owl 1.0.0 · OCaml Package

owl

module Optimise : sig ... end

module Init : sig ... end

module Input : sig ... end

module Activation : sig ... end

module Linear : sig ... end

module LinearNoBias : sig ... end

module Recurrent : sig ... end

module LSTM : sig ... end

module GRU : sig ... end

module Conv1D : sig ... end

module Conv2D : sig ... end

module Conv3D : sig ... end

module DilatedConv1D : sig ... end

module DilatedConv2D : sig ... end

module DilatedConv3D : sig ... end

module TransposeConv1D : sig ... end

module TransposeConv2D : sig ... end

module TransposeConv3D : sig ... end

module FullyConnected : sig ... end

module MaxPool1D : sig ... end

module MaxPool2D : sig ... end

module AvgPool1D : sig ... end

module AvgPool2D : sig ... end

module GlobalMaxPool1D : sig ... end

module GlobalMaxPool2D : sig ... end

module GlobalAvgPool1D : sig ... end

module GlobalAvgPool2D : sig ... end

module UpSampling1D : sig ... end

module UpSampling2D : sig ... end

module UpSampling3D : sig ... end

module Padding1D : sig ... end

module Padding2D : sig ... end

module Padding3D : sig ... end

module Lambda : sig ... end

module LambdaArray : sig ... end

module Dropout : sig ... end

module Reshape : sig ... end

module Flatten : sig ... end

module Slice : sig ... end

module Add : sig ... end

module Mul : sig ... end

module Dot : sig ... end

module Max : sig ... end

module Average : sig ... end

module Concatenate : sig ... end

module Normalisation : sig ... end

module GaussianNoise : sig ... end

module GaussianDropout : sig ... end

module AlphaDropout : sig ... end

module Embedding : sig ... end

module Masking : sig ... end

type neuron =
  Owl_neural_generic.Make_Embedded(Owl_algodiff_primal_ops.S).Neuron.neuron =

| Input of Input.neuron_typ
| Linear of Linear.neuron_typ
| LinearNoBias of LinearNoBias.neuron_typ
| Embedding of Embedding.neuron_typ
| LSTM of LSTM.neuron_typ
| GRU of GRU.neuron_typ
| Recurrent of Recurrent.neuron_typ
| Conv1D of Conv1D.neuron_typ
| Conv2D of Conv2D.neuron_typ
| Conv3D of Conv3D.neuron_typ
| DilatedConv1D of DilatedConv1D.neuron_typ
| DilatedConv2D of DilatedConv2D.neuron_typ
| DilatedConv3D of DilatedConv3D.neuron_typ
| TransposeConv1D of TransposeConv1D.neuron_typ
| TransposeConv2D of TransposeConv2D.neuron_typ
| TransposeConv3D of TransposeConv3D.neuron_typ
| FullyConnected of FullyConnected.neuron_typ
| MaxPool1D of MaxPool1D.neuron_typ
| MaxPool2D of MaxPool2D.neuron_typ
| AvgPool1D of AvgPool1D.neuron_typ
| AvgPool2D of AvgPool2D.neuron_typ
| GlobalMaxPool1D of GlobalMaxPool1D.neuron_typ
| GlobalMaxPool2D of GlobalMaxPool2D.neuron_typ
| GlobalAvgPool1D of GlobalAvgPool1D.neuron_typ
| GlobalAvgPool2D of GlobalAvgPool2D.neuron_typ
| UpSampling2D of UpSampling2D.neuron_typ
| Padding2D of Padding2D.neuron_typ
| Dropout of Dropout.neuron_typ
| Reshape of Reshape.neuron_typ
| Flatten of Flatten.neuron_typ
| Slice of Slice.neuron_typ
| Lambda of Lambda.neuron_typ
| LambdaArray of LambdaArray.neuron_typ
| Activation of Activation.neuron_typ
| GaussianNoise of GaussianNoise.neuron_typ
| GaussianDropout of GaussianDropout.neuron_typ
| AlphaDropout of AlphaDropout.neuron_typ
| Normalisation of Normalisation.neuron_typ
| Add of Add.neuron_typ
| Mul of Mul.neuron_typ
| Dot of Dot.neuron_typ
| Max of Max.neuron_typ
| Average of Average.neuron_typ
| Concatenate of Concatenate.neuron_typ

val get_in_out_shape : neuron -> int array * int array

val get_in_shape : neuron -> int array

val get_out_shape : neuron -> int array

val connect : int array array -> neuron -> unit

val init : neuron -> unit

val reset : neuron -> unit

val mktag : int -> neuron -> unit

val mkpar : neuron -> Optimise.Algodiff.t array

val mkpri : neuron -> Optimise.Algodiff.t array

val mkadj : neuron -> Optimise.Algodiff.t array

val update : neuron -> Optimise.Algodiff.t array -> unit

val load_weights : neuron -> Optimise.Algodiff.t array -> unit

val save_weights : neuron -> Optimise.Algodiff.t array

val copy : neuron -> neuron

val run : Optimise.Algodiff.t array -> neuron -> Optimise.Algodiff.t

val to_string : neuron -> string

val to_name : neuron -> string

package owl