5 budhas

5 buddhas

Five overlapping Buddha silhouettes are drawn in bright, randomized colors across a black background. The piece uses React and ReactDOM to generate nested SVG polygons, with each polygon’s position, rotation, and fill color determined by the `Math.random` function. The central Buddha shape is defined by a large SVG path element, while the surrounding polygons are rendered through nested array maps, creating a dense, abstract visual field. The output is rendered as raw SVG within a fixed 960×1000 viewport.

Hhaneesh@gctc.in

5 Buddhas

Five stylized Buddha silhouettes emerge from a dense field of randomized, semi-transparent SVG polygons. The overlapping shapes produce a vibrant, chaotic mosaic against a black background. Built with React, the code generates thousands of polygon elements with randomized positions, sizes, side counts, colors, and opacities. The five Buddha paths are drawn from hardcoded SVG path data, scaled and translated to sit atop this generative backdrop, creating a striking contrast between organic form and digital noise.

GGanesh Sai

Ssatishvepuri88@gmail.com

5 buddhas

Five buddhas presents a chaotic, abstract composition of thousands of semi-transparent, randomly colored diamond shapes, generated from a static array of numbers. The SVG is rendered with React, using nested `map()` calls to create 21³ `polygon` elements. Each polygon's position, fill color, and rotation are derived from JavaScript's `Math.random()`, producing a dense, psychedelic grid. The large, detailed Buddha paths are overlaid within this field, creating a stark contrast between structured iconography and random algorithmic noise.

5 buddhas

Five overlapping buddha silhouettes emerge from a dense field of randomly generated, semi-transparent polygons. The piece layers thousands of colored triangles, each assigned random coordinates and RGB fill values, creating a chaotic, colorful backdrop behind five distinct buddha figures rendered as SVG paths. The visualization uses React to map over an array of numbers, generating polygon elements with inline math for positioning, color, and rotation. Built with React and SVG, the example shows how algorithmic randomness can be combined with fixed geometric forms to create a complex, layered composition.

Mmaneeshraja47@gmail.com

Sshraehithareddy@gmail.com

5 Buddhas

5 Buddhas uses React to render an SVG of five randomly generated polygon clusters, with each polygon’s points, fill color, and rotation determined by a series of nested Array.map iterations over the numbers 0 through 20. The `Math.random()` calls produce unpredictable coordinates and RGB values, resulting in a chaotic, generative composition of overlapping diamond shapes on a black background. A single Buddha path is layered on top and transformed with translation and scaling, anchoring the piece. The code also includes commented-out logic for computing cubic values and a console log, hinting at an exploratory process behind the visual.

Kkotipallipavan54@gmail.com

5 Buddhas

Five Buddha silhouettes overlap in a chaotic, colorful composition on a black background, each rendered as a dense SVG path of the same figure. The artwork randomly scatters hundreds of small, semi-transparent polygons across the canvas, each with a randomized fill color and rotation, creating a psychedelic, generative effect. Built with React and rendered as SVG, the piece uses `Math.random()` to drive the polygon placement, color, and opacity, while the Buddha paths themselves are static SVG path data.

5 Buddhas

Five colorful diamond shapes overlap atop a dense network of small, randomly positioned polygons, all rendered on a black background. The piece generates a chaotic abstract composition from nested array maps, using React to create SVG polygon elements with random coordinates and fill colors. The central Buddha path is drawn with an SVG `<path>` element and transformed and scaled into place, mixing generative randomization with a fixed figurative illustration.

DDee

Aanisha.peddireddy@gmail.com

5 buddas

Five golden Buddhas emerge from a dark, chaotic field of hundreds of semi-transparent, rotating diamond polygons rendered with React and SVG. Each Buddha is a complex, pre-defined path filled with soft colors, layered diagonally across a black background. The code generates the geometric noise using nested array maps and `Math.random()` calls, while the figures use static `path` data rendered as individual SVG groups.