A convolutional feedforward layer for hypercubes. This layer works only for the Hypercube graph defined in graph. This layer implements the standard convolution with periodic boundary conditions.

Class Constructor

Constructs a new ConvolutionalHypercube layer.

Argument Type Description
length int Size of input images.
n_dim int Dimension of the input images.
input_channels int Number of input channels.
output_channels int Number of output channels.
stride int=1 Stride distance.
kernel_length int=2 Size of the kernels.
use_bias bool=False If True then the transformation will include a bias, i.e., the transformation would be affine.


A ConvolutionalHypercube layer which takes 4 10x10 input images and gives 8 10x10 output images by convolving with 4x4 kernels:

>>> from netket.layer import ConvolutionalHypercube
>>> l=ConvolutionalHypercube(length=10,n_dim=2,input_channels=4,output_channels=8,kernel_length=4)
>>> print(l.n_par)

Class Methods


Member function to initialise layer parameters.

Argument Type Description
seed int=1234 The random number generator seed.
sigma float=0.1 Standard deviation of normal distribution from which parameters are drawn.


| Property |Type| Description | |———-|—-|———————————————————————————–| |n_input |int | The number of inputs into the layer. | |n_output |int | The number of outputs from the layer. | |n_par |int | The number parameters within the layer. | |parameters|list| List containing the parameters within the layer. Readable and writable|