Skip to main content
SimilarExport ZIP
100%

In the Nature

✓ Published0🌍 Public
NNita
Last edited Feb 23, 2025
Created on Feb 23, 2025
Forked from 3D Fractal Tree

A serene 3D scene depicts a stylized Buddha statue seated before an abstract fractal tree, all rendered in real time with Three.js. The code constructs the tree and Buddha from primitive geometries—cylinders and spheres—using MeshPhongMaterial and WebGL animation. Dynamic camera controls via OrbitControls let viewers explore the scene, while hemispheric and directional lighting, plus shadow mapping, enhance depth. The visualization, written as an HTML module with an import map, uses procedural generation to assemble the organic-looking fractal structure against a sky-blue backdrop.

AI-generated description

ThreeJS fractal tree.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of 3D Fractal Tree

This interactive 3D visualization generates a fractal tree that grows recursively on a dome-shaped terrain, surrounded by a semi-transparent body of water and procedurally puffed clouds. Built with Three.js, it uses a WebGL renderer, perspective camera, and orbit controls for user navigation. The scene employs directional and point lights with shadow mapping, and renders a gradient sky with fog effects for depth.

NNita
76% match
Loading thumbnail…

3D Fractal Tree

This example shows a procedurally generated 3D fractal tree, where each branch recursively spawns three smaller sub-branches that tilt at a fixed angle, creating a natural, organic silhouette. The tree grows from a ground plane under ambient, directional, and point lighting, with shadows cast onto the environment. Built with Three.js and its WebGL renderer, the scene uses PerspectiveCamera, OrbitControls, MeshPhongMaterial, and custom branch/connection geometries, and includes interactive orbit controls that are initially disabled, allowing for automatic rotation.

CCurran Kelleher
75% match
Loading thumbnail…

Neon Fractal Tree

A generative 3D fractal tree is rendered with glowing cyan leaves and purple branch connections, set against an indigo backdrop with a ground plane. The tree is built recursively using Three.js, with branches and spheres formed from cylinder and geometry primitives. The scene includes orbit controls for interactive viewing, directional and point lighting for depth, and shadow mapping to enhance the structure. The visualization demonstrates procedural geometry generation and material effects within a WebGL canvas.

CCurran Kelleher
73% match
Loading thumbnail…

Fork of AI Buddha Demo with Trees

A serene landscape renders a golden Buddha statue beneath a gradient sky and grassy ground, surrounded by procedurally generated fractal trees and drifting clouds. The React component tree composes SVG elements for each visual layer, with recursive geometry building branches and stone textures. The `useState` and `useEffect` hooks animate cloud motion by updating positional offsets on an interval, creating a peaceful, living scene.

CCurran Kelleher
73% match
Loading thumbnail…

Fork of Fork of AI Buddha Demo with Trees

An animated SVG scene depicts a Buddha silhouette seated on grass beneath a gradient sky, with procedurally generated fractal trees and drifting clouds. The React components use SVG path data for the Buddha figure and recursive branching functions for the trees, while cloud motion is driven by a `useState` and `setInterval` animation loop. The scene layers a customizable Buddha component, draggable via props like `x`, `y`, and `scale`, alongside tree and cloud elements, rendering within a single scalable SVG canvas.

NNita
72% match
Loading thumbnail…

AI Buddha Demo with Trees

A meditative Buddhist scene shows a golden Buddha seated in lotus position beneath a sky of drifting clouds and a grassy field dotted with trees. The visualization is built with React and rendered as SVG, using recursive branch-drawing functions to generate each tree's organic structure. The Sky component animates clouds across the viewport with a periodic offset update, while layered gradients define the sky and ground.

CCurran Kelleher
72% match
Loading thumbnail…

2 buddha

A 3D fractal-like composition of SVG circles emerges from a triple-nested map over an array of 0–20, with each circle’s position and RGB color derived from `Math.random()`. The primary visual is a large, path-based Buddha silhouette rendered in red, scaled and translated over the black background. The example uses React and ReactDOM to generate the SVG scene, combining procedural randomness with a fixed path element to contrast organic scattering against a defined icon.

Ssatishvepuri88@gmail.com
72% match
Loading thumbnail…

Fork of The Buddha Meditation

A meditative Buddha visualization renders a serene temple image with a D3.js-driven particle system of glowing, drifting circles that respond subtly to mouse movement. Three sliders control particle density, glow intensity (via SVG feGaussianBlur), and particle speed. An animated breathing circle offers a mindfulness guide. The visualization uses D3.js v7 with SVG and requestAnimationFrame for continuous particle animation, adapting to window resizes.

NNita
71% match