Skip to main content
SimilarExport ZIP
100%

Fork of budha

✓ Published0🌍 Public
Hharshabandi3060@gmail.com
Last edited Oct 19, 2024
Created on Oct 13, 2024
Forked from budha

This example displays a dense, chaotic arrangement of semi-transparent, randomly colored SVG polygons scattered across a black background, with a single detailed Buddha-like path traced in white at the center. It uses React and ReactDOM to render the SVG elements, generating triangles with random coordinates, colors, and rotations from nested array iterations. The central figure is drawn using an explicit SVG `<path>` element with a long, complex geometry, layered over the abstract polygon field.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of budha

This example displays a dense, chaotic field of randomly colored, rotated polygons, layered over a large, intricate black-and-white SVG path that resembles a Buddha figure. The work visualizes the output of a nested loop structure, where each map iteration generates a polygon with highly randomized position, fill color, and rotation. Built with React and rendered as SVG, the code uses the `Math.random()` function extensively to drive the visual noise. The prominent path data is drawn directly into the SVG using the `d` attribute, creating a sharp contrast against the vibrant, disordered shapes behind it.

VVishnu Sudireddy
94% match
Loading thumbnail…

Fork of budha

A dense field of randomly generated, semi-transparent polygons overlays a large, hand-drawn Buddha silhouette path rendered in SVG. The code builds a three-level nested loop over integers 0–20 to create thousands of overlapping triangles, each with randomized coordinates, fill colors, and rotation based on the current index. The Buddha path is a static SVG `<path>` element with a long `d` attribute, displayed via React’s `map` function. The example uses React and ReactDOM to generate the SVG markup, with colors computed from `Math.random()` and opacity set to 2.

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

Fork of budha

This example renders a dense field of randomly positioned, semi-transparent circles in dark colors atop a black background, layered with a large, intricate orange SVG path depicting a decorative Buddha figure. The circles are generated through nested React map loops, with each circle’s position, fill color, and opacity determined by `Math.random`. The Buddha path is drawn using SVG `path` coordinates within a transformed group, while the entire composition is built with React elements rendered to SVG via ReactDOM.

Hharshabandi3060@gmail.com
93% match
Loading thumbnail…

Fork of budha

This example, built with React and rendered as SVG, layers thousands of semi-transparent, randomly colored circles onto a black canvas. Each circle’s position and color are generated from nested array mappings and Math.random values, creating an abstract, chaotic composition. Superimposed on this is a large, detailed path drawing derived from the Buddhist "budha" motif, scaled and translated into the upper-left region. The stark black background and the path’s intricate linework contrast with the scattered dots, producing a dense, almost generative aesthetic.

Bbrahmateja.edu2023@gmail.com
92% match
Loading thumbnail…

Fork of budha

A dense field of small, randomly colored circles overlays a large, black Buddha silhouette drawn as an SVG path. The circles are generated through three nested `Array.map` loops over a fixed array, with their positions and fill colors determined by `Math.random()`. The Buddha figure is rendered using a single SVG `<path>` with a translucent stroke, while the entire composition is built with React and rendered to the DOM via `ReactDOM`. The visualization relies solely on SVG primitives and React's declarative component model.

Ssruthimreddy6@gmail.com
92% match
Loading thumbnail…

Fork of budha

A dense field of randomly generated, colorful polygons fills a black SVG canvas, creating an abstract, chaotic visual texture. The piece is built with React and renders each polygon using a triple-nested map over a numeric array, computing vertex positions, fill colors, and rotations through `Math.random()`. A large, pre-defined SVG path, likely representing the word "budha," is superimposed on top via a `path` element with a long series of coordinates, scaled and translated using a `transform` attribute. The combination of algorithmic generation and a hand-coded vector shape creates a striking contrast between order and noise.

Bbhavyamoturi2509@gmail.com
92% match
Loading thumbnail…

Fork of Fork of budha

This visualization renders a dense, generative mandala-like composition using React and SVG. It maps a repeating set of coordinates through a series of nested loops, drawing semi-transparent polygons with randomized positions, colors, and rotations. A single intricate path—the "budha" silhouette—is overlaid at a fixed translation, creating a contrast between the chaotic, colorful geometric scatter and the structured, monochrome linework. The black background and full-viewport canvas amplify the glowing, kaleidoscopic effect of the randomly generated shapes.

Hhemanthmaddila13@gmail.com
91% match
Loading thumbnail…

Fork of budha

This visualization shows a portrait of Buddha created using layered, randomly-positioned polygons against a dark background. The code generates a grid of semi-transparent, multi-colored polygons across the entire canvas, then overlays a detailed SVG path that traces the Buddha’s silhouette in the center. The React application uses `ReactDOM` to render the SVG, with JavaScript’s `Math.random()` controlling the polygon placement and fill colors, while the path data defines the figure’s contours. The piece combines procedural chaos with a fixed, intricate vector drawing.

Ppmanoj13053@gmail.com
91% match