Hi HiFi-Inpaint authors,
Thanks for releasing the code, dataset, and checkpoints — great work!
I am trying to reproduce the quantitative results in Table 1 of the paper. The paper says that 1,000 samples were split from HP-Image-40K for evaluation, were not used for training, and all methods were evaluated at 1024 × 576 with CLIP-T, CLIP-I, DINO, SSIM, SSIM-HF, LAION-Aes, and Q-Align-IQ.
However, the current public HP-Image-40K release appears to contain only the training metadata/files:
meta_data.json with 43,632 samples
ref_images.zip
gt_images.zip
condition_images.zip
masks.zip
I could not find a released test.json / val.json / split file in the Hugging Face dataset, and I also could not find an official evaluation script in this repository.
Could you please share one of the following, if possible?
- The exact 1,000-sample evaluation split metadata, or at least the list of sample indices/filenames used for Table 1.
- The official evaluation scripts/configs for CLIP-T, CLIP-I, DINO, SSIM, SSIM-HF, LAION-Aes, and Q-Align-IQ.
- Any details about whether the released LoRA checkpoint was trained exactly with the same training data described in the paper, i.e. HP-Image-40K plus the internal ~14K dataset.
This would help make the reported results much easier to reproduce faithfully.
Thank you!
Hi HiFi-Inpaint authors,
Thanks for releasing the code, dataset, and checkpoints — great work!
I am trying to reproduce the quantitative results in Table 1 of the paper. The paper says that 1,000 samples were split from HP-Image-40K for evaluation, were not used for training, and all methods were evaluated at 1024 × 576 with CLIP-T, CLIP-I, DINO, SSIM, SSIM-HF, LAION-Aes, and Q-Align-IQ.
However, the current public HP-Image-40K release appears to contain only the training metadata/files:
meta_data.jsonwith 43,632 samplesref_images.zipgt_images.zipcondition_images.zipmasks.zipI could not find a released
test.json/val.json/ split file in the Hugging Face dataset, and I also could not find an official evaluation script in this repository.Could you please share one of the following, if possible?
This would help make the reported results much easier to reproduce faithfully.
Thank you!