Display fractal patterns using L-systems
Generate 3D room layouts from RGB panoramas
Reconstruct 3D Gaussians from unposes images.
Create a 3D scene with random torus knots and lights
Text-to-3D and Image-to-3D Generation
Create and explore 3D recursive polygons and math functions
Create a 3D model from an image in ~10 seconds!
Generate dynamic 3D scenes with torus knots
Create an interactive 3D sphere fountain that follows your mouse
Generate 3D mesh from a single image
Generate 3D models and videos from images
Create a dynamic torus knot scene with random properties
Create 3D reconstructions from images using MASt3R and 3DGS
HTML5 BabylonJS Javascript LSystems is a JavaScript library that combines the power of HTML5, Babylon.js, and L-Systems to generate and visualize fractal patterns. L-Systems (Lindenmayer Systems) are a formal grammar system for modeling the growth and development of fractals and other self-similar structures. This library allows developers to create visually stunning and complex 3D patterns directly in the browser.
What is the performance like for complex L-Systems?
The performance depends on the complexity of the L-System rules and the number of iterations. Simple patterns run smoothly, but highly detailed fractals may require optimization or run best on more powerful devices.
Can I customize the appearance of the fractals?
Yes, you can customize colors, line thickness, and other visual properties. Modify the material properties in Babylon.js or adjust the L-System rules to change the fractal's shape.
How do I share my L-System configurations?
You can export your L-System rules as JSON or JavaScript files and share them with others. They can then import and render the same patterns in their own projects.
Can I use this library offline?
Yes, as long as you have the Babylon.js and L-Systems library files downloaded, you can use the tool offline in a local development environment.
Why do some fractals take longer to generate?
Complex L-System rules or a high number of iterations increase the computational load, which can slow down generation, especially on less powerful devices.