Struct norman::desc::PNormReal

pub struct PNormReal { /* fields omitted */ }

A descriptor that represents a real-valued p-norm.

Create one with new or from_f32.

If you only need a real valued p, consider using PNorm instead since it only calculates integral powers.

Negative values for p are completely allowed and there will be no bad behaviour if one tries to calculate a p-norm with a negative p, but the result will probably be mathematical nonsense.

Methods

impl PNormReal

pub fn new(p: R32) -> Self

Creates a descriptor of the p-norm.

A “NaN-norm” or “Inf-norm” does not make sense, so p-norms are represented by a noisy_float which cannot be Nan or +/- Infinity.

pub fn from_u16(p: u16) -> Self

Creates a descriptor of the p-norm.

pub fn from_f32(p: f32) -> Self

Creates a descriptor of the p-norm.

Panics

If p is NaN or +/- Infinity

pub fn eucl() -> Self

Creates a descriptor of the euclidean norm, i.e. the 2-norm.

pub fn p1() -> Self

Creates a descriptor of the 1-norm.

Trait Implementations

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 0]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 1]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 2]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 3]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 4]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 5]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 6]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 7]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 8]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 9]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 10]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 11]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 12]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 13]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 14]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 15]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 16]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 17]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 18]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 19]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 20]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 21]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 22]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 23]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 24]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 25]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 26]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 27]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 28]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 29]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 30]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 31]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for [T; 32]

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for Vec<T>

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Norm<Abs, Output = R>, R: Float + From<f32>> Norm<PNormReal> for VecDeque<T>

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<S, D, T, R> Norm<PNormReal> for ArrayBase<S, D> where
    S: Data<Elem = T>,
    D: Dimension,
    T: Norm<Abs, Output = R>,
    R: Float + From<f32>, 

type Output = <T as Norm<Abs>>::Output

The resulting type of the norm function.

fn norm(&self, desc: PNormReal) -> Self::Output

Calculates the norm of self, specified by the descriptor desc.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 0]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 1]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 2]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 3]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 4]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 5]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 6]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 7]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 8]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 9]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 10]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 11]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 12]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 13]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 14]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 15]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 16]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 17]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 18]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 19]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 20]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 21]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 22]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 23]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 24]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 25]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 26]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 27]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 28]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 29]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 30]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 31]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for [T; 32]

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for Vec<T>

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<T: Distance<Abs, Output = R>, R: Float + From<f32>> Distance<PNormReal> for VecDeque<T>

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl<S, D, T: Debug, R> Distance<PNormReal> for ArrayBase<S, D> where
    S: Data<Elem = T>,
    D: Dimension,
    T: Distance<Abs, Output = R>,
    R: Float + From<f32>, 

type Output = <T as Distance<Abs>>::Output

The resulting type of the distance function.

fn distance(&self, other: &Self, desc: PNormReal) -> Self::Output

Calculates the distance between self and other.

impl Eq for PNormReal

impl Clone for PNormReal

fn clone(&self) -> PNormReal

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl PartialEq<PNormReal> for PNormReal

fn eq(&self, other: &PNormReal) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &PNormReal) -> bool

This method tests for !=.

impl Copy for PNormReal

impl Hash for PNormReal

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given [Hasher].

fn hash_slice<H>(data: &[Self], state: &mut H) where
    H: Hasher, 

Feeds a slice of this type into the given [Hasher].

impl Debug for PNormReal

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.