Skip to main content
SimilarExport ZIP
100%

budhaaaaa

✓ Published0🌍 Public
HHarshiiiiiiiip
Last edited Jun 7, 2023
Created on Jun 7, 2023

A chaotic field of randomly positioned, rotated diamond shapes in vibrant colors fills the screen, generated from nested loops over an array of numbers. The React component renders SVG polygon elements, each with random coordinates, fill colors, and transforms, while a large embedded SVG path of a figure is also included. The visual uses React 16 and direct SVG manipulation without any data visualization libraries, creating an abstract, generative composition driven by Math.random() calls.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

budhaaaa

A dense field of small, randomly colored polygons fills a black SVG canvas. The piece is generated by a React application that maps a nested array structure to produce multiple overlapping geometric shapes, each with a randomized fill and rotation. The code imports React and ReactDOM, and uses inline SVG elements with the `points` attribute, `fill`, `opacity`, and `transform` properties to render the abstract composition. A separate, intricate path element draws a detailed vector figure, displaying a contrasting static form amidst the chaotic backdrop.

HHarshiiiiiiiip
90% match
Loading thumbnail…

budha

A dense, abstract composition of hundreds of randomly generated, brightly colored diamond polygons fills the SVG canvas, animated through nested array maps. Each polygon’s position, color, and rotation are computed via repeated `Math.random()` calls, creating a chaotic, generative pattern. React renders the structure, while a large embedded Buddha path is overlaid and scaled, merging algorithmic noise with a recognizable sacred figure. The black background and high opacity values produce a vibrant, psychedelic visual effect.

AArunVurukonda@my.unt.edu
88% match
Loading thumbnail…

budhaaaaa

A dense cloud of small, rotated polygons fills a black SVG canvas, each shape randomly positioned and colored with high-opacity RGB values generated via `Math.random()`. At the center, a large, intricate Buddha silhouette is drawn as a detailed SVG `<path>` element, layered over the chaotic background. The visualization uses React to render the SVG structure, with polygons generated through nested array maps and the path transformed and scaled via SVG group attributes.

HHarshiiiiiiiip
88% match
Loading thumbnail…

5budha

A dense field of randomly rotated, multicolored polygons fills a black SVG canvas, generated by triple-nested React array maps. A large red Buddha-like figure is overlaid as a complex vector path, drawn with numerous cubic curves and transformed into place. The visualization uses React and ReactDOM to render both the generative scatter and the detailed SVG path, with coordinates produced via `Math.random()`.

Hharipriyaa07
85% match
Loading thumbnail…

Budhaaaaaaaaaaaaa

This visualization generates a field of overlapping translucent circles, each with a random position and color derived from JavaScript’s `Math.random()`, arranged across a 960x1000 SVG canvas. The composition is overlaid with a large red path—a looping, organic stroke rendered from hand-coded coordinates—set against a black background. The piece juxtaposes generative randomness with a fixed, intricate vector form, creating a tension between chaos and structure. Built with React, the circles and path are rendered as SVG elements, with the path scaled and translated to anchor the composition.

Ppogirimayoor@gmail.com
85% 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
84% 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
84% 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
84% match