As mentioned in #19 here. I think we need to do the preprocessing with respect to the aspect ratio of the image like pytorch is doing here. Instead of simply do
This will, however, raise a problem when storing the resulting numpy ndarrays into hickle files. The shapes of the numpy ndarrays will be irregular because the images are of different widths and heights.
This issue is opened for implementing this enhancement feature. If the aspect ratio is respected, the training quality is expected to be improved. Any suggestions are welcome.
As mentioned in #19 here. I think we need to do the preprocessing with respect to the aspect ratio of the image like pytorch is doing here. Instead of simply do
as done here.
This will, however, raise a problem when storing the resulting numpy ndarrays into hickle files. The shapes of the numpy ndarrays will be irregular because the images are of different widths and heights.
This issue is opened for implementing this enhancement feature. If the aspect ratio is respected, the training quality is expected to be improved. Any suggestions are welcome.