Trait discrete::Zero

pub trait Zero<T, U> {
    fn zero(&self, dim: &T) -> U;
}

Used to construct an uninitialized element of a discrete space.

Required Methods

fn zero(&self, dim: &T) -> U

Creates a default element.

Implementors

• impl Zero<usize, Vec<usize>> for PowerSet<Data>
• impl<T, U, V> Zero<U, Vec<V>> for PowerSet<Of<T>> where
    T: Construct + Count<U> + Zero<U, V>, 
• impl Zero<Vec<usize>, Vec<usize>> for DimensionN<Data>
• impl<T, U, V> Zero<Vec<U>, Vec<V>> for DimensionN<Of<T>> where
    T: Construct + Count<U> + ToPos<U, V> + Zero<U, V>, 
• impl Zero<usize, usize> for Dimension<Data>
• impl<T, U, V> Zero<U, V> for Dimension<Of<T>> where
    T: Construct + Zero<U, V>, 
• impl Zero<usize, (usize, usize)> for Pair<Data>
• impl<T, U, V> Zero<U, (V, V)> for Pair<Of<T>> where
    T: Construct + Zero<U, V>, 
• impl Zero<usize, (usize, usize)> for EqPair<Data>
• impl<T, U, V> Zero<U, (V, V)> for EqPair<Of<T>> where
    T: Construct + Zero<U, V>, 
• impl Zero<usize, (usize, usize)> for NeqPair<Data>
• impl<T, U, V> Zero<U, (V, V)> for NeqPair<Of<T>> where
    T: Construct + Zero<U, V>, 
• impl Zero<usize, Vec<usize>> for Permutation<Data>
• impl<T, U, V> Zero<U, Vec<V>> for Permutation<Of<T>> where
    T: Construct + Count<U> + Zero<U, V>,
    V: Default + Clone, 
• impl Zero<Vec<usize>, (Vec<usize>, usize, usize)> for Context<Data>
• impl<T, U, V> Zero<Vec<U>, (Vec<V>, usize, V)> for Context<Of<T>> where
    T: Construct + Count<U> + ToPos<U, V> + Zero<U, V>, 
• impl Zero<Vec<usize>, (Vec<usize>, usize, usize)> for DirectedContext<Data>
• impl<T, U, V> Zero<Vec<U>, (Vec<V>, usize, V)> for DirectedContext<Of<T>> where
    T: Construct + Count<U> + ToPos<U, V> + Zero<U, V>, 
• impl<T, U, V, W, X, Y> Zero<(V, W), (X, Y)> for (T, U) where
    T: Construct + Zero<V, X>,
    U: Construct + Zero<W, Y>,