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Congratulations, this job is very outstanding! But when I read your code and paper, there are two questions.
Where are the parameter settings for the final three models of different sizes placed? Is it the parameter settings in the ./config/model/grl/grl_base.yaml or ./models/networks/grl.py ?
The parameter settings in these two files seem different, especially the settings for "stripe_shift".
Second question is about the two parameter settings for "stripe_size" and "stripe_groups". In your paper, you mentioned the anisotropic images features, which I think is a good idea. But when reading the code, I found that in the grl.py file, the default “stripe_size” is set to [8, 8], and the “stripe_groups” is set to [None, None], which seems to be equivalent to a window attention with a window size equal to 8.
However, in the base.yaml file, they are set [8, null] and [null, 4] , respectively. Through this setting, it can generate a rectangular window, but it seems that there is only one direction of anisotropy, which does not reflect the vertical and horizontal anisotropy shown in Figure 4 of your paper.
The text was updated successfully, but these errors were encountered:
Congratulations, this job is very outstanding! But when I read your code and paper, there are two questions.
Where are the parameter settings for the final three models of different sizes placed? Is it the parameter settings in the ./config/model/grl/grl_base.yaml or ./models/networks/grl.py ?
The parameter settings in these two files seem different, especially the settings for "stripe_shift".
Second question is about the two parameter settings for "stripe_size" and "stripe_groups". In your paper, you mentioned the anisotropic images features, which I think is a good idea. But when reading the code, I found that in the grl.py file, the default “stripe_size” is set to [8, 8], and the “stripe_groups” is set to [None, None], which seems to be equivalent to a window attention with a window size equal to 8.
However, in the base.yaml file, they are set [8, null] and [null, 4] , respectively. Through this setting, it can generate a rectangular window, but it seems that there is only one direction of anisotropy, which does not reflect the vertical and horizontal anisotropy shown in Figure 4 of your paper.
The text was updated successfully, but these errors were encountered: