Skip to main content
SimilarExport ZIP
100%

Buddha Viz

✓ Published0🌍 Public
Ssriyaalugupalli@my.unt.edu
Last edited Oct 13, 2024
Created on Oct 13, 2024

This visualization renders a Buddha-like form through a dense field of overlapping, randomly colored polygons on a black background. Built with React and SVG, the code maps an array of numbers to nested polygon elements, each with randomized positions, fill colors, and rotation transforms. A separate, precisely defined SVG path traces the Buddha silhouette, displayed atop the generative geometric pattern. The piece combines algorithmic randomness with a structured religious icon.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Buddha

This visualization depicts a stylized Buddha silhouette built from dozens of overlapping, randomly rotated polygon triangles rendered in vivid, saturated colors against a black background. Using React and SVG, the code maps a numeric array to generate translucent, diamond-like shapes with randomized positions, colors, and rotations, layering them to create a textured, kaleidoscopic portrait. The Buddha figure emerges from the chaotic, colorful geometry, with each triangle contributing to the overall form while retaining its own vibrant hue, blending algorithmic generative art with a sacred iconography.

DDivyaKota2@my.unt.edu
92% match
Loading thumbnail…

Buddha

This visualization renders a dense, animated field of multicolored polygons on a black background, generated through a triple-nested mapping over a fixed array. Each polygon’s position, color, and rotation are derived from repeated pseudo-random values, producing an abstract, overlapping composition. The piece incorporates an SVG path of the Buddha in vivid hues, layered among the geometric forms, set against a dark backdrop for contrast.

Kkeerthanachinthalapally@gmail.com
92% match
Loading thumbnail…

Buddha 5

The visualization displays a kaleidoscopic composition of thousands of semi-transparent, randomly rotated and colored polygons, created by mapping three nested arrays over a range of integers. The overlapping shapes form a dense, fragmented pattern against a black background, with the central focus being a large, intricate SVG path depicting a Buddha silhouette. Built with React and rendered via SVG, the code uses `Math.random()` to generate the polygon positions, colors, and rotation angles, while the Buddha figure is defined by a detailed path data string.

AAbrarb702@gmail.com
92% match
Loading thumbnail…

Buddha

This visualization displays a large, colorful Buddha-like figure constructed from thousands of overlapping, randomly rotated and colored square polygons rendered against a green background. The artwork is generated procedurally in React, using nested array mappings to create chaotic, semi-transparent shapes with random opacity and RGB fill values. The central Buddha silhouette is drawn as an SVG path, positioned with a transform and scale, while the surrounding polygon field adds a vibrant, abstract texture. The example uses React 16.10 and SVG rendering within a standard HTML container.

Aadityatrip9899@gmail.com
92% match
Loading thumbnail…

Buddha 2

The visualization displays an abstract, multi-layered Buddha silhouette composed of overlapping, randomly generated polygons, each filled with vibrant RGB colors and rotated at 45 degrees. The piece uses React and ReactDOM to render an SVG scene, leveraging nested array maps to create the chaotic polygon field behind a central Buddha path. The path data is drawn from a hardcoded SVG path string, while the background polygons are generated using JavaScript’s `Math.random()` for positioning and color, set against a green page background. The result is a colorful, geometric reinterpretation of a Buddha figure, blending procedural chaos with a clear iconographic form.

JJean
92% match
Loading thumbnail…

Buddha

The visualization displays a colorful, geometric Buddha composed of numerous overlapping polygons rendered as an SVG. Using React and ReactDOM, the code generates a grid of semi-transparent, randomly colored and rotated shapes, creating a vibrant, layered mosaic. A detailed SVG path defines the Buddha’s silhouette, which is translated, scaled, and overlaid on top of the generative polygon field. The entire scene is presented on a black background, with the visualization updating implicitly through JavaScript’s `Math.random()` calls during the initial render.

AAashishVinayVasala@my.unt.edu
92% match
Loading thumbnail…

Buddha

A Buddha silhouette is rendered as a dense field of overlapping, semi-transparent polygons in a black viewport. Constructed with React and SVG, the visualization layers thousands of randomly positioned and colored triangular shapes to create a textured, mosaic-like effect. The code generates these polygons through nested array maps, applying random coordinates, RGB fill values, and rotation transforms. A prominent vector path defines the Buddha's head and torso, which is overlaid and scaled, while the background polygons fill the surrounding space, producing a vibrant, chaotic composition.

Jjamesrono96@gmail.com
91% match
Loading thumbnail…

Buddha In Buddha

The visualization presents a golden, Buddha-like silhouette outlined by a dense field of randomly placed, semi-transparent polygons, creating a mosaic effect. Built with React and rendered as SVG, the code generates these overlapping shapes using a series of nested loops that call `Math.random()` for coordinates, fill colors, and rotation, while a complex SVG `path` draws the central Buddha figure. The composition layers the chaotic geometric pattern over the recognizable sacred form, resulting in a textured, colorful interpretation of the icon.

Llikhitha.sarahah01@gmail.com
91% match