Generate 3D content from images or text
Play an interactive 3D Pong game
Create a 3D scene with spinning lights and random torus knots
Generate 3D model from Mars surface image
Generate a 3D scene with dynamic lights and torus knots
Generate 3D scenes from one or two images
Display fractal patterns using L-systems
Generate 3D models from images
Generate dynamic 3D torus knots with random materials
Display 3D models using your webcam
Display 3D recursive polygons and math functions
Create a dynamic and colorful 3D scene with random objects and lights
Create and explore 3D recursive polygons and math functions
LGM (Linguistic Geometry Model) is an advanced AI-powered tool designed for 3D modeling and content generation. It enables users to create 3D content from images or text descriptions, making it a versatile solution for designers, artists, and developers. LGM leverages cutting-edge AI technology to transform abstract ideas into tangible 3D models, streamlined for efficiency and creativity.
• Text-to-3D Conversion: Generate 3D models directly from text descriptions.
• Image-to-3D Conversion: Create 3D content from 2D images or reference visuals.
• Customizable Output: Adjust settings to refine model complexity, resolution, and style.
• Cross-Platform Compatibility: Export models in multiple formats for use in various applications.
• Real-Time Rendering: Preview and iterate on 3D models in real time.
• User-Friendly Interface: Intuitive design for both novice and professional users.
What file formats does LGM support?
LGM supports common 3D formats such as OBJ, STL, and FBX, ensuring compatibility with most 3D modeling and rendering software.
Can I use LGM for commercial projects?
Yes, LGM-generated models can be used for both personal and commercial projects, depending on the licensing terms of the specific version you are using.
Is LGM suitable for beginners?
Absolutely! LGM features a user-friendly interface and does not require advanced technical knowledge. Beginners can easily generate 3D content using text or image inputs.