Skip to main content
SimilarExport ZIP
100%

Five Buddhas

✓ Published0🌍 Public
SShasankreddyganta@my.unt.edu
Last edited Mar 23, 2024
Created on Mar 23, 2024

Five Buddhas arranges five layered copies of a single Buddha path drawing in a repeating triangular lattice, each rendered as a semitransparent polygon with randomized vertices and coordinates generated from `Math.random()` calls. The SVG marks are rotated 45 degrees and filled with RGB colors derived from random values, creating an overlapping, kaleidoscopic effect. The piece is built with React, where a 21-element array drives three nested mappings to compose the overlapping triangular forms, and the original Buddha path is scaled and translated atop the generative background.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Five Buddhas

Five Buddhas visualizes twenty randomly generated polygons, each rotated and filled with vibrant, semi-transparent colors, layered atop a single, large Buddha silhouette. The composition is built from overlapping diamond shapes, creating a dense, kaleidoscopic effect against a black background. The Buddha path is repeated five times at different scales and positions, with the outermost shapes rendered in bright hues and the innermost in white, producing a glowing, radial focus. Built with React and SVG, the piece uses randomized coordinates and colors to generate a unique, almost algorithmic aesthetic while maintaining a meditative symmetry.

Hharshaps15@gmail.com
94% match
Loading thumbnail…

5 Buddhas

Five Buddhas arranges overlapping diamond shapes in a five-by-five grid over a dark background, with each polygon filled by a random RGB color and rotated 45 degrees. The piece layers a Buddha head drawn as an SVG path on top of this generative pattern, creating a dense, colorful composition. Built with React and ReactDOM, the code maps over arrays to produce hundreds of polygons with randomized coordinates, colors, and opacity, while the path data provides the central figure. The result is a vibrant, procedural take on sacred iconography rendered entirely in SVG.

Ssrilekhasridasyam@my.unt.edu
93% match
Loading thumbnail…

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.

Sshraehithareddy@gmail.com
93% match
Loading thumbnail…

5 Buddhas

Five Buddhas is a generative SVG artwork built with React, creating a dense, overlapping composition of 8000 randomly placed polygons. The piece uses nested `Array.map` calls to generate a chaotic field of rotated, semi-transparent shapes with randomly assigned RGB colors, layered to form a vibrant, abstract field. A single detailed Buddha path is overlaid at the center, scaled and translated, contrasting organic linework against the geometric noise. The visualization leverages React and ReactDOM to declaratively render all SVG elements, with randomness sourced from `Math.random()` for both position, color, and rotation values.

Jjampani921@gmail.com
93% match
Loading thumbnail…

five buddhas

Five Buddhas renders a dense, geometric mandala of small, randomly colored squares layered over a complex, multi-path silhouette of a Buddha figure on a black background. The piece creates a vibrant, abstract collage through thousands of overlapping polygons, with the central figure emerging from a chaotic field of shifting hues. Built with React and rendered as SVG elements, the visualization uses nested `map` operations to generate the squares and `Math.random()` calls to define polygon points, fill colors, and rotation transforms. The Buddha outline is a hardcoded SVG `path` with numerous Bezier curves, scaled and translated into the composition.

JJaswanthkota@my.unt.edu
93% match
Loading thumbnail…

5 Buddhas

Five Buddhas displays five scaled and translated copies of a single Buddha path, each with a distinct fill color (violet, green, blue, yellow), overlaid diagonally across a black canvas. The React application renders the SVG scenes using nested map functions that generate random polygons with randomized RGB fills and rotations, while the five meditative figures are hard-coded as SVG paths drawn from inline coordinate data.

FFahad Jahangir
93% match
Loading thumbnail…

5 Buddhas

Five glowing Buddha silhouettes overlap across a black canvas, each rendered as a dense polygon path and rotated at 45-degree angles. The piece layers hundreds of randomly generated, semi-transparent diamond shapes across the SVG, creating a textured, kaleidoscopic effect over the sacred imagery. Built with React and rendered as SVG, the code maps nested arrays to generate polygons with randomized positions, fill colors, and opacity values. The Buddha figure paths are drawn using explicit coordinate data, while the background pattern emerges from cubic-mapped loops producing vibrant, chaotic color fields.

KKeerthana Reddy Panyala
93% match
Loading thumbnail…

5 Buddhas

Five Buddha faces rendered in red and orange hues repeat in a dense triangular grid of polygons over a black background, all computed with Math.random() calls. The piece, built with React and SVG, uses an array to generate dozens of overlapping diamond shapes with randomized positions, rotations, and colors. The repeated Buddha path is scaled and translated to create a kaleidoscopic, religious-pattern effect.

Ssatishnallamadugu2001@gmail.com
93% match