Fork of budha

100%

✓ Published0🌍 Public

Vvenkatabhaskaratetali@my.unt.edu

Last edited Mar 24, 2024

Created on Mar 24, 2024

Forked from 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.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

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

94% match

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

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

This visualization layers hundreds of randomly positioned and colored circles over a large, intricate SVG path that forms a looping ornamental figure, likely a Buddha silhouette. The circles are generated through nested array mappings in React, with each point’s coordinates and fill color derived from `Math.random()`. The path is drawn with a thick stroke, while the black background and high opacity of the circles create a dense, textured composition that blends geometric noise with a structured central form.

Aaniteshterala2000

91% match

Loading thumbnail…

Fork of budha

This visualization generates a dense, colorful field of rotated polygons on a black background. The artwork is built using React and rendered as SVG, with a nested `map` loop over a numeric array to create hundreds of overlapping diamond shapes. Each polygon’s position, color, and rotation are determined by `Math.random()`, producing a chaotic, procedural composition. The code also includes a large, static path element depicting a stylized figure, drawn with SVG path data and scaled via a `transform`.

Aaniteshterala2000

90% 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

90% match

Loading thumbnail…

Fork of budha

A procedural artwork renders 441 randomly generated semi-transparent polygons on a black SVG canvas. The code generates a 21×21 grid of polygons using nested loops over an array 0 through 20, with each polygon’s position, size, and color (shades of blue and purple) determined by pseudo-random values derived from the loop index. A separate white path, scaled and translated, depicts a geometric icon overlaid on top of the colorful grid. The composition combines algorithmic repetition with hand-crafted vector detail against a black background.

Bbrahmateja.edu2023@gmail.com

90% match

Loading thumbnail…

Forking budha in 5 -overlapping Buddha

A dense field of randomly positioned, semi-transparent SVG circles forms a colorful backdrop, while a single Buddha silhouette drawn as an SVG path is layered on top with a green page background. The circles are generated through triple-nested React array maps, with each circle’s radius, coordinates, and RGB fill color derived from random values. The Buddha path is rendered using a hardcoded `d` attribute within a transformed `<g>` element, scaled and translated into place. The visualization uses React and ReactDOM to render the SVG markup declaratively, with no external data source or interaction logic.

Pprathyusha-reddy-arch

90% match