Create 3D scenes with recursive polygons and math functions
Explore a 3D map of Minnesota
Display fractal patterns using L-systems
Generate 3D models from images
Create 3D models from images using depth estimation
Explore Minnesota in a 3D VR environment
Generate protein structures from specified lengths and seeds
Explore maps in a virtual reality scene
Generate 3D models from single images
Play a 3D interactive card game with drag-and-drop functionality
Explore and interact with 3D simulated terrains
Display 3D food models
Generate dynamic 3D torus knots with random materials
HTML5 Aframe Lsystems is a 3D modeling tool that combines the power of A-Frame, a popular framework for building augmented reality (AR) and virtual reality (VR) experiences, with L-systems, a recursive mathematical system for generating fractals and other self-similar patterns. It allows users to create complex 3D scenes using recursive polygons and math functions, making it ideal for generating organic shapes, fractals, and procedural models.
• 3D Modeling in Web Browser: Create and render 3D models directly in a web browser using HTML5. • L-System Support: Utilize L-systems to generate fractals, trees, and other recursive structures with ease. • Real-Time Rendering: See your creations come to life with real-time rendering capabilities. • Math-Driven Design: Use mathematical functions to control shape generation and transformation. • Customizable Parameters: Adjust rules, angles, and iterations to fine-tune your designs. • Cross-Platform Compatibility: Works seamlessly across desktop and mobile devices.
What browsers are compatible with HTML5 Aframe Lsystems?
HTML5 Aframe Lsystems works on modern browsers that support WebXR and HTML5, including Chrome, Firefox, and Edge.
Can I create 3D models without knowing L-systems?
Yes, you can start with predefined L-system rules and experiment with parameters to generate shapes without deep knowledge of L-systems.
Is HTML5 Aframe Lsystems suitable for real-time visualization?
Yes, it is designed for real-time rendering, making it ideal for interactive 3D applications and visualizations.