Trait rust_blas::vector::ops::Axpy

pub trait Axpy: Sized {
    fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
        alpha: &Self, 
        x: &V, 
        y: &mut W
    );
    fn axpy_mat(alpha: &Self, x: &dyn Matrix<Self>, y: &mut dyn Matrix<Self>);
}

Computes a * x + y and stores the result in y.

Required methods

fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
    alpha: &Self,
    x: &V,
    y: &mut W
)

fn axpy_mat(alpha: &Self, x: &dyn Matrix<Self>, y: &mut dyn Matrix<Self>)

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Implementations on Foreign Types

impl Axpy for f32

fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
    alpha: &f32,
    x: &V,
    y: &mut W
)

fn axpy_mat(alpha: &f32, x: &dyn Matrix<f32>, y: &mut dyn Matrix<f32>)

impl Axpy for f64

fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
    alpha: &f64,
    x: &V,
    y: &mut W
)

fn axpy_mat(alpha: &f64, x: &dyn Matrix<f64>, y: &mut dyn Matrix<f64>)

impl Axpy for Complex32

fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
    alpha: &Complex32,
    x: &V,
    y: &mut W
)

fn axpy_mat(
    alpha: &Complex32,
    x: &dyn Matrix<Complex32>,
    y: &mut dyn Matrix<Complex32>
)

impl Axpy for Complex64

fn axpy<V: ?Sized + Vector<Self>, W: ?Sized + Vector<Self>>(
    alpha: &Complex64,
    x: &V,
    y: &mut W
)

fn axpy_mat(
    alpha: &Complex64,
    x: &dyn Matrix<Complex64>,
    y: &mut dyn Matrix<Complex64>
)

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Implementors

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