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Ggsdontineni518@gmail.com

Fork of buddha

A geometric Buddha figure is drawn as an intricate SVG path, layered over a field of randomly generated colored squares that form a scattered, abstract backdrop. The visualization uses React to render the SVG elements, with the background squares generated through nested array mappings that apply random positioning and color values. The main figure is constructed from a detailed SVG path, transformed and scaled, while the square layer demonstrates procedural generation through JavaScript's `Math.random()` for both layout and RGB color selection.

Ttallavijayalakshmi0710@gmail.com

Fork of Buddhas

The visualization displays a Buddha-like figure rendered as a violet SVG path, overlaid with a scattered field of small, semi-transparent circles. The circles are generated by iterating through a fixed array and placing each at random coordinates, with colors derived from randomly generated RGB values. The path, a detailed hand-coded vector shape, is transformed and scaled to center the figure within the 960x1000 pixel canvas. The example uses React for component structure and SVG for rendering, with JavaScript loops used to populate the decorative circle layer.

Fork of Buddha

Rendered with React and SVG, this visualization layers 1,000 randomly generated circles and rectangles over a hand-coded Buddha path. Each shape receives randomized position, size, color, and rotation values, creating a chaotic, colorful backdrop. The central Buddha silhouette, defined by a long SVG path drawn with cubic Bézier commands, floats on a sky-blue canvas. The code uses React’s `Array.map()` to generate the shapes and raw SVG elements, with no external plotting libraries.

Kkakumanusreya

Gganeshrajuparmalla@my.unt.edu

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The visualization displays a dense, colorful field of rotated, semi-transparent polygons generated from nested loops over a numeric array, layered behind a large, intricate SVG path of a Buddha figure. The geometric background produces a randomized, chaotic texture, while the foreground Buddha path, traced in sharp detail, provides a contrasting focal point. Built with React, the SVG rendering uses nested `A.map()` iterations to create hundreds of polygons with random coordinates, fills, and a fixed 45-degree rotation, simulating an abstract, generative art piece. The Buddha path is rendered via an SVG `<path>` element, with a transform applied for scaling and positioning, demonstrating a hybrid of algorithmic pattern generation and structured vector illustration.

PPavanKumarRacharla@my.unt.edu

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This visualization renders an ornate, Buddha-shaped path in bright, randomized colors against a black background. The code uses React and ReactDOM to generate an SVG canvas, layering the central path with hundreds of semi-transparent, randomly positioned and colored circular elements, created through nested array maps. A fixed geometric path defines the Buddha’s silhouette, while the stochastic placement of the circles creates a dynamic, overlapping pattern. The rendering relies on explicit SVG elements and React’s JSX syntax, with no external data source shown.

Ssusarlasruthi2000@gmail.com

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This example shows a dense, overlapping composition of Buddha-like path shapes rendered with React and SVG. The piece generates hundreds of semi-transparent circles with randomized color and position values, then layers a detailed vector path of a Buddha figure on top, repeated through multiple nested map calls. The SVG path data is embedded directly, while random number generation controls the visual chaos. React’s declarative syntax and the SVG `circle` and `path` elements drive the rendering, producing a flickering, kaleidoscopic effect.

Ssusarlasruthi2000@gmail.com

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Llingaladineshteja23@gmail.com

Fork of Buddha

The visualization displays a dense, kaleidoscopic arrangement of randomly generated semi-transparent polygons layered over a detailed Buddha path. Built with React and rendered as SVG, it uses nested array maps to create hundreds of overlapping diamond shapes, each with randomized positions, colors, and rotations. The Buddha figure, composed of a complex SVG path, is embedded beneath the chaotic polygon field, creating a vibrant, psychedelic contrast against the black background. The code relies on React’s `ReactDOM` and CSS styling for layout, with no external data sources.