_norm(&self) -> u8

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impl ArgminL1Norm<u16> for u16

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u16> for Vec<u16>

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u16> for Vec<Complex<u16>>

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u16> for Complex<u16>

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u16> for Array1<u16>

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u16> for Array1<Complex<u16>>

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fn l1_norm(&self) -> u16

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impl ArgminL1Norm<u32> for u32

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u32> for Vec<u32>

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u32> for Vec<Complex<u32>>

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u32> for Complex<u32>

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u32> for Array1<u32>

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u32> for Array1<Complex<u32>>

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fn l1_norm(&self) -> u32

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impl ArgminL1Norm<u64> for u64

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fn l1_norm(&self) -> u64

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impl ArgminL1Norm<u64> for Vec<u64>

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fn l1_norm(&self) -> u64

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impl ArgminL1Norm<u64> for Vec<Complex<u64>>

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fn l1_norm(&self) -> u64

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impl ArgminL1Norm<u64> for Complex<u64>

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fn l1_norm(&self) -> u64

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impl ArgminL1Norm<u64> for Array1<u64>

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fn l1_norm(&self) -> u64

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impl ArgminL1Norm<u64> for Array1<Complex<u64>>

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fn l1_norm(&self) -> u64

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impl<N, R, C, S> ArgminL1Norm<<N as SimdComplexField>::SimdRealField> for Matrix<N, R, C, S>
where N: SimdComplexField, R: Dim, C: Dim, S: Storage<N, R, C>,

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fn l1_norm(&self) -> N::SimdRealField

Implementors§