Poorna 5 fork

Fork of 5 Buddhas

A dense, abstract SVG composition of overlapping, semi-transparent polygons drawn in bright, randomized colors. The image suggests a chaotic, layered form, with the geometry and color values generated procedurally by nested `Array.map` loops and `Math.random()` calls within a React component. The code renders these shapes using React's `ReactDOM.render` into an SVG element, with each polygon assigned random points, fill colors, and rotations. The visualization is a generative art piece, with the title referencing "Buddha" but the output being a purely abstract, computational pattern.

Ppraneeth.d555@gmail.com

Fork of 5Buddha_1

This example renders a dense, kaleidoscopic SVG composition of rotated, semi-transparent polygons whose coordinates and fill colors are generated by nested iterations over an array of numbers, using random values to produce chaotic, layered visual noise. A large embedded SVG path, representing the outline of a Buddha figure, is placed over this abstract background. The visualization is built with React and ReactDOM, directly constructing SVG elements like `<polygon>` and `<path>` within a React component, and uses JavaScript’s `Math.random()` for both positioning and color generation, running entirely in the browser.

RRevanth putta

Aanusha.chilkamarri26@gmail.com

Fork of 5 Buddhas

This visualization displays a chaotic, colorful pattern of rotated polygons overlaid on a detailed Buddha silhouette, rendered on a black background. It uses React to construct an SVG scene, with the `index.js` file generating nested arrays to create hundreds of semi-transparent diamond shapes at random positions and colors. The Buddha figure is drawn using a complex SVG path element, scaled and translated into place, while the polygon colors are determined by `Math.random()`. The result is an abstract, overlapping composition that blends geometric noise with the recognizable spiritual icon.

Fork of 5 Buddhas

This visualization renders an abstract composition of overlapping, rotated polygons generated from a triple-nested array map. The work, titled "Fork of 5 Buddhas," uses React and ReactDOM to construct an SVG canvas where each polygon’s position, fill color, and rotation are determined by random values, producing a chaotic, layered effect. The code also includes a large, detailed SVG path of a Buddha figure, scaled and translated within the same canvas, created from complex coordinate data. The result is a hybrid piece blending generative, colorful geometry with a structured, hand-coded silhouette.

KKavyaEti

Fork of 5 buddhas

A chaotic cascade of semi-transparent polygons fills the view, generated from nested loops over an array, while an intricate SVG path renders a large Buddha silhouette beneath the random shapes. The visualization uses React to manage the component tree and renders both the random polygon field and the detailed path to SVG. The path data, likely a Buddha figure, is drawn from a hardcoded coordinate string, while the polygons use randomized coordinates, RGB fill values, and rotation transforms to create a dense, overlapping visual effect.

Ssiri2001j@gmail.com

Fork of 5 Buddhas

This visualization renders a chaotic layered composition of diamond-shaped polygons in randomized colors, generated through nested React array maps and transformed with rotations and scaling. A large SVG path outlines a Buddha figure, drawn from intricate coordinate data, and is overlapped by the scattered polygons. The code uses React and ReactDOM for rendering, with SVG elements like `<polygon>` and `<path>`, and relies on JavaScript Math functions for random positioning and color values. The black background and overlapping elements create a dense, abstract collage effect.

DDeekshitha Annreddy

PPreethamreddyannavaram@my.unt.edu

Fork of 5 Buddhas

A dense field of small, randomly rotated and colored polygons renders as a chaotic, star-like scatter across a black background. The visualization uses a nested triple `Array.map` over a numeric array to generate hundreds of SVG `<polygon>` elements, each positioned and colored with repeated calls to `Math.random()`. Built with React, the SVG output is produced directly in JSX, with transforms applied via the `rotate` attribute. The code also defines a large Buddha-shaped path, though it is not rendered in the displayed output.

Fork of 5 buddhas

A colorful abstract composition of overlapping Buddha‑like silhouettes fills the screen, rendered as a grid of randomly generated polygons with varied hues and high opacity. The visualization uses React to generate SVG elements, mapping arrays of numbers into polygon coordinates with randomized positions, sizes, and fill colors, while applying rotational transforms. A single large Buddha path is additionally drawn at the center, overlaid on the chaotic pattern. The code relies on React’s `createElement` and `ReactDOM.render` without external data sources.

Mmaneeshraja47@gmail.com