Trait mathru::algebra::abstr::Identity

pub trait Identity<O: Operator>: Clone {
    pub fn id() -> Self;
}

A type that is equipped with identity.

Required methods

pub fn id() -> Self

The identity element.

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Implementations on Foreign Types

impl Identity<Addition> for u8

pub fn id() -> Self

impl Identity<Addition> for u16

pub fn id() -> Self

impl Identity<Addition> for u32

pub fn id() -> Self

impl Identity<Addition> for u64

pub fn id() -> Self

impl Identity<Addition> for u128

pub fn id() -> Self

impl Identity<Addition> for i8

pub fn id() -> Self

impl Identity<Addition> for i16

pub fn id() -> Self

impl Identity<Addition> for i32

pub fn id() -> Self

impl Identity<Addition> for i64

pub fn id() -> Self

impl Identity<Addition> for i128

pub fn id() -> Self

impl Identity<Addition> for f32

pub fn id() -> Self

impl Identity<Addition> for f64

pub fn id() -> Self

impl Identity<Multiplication> for u8

pub fn id() -> Self

impl Identity<Multiplication> for u16

pub fn id() -> Self

impl Identity<Multiplication> for u32

pub fn id() -> Self

impl Identity<Multiplication> for u64

pub fn id() -> Self

impl Identity<Multiplication> for u128

pub fn id() -> Self

impl Identity<Multiplication> for i8

pub fn id() -> Self

impl Identity<Multiplication> for i16

pub fn id() -> Self

impl Identity<Multiplication> for i32

pub fn id() -> Self

impl Identity<Multiplication> for i64

pub fn id() -> Self

impl Identity<Multiplication> for i128

pub fn id() -> Self

impl Identity<Multiplication> for f32

pub fn id() -> Self

impl Identity<Multiplication> for f64

pub fn id() -> Self

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Implementors

impl<T> Identity<Addition> for Polynomial<T> where
    T: Identity<Addition>, 

pub fn id() -> Self

impl<T> Identity<Addition> for Matrix<T> where
    T: Identity<Addition>, 

pub fn id() -> Self

Returns the additive neutral element)

Example

use mathru::algebra::linear::Matrix;

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