Trait argmin_math::ArgminConj

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pub trait ArgminConj {
    fn conj(&self) -> Self;
}

Expand description

Return the conjugate

Required Methods§

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fn conj(&self) -> Self

Return conjugate

Implementations on Foreign Types§

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impl<N, R, C> ArgminConj for OMatrix<N, R, C>where
    N: SimdComplexField,
    R: Dim,
    C: Dim,
    DefaultAllocator: Allocator<N, R, C>,

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fn conj(&self) -> OMatrix<N, R, C>

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impl ArgminConj for Vec<isize>

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fn conj(&self) -> Vec<isize>

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impl ArgminConj for Vec<Vec<isize>>

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fn conj(&self) -> Vec<Vec<isize>>

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impl ArgminConj for Vec<i8>

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fn conj(&self) -> Vec<i8>

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impl ArgminConj for Vec<Vec<i8>>

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fn conj(&self) -> Vec<Vec<i8>>

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impl ArgminConj for Vec<i16>

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fn conj(&self) -> Vec<i16>

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impl ArgminConj for Vec<Vec<i16>>

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fn conj(&self) -> Vec<Vec<i16>>

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impl ArgminConj for Vec<i32>

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fn conj(&self) -> Vec<i32>

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impl ArgminConj for Vec<Vec<i32>>

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fn conj(&self) -> Vec<Vec<i32>>

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impl ArgminConj for Vec<i64>

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fn conj(&self) -> Vec<i64>

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impl ArgminConj for Vec<Vec<i64>>

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fn conj(&self) -> Vec<Vec<i64>>

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impl ArgminConj for Vec<f32>

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fn conj(&self) -> Vec<f32>

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impl ArgminConj for Vec<Vec<f32>>

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fn conj(&self) -> Vec<Vec<f32>>

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impl ArgminConj for Vec<f64>

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fn conj(&self) -> Vec<f64>

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impl ArgminConj for Vec<Vec<f64>>

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fn conj(&self) -> Vec<Vec<f64>>

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impl ArgminConj for Vec<Complex<isize>>

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fn conj(&self) -> Vec<Complex<isize>>

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impl ArgminConj for Vec<Vec<Complex<isize>>>

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fn conj(&self) -> Vec<Vec<Complex<isize>>>

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impl ArgminConj for Vec<Complex<i8>>

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fn conj(&self) -> Vec<Complex<i8>>

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impl ArgminConj for Vec<Vec<Complex<i8>>>

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fn conj(&self) -> Vec<Vec<Complex<i8>>>

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impl ArgminConj for Vec<Complex<i16>>

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fn conj(&self) -> Vec<Complex<i16>>

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impl ArgminConj for Vec<Vec<Complex<i16>>>

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fn conj(&self) -> Vec<Vec<Complex<i16>>>

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impl ArgminConj for Vec<Complex<i32>>

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fn conj(&self) -> Vec<Complex<i32>>

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impl ArgminConj for Vec<Vec<Complex<i32>>>

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fn conj(&self) -> Vec<Vec<Complex<i32>>>

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impl ArgminConj for Vec<Complex<i64>>

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fn conj(&self) -> Vec<Complex<i64>>

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impl ArgminConj for Vec<Vec<Complex<i64>>>

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fn conj(&self) -> Vec<Vec<Complex<i64>>>

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impl ArgminConj for Vec<Complex<f32>>

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fn conj(&self) -> Vec<Complex<f32>>

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impl ArgminConj for Vec<Vec<Complex<f32>>>

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fn conj(&self) -> Vec<Vec<Complex<f32>>>

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impl ArgminConj for Vec<Complex<f64>>

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fn conj(&self) -> Vec<Complex<f64>>

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impl ArgminConj for Vec<Vec<Complex<f64>>>

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Trait argmin_math::ArgminConj

Required Methods§

fn conj(&self) -> Self

Implementations on Foreign Types§

impl ArgminConj for isize

fn conj(&self) -> isize

impl ArgminConj for usize

fn conj(&self) -> usize

impl ArgminConj for i8

fn conj(&self) -> i8

impl ArgminConj for i16

fn conj(&self) -> i16

impl ArgminConj for i32

fn conj(&self) -> i32

impl ArgminConj for i64

fn conj(&self) -> i64

impl ArgminConj for u8

fn conj(&self) -> u8

impl ArgminConj for u16

fn conj(&self) -> u16

impl ArgminConj for u32

fn conj(&self) -> u32

impl ArgminConj for u64

fn conj(&self) -> u64

impl ArgminConj for f32

fn conj(&self) -> f32

impl ArgminConj for f64

fn conj(&self) -> f64

impl ArgminConj for Complex<isize>

fn conj(&self) -> Complex<isize>

impl ArgminConj for Complex<i8>

fn conj(&self) -> Complex<i8>

impl ArgminConj for Complex<i16>

fn conj(&self) -> Complex<i16>

impl ArgminConj for Complex<i32>

fn conj(&self) -> Complex<i32>

impl ArgminConj for Complex<i64>

fn conj(&self) -> Complex<i64>

impl ArgminConj for Complex<f32>

fn conj(&self) -> Complex<f32>

impl ArgminConj for Complex<f64>

fn conj(&self) -> Complex<f64>

impl ArgminConj for Array1<isize>

fn conj(&self) -> Array1<isize>

impl ArgminConj for Array2<isize>

fn conj(&self) -> Array2<isize>

impl ArgminConj for Array1<i8>

fn conj(&self) -> Array1<i8>

impl ArgminConj for Array2<i8>

fn conj(&self) -> Array2<i8>

impl ArgminConj for Array1<i16>

fn conj(&self) -> Array1<i16>

impl ArgminConj for Array2<i16>

fn conj(&self) -> Array2<i16>

impl ArgminConj for Array1<i32>

fn conj(&self) -> Array1<i32>

impl ArgminConj for Array2<i32>

fn conj(&self) -> Array2<i32>

impl ArgminConj for Array1<i64>

fn conj(&self) -> Array1<i64>

impl ArgminConj for Array2<i64>

fn conj(&self) -> Array2<i64>

impl ArgminConj for Array1<f32>

fn conj(&self) -> Array1<f32>

impl ArgminConj for Array2<f32>

fn conj(&self) -> Array2<f32>

impl ArgminConj for Array1<f64>

fn conj(&self) -> Array1<f64>

impl ArgminConj for Array2<f64>

fn conj(&self) -> Array2<f64>

impl ArgminConj for Array1<Complex<isize>>

fn conj(&self) -> Array1<Complex<isize>>

impl ArgminConj for Array2<Complex<isize>>

fn conj(&self) -> Array2<Complex<isize>>

impl ArgminConj for Array1<Complex<i8>>

fn conj(&self) -> Array1<Complex<i8>>

impl ArgminConj for Array2<Complex<i8>>

fn conj(&self) -> Array2<Complex<i8>>

impl ArgminConj for Array1<Complex<i16>>

fn conj(&self) -> Array1<Complex<i16>>

impl<N, R, C> ArgminConj for OMatrix<N, R, C>where
N: SimdComplexField,
R: Dim,
C: Dim,
DefaultAllocator: Allocator<N, R, C>,