argmin_math

Trait ArgminConj

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pub trait ArgminConj {
    // Required method
    fn conj(&self) -> Self;
}
Expand description

Return the conjugate

Required Methods§

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fn conj(&self) -> Self

Return conjugate

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.

Implementations on Foreign Types§

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impl ArgminConj for f32

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fn conj(&self) -> f32

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impl ArgminConj for f64

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fn conj(&self) -> f64

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impl ArgminConj for i8

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fn conj(&self) -> i8

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impl ArgminConj for i16

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fn conj(&self) -> i16

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impl ArgminConj for i32

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fn conj(&self) -> i32

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impl ArgminConj for i64

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fn conj(&self) -> i64

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impl ArgminConj for u8

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fn conj(&self) -> u8

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impl ArgminConj for u16

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fn conj(&self) -> u16

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impl ArgminConj for u32

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fn conj(&self) -> u32

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impl ArgminConj for u64

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fn conj(&self) -> u64

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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<f64>

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

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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<i16>

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fn conj(&self) -> 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<i64>

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

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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<Vec<f64>>

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

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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<Vec<i16>>

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

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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<Vec<i64>>

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

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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<Vec<Complex<f64>>>

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

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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<Vec<Complex<i16>>>

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

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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<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<Complex<f64>>

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

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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<Complex<i16>>

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

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

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impl ArgminConj for Complex<f32>

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

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impl ArgminConj for Complex<f64>

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

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impl ArgminConj for Complex<i8>

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

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impl ArgminConj for Complex<i16>

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

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impl ArgminConj for Complex<i32>

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

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impl ArgminConj for Complex<i64>

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

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impl ArgminConj for Array1<f32>

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

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impl ArgminConj for Array1<f64>

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

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impl ArgminConj for Array1<i8>

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

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impl ArgminConj for Array1<i16>

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

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impl ArgminConj for Array1<i32>

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

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impl ArgminConj for Array1<i64>

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

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impl ArgminConj for Array1<Complex<f32>>

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

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impl ArgminConj for Array1<Complex<f64>>

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

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impl ArgminConj for Array1<Complex<i8>>

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

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impl ArgminConj for Array1<Complex<i16>>

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

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impl ArgminConj for Array1<Complex<i32>>

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

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impl ArgminConj for Array1<Complex<i64>>

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

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impl ArgminConj for Array2<f32>

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

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impl ArgminConj for Array2<f64>

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

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impl ArgminConj for Array2<i8>

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

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impl ArgminConj for Array2<i16>

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

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impl ArgminConj for Array2<i32>

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

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impl ArgminConj for Array2<i64>

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

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impl ArgminConj for Array2<Complex<f32>>

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

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impl ArgminConj for Array2<Complex<f64>>

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

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impl ArgminConj for Array2<Complex<i8>>

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

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impl ArgminConj for Array2<Complex<i16>>

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

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impl ArgminConj for Array2<Complex<i32>>

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

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impl ArgminConj for Array2<Complex<i64>>

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

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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>

Implementors§