5 buddhas

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

5 Buddhas

Five Buddha silhouettes overlap in a black-background canvas, rendered as geometric polygons scattered across the viewport alongside stylized golden Buddha path shapes. The visualization uses React and SVG, with polygon points generated through nested array maps and random number calculations. A large SVG path element defines the main Buddha figure, while the code employs Math.random() for positioning and RGB fill colors, with rotation transforms applied to polygon elements.

1180030215cse@gmail.com

Nnarasimhacharyulu010@gmail.com

5 buddhas

Five overlapping Buddha silhouettes form a symmetrical mandala-like composition on a black background. Each shape is rendered as a distinct SVG path with semi-transparent fill, creating layered color interactions where the figures intersect. The visualization uses React to generate a grid of rotated diamond polygons with randomized positions and RGB values, while the five Buddha paths are translated and scaled at fixed coordinates. The SVG rendering combines deterministic path data with stochastic polygon generation.

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.

Kkrishnavisheshkatta@my.unt.edu

5 buddhas

Five overlapping buddha silhouettes are arranged in a circular pattern on a black background. Each buddha is rendered as a semi-transparent polygon with a diamond-like shape, colored via RGB values with high opacity. The visualization is built with React and rendered as SVG, using nested array mappings to position and rotate the buddha paths in a repetitive, almost generative layout. The piece explores repetition, geometric distortion, and vibrant color contrast against the dark canvas.

Vvarun.mahankali39@gmail.com

5 Buddhas

A generative SVG visualization renders five layered Buddha silhouettes in vivid, randomly generated colors atop a black background. The work uses React to construct the scene, combining a gridded field of semi-transparent rotating polygons with repeated Buddha path shapes. The polygons are generated from nested array maps, with randomized positioning, colors, and rotation, while the central Buddha figures are drawn from detailed path data and scaled copies. The overlapping, translucent forms create depth and a sense of multiplicity, echoing the title’s reference to five Buddhas.

5 Buddhas

A black background displays five overlapping, randomly generated Buddha figures constructed from multicolored SVG polygons. The visualization uses React with ReactDOM to render the shapes, while the Buddha path data is drawn using SVG polygon and path elements with random colors, positions, and rotations. The code includes hardcoded path data for the Buddha shapes and generates additional decorative polygons through nested array mappings.

Ssanjanadadi19@gmail.com

5 buddhas

Five overlapping Buddha silhouettes are arranged across a green background, each rendered as a detailed SVG path filled with vibrant, randomized colors. The visualization generates chaotic, semi-transparent diamond polygons on top of the Buddha figures, creating a dense, layered collage effect. Built with React and rendered through SVG, the code uses nested `Array.map` functions to produce random coordinates, fill values, and rotations for each polygon. The Buddhas are positioned using SVG `transform` translations and scaling, with the entire composition drawn dynamically at runtime.

PPreethi Medepalli-91