5 Buddhas

Ssindhureddykandada@gmail.com

5 Buddhas

Five overlapping Buddha silhouettes form a colorful, abstract composition on a black background. Each Buddha is rendered as a series of rotated polygons whose positions and colors are generated randomly, creating a dense, kaleidoscopic effect. The visualization uses React to render SVG elements, with polygon points and fill colors computed via `Math.random()` within nested array maps. A single Buddha path is also scaled and translated, combining procedural geometry with a fixed shape.

5 Buddhas

Five Buddhas depicts five overlapping, differently colored Buddha silhouettes arranged across a black background. Each figure is rendered as an SVG path, surrounded by dense clusters of small, semi-transparent rotating polygons that are generated through nested loops and randomized properties. The visualization is built with React and uses ReactDOM to render the SVG elements, with the Buddha paths defined by complex coordinate data. The piece explores layering, color, and geometric repetition in a meditative composition.

Mmohanalaharic@gmail.com

Ssiddhubhupathi@gmail.com

5 Buddhas

Five Buddhas shows a series of overlapping Buddha silhouettes rendered as green SVG polygons on a dark background. Built with React and ReactDOM, the visualization uses nested array maps to generate random polygon coordinates, fills, and rotations, creating a chaotic, layered composition. Each polygon is drawn with explicit points and a 45-degree transform, while the Buddha paths are translated and scaled SVG paths. The code also includes mathematical functions and an array used to control the number of repetitions.

Rrakshithareddy217@gmail.com

5 Buddhas

Five overlapping Buddha silhouettes float against a black background, each built from densely repeated, randomly colored SVG polygons. The shapes emerge from nested array mappings in React that generate rotated, semi-transparent diamond forms. A large SVG path traces a single Buddha figure, rendered with JSX inside the React component. The visualization uses plain SVG primitives, React’s `map` method, and randomized color and position values to create a kaleidoscopic, layered composition.

Ggradesforyou.com@gmail.com

5 Buddhas

Five overlapping Buddha silhouettes, each drawn with complex SVG `path` data, are rendered in translucent monochromatic color palettes. The visualization is built with React and ReactDOM, generating SVG polygons with randomized positions, colors, and opacity values across a nested array map. The piece layers the five identical Buddha paths at different scales and translations, creating a dense, overlapping composition against a black background.

5 Buddhas

Five identical Buddhist figure silhouettes overlap in a chaotic jumble, drawn as large SVG paths in React. A dense field of small, randomly generated, rotated polygons fills the background with colorful noise. The React code maps over a numeric array to create the polygon grid, while the Buddha shape is a single, hard-coded SVG path repeated five times. The visualization uses React 16.10 and renders entirely through SVG elements.

CCodeNinja

5 Buddhas

Five overlapping buddha silhouettes form a layered mandala-like composition on a black background. The piece uses nested React maps to generate hundreds of random semi-transparent SVG polygons, each with randomized positions, colors from the RGB spectrum, and 45-degree rotations. The buddha paths are rendered from hardcoded SVG path data, scaled and translated in separate groups. The visualization combines generative geometry with static religious iconography using React and SVG elements.

Kkartheekgrpt@gmail.com

Aanusha.chilkamarri26@gmail.com

5 Buddhas

Five overlapping Buddha silhouettes form a cascading, colorful composition against a black background. The piece layers five distorted, path-based Buddha shapes with varying scales and opacities, creating a sense of depth and multiplicity. Built with React and rendered as SVG, the visualization generates a dense field of random polygon primitives, each with a randomized fill and rotation, produced through nested loops. The entire composition is static, with the overlapping figures and algorithmic noise contributing to a chaotic, multi-hued visual experience.