Struct Table 

pub struct Table<T>(/* private fields */);

Implementations

impl<D: Dimension> Table<Array<f64, D>>

pub fn dense(weights: Array<f64, D>) -> Self

pub fn zeros(dim: D) -> Self

Trait Implementations

impl<T: Clone> Clone for Table<T>

fn clone(&self) -> Table<T>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<T: Debug> Debug for Table<T>

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

Formats the value using the given formatter.

impl<S: Borrow<usize>> Differentiable<(S,)> for Table<Array1<f64>>

type Jacobian = Tile<Dim<[usize; 1]>, usize>

fn grad(&self, (s): (S,)) -> Self::Jacobian

fn grad_log(&self, _: (S,)) -> Self::Jacobian

impl<S: Borrow<usize>, A: Borrow<usize>> Differentiable<(S, A)> for Table<Array2<f64>>

type Jacobian = Tile<Dim<[usize; 2]>, (usize, usize)>

fn grad(&self, (s, a): (S, A)) -> Self::Jacobian

fn grad_log(&self, _: (S, A)) -> Self::Jacobian

impl Enumerable<()> for Table<Array1<f64>>

fn len(&self, _: ()) -> usize

fn evaluate_index( &self, args: Args, index: usize, ) -> <Self::Output as Index<usize>>::Output

fn find_min( &self, args: Args, ) -> (usize, <Self::Output as Index<usize>>::Output)

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: PartialOrd + Sized,

fn find_max( &self, args: Args, ) -> (usize, <Self::Output as Index<usize>>::Output)

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: PartialOrd + Sized,

fn expected_value<I: IntoIterator<Item = f64>>(&self, args: Args, ps: I) -> f64

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: Mul<f64, Output = f64>,

impl<S: Borrow<usize>> Enumerable<(S,)> for Table<Array2<f64>>

fn len(&self, _: (S,)) -> usize

fn evaluate_index( &self, args: Args, index: usize, ) -> <Self::Output as Index<usize>>::Output

fn find_min( &self, args: Args, ) -> (usize, <Self::Output as Index<usize>>::Output)

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: PartialOrd + Sized,

fn find_max( &self, args: Args, ) -> (usize, <Self::Output as Index<usize>>::Output)

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: PartialOrd + Sized,

fn expected_value<I: IntoIterator<Item = f64>>(&self, args: Args, ps: I) -> f64

where Self::Output: IntoIterator<Item = <Self::Output as Index<usize>>::Output>, <Self::Output as Index<usize>>::Output: Mul<f64, Output = f64>,

impl<D: Dimension> From<ArrayBase<OwnedRepr<f64>, D>> for Table<Array<f64, D>>

fn from(w: Array<f64, D>) -> Table<Array<f64, D>>

Converts to this type from the input type.

impl Function<()> for Table<Array1<f64>>

type Output = Vec<f64>

fn evaluate(&self, _: ()) -> Vec<f64>

impl<S: Borrow<usize>> Function<(S,)> for Table<Array1<f64>>

type Output = f64

fn evaluate(&self, (s): (S,)) -> f64

impl<S: Borrow<usize>> Function<(S,)> for Table<Array2<f64>>

type Output = Vec<f64>

fn evaluate(&self, (s): (S,)) -> Vec<f64>

impl<S: Borrow<usize>, A: Borrow<usize>> Function<(S, A)> for Table<Array2<f64>>

type Output = f64

fn evaluate(&self, (s, a): (S, A)) -> f64

impl<S: Borrow<usize>, A: Borrow<usize>> Handler<StateActionUpdate<S, A>> for Table<Array2<f64>>

type Response = Response

type Error = Error

fn handle( &mut self, msg: StateActionUpdate<S, A>, ) -> Result<Self::Response, Self::Error>

fn handle_unchecked(&mut self, msg: M) -> Self::Response

impl<S: Borrow<usize>> Handler<StateUpdate<S>> for Table<Array1<f64>>

type Response = Response

type Error = Error

fn handle(&mut self, msg: StateUpdate<S>) -> Result<Self::Response, Self::Error>

fn handle_unchecked(&mut self, msg: M) -> Self::Response

impl<S: Borrow<usize>> Handler<StateUpdate<S, Vec<f64>>> for Table<Array2<f64>>

type Response = Response

type Error = Error

fn handle( &mut self, msg: StateUpdate<S, Vec<f64>>, ) -> Result<Self::Response, Self::Error>

fn handle_unchecked(&mut self, msg: M) -> Self::Response

impl<T, I> Index<I> for Table<T>

where T: Index<I>,

type Output = <T as Index<I>>::Output

The returned type after indexing.

fn index(&self, index: I) -> &T::Output

Performs the indexing (container[index]) operation.

impl Parameterised for Table<Array1<f64>>

fn weights_view(&self) -> WeightsView<'_>

Return a read-only view of the weights.

fn weights_view_mut(&mut self) -> WeightsViewMut<'_>

Return a mutable view of the weights.

fn weights(&self) -> Weights

Return an owned copy of the weights.

fn weights_dim(&self) -> (usize, usize)

Return the dimensions of the weight matrix.

fn n_weights(&self) -> usize

impl Parameterised for Table<Array2<f64>>

fn weights_view(&self) -> WeightsView<'_>

Return a read-only view of the weights.

fn weights_view_mut(&mut self) -> WeightsViewMut<'_>

Return a mutable view of the weights.

fn weights(&self) -> Weights

Return an owned copy of the weights.

fn weights_dim(&self) -> (usize, usize)

Return the dimensions of the weight matrix.

fn n_weights(&self) -> usize