Fork of 2 BuddasJaswanth

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This example overlays hundreds of semi-transparent, randomly colored squares on a static SVG path of a Buddha silhouette, creating a layered, abstract composition. The squares are generated via nested array maps with random positioning and RGB fill values, while the Buddha path is rendered using an SVG `<path>` element with a black fill. Built with React and rendered as SVG, the visualization combines generative randomness with a fixed iconic shape to produce a colorful, overlapping visual effect.

Cchandanagandla

90% match

Ssumithdugyala@my.unt.edu

Fork of 2 Buddas

This visualization layers two large Buddha-shaped SVG paths over a flower-patterned background, with hundreds of randomly positioned semi-transparent circles generated through triple-nested JavaScript array maps—each circle receiving randomized coordinates, radius, and RGB color values. The React app renders the scene through a single SVG element, combining the static path data with dynamic geometric elements. The code uses React 16.10 with ReactDOM, and the background image is loaded via a CSS URL reference, while the Buddha paths are drawn using raw SVG path strings.

90% match

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A dense field of small, semi-transparent rectangles scatters across a black SVG canvas in a chaotic, colorful pattern, created by nested React map functions that generate random positions and RGB fill values. The visualization layers these overlapping shapes over a large, intricate Buddha path traced in white, with the geometric rectangles creating a stark contrast against the detailed line art. The code uses React and ReactDOM to render the SVG elements, with the Buddha path defined as a single complex SVG path data string and transformed and scaled within the composition.

BBhanuMotupalli

90% match

Fork of 6 Buddha

This visualization displays a densely overlapping arrangement of colored circular elements scattered across a 1000-by-1000 pixel SVG canvas, layered beneath a single large outlined Buddha path. The React application generates 30x30x30 random positioned circles with varying RGB fill colors and opacity, creating a vibrant, chaotic background. The Buddha silhouette is rendered using an SVG path element within a transformed group, scaled and translated to appear over the colorful scatter. The code imports React and ReactDOM, uses JavaScript array mapping for repetitive element generation, and employs inline SVG attributes for styling and positioning.

Fork of 6 Buddha

This visualization displays a densely overlapping arrangement of colored circular elements scattered across a 1000-by-1000 pixel SVG canvas, layered beneath a single large outlined Buddha path. The React application generates 30x30x30 random positioned circles with varying RGB fill colors and opacity, creating a vibrant, chaotic background. The Buddha silhouette is rendered using an SVG path element within a transformed group, scaled and translated to appear over the colorful scatter. The code imports React and ReactDOM, uses JavaScript array mapping for repetitive element generation, and employs inline SVG attributes for styling and positioning.

Fork of 6 Buddha

This visualization displays a densely overlapping arrangement of colored circular elements scattered across a 1000-by-1000 pixel SVG canvas, layered beneath a single large outlined Buddha path. The React application generates 30x30x30 random positioned circles with varying RGB fill colors and opacity, creating a vibrant, chaotic background. The Buddha silhouette is rendered using an SVG path element within a transformed group, scaled and translated to appear over the colorful scatter. The code imports React and ReactDOM, uses JavaScript array mapping for repetitive element generation, and employs inline SVG attributes for styling and positioning.

Fork of 6 Buddha

This visualization displays a densely overlapping arrangement of colored circular elements scattered across a 1000-by-1000 pixel SVG canvas, layered beneath a single large outlined Buddha path. The React application generates 30x30x30 random positioned circles with varying RGB fill colors and opacity, creating a vibrant, chaotic background. The Buddha silhouette is rendered using an SVG path element within a transformed group, scaled and translated to appear over the colorful scatter. The code imports React and ReactDOM, uses JavaScript array mapping for repetitive element generation, and employs inline SVG attributes for styling and positioning.