Open ksachdeva opened 3 years ago
Hi Kapil,
Thanks! I will try to clean up and add that code, but in the meantime, if you want you should be easily able to compute the FID score using any opensource implementation. I used this one: https://github.com/mseitzer/pytorch-fid
Oleh
Thanks @orybkin. Much appreciated the quick response.
Regards Kapil
@orybkin Hello. Thank you for your interesting paper and helpful code!
I have a related question. What images did you use for computing the FID scores shown in your paper? Two groups are necessary to compute the scores. I assume that one of the two is the test set of a dataset (SVHN, CelebA, etc.). What is the other? The reconstructed images? Or, sampled images? If it is a group of sampled images, how many sampled images were used? I can't reproduce similar scores now.
I would appreciate it if you could help me.
Best regards.
Hi Takashi,
I used the test set and the sampled images. I used the same number of sampled images as real images, but I subsampled the test set because it was taking a long time to evaluate on larger datasets. I think I used on the order of 100 images (i.e. 100 sampled and 100 real), but unfortunately I can't remember off the top of my head how many exactly, I will try to look this up
Hi Oleh,
Thank you for your help! I'm focusing on SVHN dataset now. When I use all the 26302 images in the test set and 26302 samples images, the number is around 50. When I prepare 100 images for each, the score gets about 130. When I use 1000 images for each, it's around 70. It means the fewer images are used, the larger the score gets.
I would appreciate it if you could recall the detailed protocol, but I'm glad now to know that you used sample images. Thank you.
Hi,
Thanks for your very interesting paper.
I looked at both of your implementations (torch & TF) and could not find where you have code related to computing the FID scores.
Would appreciate it if you could help point at it.
Regards & thanks Kapil