Fork of Unlimited Buddhas in Black

Fork of Fork of Unlimited Buddhas

This generative art piece renders hundreds of tiny Buddha silhouettes arranged in concentric circular patterns across a warm beige background. The artwork uses React with SVG rendering, where each Buddha path is placed via a coordinate system based on trigonometric functions of an incremental array. The visualization creates a mandala-like effect through repeated scaled transformations, with the path data defining the Buddha shape at each position.

94% match

Fork of Unlimited Buddhas in Black

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.

93% match

Fork of Fork of Fork of Fork of Fork of Unlimited Buddhas

A generative art piece renders 150 Buddha silhouettes in a repeating radial grid, producing an intricate mandala-like pattern. Built with React and SVG, the code maps nested loops of coordinates to position each path element using trigonometric transforms and scaling. The single path data, defined once as a string, is reused across all instances to create the densely layered composition on a warm cream background.

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.

Fork of Fork of Fork of Fork of Unlimited Buddhas

This generative art piece depicts a repeating, tessellated pattern of Buddha-like silhouettes arranged in a radial grid. The visualization is built with React, rendering SVG elements to a 960 by 960 canvas. Each of the 150 by 150 positions is computed using trigonometric functions to place scaled copies of a single intricate path, creating a dense, symmetrical mandala effect. The code relies on React’s `useState` and `createRoot` APIs, with no external data source, as all geometry is defined in the path data.

Fork of Fork of Data generative art - Unlimited Buddha

This generative art piece renders a dense, mandala-like pattern of overlapping Buddha silhouettes. It uses React and SVG, with the shape defined by a complex path data string. The code maps over 1050×1050 coordinate pairs, calculating positions using the sine and cosine of an array value multiplied by the pixel index, creating a circular, radial distribution. The SVG is rendered on a warm, off-white background.

Fork of Fork of Fork of Fork of Unlimited Buddhas

A generative art piece renders an ornate Buddha silhouette repeated across a grid of one hundred positions, creating a dense, kaleidoscopic mandala-like pattern. The artwork is built with React and SVG, using nested `<g>` transformations to position and scale each traced path. The path data defines a single detailed Buddha figure, repeated with varying positions based on trigonometric calculations. The composition uses a warm cream background with dark linework, and the code applies a fixed scale of 0.1 to each repeated element, producing a tightly packed, ornamental field.

91% match

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.