CivArchive
    Model trainer/creator: kblueleaf Uploaded to MoescapeA by Laanver Phi [Please view the full model detail on CivitAI] rev1 Source: https://civitai.com/models/399873?modelVersionId=445973 rev2 Source: https://civitai.com/models/399873?modelVersionId=546178 *Please check the [Usage1] and [Usage2] page to see how to use to checkpoint. Check [Models1] and [Models2] for understanding of the difference between versions. Check [Others] and for other details. Generally check the CivitAI page for complete breakdown. Kohaku' XL εpsilon: The best example of tuning t2i model at home with consumer-level hardware join us: https://discord.gg/tPBsKDyRR5 Introduction: Kohaku--- - XL Epsilon, the fifth major iteration in the Kohaku XL series, features a 5.2 million images dataset, LyCORIS fine-tuning[1], trained on comsumer-level hardware, and is fully open-sourced. Benchmark: *please check the CivitAI page for the graph. CCIP score on 3600 characters. (0~1, higher is better). Clearly, Kohaku XL Epsilon is way better than Kohaku XL Delta

    Description

    How This Model Came to Be: Why Epsilon: Same as Delta, just a test for new dataset and it is good. The outputs are also very different (compare to Delta). Dataset: The dataset for training this model was sourced from HakuBooru, comprising 5.2 million images selected from the danbooru2023 dataset.[2][3] A selection process was employed to choose 1 million posts from IDs 0 to 2,000,000, another 2 millions from IDs 2,000,000 to 4,999,999, and all posts after ID 5,000,000, totaling 5.35 million posts. After filtering out deleted posts, gold account posts and those without images (which could be GIFs or MP4s), the final dataset comprised 5.2 million images. The selection was essentially random, but a fixed seed was utilized to ensure reproducibility. Further Process: - Shuffle tags: The order of general tags was shuffled in each step. - Tag dropout: Randomly, 15% of general tags were dropped in each step. ----- Training: The training of Kohaku XL Epsilon was facilitated by the LyCORIS project and the trainer from kohya-ss/sd-scripts. [1][4] Algorithm: LoKr[7] The model was trained using the LoKr algorithm with full matrix triggered and a factor of 2~8 for different modules. The aim was to demonstrate the applicability of LoRA/LyCORIS in training base models. The original LoKr file size is under 800MB, and the TE was not frozen. The original LoKr file also be provided as "delta-lokr" version. For detailed settings, refer to the LyCORIS config file from Kohaku XL Delta.

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