Trait discrete::ToIndex

pub trait ToIndex<T, U> {
    fn to_index(&self, dim: &T, pos: &U) -> usize;
}

Implemented by spaces that can convert position to index.

Required methods

fn to_index(&self, dim: &T, pos: &U) -> usize

Converts position to index.

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Implementations on Foreign Types

impl<T, U, V, W, X, Y> ToIndex<(V, W), (X, Y)> for (T, U) where
    T: Construct + ToIndex<V, X>,
    U: Construct + Count<W> + ToIndex<W, Y>, 

fn to_index(&self, (dim_t, dim_u): &(V, W), (pt, pu): &(X, Y)) -> usize

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Implementors

impl ToIndex<usize, (usize, usize)> for EqPair<Data>

fn to_index(&self, _dim: &usize, (min, max): &(usize, usize)) -> usize

impl ToIndex<usize, (usize, usize)> for NeqPair<Data>

fn to_index(&self, dim: &usize, (a, b): &(usize, usize)) -> usize

impl ToIndex<usize, (usize, usize)> for Pair<Data>

fn to_index(&self, _dim: &usize, (min, max): &(usize, usize)) -> usize

impl ToIndex<usize, usize> for Dimension<Data>

fn to_index(&self, _dim: &usize, pos: &usize) -> usize

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

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

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

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

impl ToIndex<Vec<usize>, (Vec<usize>, usize, usize)> for Context<Data>

fn to_index(
    &self,
    dim: &Vec<usize>,
    (p, ind, b): &(Vec<usize>, usize, usize)
) -> usize

impl ToIndex<Vec<usize>, (Vec<usize>, usize, usize)> for DirectedContext<Data>

fn to_index(
    &self,
    dim: &Vec<usize>,
    (p, ind, b): &(Vec<usize>, usize, usize)
) -> usize

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

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

impl<T, U, V> ToIndex<Vec<U>, (Vec<V>, usize, V)> for Context<Of<T>> where
    T: Construct + Count<U> + ToIndex<U, V>, 

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

impl<T, U, V> ToIndex<Vec<U>, (Vec<V>, usize, V)> for DirectedContext<Of<T>> where
    T: Construct + Count<U> + ToIndex<U, V>,
    V: Clone, 

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

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

impl<T, U, V> ToIndex<U, (V, V)> for EqPair<Of<T>> where
    T: Construct + ToIndex<U, V> + Count<U>, 

fn to_index(&self, dim: &U, (min, max): &(V, V)) -> usize

impl<T, U, V> ToIndex<U, (V, V)> for NeqPair<Of<T>> where
    T: Construct + ToIndex<U, V> + Count<U>, 

fn to_index(&self, dim: &U, (min, max): &(V, V)) -> usize

impl<T, U, V> ToIndex<U, (V, V)> for Pair<Of<T>> where
    T: Construct + ToIndex<U, V> + Count<U>, 

fn to_index(&self, dim: &U, (min, max): &(V, V)) -> usize

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

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

impl<T, U, V> ToIndex<U, Vec<V>> for PowerSet<Of<T>> where
    T: Construct + ToIndex<U, V>,
    V: Clone, 

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

impl<T, U, V> ToIndex<U, V> for Dimension<Of<T>> where
    T: Construct + ToIndex<U, V>, 

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

impl<T, U, V, W, X, Y> ToIndex<(V, W), Select<X, Y>> for Either<T, U> where
    T: Construct + Count<V> + ToIndex<V, X>,
    U: Construct + ToIndex<W, Y>, 

fn to_index(&self, (dim_t, dim_u): &(V, W), s: &Select<X, Y>) -> usize

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