5 bhuddha

PPavanKumarRacharla@my.unt.edu

5 Buddhas

Concentric clusters of small SVG polygons radiate across a black background, with five overlapping Buddha path outlines embedded within the chaotic field. The visualization uses React to render these geometric shapes, randomly positioned and colored via the `Math.random` method, while the Buddha figures are drawn using complex SVG path data. The code imports React and ReactDOM, and the entire composition is generated within a single SVG element using nested array mappings.

5 Buddhas

Five Buddhas arranges layered, semi-transparent SVG circles generated from nested array mappings to create a colorful, overlapping mandala-like field. The composition is anchored by a single intricate Buddha silhouette path drawn in black and white, repeated five times with varying scale and translation transforms. Built with React and rendered as SVG, the visualization uses the `Math.random()` function to assign circle positions and RGB fill colors, while the main figure relies on a static path definition. The code demonstrates a chaotic generative background contrasted with a precise, geometric central icon.

Ssiddhartha gurram

Ssushanthkodipyaka@gmail.com

5 Buddhas

Five overlapping Buddha silhouettes are rendered as dense, layered SVG paths on a black background. The visualization uses React to map nested loops over a numeric array, generating hundreds of semi-transparent circles with random positions and RGB colors that create a scattered, colorful halo around each central figure. The Buddha path itself is drawn with a thick stroke, and the entire composition is scaled and translated. The code imports React and ReactDOM, with styling set through an external HTML file.

5Buddha

The visualization displays five overlapping Buddha silhouettes, each rendered as a distinct SVG path filled with semi-transparent color, creating a layered, ghostly composition against a black background. A field of randomly positioned circles, generated with React’s `map` function and `Math.random()` for coordinates and RGB values, surrounds the figures. The paths are drawn using SVG `<path>` elements with complex cubic Bezier commands, while the circles use `<circle>` tags with computed opacity and color. The code relies on React and ReactDOM to structure the SVG canvas, with no external data source; all geometry and styling are procedurally generated within the JavaScript.

Nnumitha

Nnishwitha.1032@gmail.com

5 buddhas

Five overlapping Buddhas emit a dense field of randomly placed, semi-transparent circles across a black background. The composition layers abstract, hand-drawn SVG path data for each Buddha figure, scaled and translated into a grid-like arrangement. Using React with ReactDOM, the code generates the circle scatter via nested array maps, calculating positions and fill colors with `Math.random()`. The path data is rendered directly as SVG `<path>` elements, producing a vibrant, chaotic mandala-like visualization that blends structured iconography with generative noise.

Kkeerthi.yanala104@gmail.com

5 Buddhas

Five concentric circles in a repeating rainbow palette appear over a swarm of random dots on a black field. The work uses React and ReactDOM to generate the SVG, employing `Math.random()` for both dot positioning and color values. A single hand-coded SVG path, traced in an intricate loop, renders the central Buddha silhouette, scaled and translated into place.

5 buddhas

Five overlapping buddha silhouettes, generated from a large SVG path, float against a black background while surrounded by hundreds of randomly colored, partially transparent circles. The circles are produced by three nested `map` functions over a number array, with position and fill color determined by `Math.random()`. The buddha paths are manually scaled and translated within the same SVG canvas. The visualization uses React and ReactDOM to render the entire composition as declarative SVG elements.

TTarshit Vupperla

5 buddhas

TTarshit Vupperla