Early Explortation on Local Ran Stable-Diffusion Models
I’m in the early stages of exploring AI-powered image generation, one of the most exciting developments has been the ability to run Stable Diffusion models locally, even on average consumer-grade hardware like the NVIDIA GeForce RTX 3060 Ti. Despite not being the top-tier GPU, this graphics card still provides enough power to experiment with high-quality image refinement techniques.
For this demonstration, I started with a low-quality reference image of a race-car (512x512 pixels).
Models
I used this image as the input latent, and upscaled it by a factor of 2 (1024x1024 pixels).
My goal was for the end result to take hints from the original image, but it to be unrecognizable from the source.
Here are the different models I used to enhance and upscale the image (discovered and obtained at https://civitai.com):
- v1-5-pruned-emaonly
- dreamshaper_8
- realisticVisionV60B1_v51HyperVAE
- glamourCelebrity_v10
- aniversePonyXL_v20
- blackMAGICPONY_v25
- revAnimated_v122EOL
- mcbsMachinecodesComic_v4
- waiREALCN_v120
- animeArtDiffusionXL_alpha3
Settings
- Steps:
35
- Guidance:
5
- Start At Step:
3
- Seed:
173755800709141
Prompt
photoshoot (masterpiece) of a bright (pink race car:1.25), near the ocean, at sunset, amazing ocean side view from street, 4k, 8k, udh, dslr, soft lighting, high quality, file grain, Fujifilm XT3
Sampler
For each model I genearated 4 images, each a different sampler + scheduler combination:
- Euler + exponential
- Euler A + exponential
- DPMPP 2M SDE + Karras
- DPMPP 3M SDE + Karras
v1-5-pruned-emaonly
dreamshaper_8
realisticVisionV60B1_v51HyperVAE
glamourCelebrity_v10
aniversePonyXL_v20
blackMAGICPONY_v25
revAnimated_v122EOL
mcbsMachinecodesComic_v4
waiREALCN_v120
animeArtDiffusionXL_alpha3
It’s fascinating to see how even low-quality images can be transformed into something remarkable using Stable Diffusion models, even on mid-range hardware.
Here are a few of the above generations that I think came out especially well:
I hope you enjoyed this exploration of image enhancement. Stay tuned for more.