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差分 in Chinese), based on richzhang/PerceptualSimilarity, trained with dataset deepghs/chafen_arknights(private).lpips_diff.onnx, feature difference.lpips_feature.onnx, feature extracting.| Checkpoint | Algorithm | Safe Level | Accuracy | False Negative | False Positive |
|---|---|---|---|---|---|
| monochrome-caformer-40 | caformer | 0 | 96.41% | 2.69% | 0.89% |
| monochrome-caformer-110 | caformer | 0 | 96.97% | 1.57% | 1.46% |
| monochrome-caformer_safe2-80 | caformer | 2 | 94.84% | 1.12% | 4.03% |
| monochrome-caformer_safe4-70 | caformer | 4 | 94.28% | 0.67% | 5.04% |
monochrome-caformer-110 has the best overall accuracy among them, but considering that this model is often used to screen out monochrome images
and we want to screen out as many as possible without omission, we have also introduced weighted models (safe2 and safe4).
Although their overall accuracy has been slightly reduced, the probability of False Negative (misidentifying a monochrome image as a colored one) is lower,
making them more suitable for batch screening.deepdanbooru is a model used to tag anime images. Here, we provide a table for tag classification called deepdanbooru_tags.csv,
as well as an ONNX model (from chinoll/deepdanbooru).wd14 model instead, see: