Buddhas

Thousad Buddhas

A grid of hundreds of small, identical Buddha silhouettes forms a dense, generative mandala. The arrangement is driven by a mathematical transformation, where each icon’s position is calculated from its index in nested loops, creating a circular wave pattern across the canvas. Built with React, the visualization renders every figure as an SVG path element, layered within grouped `<g>` tags that apply translations and scaling. The code relies on React's `useState` and `Array.map` to generate the grid, while the originating data is a single hard-coded path definition.

NNita

Kkondaveeti.bhargavi7780@gmail.com

Buddhas

A grid of overlapping, rotating polygons fills a black canvas, each rendered with random positions, sizes, and vibrant colors through React and SVG. The visualization builds a dense, kaleidoscopic pattern by mapping over a numeric array multiple times to generate polygon points, using `Math.random()` for varied coordinates and fill values. A transparent Buddha silhouette path is layered on top, translated and scaled to overlay the chaotic geometry, creating a contrast between abstract shapes and a recognizable figure. The code uses React's `ReactDOM` and SVG elements like `<polygon>` and `<path>`.

Kkondaveeti.bhargavi7780@gmail.com

Buddhas

Ttallavijayalakshmi0710@gmail.com

Buddhas

The Buddhas visualization displays a large central violet Buddha figure composed of a single intricate path, accompanied by a dense field of small, randomly positioned, semi-transparent colored circles that create a scattered, pointillist backdrop. The React application renders all elements within a 960 by 1000 pixel SVG canvas, using nested `A.map()` loops to generate the numerous circles, whose positions and fill colors are determined by `Math.random()`. The main Buddha shape is drawn via a complex SVG `<path>` element with extensive path data, scaled and translated into position.

Fork of Unlimited Buddhas

This visualization generates a grid of 150 by 150 small Buddha silhouettes, each positioned using a polar-coordinate pattern based on its index. The SVG output is rendered through React and ReactDOM, with each Buddha drawn as a single complex SVG path. The data is procedurally generated in JavaScript, using the `Math.cos` and `Math.sin` functions to calculate each element's placement. The warm beige background and repeated icon create a meditative, generative art piece.

NNita

Ssannihitha.k23@gmail.com

5 Buddhas

A grid of overlapping, rotated polygons creates a dense, generative field of color, alongside a single large SVG path representing a Buddha figure. The sketch uses React to render the scene, mapping over an array to produce hundreds of semi-transparent shapes with randomly generated coordinates and RGB fill values. The Buddha path is fixed and transformed via a translation and scale, set against a black background, while the overall effect layers chaotic geometric noise with a distinct central figure.

Rrashmithatanneru@gmail.com

Buddhas 5

A grid of 5x5x5 semi-transparent, randomly colored polygons is rendered in SVG on a green background, with each polygon rotated and positioned using randomized coordinates derived from a constant. Overlaid on this generative pattern is a single large orange Buddha path, scaled and translated near the top center, creating a layered composition that blends abstract geometric repetition with a recognizable figurative silhouette.

Buddhas

This visualization depicts a grid of diamond-shaped polygons rendered in vibrant, random colors against a black background, with a large, hand-drawn SVG path of a Buddha figure overlaid in the foreground. The code generates the geometric pattern using nested `Array.map` methods in React, computing polygon points and fill colors via `Math.random`. The Buddha shape is a static SVG path element, scaled and positioned with a transform, while React renders both elements into an SVG canvas. The example demonstrates combining procedural generative art with precise vector drawing in a React-based visualization.

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