Skip to main content
SimilarExport ZIP
100%

Buddhha

✓ Published1🌍 Public
CChaitanya Ratan Sree
Last edited Oct 14, 2024
Created on Oct 14, 2024

A colorful, overlapping pattern of diamond-like polygons fills the screen, rendered in React with SVG. Each polygon is randomly positioned, colored, and rotated, creating a dense, abstract visual. The code uses React's `map` function to generate hundreds of SVG `<polygon>` elements with randomized coordinates, fill colors via `rgb()`, and transforms. The sketch also includes a detailed Buddha silhouette as an SVG path, layered over the chaotic polygon field.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Buddhas

A colorful, abstract Buddhist-themed visualization renders a field of overlapping diamond polygons with randomized positions, colors, and rotations on a green background. The SVG output is generated in React 16.10, using nested array loops to repeatedly draw polygon elements with computed point coordinates and RGB fill values. A central, translated Buddha path graphic is overlaid on top of the chaotic diamond field, creating a layered composition that contrasts structured sacred imagery with generative geometric noise.

Vvinilavoddi@my.unt.edu
90% match
Loading thumbnail…

Buddhas

A grid of overlapping, rotating polygons fills a black canvas, each rendered with random positions, sizes, and vibrant colors through React and SVG. The visualization builds a dense, kaleidoscopic pattern by mapping over a numeric array multiple times to generate polygon points, using `Math.random()` for varied coordinates and fill values. A transparent Buddha silhouette path is layered on top, translated and scaled to overlay the chaotic geometry, creating a contrast between abstract shapes and a recognizable figure. The code uses React's `ReactDOM` and SVG elements like `<polygon>` and `<path>`.

Kkondaveeti.bhargavi7780@gmail.com
90% match
Loading thumbnail…

Buddhas

A grid of overlapping, rotating polygons fills a black canvas, each rendered with random positions, sizes, and vibrant colors through React and SVG. The visualization builds a dense, kaleidoscopic pattern by mapping over a numeric array multiple times to generate polygon points, using `Math.random()` for varied coordinates and fill values. A transparent Buddha silhouette path is layered on top, translated and scaled to overlay the chaotic geometry, creating a contrast between abstract shapes and a recognizable figure. The code uses React's `ReactDOM` and SVG elements like `<polygon>` and `<path>`.

Kkondaveeti.bhargavi7780@gmail.com
90% match
Loading thumbnail…

Buddha

A vibrant, generative SVG artwork uses React to render a densely layered composition of semi-transparent polygons. The code constructs a nested triple loop over an array 0–20, drawing hundreds of rotated squares with random coordinates, sizes, and neon RGB colors. These overlapping geometric shapes form a kaleidoscopic, abstract field, while a large Buddha-like path is superimposed at the center, creating a bold contrast between chaotic procedural geometry and a recognizable sacred form.

Bbibek lamsal
89% match
Loading thumbnail…

Buddhas

A generative Buddhist-inspired artwork uses nested `Array.map` iterations in React to create overlapping SVG `<polygon>` elements, each with randomized coordinates, color values, and rotation transforms. The rendered composition layers thousands of semi-transparent diamond shapes across a black background, producing a dense, kaleidoscopic effect. The code also embeds a large static Buddha silhouette path, scaled and positioned within the SVG, contrasting the chaotic geometric field with a recognizable figurative form. React renders the SVG declaratively, while the randomized values are computed inline during each render.

Ssushanthkodipyaka@gmail.com
89% match
Loading thumbnail…

BUDDHA

BUDDHA presents an abstract visualization of layered, overlapping polygons that form a dense, radiant field of color. The piece generates a grid of randomly positioned and rotated shapes, rendered as SVG polygons with high opacity and varied RGB fills, creating a vibrant, textured composition. Built with React and rendered through SVG, the visualization uses nested array mappings to produce a kaleidoscopic effect. A detailed Buddha silhouette path is also integrated into the scene, appearing amidst the colorful geometric noise. The rendering leverages React's component model to declaratively construct the SVG elements.

Ssathvikavancha@my.unt.edu
89% match
Loading thumbnail…

Buddha in colors -overlapping Buddha

A dense field of randomly generated, overlapping diamond polygons fills a black SVG canvas, each shape colored with semi-transparent RGB values and rotated by 45 degrees. A large, intricate Buddha silhouette rendered as a single SVG path is overlaid on top of this chaotic backdrop. The visualization uses React to render the SVG elements, with the polygon positions and colors generated via `Math.random()` within nested array maps, while the Buddha path is drawn using SVG `<path>` geometry.

KKarnam Abinay Goud
89% match
Loading thumbnail…

Buddha Overlap

A dense, exploratory SVG visualization renders a grid of overlapping diamond shapes in bright, randomized colors over a black background. The piece layers hundreds of polygons, each with randomized positions and fill values generated through nested array maps, creating a chaotic, shimmering field. A large, intricate Buddha silhouette path is overlaid on top, anchoring the composition and contrasting with the abstract generative pattern. The example uses React to render SVG elements, with the Buddha image drawn from an inline path.

Aanith462@gmail.com
88% match