Fork of 5 Buddhas

Fork of 5 Buddhas

A dense field of semi-transparent, randomly rotated and colored polygons overlays a large green SVG canvas, beneath which a single intricate Buddha silhouette is rendered as a red path. The polygons are generated through nested `Array.map` loops in React, with each point calculated using `Math.random()` for position, fill color, and rotation. The Buddha path is drawn using raw SVG path data within a `<g>` transform, combined with the React rendering approach.

Ppuneetputtu@my.unt.edu

Bbhavithamanyam@gmail.com

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.

Fork of 5 Buddhas

A vibrant field of 441 overlapping, semi-transparent circles is rendered in React, with random positions and colors derived from the `Math.random` calls within the `A.map` loops, creating a chaotic, multicolored scatter against a black background. The primary focal point is a large, intricate Buddha silhouette, drawn from a series of SVG `path` elements, which is translated and scaled within an SVG canvas. The image is generated using ReactDOM to render the SVG elements directly into the HTML document.

Ssiddhartha gurram

Fork of 5 Buddhas

A black-background React visualization displays thousands of randomly positioned, semi-transparent circles in muted reds and greens, overlaid by a large white Buddha silhouette drawn as an SVG path. The circles are generated through triple-nested array maps with randomized coordinates and RGB fills, while the Buddha path uses fixed coordinates with custom stroke styling. Built with React 16.10 and rendered via SVG, the example combines procedural generative art with a static religious icon.

Ssanjanaadapa7@gmail.com

Fork of 5 buddhas

A colorful abstract composition of overlapping Buddha‑like silhouettes fills the screen, rendered as a grid of randomly generated polygons with varied hues and high opacity. The visualization uses React to generate SVG elements, mapping arrays of numbers into polygon coordinates with randomized positions, sizes, and fill colors, while applying rotational transforms. A single large Buddha path is additionally drawn at the center, overlaid on the chaotic pattern. The code relies on React’s `createElement` and `ReactDOM.render` without external data sources.

Mmaneeshraja47@gmail.com

Fork of 5 buddhas

A colorful abstract composition of overlapping Buddha‑like silhouettes fills the screen, rendered as a grid of randomly generated polygons with varied hues and high opacity. The visualization uses React to generate SVG elements, mapping arrays of numbers into polygon coordinates with randomized positions, sizes, and fill colors, while applying rotational transforms. A single large Buddha path is additionally drawn at the center, overlaid on the chaotic pattern. The code relies on React’s `createElement` and `ReactDOM.render` without external data sources.

Mmaneeshraja47@gmail.com

Fork of 5 buddhas

A colorful abstract composition of overlapping Buddha‑like silhouettes fills the screen, rendered as a grid of randomly generated polygons with varied hues and high opacity. The visualization uses React to generate SVG elements, mapping arrays of numbers into polygon coordinates with randomized positions, sizes, and fill colors, while applying rotational transforms. A single large Buddha path is additionally drawn at the center, overlaid on the chaotic pattern. The code relies on React’s `createElement` and `ReactDOM.render` without external data sources.

Mmaneeshraja47@gmail.com