6 Buddhas

100%

✓ Published0🌍 Public

Ssaisnehapalle@my.unt.edu

Last edited Apr 4, 2024

Created on Apr 4, 2024

This visualization displays a multilayered, colorful arrangement of Buddha-like forms generated through overlapping polygons. The artwork builds a dense, textured composition using SVG polygon elements within a React framework, with each point calculated using the `Math.random` function to create unpredictable geometric placements. Instead of importing data, the piece relies on procedural generation through nested array mappings to create visual complexity. The code also integrates CSS styling and ReactDOM for rendering, while a separate ES6 module demonstrates modular export functionality within the app structure.

AI-generated description

An example showing the capabilities of VizHub:

Loads D3 via UNPKG.
Demonstrates use of import from "d3".
Demonstrates use of import from local ES6 modules.

MIT Licensed

Similar vizzes

Loading thumbnail…

6 Buddhas

A generative visualization displays six overlapping Buddha silhouettes formed from colorful diamond shapes. Each polygon’s position, size, fill, rotation, and opacity are randomly derived from nested array iterations, producing chaotic, layered compositions on a black background. The piece is built with React and rendered as SVG elements, using inline JavaScript math and the `Math.random` API to generate procedural variation across the canvas.

Mmeenam1106@gmail.com

94% match

Loading thumbnail…

6 Buddhas

Six Buddhas displays a grid of multicolored triangular polygons that are randomly positioned and rotated across a large SVG canvas. The image is composed of three nested loops over an array of numbers, generating over 8,000 semi-transparent shapes with randomly assigned RGB fill colors. Built with React and rendered as SVG, the visualization uses ReactDOM to mount the interactive graphic, which sits atop a floral background image. The code references a long path data string, though the primary visual output emerges from the generative polygon placement.

Ssharanyabobbala@my.unt.edu

93% match

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 Buddhas

Six Buddhas emerge from a chaotic swarm of semi-transparent, randomly colored and rotated polygons rendered as SVG elements. The piece layers a series of intricate, pre-defined Buddha face paths, each translated and scaled, over the generative geometrical noise. Built with React and ReactDOM, the visualization uses nested `map` functions to generate the polygons, assigning random RGB fill values and transform rotations. The background is a solid black canvas, with the Buddha paths offering a structured contrast to the computational randomness.

RRukmini Devi Y

93% match

Loading thumbnail…

6 Buddhas

The visualization displays six identical Buddha silhouettes overlapping in a vertical arrangement against a floral background. The image is generated using React and rendered as SVG, with each Buddha path drawn via SVG `<path>` elements. The code applies random colors, opacities, and positions using JavaScript’s `Math.random()` within nested map functions, while the background is set via CSS. The layout scales and translates each Buddha using SVG transform attributes, creating a layered, multicolored effect.

SSiva Kishore Reddy

92% match

Loading thumbnail…

6 Buddhas

Six overlapping Buddha silhouettes form a colorful, layered mandala-like composition on a floral background. Each figure is rendered as a single SVG path filled with a distinct hue, repeated with varying translucency and scale to create depth. Built with React and ReactDOM, the visualization maps an array of coordinates to generate the paths, applying random color values and rotations. The code uses nested loops and the `polygon` element, though the primary visual relies on static SVG path data.

MMannava Priyanka Chowdary

92% match

Loading thumbnail…

6 Buddhas

Six Buddhas features overlapping, rotating polygons scattered across a black background alongside a large, detailed SVG path drawing of a Buddha. The polygons are generated from a fixed numeric array and use randomized coordinates, fill colors, and transformations. The Buddha shape is rendered as a complex SVG path. The visualization is built with React and rendered directly to SVG, using JavaScript’s `Math.random()` for generative variation.

Rrajeswariamruthabommaraju@my.unt.edu

92% match

Loading thumbnail…

6 Buddhas

Six Buddhas overlap in a colorful, chaotic SVG composition rendered on a flower-patterned background. The visualization uses React with ReactDOM to render an SVG canvas, where multiple nested array maps generate random colored rectangles with varying opacity. Each Buddha is drawn using a complex SVG path, scaled and positioned via transform attributes. The code includes a nested loop structure that creates a dense field of semi-transparent colored squares behind the overlapping Buddha figures.

Ppnamitha46@gmail.com

92% match