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Hey @hche11 ,I tested the results of the pre-trained model you provided on the test.py, but there was some difference from the tabular data in the paper. Specifically, I tested on the SoundNet-Flickr test set, and all the steps were completed, but when there were some bugs at runtime, I successfully ran test.py after modifying two code places, but the results were as shown in the figure, which was only close to the results of the setup model with the training set VGG-Sound Full in the paper. I wonder if this gap is normal?
by the way,the two codes I modified are mainly: 1.line 56 in model.py, because the Tensor object does not have a T method, so I replaced it with aud.t() 2.line 110 in dataloader.py, in the call The axis doesn't match error occurred during the aid_spectrogram method, so I expanded the dimension of the spectrogram object, that is, spectrogram = np.expand_dims(spectrogram,axis=2)
The text was updated successfully, but these errors were encountered:
Hey @hche11 ,I tested the results of the pre-trained model you provided on the test.py, but there was some difference from the tabular data in the paper. Specifically, I tested on the SoundNet-Flickr test set, and all the steps were completed, but when there were some bugs at runtime, I successfully ran test.py after modifying two code places, but the results were as shown in the figure, which was only close to the results of the setup model with the training set VGG-Sound Full in the paper. I wonder if this gap is normal?
by the way,the two codes I modified are mainly: 1.line 56 in model.py, because the Tensor object does not have a T method, so I replaced it with aud.t() 2.line 110 in dataloader.py, in the call The axis doesn't match error occurred during the aid_spectrogram method, so I expanded the dimension of the spectrogram object, that is, spectrogram = np.expand_dims(spectrogram,axis=2)
The text was updated successfully, but these errors were encountered: