5 Buddhas

5 Buddhas

Five Buddhas overlap as semi-transparent, randomly colored polygons arranged in a diamond lattice across a black background, creating an abstract, kaleidoscopic mandala effect. Built with React and rendered as SVG, the visualization maps nested loops over an array of numbers to generate over 8,000 rotated polygon points. The code uses React’s `createElement` and `ReactDOM` to render the SVG, with fill colors and coordinate positions driven by `Math.random()` calls. A large embedded Buddha path adds a figurative anchor beneath the generative geometric pattern.

SSiddhardha

5 Buddhas

Five overlapping buddha shapes form a dense, kaleidoscopic mandala against a black background. Each shape is rendered as an SVG polygon with randomized coordinates, scales, and RGB fill colors, creating a shimmering, chaotic pattern. The visualization uses React to generate nested array maps that produce thousands of polygons, while the buddha silhouette is defined by a single complex SVG path. The code employs React's component model and SVG primitives, with no external data source or animation library.

Rrajkodavati7@gmail.com

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

5 buddhas

Five buddhas overlap in a colorful, abstract composition rendered as SVG polygons on a black background. The visualization uses React to map a nested array of numbers into randomly positioned, rotated diamond shapes, while a large pre-defined path in each corner depicts a buddha figure. The code relies on React and ReactDOM for rendering, with random values driving polygon placement, fill colors, and opacity.

JJhansi Balla

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

AAP19110020041-Pavan Kumar

5 Buddhas

Five Buddhas displays a grid of five overlapping, translucent Buddhist figures rendered as SVG polygons, each filled with semi-transparent random colors and rotated at varying angles. The visualization is built with React, using ReactDOM to render the SVG elements onto a canvas with a floral green background image. The code iterates through a nested array structure to generate multiple polygon layers, though the specific SVG path data for the Buddha shapes is embedded directly in the code.

5 Buddhas

Five Buddhas arranges a dense cluster of brightly colored, rotating polygons over a black background, creating an abstract, jewel-like mandala. The visualization uses React and ReactDOM to render a dynamic SVG scene, where the shapes are generated through nested map functions that calculate polygon points and fill colors using the `Math.random()` method. The composition layers a detailed SVG path of a Buddha figure, scaled and translated into the center, over the geometric field.

Zzoe.romo@att.net

PPavanKumarRacharla@my.unt.edu

5 Buddhas

Concentric clusters of small SVG polygons radiate across a black background, with five overlapping Buddha path outlines embedded within the chaotic field. The visualization uses React to render these geometric shapes, randomly positioned and colored via the `Math.random` method, while the Buddha figures are drawn using complex SVG path data. The code imports React and ReactDOM, and the entire composition is generated within a single SVG element using nested array mappings.