Trait array_matrix::matrix::adj::Adj

pub trait Adj: SquareMatrixwhere
    Self::Output: SquareMatrix,{
    type Output;

    fn adj(&self) -> Self::Output;
}

Required Associated Types

type Output

Required Methods

fn adj(&self) -> Self::Output

Returns the adjugate matrix of the given square matrix

adj(A)

Examples

let a = [
    [1.0, 2.0],
    [3.0, 4.0]
];
let aa = [
    [4.0, -2.0],
    [-3.0, 1.0]
];
assert_eq!(a.adj(), aa);

Implementations on Foreign Types

impl<F: One> Adj for [[F; 1]; 1]where
    Self: SquareMatrix,

type Output = [[F; 1]; 1]

fn adj(&self) -> Self::Output

impl<F: Neg<Output = F> + Copy> Adj for [[F; 2]; 2]where
    Self: SquareMatrix,

type Output = [[F; 2]; 2]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 3]; 3]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 3]; 3]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 4]; 4]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 4]; 4]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 5]; 5]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 5]; 5]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 6]; 6]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 6]; 6]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 7]; 7]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 7]; 7]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 8]; 8]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 8]; 8]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 9]; 9]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 9]; 9]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 10]; 10]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 10]; 10]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 11]; 11]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 11]; 11]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 12]; 12]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 12]; 12]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 13]; 13]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 13]; 13]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 14]; 14]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 14]; 14]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 15]; 15]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 15]; 15]

fn adj(&self) -> Self::Output

impl<F: One + Neg<Output = F> + Copy> Adj for [[F; 16]; 16]where
    Self: SquareMatrix + Minor<Output = F, Index = (usize, usize)>,

type Output = [[F; 16]; 16]

fn adj(&self) -> Self::Output

Implementors