Skip to main content
SimilarExport ZIP
100%

5 budhas

✓ Published0🌍 Public
SSiva Kishore Reddy
Last edited Oct 13, 2024
Created on Oct 13, 2024

Five overlapping buddha faces appear in silhouette against a green background, rendered as a dense cluster of randomly colored, semi-transparent polygons. The visualization uses React to generate and map an array of polygon elements onto an SVG canvas, with each polygon’s position, fill, and rotation determined by JavaScript’s `Math.random()` calls. A detailed buddha path is layered on top and scaled, while the underlying computation includes cubic functions and array loops visible in the code. The rendering relies on React’s `ReactDOM` and SVG’s `<polygon>` and `<path>` elements.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

5 buddhas

Five layered Buddha silhouettes overlap in a grid of thousands of small, randomly rotated polygons on a black background. The work uses nested `Array.map` calls in React to generate SVG `<polygon>` elements, with each point and color derived from `Math.random()`. A fixed SVG path renders the central Buddha figure, while the chaotic geometric field creates a dense, textured effect. The code runs in React 16 with `react-dom` and renders entirely through inline SVG attributes.

Ssagipavan2385@gmail.com
92% match
Loading thumbnail…

5 budhas

Five buddhas render as layered, colorful polygon clusters on a black background. The visualization is generated in React and drawn with SVG polygons, using nested `A.map` loops to create random fill colors and coordinates. The app also includes a single complex path data of a buddha figure, transformed with scale and translate. The code relies on React and ReactDOM UMD builds, with no external data source.

BBhavana Sharma
92% match
Loading thumbnail…

5 buddhas

Five overlapping buddha silhouettes render as a vibrant, multicolored SVG composition on a black background. The code generates thousands of randomly positioned, semi-transparent polygons with RGB fill values, creating a dense, chaotic pixel-like texture behind the central buddha paths. Built with React and ReactDOM, the visualization uses pure JavaScript `Math.random()` calls for placement and color generation, while the buddha shapes themselves are defined as SVG `<path>` elements with hardcoded coordinate data. Each polygon is rotated 45 degrees and scaled independently, producing an abstract, layered effect.

Ggalijawaharnath@gmail.com
92% match
Loading thumbnail…

5 Buddhas - Polygon

The visualization shows five overlapping Buddha silhouettes, each rendered in a distinct color and arranged within an SVG canvas. Behind them, a field of randomly generated, semi-transparent polygons is drawn, each rotated 45 degrees and filled with RGB values computed from random calculations. Built with React and rendered through SVG, the code uses the `map` function to generate hundreds of polygon elements, while the Buddha shape itself is defined by a complex path data string, layered onto the chaotic geometric background.

PPothuguntla Pranitha
92% match
Loading thumbnail…

5 Buddhas

Five overlapping Buddha silhouettes form a colorful, abstract composition on a black background. Each Buddha is rendered as a series of rotated polygons whose positions and colors are generated randomly, creating a dense, kaleidoscopic effect. The visualization uses React to render SVG elements, with polygon points and fill colors computed via `Math.random()` within nested array maps. A single Buddha path is also scaled and translated, combining procedural geometry with a fixed shape.

Ssindhureddykandada@gmail.com
92% match
Loading thumbnail…

5 buddhas

Five overlapping Buddha silhouettes are arranged across a green background, each rendered as a detailed SVG path filled with vibrant, randomized colors. The visualization generates chaotic, semi-transparent diamond polygons on top of the Buddha figures, creating a dense, layered collage effect. Built with React and rendered through SVG, the code uses nested `Array.map` functions to produce random coordinates, fill values, and rotations for each polygon. The Buddhas are positioned using SVG `transform` translations and scaling, with the entire composition drawn dynamically at runtime.

PPreethi Medepalli-91
92% match
Loading thumbnail…

5 buddhas

Five overlapping buddha silhouettes emerge from a dense field of randomly generated, semi-transparent polygons. The piece layers thousands of colored triangles, each assigned random coordinates and RGB fill values, creating a chaotic, colorful backdrop behind five distinct buddha figures rendered as SVG paths. The visualization uses React to map over an array of numbers, generating polygon elements with inline math for positioning, color, and rotation. Built with React and SVG, the example shows how algorithmic randomness can be combined with fixed geometric forms to create a complex, layered composition.

Mmaneeshraja47@gmail.com
92% match
Loading thumbnail…

5 Buddhas

Five overlapping Buddha outlines appear in bright, erratic colors against a black background. The visualization generates a dense field of randomly rotated and positioned diamond polygons, built with nested array maps in React, while a large SVG path traces the central Buddha figure. The code combines React 16 and ReactDOM with raw SVG `<polygon>` and `<path>` elements, using JavaScript’s `Math.random()` for color, placement, and rotation, producing a chaotic, layered composition.

Mmalampatiramya03@gmail.com
92% match