Bhuddha fork

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

5 buddha

A field of small, randomly placed and colored polygons forms a dense, chaotic background. Over this, five overlapping Buddha silhouettes are rendered as detailed SVG paths. The React application uses `Math.random()` to generate polygon positions, colors, and rotations within a 960x1000 viewBox. The static Buddha paths are scaled and translated to create the overlapping effect against the black background.

Sshaiksajidali

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

Oorusushanth2002@gmail.com

Fork of 5 Buddhas

A field of semi-transparent, randomly colored polygons is rendered against a blurred floral background, with a large, intricate path of a seated Buddha figure layered on top. The composition uses nested array maps to generate the polygon grid, and the Buddha path is drawn with a series of cubic Bézier curves via an SVG `<path>` element. The code relies on React for structure and inline SVG for rendering, with styles applied through CSS for the glassmorphism effect.

SShashankkodishala@my.unt.edu

Fork of Fork of 5_Buddha

A dense field of rotating, semi-transparent SVG polygons in vivid colors overlays a large, detailed Buddha path drawing on a black background. The polygons are generated procedurally from a numeric array, with each iteration using `Math.random()` to determine position and fill color. The Buddha silhouette is rendered as a single SVG `<path>` element, translated and scaled within the same coordinate space. The React application uses `ReactDOM` to render the static composition without animation or interaction.