6 BUDDHAS

Rrakshithareddy217@gmail.com

6 BUDDHAS

Six Buddhas overlap in a kaleidoscopic arrangement on a black background, each rendered as a dense SVG path of tiny coordinates. The composition uses React and ReactDOM to generate a 960x1000 canvas, with a loop that places 20 circles at random positions and fills them with semi-transparent RGB colors. The central Buddha figure is drawn from a long SVG path string, transformed and scaled, while the overall effect layers these elements into a vibrant, chaotic visual mosaic.

6 Buddhas

Six Buddhas overlap in a colorful, chaotic SVG composition rendered on a flower-patterned background. The visualization uses React with ReactDOM to render an SVG canvas, where multiple nested array maps generate random colored rectangles with varying opacity. Each Buddha is drawn using a complex SVG path, scaled and positioned via transform attributes. The code includes a nested loop structure that creates a dense field of semi-transparent colored squares behind the overlapping Buddha figures.

Ppnamitha46@gmail.com

6 Buddhas

Ppnamitha46@gmail.com

6 buddhas

Six identical Buddha silhouettes overlap and scatter across a flower-patterned background, each rendered as an SVG path with randomized positioning, scale, and translucent colors. Built with React and ReactDOM, the visualization generates multiple copies of the path data via nested array maps, applying random RGB fill values and opacity through JSX attributes. The SVG viewport spans 960 by 1000 pixels, with each Buddha group transformed using translation and scaling.

Hharsha13638@gmail.com

Rrakesh.kavuru@outlook.com

6 Buddhas

Six Buddhas overlap in a dense, colorful composition, each rendered as a stylized SVG path filled with randomly generated RGB colors. The paths rotate and scale across the canvas, creating a layered, kaleidoscopic effect against a floral background image. The code uses React with ReactDOM to render the SVG elements, mapping over nested arrays to generate multiple instances of the Buddha path with random positions and transformations. The data originates from the path coordinates embedded in the source, with visual variety produced through Math.random calls for fill, opacity, and rotation.

Ssrilekhasridasyam@my.unt.edu

6 Buddhas

Six Buddhas overlap in a colorful, layered SVG composition, with each figure rendered as a repeated path element in varying opacities against a floral background image. The visualization uses React to generate nested arrays and map over them, producing random RGB fills and positions for each iteration. The code imports React and ReactDOM, and renders the scenes through JSX with SVG `<path>` and `<g>` elements, applying transforms for scaling and translation.

Aakitisaitejareddy@gmail.com

6 Buddhas

Six Buddhas overlap in a kaleidoscopic arrangement, each rendered as a complex SVG path filled with vibrant, semi-transparent colors. The visualization uses React to generate a grid of 900 randomly positioned and colored square elements as a background, while the main Buddha silhouettes are drawn as detailed vector paths. The code employs React’s `map` function to render the background squares and uses SVG `<path>` elements with `d` attributes for the Buddha shapes. The random color assignment via `rgb()` and `Math.random()` creates a dynamic, unpredictable palette across the composition.

PPadmajaKodati@my.unt.edu

6 Buddhas

Six overlapping Buddha silhouettes, rendered in vivid, randomized RGB colors, float over a floral background image. The piece is built with React and SVG, mapping nested arrays of coordinates to generate scattered, semi-transparent rectangle elements. The Buddha paths are imported as raw SVG path data, transformed and scaled within grouped `<g>` elements to create the layered composition.