Create photorealistic 3D portraits from selfies
Transform selfies into 3D avatars
Create photorealistic 3D portraits from casual selfies
Create animated 3D portraits from your videos
Transform casual selfies into 3D portraits
Generate free-viewpoint portraits from videos
Generate a 3D anaglyph image with a person overlaid
Create personalized 3D avatars from images
ET and a cheese cake
Large Animatable Human Model
Create realistic 3D portraits from casual selfies
Create 3D portraits from selfie videos
Create photorealistic 3D portraits from casual videos
Nerfies: Deformable Neural Radiance Fields is an advanced AI tool designed to create photorealistic 3D portraits from input images, such as selfies. It leverages cutting-edge technology in neural radiance fields to generate high-quality, poseable 3D avatars that can be rendered from any angle. This tool is particularly useful for applications like virtual meetings, gaming avatars, and social media profiles, where personalized and realistic 3D representations are desired.
• Photorealistic 3D Avatars: Nerfies generates highly detailed and realistic 3D avatars from a single selfie.
• Deformable Models: The tool supports deformation, allowing avatars to be posed or animated naturally.
• Realistic Expressions: Nerfies captures subtle facial details and expressions to create lifelike 3D portraits.
• 360-Degree Views: Users can view their 3D avatars from any angle, enabling immersive visualizations.
• Selfie-to-Avatar Conversion: Converts 2D selfies into 3D models quickly and efficiently.
What is the primary function of Nerfies?
Nerfies is designed to create photorealistic 3D avatars from 2D selfies, enabling users to visualize themselves in three dimensions from any angle.
Do I need special hardware to run Nerfies?
While basic computers can run Nerfies, a GPU with sufficient VRAM is recommended for faster processing and smoother performance.
Can I animate the 3D avatars created with Nerfies?
Yes, Nerfies supports deformable models, allowing users to pose or animate their 3D avatars for dynamic visualization.