Diffusion-based multi-modal virtual try-on pipeline demo
Generate images from text descriptions
Create images of a given character in different poses
High-fidelity Virtual Try-on
Create detailed images from sketches and other inputs
Generate image variations
Flux is the HF way 2
QR Code AI Art Generator Blend QR codes with AI Art
Image generator/identifier/reposer
Style-Preserving Text-to-Image Generation
40+ nasty models
Chat with an AI that understands text and images
FLUXllama Multilingual(to be add more languages)
Virtual Try-On Diffusion [VTON-D] is a cutting-edge, diffusion-based multi-modal virtual try-on pipeline designed to generate photorealistic images of individuals wearing specific clothing items. This tool leverages advanced AI technology to seamlessly combine a user's photo with a target clothing image, producing a natural and realistic virtual try-on experience.
• Diffusion Model Integration: Utilizes state-of-the-art diffusion models for high-quality image generation.
• Multi-Modal Input Handling: Accepts both image and text inputs to customize the try-on experience.
• Photorealistic Outputs: Generates highly realistic images with precise alignment of clothing on the user's body.
• User-Friendly Interface: Designed for ease of use, allowing users to upload photos and clothing images directly.
• Customizable Options: Supports adjustments to poses, styles, and other visual attributes for personalized results.
What types of clothing can I use with VTON-D?
VTON-D supports a wide range of clothing images, including tops, dresses, jackets, and more. Ensure the clothing image is clear and well-lit for the best results.
How long does it take to generate a virtual try-on image?
Generation time varies depending on the complexity of the inputs and the system's processing power. Typically, it takes a few seconds to a minute for high-quality outputs.
Can I use VTON-D without any technical expertise?
Yes, VTON-D is designed to be user-friendly. You can upload your photos and clothing images directly through the interface without needing advanced technical knowledge.