Unlimited Buddhas in Black

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An endless, generative pattern of black Buddhas fills a warm beige SVG canvas. The artwork maps a grid of 150 by 150 positions, using each cell's coordinates as angles and radii to place scaled copies of a single Buddha path, creating a sprawling, repeating mandala-like composition. Built with React and rendered via SVG, the code uses mathematical transformations to position and scale the path data, producing a dense, ornamental field of identical figures.

88% match

Unlimited Buddhas

An SVG visualization of 150 Buddha-like glyphs arranged in a generative spiral. Each path traces a complex, hand-coded curve, duplicated and transformed by translating them along a circular path and scaling them down to 10%. The composition emerges from nested `map()` loops in React, with each glyph’s position calculated from trigonometric functions of its index, producing a radiating mandala against a warm beige background.

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Fork of Unlimited Buddhas in Black

This generative art piece depicts 150 repeated Buddha silhouettes arranged in a radial pattern across a 960-by-960 SVG canvas. Each silhouette is a complex SVG path—a continuous bezier curve—that is translated and scaled based on trigonometric calculations derived from array indices. The work uses React to render the SVG elements, with the React `createRoot` API managing the DOM output. The repeating figures fade into a subtle circular formation against a warm background.

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Thousad Buddhas

A grid of hundreds of small, identical Buddha silhouettes forms a dense, generative mandala. The arrangement is driven by a mathematical transformation, where each icon’s position is calculated from its index in nested loops, creating a circular wave pattern across the canvas. Built with React, the visualization renders every figure as an SVG path element, layered within grouped `<g>` tags that apply translations and scaling. The code relies on React's `useState` and `Array.map` to generate the grid, while the originating data is a single hard-coded path definition.

85% match

Fork of Unlimited Buddhas

An endless field of small Buddha silhouettes, each rendered as an SVG path, radiates outward from the center of a 960x960 canvas against a warm cream background. The arrangement is generative, driven by nested React state maps that compute each figure’s position from trigonometric functions, placing 150 by 150 instances in a circular grid pattern. Built with React 18 and SVG, the visualization uses `ArrayX` and `pixel` loops to translate and scale each path, creating a repetitive, meditative pattern that fills the frame without interaction.

Data generative art - Unlimited Buddha

A circular arrangement of small Buddha images radiates from the center of a 960-by-960 SVG canvas, with each image positioned at polar coordinates calculated from 50 radial positions and 50 angular steps. The React application uses `useState` and `Array.map` to generate the grid, placing each 20-pixel-wide SVG via an `<image>` element whose `href` points to an external Buddha icon. A decorative path element, embedded with a long SVG `d` attribute, sits at the top-left, scaled and translated. The composition creates a dense, repeating mandala-like pattern through simple trigonometric placement.

Unlimited Buddha

An interactive generative visualization titled "Unlimited Buddha" renders a repeating ornamental shape across a 960×960 SVG canvas. The artwork employs React with `createRoot` and `useState` to generate 150×150 concentric arrangements, transforming each instance’s position using trigonometric functions of the loop indices. The custom vector path, drawn via SVG `<path>` elements, is scaled and translated in a grid pattern against a warm beige background (#F6EEE3), producing a tile-like fractal mandala effect through nested `<g>` transformations.

Fork of Unlimited Buddhas

This visualization generates a grid of 150 by 150 small Buddha silhouettes, each positioned using a polar-coordinate pattern based on its index. The SVG output is rendered through React and ReactDOM, with each Buddha drawn as a single complex SVG path. The data is procedurally generated in JavaScript, using the `Math.cos` and `Math.sin` functions to calculate each element's placement. The warm beige background and repeated icon create a meditative, generative art piece.