5 Buddas

Kkotipallipavan54@gmail.com

5 Buddhas

Five Buddha silhouettes overlap in a chaotic, colorful composition on a black background, each rendered as a dense SVG path of the same figure. The artwork randomly scatters hundreds of small, semi-transparent polygons across the canvas, each with a randomized fill color and rotation, creating a psychedelic, generative effect. Built with React and rendered as SVG, the piece uses `Math.random()` to drive the polygon placement, color, and opacity, while the Buddha paths themselves are static SVG path data.

Mmounikakatipally995@gmail.com

5 Buddhas

A generative artwork depicts five overlapping Buddha silhouettes in vivid, randomized colors against a black background. Constructed with React and SVG, the scene layers hundreds of semi-transparent polygons at random positions, with colors assigned via `Math.random()` for red, green, and blue values. The Buddha shapes are rendered from SVG path data, transformed and scaled, creating a kaleidoscopic, dense composition. The code uses React's component model to map over arrays and generate the geometric elements.

5 Buddhas

Five stylized Buddha silhouettes emerge from a dense field of randomized, semi-transparent SVG polygons. The overlapping shapes produce a vibrant, chaotic mosaic against a black background. Built with React, the code generates thousands of polygon elements with randomized positions, sizes, side counts, colors, and opacities. The five Buddha paths are drawn from hardcoded SVG path data, scaled and translated to sit atop this generative backdrop, creating a striking contrast between organic form and digital noise.

GGanesh Sai

5 Buddhas

Five Buddhas is a generative SVG artwork built with React, creating a dense, overlapping composition of 8000 randomly placed polygons. The piece uses nested `Array.map` calls to generate a chaotic field of rotated, semi-transparent shapes with randomly assigned RGB colors, layered to form a vibrant, abstract field. A single detailed Buddha path is overlaid at the center, scaled and translated, contrasting organic linework against the geometric noise. The visualization leverages React and ReactDOM to declaratively render all SVG elements, with randomness sourced from `Math.random()` for both position, color, and rotation values.

Jjampani921@gmail.com

VVenkataSaisrivishnuBatchu@my.unt.edu

5 Buddhas

Five overlapping Buddha silhouettes form a chaotic mandala-like composition on a black background, rendered in SVG with vibrant, randomized RGB fills. The code generates thousands of rotated diamond polygons using nested `map` loops with `Math.random()` to determine positions and colors, creating dense visual noise. A separate array drives cube calculations, while React 16.10 renders the SVG elements into the DOM. The piece layers these abstract shapes beneath a detailed Buddha path, blending generative randomness with a fixed religious icon.

VVenkataSaisrivishnuBatchu@my.unt.edu

5 Buddhas

Ccharankumarreddyveeramreddy@my.unt.edu

5 Buddas

Five overlapping Buddha silhouettes fill a dark SVG canvas, each rendered as a jagged polygon path scaled and rotated to create a psychedelic, kaleidoscopic composition. The image is built with React and ReactDOM, mapping over arrays to generate hundreds of semi-transparent, randomly colored polygon shapes. A central Buddha path is embedded in the SVG, layered with the procedural noise-like polygons. The code uses React’s JSX to declaratively construct the SVG elements, with no external visualization library, relying solely on built-in SVG polygon and path APIs.

5 Buddahs

Five overlapping Buddha silhouettes form a layered, colorful composition against a black background. The piece is generated with React and rendered as SVG polygons, where each polygon's position, fill color, and rotation are determined by random values multiplied by array indices. The core Buddha path data is drawn from the code, while the chaotic, semi-transparent polygons create a vibrant, abstract overlay. The visualization relies on React's `map` function to iterate through nested arrays, producing hundreds of shapes with varying hues and opacities.

Aazeemrm630@gmail.com