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I was using the wide-resnet to test the equivariance of rotations of 60 degree, and I set the parameter 'N'=6. to test the equivariance, i transformed the input like this
`elements = m.gspace.testing_elements
in_type = enn.FieldType(m.gspace, [m.gspace.trivial_repr] * 3)
t = enn.GeometricTensor(x, in_type)
x = torch.cat([t.transform(el).tensor for el in elements], dim=0)`
the resulted turned out to be equivariant when rotation is 180 degrees, but not equivariant under rotations of 60 and 120. I used the Maskmodule in the resnet to maintain the equivariance,but it was not effective. anything special to pay attention to about this wide-resnet in your example? Appreciate your response!
The text was updated successfully, but these errors were encountered:
Unfortunately, it is impossible to achieve exact equivariance to rotations of images by 60 degrees, since this is not a perfect symmetry of the pixel grid. Equivariance to n=6 rotations can only be approximate. This discussion might be useful: QUVA-Lab/e2cnn#61
I was using the wide-resnet to test the equivariance of rotations of 60 degree, and I set the parameter 'N'=6. to test the equivariance, i transformed the input like this
`elements = m.gspace.testing_elements
the resulted turned out to be equivariant when rotation is 180 degrees, but not equivariant under rotations of 60 and 120. I used the Maskmodule in the resnet to maintain the equivariance,but it was not effective. anything special to pay attention to about this wide-resnet in your example? Appreciate your response!
The text was updated successfully, but these errors were encountered: