LEOSAM's HelloWorld XL

This model is a run-accelerated version of the HelloWorld SDXL base model, incorporating both <a rel="ugc" href="https://huggingface.co/ByteDance/SDXL-Lightning/tree/main">SDXL-Lightning</a> technologies. Equipped with the Eular a sampler and CFG 1, it is capable of generating images in 6-8 steps, which is three times faster than the original SDXL version. Moreover, upon comparison, its imaging results are superior to those of LCM or Turbo versions, and it comes highly recommended for everyone to test and use.The recommended parameters for generating images with this model are:Sampler: Eular a (Important! The model is specifically adapted to Eular a, other samplers may not yield as good results)CFG scale: 1Sampling steps: 8 steps (6~8 steps are acceptable)Hires algorithm: ESRGAN 4x / 8x_NMKD-Faces_160000_GHires Upscale factor: 1.5xHires steps: 8 stepsHires Denoising strength: 0.3

leosamsHelloworldXL_hw50EulerALightning.safetensors

HW5.0_Euler_a_Lightning

HelloWorld XL 7.0

HelloWorld XL 6.0

HelloWorld XL 5.0 GPT4V

HelloWorld XL 4.0

HelloWorld XL 3.2 DPO

HelloWorld XL 3.0

HelloWorld XL 2.0

HelloWorld XL 1.0

Film Grain 2.0

Film Grain 1.0

Utopia 3.0

Utopia 2.0

Utopia

Reality 3.0

Fantasy2.0

Reality2.0

Reality

Fantasy

LEOSAM HelloWorld Express

This model combines the original version of <a href="https://www.liblib.ai/modelinfo/506c46c91b294710940bd4b183f3ecd7" target="_blank">HelloWorld SDXL</a> An accelerated version of <a href="https://huggingface.co/ByteDance/SDXL-Lightning/tree/main" target="_blank">SDXL-Lightning technology</a>. With the Eular a sampler, images can be generated in 6-8 steps, which is three times the speed of the original sdxl version. After comparison, the imaging results of the Lightning version are superior to the LCM or Turbo versions, and the video memory usage is consistent with the original HelloWorld version. The accelerated model can directly produce 1024 resolution images in a time similar to the original XL model to achieve 1024 resolution drawing +1.5 times magnification. Recommended raw chart parameters for this model: Sampler: Eular a (Important! This model is particularly suitable for Eular a; other samplers may not be able to obtain the same good results) Number of sampling steps: 8 steps (6 to 8 steps are possible) CFG scale: 1 amplification algorithm: ESRGAN 4x or 8x_nmkd-faces_160000_g Magnification factor: 1.5 times Number of amplification steps: 8 steps Amplification noise reduction factor: 0.3

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