Skip to main content
SimilarExport ZIP
100%

Fork of Buddha

✓ Published0🌍 Public
Llingaladineshteja23@gmail.com
Last edited Apr 5, 2024
Created on Apr 5, 2024
Forked from 6 Buddha

The visualization displays a dense, kaleidoscopic arrangement of randomly generated semi-transparent polygons layered over a detailed Buddha path. Built with React and rendered as SVG, it uses nested array maps to create hundreds of overlapping diamond shapes, each with randomized positions, colors, and rotations. The Buddha figure, composed of a complex SVG path, is embedded beneath the chaotic polygon field, creating a vibrant, psychedelic contrast against the black background. The code relies on React’s `ReactDOM` and CSS styling for layout, with no external data sources.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Buddha

This visualization renders a dense, overlapping arrangement of colorful diamond-shaped polygons generated from a nested array map in React, layered over a large Buddha path drawn with SVG coordinates. The polygons use Math.random() for positioning, fill colors, and rotation, creating a chaotic, abstract composition. The code relies on React 16.10 and ReactDOM to render SVG elements directly in the browser, with the Buddha figure embedded as a path within the same SVG canvas.

Aanushapodapati99@gmail.com
96% match
Loading thumbnail…

Fork of Buddha changed

The visualization displays a dense, colorful field of rotated, semi-transparent polygons generated from nested loops over a numeric array, layered behind a large, intricate SVG path of a Buddha figure. The geometric background produces a randomized, chaotic texture, while the foreground Buddha path, traced in sharp detail, provides a contrasting focal point. Built with React, the SVG rendering uses nested `A.map()` iterations to create hundreds of polygons with random coordinates, fills, and a fixed 45-degree rotation, simulating an abstract, generative art piece. The Buddha path is rendered via an SVG `<path>` element, with a transform applied for scaling and positioning, demonstrating a hybrid of algorithmic pattern generation and structured vector illustration.

Gganeshrajuparmalla@my.unt.edu
95% match
Loading thumbnail…

Fork of Buddha's image

The visualization renders a chaotic scatter of colored, rotated polygons layered beneath a detailed SVG path drawing of Buddha's image. Using React to generate the geometric elements, each polygon receives random coordinates, colors, and rotations, creating an abstract, overlapping backdrop. The Buddha path is drawn with a single complex `d` attribute, scaled and translated into position. The result contrasts the structured, recognizable figure with the dense, randomized foreground of semi-transparent shapes, demonstrating React's ability to compose both procedural and hand-authored SVG content.

Ddabbararakshitha@gmail.com
95% match
Loading thumbnail…

Fork of Buddha in colors -overlapping 5Buddha

The visualization layers over 20 randomized, multi-colored polygons with two static Buddha silhouette paths, producing a dense, overlapping composition on a black background. Each polygon is dynamically generated with random coordinates, fill colors, opacity values, and rotations using React’s array mapping. The Buddha paths are rendered as SVG elements with fixed transforms, colored violet and light blue. The code uses React 16 and ReactDOM to render the SVG scene, with random values recalculated on each render, creating a unique, chaotic blend of geometric shapes and sacred imagery.

Sshettisowmya01@gmail.com
93% match
Loading thumbnail…

Fork of Fork of Fork of Fork of Fork of Fork of Buddha in colors -overlapping Buddha

The visualization displays a dense field of overlapping, randomly generated polygons rendered in vibrant, shifting colors, with a single Buddha silhouette path placed prominently on top. Built with React and SVG, the code uses nested `map` loops to create hundreds of polygons, each with randomized coordinates, `fill` values based on `Math.random()`, and a fixed rotation. The Buddha path is drawn from a long SVG `d` attribute, scaled and translated into position, creating a layered, abstract composition against a green background.

Aadapasaidivya99@gmail.com
93% match
Loading thumbnail…

Fork of Fork of Fork of Fork of Fork of Buddha in colors -overlapping Buddha

The visualization displays a dense field of small, multi-colored rectangles layered with an intricate, ornate path tracing the silhouette of a Buddha. The overlapping rectangles create a chaotic, vibrant backdrop, while the golden path, composed of many cubic Bézier segments, forms a clear central figure. Built with React and rendered as SVG, the code generates the rectangles using nested array maps and random transformations, while the Buddha shape is drawn using a complex SVG path data string.

DDineshKantumutchu
93% match
Loading thumbnail…

Fork of Fork of Fork of Fork of Fork of Buddha in colors -overlapping Buddha

The visualization displays a dense, multi-layered cluster of overlapping, colored polygons rendered atop a detailed Buddha path. The polygons are generated procedurally through triple-nested loops in React, with each vertex position, fill color, and rotation angle determined by random number and arithmetic functions. The image is rendered as an SVG within a React application, using `ReactDOM` to mount the component. The underlying Buddha figure is a complex SVG path element, scaled and translated to sit beneath the chaotic polygon layer, creating a vibrant, abstract composition against a green background.

VVinay Vemuri
93% match
Loading thumbnail…

Fork of Buddha's image

The example displays a series of overlapping, multi-colored Buddha-like silhouettes arranged diagonally across a black background, with varying scales and opacities creating a depth effect. Built with React and rendered as SVG polygons, the code generates random colored triangles based on a numeric array, while the Buddha paths are repeated with different fill colors, stroke styles, and transform attributes. The visualization uses ReactDOM to render the SVG element, with random number generation for polygon points and colors, and explicit SVG path data for the Buddha shapes.

Ddabbararakshitha@gmail.com
93% match