Scalable and Versatile 3D Generation from images
Create a dynamic and colorful 3D scene with random objects and lights
Play interactive 3D Pyramids game
Gradio demo of CharacterGen (SIGGRAPH 2024)
Create an interactive 3D sphere fountain that follows your mouse
Create 3D mesh by chatting.
Generate 3D procedural terrain with adjustable height, water level, and roughness
Generate a 3D scene with dynamic lights and torus knots
Create interactive 3D scenes with torus knots
Create a 1M faces 3D colored model from an image!
Generate dynamic 3D scenes with torus knots
Run a web app for creating 3D models
Create a dynamic 3D scene with lights and knots
TRELLIS is a scalable and versatile 3D modeling tool designed to generate high-quality 3D models directly from images. It leverages advanced AI technology to convert 2D images into 3D models, allowing users to extract GLB or Gaussian files for further use in various applications. This tool is ideal for artists, designers, and developers looking to bridge the gap between 2D and 3D content creation.
• Image-to-3D Conversion: Easily transform 2D images into detailed 3D models using AI-driven algorithms.
• Scalable Output: Generate 3D models at varying resolutions to suit different project requirements.
• Multiple Export Formats: Supports GLB and Gaussian file exports for compatibility with popular 3D software.
• Versatile Applications: Suitable for gaming, architecture, product design, and virtual reality projects.
• User-Friendly API: Integrate TRELLIS into your workflow with a simple and intuitive API.
What file formats does TRELLIS support for input?
TRELLIS supports standard image formats such as JPEG, PNG, and BMP for input.
Can I customize the output resolution of the 3D model?
Yes, TRELLIS allows you to adjust the resolution and complexity of the generated 3D model to meet your specific requirements.
Is TRELLIS suitable for real-time 3D generation?
TRELLIS is optimized for scalability but may require additional optimizations for real-time applications depending on the use case.