array_matrix/matrix/
conj.rs

1use num_complex::{Complex};
2use num_traits::Float;
3
4use crate::{matrix_init, Matrix};
5
6pub trait MConj: Matrix
7where
8    Self::Output: Matrix
9{
10    type Output;
11
12    /// Returns the complex-conjugate matrix
13    /// 
14    /// A*
15    /// 
16    /// # Examples
17    /// 
18    /// ```rust
19    /// let a = [
20    ///     [Complex::new(1.0, 1.0), Complex::new(2.0, -1.0)],
21    ///     [Complex::new(3.0, 1.0), Complex::new(4.0, -1.0)]
22    /// ];
23    /// let a_ = [
24    ///     [a[0][0].conj(), a[0][1].conj()],
25    ///     [a[1][0].conj(), a[1][1].conj()]
26    /// ];
27    /// assert_eq!(a.conj(), a_);
28    /// ```
29    fn conj(&self) -> Self::Output;
30}
31
32impl<F: Float, const L: usize, const H: usize> MConj for [[Complex<F>; L]; H]
33where
34    Self: Matrix
35{
36    type Output = Self;
37    fn conj(&self) -> Self::Output
38    {
39        matrix_init(|r, c| self[r][c].conj())
40    }
41}
array_matrix/matrix/conj.rs

array_matrix/matrix/
conj.rs
