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README.md
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license: cc-by-nc-sa-4.0
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license: cc-by-nc-sa-4.0
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pipeline_tag: image-to-image
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tags:
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- pytorch
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- super-resolution
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---
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## 2x-AnimeSharpV4 & Fast
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**Scale:** 2
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**Architecture:** RCAN & RCAN PixelUnshuffle
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**Links:** [Github Release](<https://github.com/Kim2091/Kim2091-Models/releases/tag/2x-AnimeSharpV4>)
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**Author:** Kim2091
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**License:** CC BY-NC-SA 4.0
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**Purpose:** Anime
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**Subject:**
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**Input Type:** Images
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**Date:** 1-7-25
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**Size:**
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**I/O Channels:** 3(RGB)->3(RGB)
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**Dataset:** ModernAnimation1080_v3 & digital_art_v3
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**Dataset Size:** 6k & 20k
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**OTF (on the fly augmentations):** No
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**Pretrained Model:** 2x-AnimeSharpV3_RCAN & database's 12k PU checkpoint
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**Iterations:** 100k RCAN & 400k RCAN PU
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**Batch Size:** 8
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**GT Size:** 64
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**Description:** This is a successor to AnimeSharpV3 based on RCAN instead of ESRGAN. It outperforms both versions of AnimeSharpV3 in every capacity. It's sharper, retains *even more* detail, and has very few artifacts. It is __extremely faithful__ to the input image, even with heavily compressed inputs.
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Currently it is __NOT compatible with chaiNNer__, but will be available on the nightly build soon (hopefully).
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The `2x-AnimeSharpV4_Fast_RCAN_PU` model is trained on RCAN PixelUnshuffle. This is much faster, but comes at the cost of quality. I believe the model is ~95% the quality of the full V4 RCAN model, but ~6x faster in Pytorch and ~4x faster in TensorRT. This model is ideal for video processing, and as such was trained to handle MPEG2 & H264 compression.
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__Comparisons:__
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https://slow.pics/c/63Qu8HTN
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https://slow.pics/c/DBJPDJM9
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![image/png](https://cdn-uploads.huggingface.co/production/uploads/64987486f436b85fddbdc359/ZUsRAXn31QMURv2kaNogQ.png)
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