Skip to main content
SimilarExport ZIP
100%

Fork of Fork of 5 Buddhas

✓ Published1🌍 Public
SSreeKohaliPatel@my.unt.edu
Last edited Mar 20, 2024
Created on Mar 20, 2024
Forked from Fork of 5 Buddhas

This example renders 2,000 semi-transparent polygons in a black-background React SVG, each randomly positioned and colored, layered over a large, hand-coded Buddha path. The visualization uses nested map functions to generate the polygon elements and applies random RGB fill values for a vibrant, chaotic effect. The Buddha shape is drawn from path data, scaled and translated, with the code drawing from a data array to create the overlapping composition. The fork is part of a series of variations, emphasizing experimental and generative visual outcomes within the React framework.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of 5 Buddhas

This visualization, titled “Fork of 5 Buddhas,” uses React with SVG rendering to draw a dense, colorful field of semi-transparent polygons. The code iterates through nested arrays to generate hundreds of overlapping geometric shapes, each filled with a random RGB color, creating a vibrant, chaotic composition on a black background. A single large ornamental path depicting a Buddha figure is layered on top, with its position and scale fixed via an SVG transform. The piece balances generative randomness with structured form, highlighting the contrast between chaotic abstract shapes and the precise line work of the Buddha silhouette.

SSreeKohaliPatel@my.unt.edu
94% match
Loading thumbnail…

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
92% match
Loading thumbnail…

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

This example layers hundreds of semi-transparent, randomly generated SVG polygons over a single, fixed path drawing of the Buddha, producing an overlapping, multicolored mandala-like effect. The random polygons cycle through three nested map functions, each using `Math.random()` to compute their coordinates, fill colors, and rotation transforms. The underlying Buddha path is rendered via React and SVG, with the entire composition drawn inside a black-background viewport. The visualization relies purely on React’s rendering of SVG elements without additional data libraries.

GGogineni44
92% match
Loading thumbnail…

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

The visualization displays an overlapping Buddha composed of numerous semi-transparent, randomly colored polygons, created with React and rendered as SVG. The code maps through nested arrays to generate polygon elements, each with randomized positions, fill colors, and rotation transforms. A detailed Buddha path is also included via an SVG `<path>` element, layered beneath the generative shapes. The example uses React's `ReactDOM` for rendering and relies on JavaScript's `Math.random()` for stochastic placement and color generation.

GGogineni44
92% match
Loading thumbnail…

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

The visualization displays an overlapping Buddha composed of numerous semi-transparent, randomly colored polygons, created with React and rendered as SVG. The code maps through nested arrays to generate polygon elements, each with randomized positions, fill colors, and rotation transforms. A detailed Buddha path is also included via an SVG `<path>` element, layered beneath the generative shapes. The example uses React's `ReactDOM` for rendering and relies on JavaScript's `Math.random()` for stochastic placement and color generation.

GGogineni44
92% match
Loading thumbnail…

Fork of 2 Buddhas

A fork of the “Buddha in colors” visualization renders an abstract, multicolored Buddha silhouette composed of thousands of overlapping triangular polygons. Each polygon’s position, fill color, and rotation are generated using repeated nested loops and `Math.random()`. The SVG output is built entirely with React `polygon` elements and a static `path` that draws the Buddha’s outline. The code uses React’s `createElement` through JSX, with ReactDOM mounting the component to the page.

VVijay Sheru
92% match
Loading thumbnail…

Fork of 5 Buddhas

A vivid, densely layered visualization of hundreds of overlapping, rotating polygons rendered on a black canvas, with each shape generated from a nested loop over a 0–20 array and given random coordinates, colors, and diagonal transforms. The piece mixes computational chaos with centered Buddhist iconography, embedding a large, hand-drawn SVG path of a Buddha figure amid the colorful abstract forms. Built with React and ReactDOM, the visualization uses SVG `<polygon>` and `<path>` elements, with colors and positions driven by `Math.random()` calls, and is styled with a bold red message overlay.

Aaadesh.pranesh@gmail.com
92% match
Loading thumbnail…

Fork of 5 Buddhas

A grid of hundreds of semi-transparent, randomly colored, rotated square polygons is generated procedurally and layered beneath a large, overlapping Buddha silhouette. Built with React and rendered as SVG, the visualization uses nested `map` operations to create the polygon field with random coordinates, fill colors, and rotations. The Buddha shape is drawn from a single complex SVG `path` with numerous Bézier curve commands, and the entire figure is transformed and scaled via a `g` element. The index.html title references a series of forked Buddha examples, and the code includes unused mathematical functions and arrays.

Aaashrithas2000@gmail.com
92% match