Skip to main content
SimilarExport ZIP
100%

Fork of 5 buddhas

✓ Published1🌍 Public
YYeruva Snehith Reddy
Last edited Oct 17, 2024
Created on Oct 17, 2024
Forked from 5 buddhas

A generative SVG artwork fills a black canvas with thousands of randomly positioned, semi-transparent polygons, each rotated and colored via `Math.random()` calls within nested React `map` functions. A large, detailed Buddha silhouette path is overlaid and scaled, with its intricate linework defined by hardcoded coordinate data. The composition layers abstract geometric noise behind the recognizable religious figure, emphasizing contrast between chaos and structure.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of 5 buddhas

A generative SVG artwork depicts a dense field of overlapping diamond shapes, each filled with randomized RGB colors and rotated on a black background. Built with React and rendered through SVG polygon elements, the piece creates a chaotic, colorful mosaic. The composition is layered over a single large Buddha figure drawn as an SVG path, which emerges subtly from the geometric noise.

Bbhavithamanyam@gmail.com
94% match
Loading thumbnail…

Fork of 5 buddhas

A generative SVG visualization renders hundreds of randomly positioned, rotated polygons atop a static Buddha path, creating a layered, overlapping composition with vibrant RGB fills. The React app maps over a 21-element array to produce nested polygon clusters, while the embedded path data traces the Buddha figure. Using React 16.10 and ReactDOM, the code applies random coordinates, rotations, and color values, with a black background and no interactivity.

Nnishwitha.1032@gmail.com
93% match
Loading thumbnail…

Fork of 5 buddhas

A generative SVG visualization renders hundreds of randomly positioned, rotated polygons atop a static Buddha path, creating a layered, overlapping composition with vibrant RGB fills. The React app maps over a 21-element array to produce nested polygon clusters, while the embedded path data traces the Buddha figure. Using React 16.10 and ReactDOM, the code applies random coordinates, rotations, and color values, with a black background and no interactivity.

Nnishwitha.1032@gmail.com
93% match
Loading thumbnail…

Fork of 5 buddas

Drawing on React and rendering through SVG, this piece layers a grid of hundreds of small, semi-transparent polygons with randomized positions and colors—each polygon’s fill derived from `Math.random()` calls. Overlaid at the center is a single, intricately detailed Buddha silhouette defined by a long SVG `path` data string, scaled and translated via a transformation. The visualization juxtaposes chaotic, algorithmically generated geometric noise against a precise, hand-crafted vector outline, creating a meditative contrast between order and randomness. The black background heightens the vibrancy of the colored shapes and the path’s crisp contours.

Vvinaykollapudi@my.unt.edu
93% match
Loading thumbnail…

Fork of 5 Buddhas

This visualization, titled “Fork of 5 Buddhas,” uses React with SVG rendering to draw a dense, colorful field of semi-transparent polygons. The code iterates through nested arrays to generate hundreds of overlapping geometric shapes, each filled with a random RGB color, creating a vibrant, chaotic composition on a black background. A single large ornamental path depicting a Buddha figure is layered on top, with its position and scale fixed via an SVG transform. The piece balances generative randomness with structured form, highlighting the contrast between chaotic abstract shapes and the precise line work of the Buddha silhouette.

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

Fork of 5 Buddhas

A dense, abstract SVG composition of overlapping, semi-transparent polygons drawn in bright, randomized colors. The image suggests a chaotic, layered form, with the geometry and color values generated procedurally by nested `Array.map` loops and `Math.random()` calls within a React component. The code renders these shapes using React's `ReactDOM.render` into an SVG element, with each polygon assigned random points, fill colors, and rotations. The visualization is a generative art piece, with the title referencing "Buddha" but the output being a purely abstract, computational pattern.

Ppraneeth.d555@gmail.com
92% match
Loading thumbnail…

Fork of 5 Buddhas

Fork of 5 Buddhas superimposes multiple layered Buddha silhouettes, rendered as black SVG paths with scattered colored circles floating across a dark background. The visualization uses React to map a nested array structure, generating hundreds of semi-transparent circles with random RGB colors, positions, and opacity values. Each circle is drawn via React’s SVG `circle` element, while the Buddha outlines are static SVG `path` data transformed and scaled. The code relies on ReactDOM for rendering and pure JavaScript math with `Math.random()` to create the stochastic distribution, producing a chaotic, generative composition over the traditional figure.

Bbhavithamanyam@gmail.com
92% match
Loading thumbnail…

Fork of 5 buddha

A vibrant, generative art piece built with React and rendered as SVG, featuring a large golden Buddha-like figure at its center. The background is black, and the composition is overlaid with hundreds of randomly placed, semi-transparent colored polygons, each rotating 45 degrees. These shapes are generated by a triple-nested loop iterating over values 0 through 20, with positions, sizes, and colors determined by repeated pseudo-random calculations seeded by array values. A single 20-element array drives the generation, and the SVG also includes a detailed decorative path tracing the Buddha form, creating a layered, abstract mandala effect.

Bbudalavijay2001@gmail.com
92% match