Skip to main content
SimilarExport ZIP
100%

6 buddha

✓ Published1🌍 Public
Rraaghaveramireddy@my.unt.edu
Last edited Oct 18, 2024
Created on Oct 18, 2024

A dense field of randomly positioned, rotated polygons forms a colorful, layered mosaic, with a large buddha silhouette drawn as an SVG path layered on top. The polygons are generated by nested loops over an array, and each vertex and fill color is derived from `Math.random()`. The buddha path is rendered using React elements within an SVG container, and the page is styled with a floral background image. The visualization uses React for DOM management and SVG for all drawing.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

6_buddhas

The visualization renders a dense field of randomly positioned, semi-transparent polygons overlaid with a collection of intricate SVG path elements that collectively form the silhouette of a Buddha figure. The code generates 21 nested iterations of square polygons, each with randomly computed coordinates, fills, and rotations, creating a chaotic, colorful abstract background. The Buddha shape itself is constructed from a predefined series of SVG path commands, positioned and scaled within the viewport. This React application uses ReactDOM to render the SVG output directly in the browser, with the polygon generation relying on JavaScript's `Math.random()` function for all spatial and color properties.

SSekharofficial2022@gmail.com
93% match
Loading thumbnail…

6 Buddha

A dense cluster of colorful, overlapping diamond-shaped polygons is rendered across a black background, creating a chaotic, kaleidoscopic composition. The visualization is built using React and rendered as SVG, with each polygon's position, size, rotation, and fill color generated from repeated random calculations based on an array of integers. The code employs nested `A.map` iterations to produce hundreds of shapes, while the React `polygon` element handles the SVG drawing. A single, geometrically complex Buddha path is also included, transformed and scaled within the composition.

Llingaladineshteja23@gmail.com
92% match
Loading thumbnail…

6 Buddhas

A field of small, randomly colored, rotated polygons fills the screen behind a large, intricate SVG path of a human face. The background is generated procedurally by mapping a React array into hundreds of polygons, each with randomized coordinates, colors, and rotations. The foreground is a static path element, likely a Buddha’s silhouette, rendered using explicit coordinate data. The visualization uses React and ReactDOM to build the SVG structure, combining generative and hand-coded graphical elements.

Gganeshseeram5decem@gmail.com
92% match
Loading thumbnail…

6 Buddha

A colorful mosaic of hundreds of randomly placed, overlapping diamond-shaped polygons fills the screen, rendered as a dense, chaotic pattern. The visualization uses React to map over a nested array structure, generating SVG polygons with random coordinates, fill colors, and rotations. Each shape is drawn using the SVG polygon element, with its points, fill, and transform attributes computed dynamically from random values. The code relies on React's `map` function and ReactDOM to render the SVG output.

Aadityatrip9899@gmail.com
92% match
Loading thumbnail…

6 buddha reflection

A dense arrangement of overlapping diamond-shaped polygons forms a kaleidoscopic backdrop, with a single Buddha silhouette path rendered in the center atop the layered pattern. The visualization uses React to generate SVG elements, mapping nested arrays to create hundreds of semi-transparent, randomly colored and positioned polygons with rotational transforms. A hardcoded SVG path draws the Buddha figure, which is translated and scaled into place against the black background. The code relies on React's component model with JSX to construct the SVG structure dynamically.

SSowjanya Devupalli
92% match
Loading thumbnail…

6 buddha

Six glowing Buddha silhouettes overlap in a colorful, abstract composition. The code uses React to render SVG paths and randomly generated circles with varying opacity. Built with React and ReactDOM, it maps arrays to create layered elements, while the SVG path data draws the Buddha figure. The visualization relies on procedural generation for its vibrant, unpredictable color palette and positioning.

Ccharanshiva769@gmail.com
92% match
Loading thumbnail…

6 Buddha

Six layered Buddha silhouettes overlap in a kaleidoscopic pattern, each rendered as an SVG polygon cluster with randomized points and rainbow fill colors. The composition sits atop a floral background image, creating a dense, psychedelic visual collage. Built with React and ReactDOM, the code generates triangular polygons through nested array maps, applying random coordinates, RGB values, and 45-degree rotations to each shape. The Buddha paths themselves are static SVG path data, transformed and scaled to create the repeating central motif.

Aaschowdary.shashi@gmail.com
91% 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
91% match