Struct discrete::DimensionN

pub struct DimensionN<T = Data>(_);

Dimension is a list of numbers, position is a list of numbers.

Trait Implementations

impl<T> Construct for DimensionN<T>

fn new() -> DimensionN<T>

Constructs a new Self.

impl Count<Vec<usize>> for DimensionN<Data>

fn count(&self, dim: &Vec<usize>) -> usize

Counts the size of space given the dimensions.

impl<T, U> Count<Vec<U>> for DimensionN<Of<T>> where
    T: Construct + Count<U>, 

fn count(&self, dim: &Vec<U>) -> usize

Counts the size of space given the dimensions.

impl ToIndex<Vec<usize>, Vec<usize>> for DimensionN<Data>

fn to_index(&self, dim: &Vec<usize>, pos: &Vec<usize>) -> usize

Converts position to index.

impl<T, U, V> ToIndex<Vec<U>, Vec<V>> for DimensionN<Of<T>> where
    T: Construct + Count<U> + ToIndex<U, V>, 

fn to_index(&self, dim: &Vec<U>, pos: &Vec<V>) -> usize

Converts position to index.

impl ToPos<Vec<usize>, Vec<usize>> for DimensionN<Data>

fn to_pos(&self, dim: &Vec<usize>, index: usize, pos: &mut Vec<usize>)

Converts index to position.

impl<T, U, V> ToPos<Vec<U>, Vec<V>> for DimensionN<Of<T>> where
    T: Construct + Count<U> + ToPos<U, V>, 

fn to_pos(&self, dim: &Vec<U>, index: usize, pos: &mut Vec<V>)

Converts index to position.

impl Zero<Vec<usize>, Vec<usize>> for DimensionN<Data>

fn zero(&self, dim: &Vec<usize>) -> Vec<usize>

Creates a default element.

impl<T, U, V> Zero<Vec<U>, Vec<V>> for DimensionN<Of<T>> where
    T: Construct + Count<U> + ToPos<U, V> + Zero<U, V>, 

fn zero(&self, dim: &Vec<U>) -> Vec<V>

Creates a default element.