Sai Buddha of 5

100%

Sai Buddha of 5

✓ Published0🌍 Public

SSaiKiranReddyKancharla@my.unt.edu

Last edited Apr 4, 2024

Created on Apr 4, 2024

Forked from 5 Buddha

The visualization depicts a dense, overlapping field of 4,913 rotated diamond-shaped polygons, rendered in vivid random colors against a black background, alongside a large white Buddha silhouette drawn as a single SVG path. The polygons are generated through triple-nested array mappings in React, with each point’s coordinates, fill, and rotation determined by repeated calls to `Math.random()`. The Buddha path is embedded via an SVG `<path>` element and scaled and translated into place using a `<g>` transform. The example uses React 16.10 and renders entirely through SVG, combining generative randomness with a structured iconographic form.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Sai Buddha

A dense cloud of brightly colored, rotated polygons overlaps with a detailed line-art Buddha face rendered as an SVG path. The polygons are generated in a three-level nested loop, with random coordinates, fill colors, and rotation transforms applied to each shape. The visualization is built with React, rendering to SVG within a black-background container, and uses a fixed dataset of coordinates to draw the Buddha figure.

SSaiKiranReddyKancharla@my.unt.edu

92% match

Loading thumbnail…

Buddha 5

The visualization displays a kaleidoscopic composition of thousands of semi-transparent, randomly rotated and colored polygons, created by mapping three nested arrays over a range of integers. The overlapping shapes form a dense, fragmented pattern against a black background, with the central focus being a large, intricate SVG path depicting a Buddha silhouette. Built with React and rendered via SVG, the code uses `Math.random()` to generate the polygon positions, colors, and rotation angles, while the Buddha figure is defined by a detailed path data string.

AAbrarb702@gmail.com

91% match

Loading thumbnail…

5buddha

The visualization renders a dense field of overlapping, rotated polygons layered atop a large, intricate SVG path of a Buddha figure. Each polygon’s position, size, and fill color are generated using JavaScript’s `Math.random()`, producing a chaotic, colorful mosaic against a black background. The Buddha path is fixed and scaled, while the polygon grid is created through nested `Array.map` loops in React, with rendering handled via ReactDOM and SVG elements. The entire composition is static, with no interaction or animation.

Sshettisowmya01@gmail.com

91% match

Loading thumbnail…

5budha

The visualization displays a dense field of randomly generated, rotated polygons in vibrant colors against a black background, creating an abstract geometric pattern. At the center, a large intricate Buddha-like figure rendered as an SVG path is overlaid with dramatic scaling. The polygons are generated through triple-nested React array maps, with coordinates, fill colors, and transforms determined by JavaScript's `Math.random()` calls. The Buddha path is drawn using detailed SVG path data within a transformed group, while the entire composition is built with React and rendered as SVG in the browser.

MmNamratha25

90% match

Loading thumbnail…

5_Buddha

The visualization displays a colorful, overlapping Buddha silhouette composed of thousands of randomly generated polygons, each with varying colors and opacity. The image is rendered as an SVG using React and ReactDOM, with polygons generated through nested map functions that compute random coordinates, fill colors, and rotation transforms. The Buddha path data is hardcoded, while the surrounding abstract elements are procedurally generated, creating a layered, chaotic effect against a black background.

SShashankkodishala@my.unt.edu

89% match

Loading thumbnail…

Buddha's 5

The visualization presents a complex, colorful composition of overlapping Buddha-like figures constructed from numerous small polygons. Thousands of randomly generated, semi-transparent polygons are layered with rotating transforms against a black background, creating a dense, chaotic mandala effect alongside a primary, precisely defined path of a Buddha silhouette. The artwork is built using React and renders through SVG, with the main Buddha shape defined by an extensive SVG path data string. The generative polygon layer uses JavaScript’s `Math.random()` to vary position, color, and rotation, with the code also including a cubic function (`sq`) that appears unused in the final output.

Kkrishna444battula@gmail.com

89% match

Loading thumbnail…

5 buddha

This visualization displays a dense field of small, randomly positioned polygons overlaid with a single large Buddha silhouette, rendered in bright, shifting colors on a black background. The polygons are generated from a nested array loop, with positions, sizes, and fill colors determined by repeated calls to `Math.random()`. The Buddha shape itself is drawn using an SVG `<path>` element, transformed and scaled into place. The piece is built with React, creating the SVG output through JSX, and uses the `react` and `react-dom` libraries for rendering.

Mm.maanvireddt761@gmail.com

89% match

Loading thumbnail…

5 buddha

The visualization renders a dark canvas filled with thousands of randomly generated, semi-transparent polygons, each colored with varied RGB values and rotated at 45 degrees. A large, detailed Buddha silhouette is drawn as an SVG path, positioned and scaled over this chaotic background. Built with React and ReactDOM, the code uses nested array mappings to generate the polygons, while the static Buddha path is defined with complex coordinate data. The entire composition is displayed using SVG elements within a 960 by 1000 pixel viewport.

Vvishnutejareddyambati@my.unt.edu

89% match