Skip to main content
SimilarExport ZIP
100%

buddha

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

This visualization displays a stylized Buddha figure formed from a dense grid of rotated, randomly colored diamond-shaped polygons rendered in SVG. The composition layers the geometric overlay with a detailed black-and-white line-art path of the Buddha, creating a juxtaposition of abstract digital texture and figurative illustration. Built with React and ReactDOM, the example uses JSX to map over numeric arrays, generating polygon elements with randomized coordinates, fill colors, and rotations via `Math.random()` calls.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

buddha

The visualization depicts a geometric Buddha-like form composed of layered, rotated SVG polygons with randomized positions, sizes, and RGB colors. The shape emerges from nested loops generating diamond-shaped elements, while a static SVG path defines the central Buddha silhouette. The design combines procedural randomness with a fixed, detailed outline, resulting in an abstract, colorful pattern against a black background. React manages the component structure, and rendering is handled entirely through SVG elements in the browser.

Mmn0658
94% match
Loading thumbnail…

Buddhas

This visualization depicts a grid of diamond-shaped polygons rendered in vibrant, random colors against a black background, with a large, hand-drawn SVG path of a Buddha figure overlaid in the foreground. The code generates the geometric pattern using nested `Array.map` methods in React, computing polygon points and fill colors via `Math.random`. The Buddha shape is a static SVG path element, scaled and positioned with a transform, while React renders both elements into an SVG canvas. The example demonstrates combining procedural generative art with precise vector drawing in a React-based visualization.

VVarshareddy2912
93% match
Loading thumbnail…

buddha

This visualization renders an ornate golden Buddha figure composed of layered SVG polygons, set against a black background. The code generates thousands of semi-transparent, randomly colored polygon shapes via nested loops in React, while a detailed SVG path defines the Buddha’s silhouette. Using ReactDOM to mount the SVG, the example combines generative geometric patterns with a fixed religious icon, demonstrating a creative overlap of procedural randomness and structured vector art. The result emphasizes texture and color variation through overlapping translucent shapes.

Aasheshpinisetti@my.unt.edu
93% match
Loading thumbnail…

Buddha

The visualization displays a colorful, geometric Buddha composed of numerous overlapping polygons rendered as an SVG. Using React and ReactDOM, the code generates a grid of semi-transparent, randomly colored and rotated shapes, creating a vibrant, layered mosaic. A detailed SVG path defines the Buddha’s silhouette, which is translated, scaled, and overlaid on top of the generative polygon field. The entire scene is presented on a black background, with the visualization updating implicitly through JavaScript’s `Math.random()` calls during the initial render.

AAashishVinayVasala@my.unt.edu
92% match
Loading thumbnail…

Buddha

This visualization depicts a stylized Buddha silhouette built from dozens of overlapping, randomly rotated polygon triangles rendered in vivid, saturated colors against a black background. Using React and SVG, the code maps a numeric array to generate translucent, diamond-like shapes with randomized positions, colors, and rotations, layering them to create a textured, kaleidoscopic portrait. The Buddha figure emerges from the chaotic, colorful geometry, with each triangle contributing to the overall form while retaining its own vibrant hue, blending algorithmic generative art with a sacred iconography.

DDivyaKota2@my.unt.edu
92% match
Loading thumbnail…

buddha

A vibrant generative composition renders a field of overlapping, diamond-shaped polygons whose positions, colors, and rotations derive from cascading `Math.random()` calls and a nested `Array.map` structure in React. The SVG shapes cluster into a dense, kaleidoscopic pattern against a black background, with each polygon filled by randomized `rgb()` values and transformed via `rotate`. The visualization also overlays a detailed Buddha silhouette path, drawn through an SVG `<path>` element and scaled within a `<g>` transform, blending chaotic abstract geometry with a recognizable figurative form.

Vvishu.valandas@gmail.com
92% match
Loading thumbnail…

Buddha

This visualization renders a vibrant, generative mandala of overlapping diamond shapes on a floral background image. Built with React and rendered as SVG, the artwork maps a 31x31 grid of randomly placed, rotated polygons with bright, semi-transparent RGB colors. The code overlays a silhouette of Buddha in the center, creating a psychedelic and spiritual aesthetic. The composition uses seeded randomness and layered transforms to produce a kaleidoscopic effect, with the Buddha figure emerging from a field of colorful, diamond-like shapes.

Aanushapodapati99@gmail.com
91% 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
91% match