Skip to main content
SimilarExport ZIP
100%

2 buddha

✓ Published0🌍 Public
Gguruabhay294@gmail.com
Last edited Oct 14, 2024
Created on Oct 14, 2024

Two overlapping, multicolored Buddhas emerge from a dense scatter of semi-transparent circles on a black background. The piece layers one large, detailed vector path of a Buddha figure atop a second, smaller copy, both rendered with a thick stroke. Built with React and ReactDOM, the visualization generates hundreds of circles with random positions, colors, and opacity values, while the Buddha silhouettes are defined by complex SVG path data, creating a vibrant, chaotic abstract composition.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

2 buddhas+

Two overlapping Buddha silhouettes appear against a black background, rendered as dense clusters of small colored circles. The visualization uses React to map nested arrays of coordinates into hundreds of semi-transparent SVG circle elements, each with randomized positions, radii, and RGB color values. The Buddha path data is drawn from an embedded SVG path string, while the surrounding circles are generated procedurally with JavaScript’s Math.random() function, creating a vibrant, textured effect over the dark canvas.

Ttarunskuruvadi@gmail.com
94% match
Loading thumbnail…

2 Buddhas

Two Buddhas shows a dense field of small, randomly placed circles layered over a single Buddha silhouette drawn with a detailed SVG path. The circles use React's `.map()` method to generate hundreds of overlapping points, each with randomized positions and semi-transparent RGB colors set via inline `fill` attributes, creating a colorful, chaotic backdrop. The Buddha path is rendered as a stroked vector outline, scaled and translated into place. The visualization relies on React and ReactDOM for rendering and uses pure SVG elements for both the generative dot field and the central figure.

UUday Vandanapu
93% match
Loading thumbnail…

2 Buddhas

Two Buddhas displays two overlapping Buddha silhouettes rendered as SVG paths, one colored and one outlined, against a black background. The visualization combines a generative element—a grid of randomly placed, semi-transparent circles with randomized RGB values—with the predefined Buddha path data. The React application uses ReactDOM to render the SVG, mapping over an array to create thousands of circles whose positions and colors are assigned via `Math.random()`. The second Buddha path is drawn with a thick stroke, creating a layered, textured composition.

SSupriya Ravilla
93% match
Loading thumbnail…

2 Buddas

Two overlapping Buddha silhouettes appear on a black background, each rendered as a single detailed SVG path filled with hundreds of semi-transparent colored circles. The circles are positioned using nested `Array.map` iterations with `Math.random()` values for coordinates and RGB color values. The visualization uses React to render the SVG elements, with the Buddha path data hardcoded in the component. Both figures overlap through SVG `<g>` transforms that scale and translate the paths.

Ppslharika@gmail.com
93% match
Loading thumbnail…

2 buddha

The visualization renders a large, colorful buddha silhouette composed of overlapping semi-transparent circles scattered across a black background. Each circle is randomly positioned and colored using JavaScript’s `Math.random` within the React component, producing a vibrant, chaotic pointillist effect. The work uses React and ReactDOM to generate an SVG scene, layering hundreds of small circles atop a detailed SVG path that outlines the buddha figure. The path is scaled and translated, while the circles are drawn with varying RGB values and opacity, creating an abstract, luminous interpretation of the original shape.

Sshravan.s0710@gmail.com
92% match
Loading thumbnail…

2Buddhas

A dense scatter of random translucent circles overlays a large single-line SVG path of the Buddha, drawn in glowing colors against a black background. The circles, colored via random RGB values and positioned using the `Math.random()` function, create a textured, particle-like effect. The Buddha path is rendered with React elements, where nested `map` loops generate hundreds of `<circle>` elements inside an `<svg>` container. The visualization demonstrates an abstract, colorful composition combining geometric noise with a recognizable sacred figure.

Vvidiyalasahithi1999@gmail.com
92% match
Loading thumbnail…

2 buddhas

A visualization of two Buddha figures rendered in SVG, with three nested `Array.map` calls generating hundreds of semi-transparent colored circles that serve as a textured backdrop. Each circle’s position and RGB fill color are randomly computed via `Math.random()`, creating a dynamic, noise-like field behind the central path-based Buddha illustrations. The piece uses React to manage the component hierarchy, with the `width`, `height`, and `radius` defined as constants for the scene. The two Buddha shapes are drawn using complex SVG `path` data, one with a `scale(1.9)` transform, against a black background.

SSiva Kishore Reddy
92% match
Loading thumbnail…

2 Buddha in colors -overlapping Buddha

This visualization layers hundreds of semi-transparent, randomly colored circles over a detailed SVG path of the Buddha, creating an overlapping, pointillist effect. The circles are generated through nested arrays and positioned using `Math.random()` for both x and y coordinates, with colors assigned via `rgb()` values. The Buddha outline itself is rendered as a single complex SVG `<path>` element, transformed and scaled within the same viewport. Built with React and ReactDOM, the entire scene is produced declaratively in JSX, with each circle and the path drawn as SVG nodes, all against a black background.

Jjayanthbalina@gmail.com
92% match