Livello ricorrente

public struct RecurrentLayer<Cell> : Layer where Cell : RecurrentLayerCell

extension RecurrentLayer: Equatable where Cell: Equatable

extension RecurrentLayer: AdditiveArithmetic where Cell: AdditiveArithmetic

• Ingresso
  Dichiarazione

  public typealias Input = [Cell.TimeStepInput]

• Produzione
  Dichiarazione

  public typealias Output = [Cell.TimeStepOutput]

• cella
  Dichiarazione

  public var cell: Cell

• inizia(_:)
  Dichiarazione

  public init(_ cell: @autoclosure () -> Cell)

• callAsFunction(_:initialState:)
  Dichiarazione

  @differentiable(wrt: (self, inputs, initialState)
  public func callAsFunction(
    _ inputs: [Cell.TimeStepInput],
    initialState: Cell.State
  ) -> [Cell.TimeStepOutput]

• chiamata(_:initialState:)
  Dichiarazione

  @differentiable(wrt: (self, inputs, initialState)
  public func call(
    _ inputs: [Cell.TimeStepInput],
    initialState: Cell.State
  ) -> [Cell.TimeStepOutput]

• chiamaAsFunzione(_:)
  Dichiarazione

  @differentiable
  public func callAsFunction(_ inputs: [Cell.TimeStepInput]) -> [Cell.TimeStepOutput]

• lastOutput(da:initialState:)
  Dichiarazione

  @differentiable(wrt: (self, inputs, initialState)
  public func lastOutput(
    from inputs: [Cell.TimeStepInput],
    initialState: Cell.State
  ) -> Cell.TimeStepOutput

• ultimo risultato(da:)
  Dichiarazione

  @differentiable(wrt: (self, inputs)
  ) public func lastOutput(from inputs: [Cell.TimeStepInput]) -> Cell.TimeStepOutput