FLUX.1 dev/schnell UNET merge nad a Custom Clip L from my SDXL/PONY model NepotismXL.
Slight Pivot: the Clip L has been improved in V2, the model is now a UNET and is saved to the UNET folder, it does not contain CLIP or VAE.
This is a merge of Flux1dev and Flux1schnell, the resulting merge has so far produced results similar to Flux1dev fp16 but with the file size of schnell fp8, when the NepotismFUX unet is run with fp8 or fp16 it returns more consistent results with a lower degree of variance between fp16/fp8 than both schnell and dev making it a better option for lower to mid range PCs to get similar results as Flux1Dev fp16
BRO, ARE YOU ABOUT TO ASK ME HOW TO FUX?
STEP 1: CLICK HERE FOR THE FUX-ING WORKFLOW
STEP 2: PROFIT
Tested & Running on:
Nvidia 4090 (24GB VRAM) 64GB of RAM
Nvidia 4080 (16GB VRAM) 32GB of RAM
Nvidia 3080 TI (12GB VRAM) 32GB RAM
This model is not intended to make XXX content. It can make nudity, so it will make R and X content
this CLIP is listed as a model merge until CIVIT creates a proper way to categorize it.
Nepotism FUX (DEV+SCHNELL) is a highly specialized Image generation AI Model of type Safetensors / Checkpoint AI Model created by AI community user BobsBlazed. Derived from the powerful Stable Diffusion (Flux.1 D) model, Nepotism FUX (DEV+SCHNELL) has undergone an extensive fine-tuning process, leveraging the power of a dataset consisting of images generated by other AI models or user-contributed data. This fine-tuning process ensures that Nepotism FUX (DEV+SCHNELL) is capable of generating images that are highly relevant to the specific use-cases it was designed for, such as base model, flux, flux.1.
With a rating of 0 and over 0 ratings, Nepotism FUX (DEV+SCHNELL) is a popular choice among users for generating high-quality images from text prompts.
Yes! You can download the latest version of Nepotism FUX (DEV+SCHNELL) from here.
To use Nepotism FUX (DEV+SCHNELL), download the model checkpoint file and set up an UI for running Stable Diffusion models (for example, AUTOMATIC1111). Then, provide the model with a detailed text prompt to generate an image. Experiment with different prompts and settings to achieve the desired results. If this sounds a bit complicated, check out our initial guide to Stable Diffusion – it might be of help. And if you really want to dive deep into AI image generation and understand how set up AUTOMATIC1111 to use Safetensors / Checkpoint AI Models like Nepotism FUX (DEV+SCHNELL), check out our crash course in AI image generation.
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