StableFace
S
Stableface
Overview :
StableFace is an open-source project based on Stable Diffusion 2.1 that aims to help users understand key aspects of Stable Diffusion, such as sampling, architecture, CFG, attention layers, reverse scheduling, keypoint inversion, image reconstruction, and prompt2prompt editing through a series of simple Jupyter Notebook tutorials. This enables the achievement of surreal facial editing effects. The project is suitable for developers and researchers interested in generative AI and facial image editing.
Target Users :
StableFace is geared towards developers, researchers, and enthusiasts interested in generative AI and facial image editing technologies. It provides a platform for learning advanced applications of Stable Diffusion through hands-on practice and building their own facial applications.
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Use Cases
Performing surreal facial feature editing with StableFace
Reconstructing damaged or blurred facial images using Stable Diffusion technology
Creating personalized facial applications for social media or entertainment
Features
Generate images using pipeline
Analyze Stable Diffusion architecture and components
Enhance image generation with classifier-free guidance
Utilize attention mechanisms to control image generation process
Implement shared cross-attention layers across multiple images
Perform DDIM inversion and keypoint adjustment for precise image reconstruction
Build advanced facial feature editing systems through comprehensive learning
How to Use
1. Visit the StableFace GitHub page and clone or download the project.
2. Install the required dependencies and environment, such as Python and Jupyter Notebook.
3. Open Jupyter Notebook and load the StableFace notebooks.
4. Follow the instructions in the notebooks to gradually learn about various aspects of Stable Diffusion.
5. Practice the example code in the notebooks to generate and edit facial images.
6. Adjust parameters and code according to individual needs to achieve specific image effects.
7. Apply the learned knowledge to your own projects to build personalized facial applications.
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