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Thank you for your work! I tried to use your training code on the UCF dataset. I skipped the training of the image data, only used the video data for training, and kept the other settings the same as the source code. However, I found that the model trained this way had a frame-skipping effect when reconstructing the video. When I slowed down the video, I found that the adjacent 4 frames were basically the same, without smooth motion. However, when I experimented with the publicly available checkpoint model, there was no such effect. I'm very puzzled by the reason for this phenomenon, and I hope the author may help. Thanks for your attention!
The text was updated successfully, but these errors were encountered:
Thank you for your work! I tried to use your training code on the UCF dataset. I skipped the training of the image data, only used the video data for training, and kept the other settings the same as the source code. However, I found that the model trained this way had a frame-skipping effect when reconstructing the video. When I slowed down the video, I found that the adjacent 4 frames were basically the same, without smooth motion. However, when I experimented with the publicly available checkpoint model, there was no such effect. I'm very puzzled by the reason for this phenomenon, and I hope the author may help. Thanks for your attention!
The text was updated successfully, but these errors were encountered: