6 Buddhas

6 Buddhas

Six Buddhas overlap in a circular arrangement, rendered as dark outline paths filled with translucent, randomly colored circles on a black background with a floral image. The visualization uses React to manage SVG elements, mapping over arrays to generate dozens of circles per Buddha path, each with randomized position, RGB color, and opacity. The Buddha silhouettes are drawn using SVG path data, scaled and translated for each instance, while the circles layer atop them creates a textured, multicolored effect. The code relies on React’s component model and SVG APIs, with no external charting libraries.

SSiva Kishore Reddy

Ttarun.chintada46@gmail.com

6 Buddhas

Six Buddhas render as overlapping gold-toned figures against a dark, flower-patterned background. The composition layers identical Buddha silhouettes in a grid-like arrangement, with semi-transparent circles scattered across the canvas adding subtle texture. Built with React and SVG, the visualization uses nested array maps to generate random circle positions and colors. The Buddha paths come from embedded SVG path data, scaled and translated into position using React transform attributes.

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.

VVenkataSaisrivishnuBatchu@my.unt.edu

6 Buddhas

Six Buddhas is a generative SVG artwork rendered with React. It layers hundreds of semi-transparent, randomly colored circles atop six identical Buddha outline paths, creating a dense, overlapping visual effect. The paths are drawn from hardcoded SVG path data, while the circles use `Math.random()` to determine their positions, colors, and opacity, producing a unique composition each time the code runs. The scene is set on a black background within a fixed 960 by 1000 viewport, with the Buddha figures scaled and translated to overlap.

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.

6 buddhas

A visualization of six overlapping Buddha head silhouettes rendered in repeating layers of small, semi-transparent circles. The piece uses React to render SVG elements, with three nested map functions generating circles at random positions and colors derived from Math.random() calls. A detailed SVG path defines the Buddha head shape, transformed and scaled across the canvas. The black background and high-opacity circles create a vibrant, layered mosaic effect.

GGOPI MUPPURI

6 Buddhas

Six Buddhas overlap in orange and blue tones atop a floral background image, each figure composed of looping SVG paths that create the appearance of multiple translucent silhouettes. The visualization uses React 16 to render 1,000 randomly positioned circles alongside six Buddha path drawings, with each path defined as a single `d` attribute string containing cubic Bézier coordinates. The rendering approach layers React's JSX markup with SVG elements, utilizing `Math.random()` to generate circle positions, radii, and RGB color values. The overlapping composition suggests spiritual multiplicity through both the repeated Buddha forms and the abundance of small decorative particles.

Ggroup118sai@gmail.com

6 Bhuddhas

Six Buddhas overlap in a black field, each rendered as a dense network of translucent, colored circles generated through repeated `Array.map` iterations with random positioning and RGB fill values. The composition layers these geometric noise patterns over a single large SVG path drawing of a Buddha figure, which is transformed and scaled using SVG group attributes. Built with React and ReactDOM, the visualization combines procedural circle generation with static path data under an MIT license via a bundled JavaScript bundle.

Ssindhuja27b@gmail.com