Fork of 5 Buddhas

100%

Fork of 5 Buddhas

✓ Published0🌍 Public

Jjaswanthichowdarykalapala@my.unt.edu

Last edited Mar 18, 2024

Created on Mar 17, 2024

This visualization, titled "Fork of 5 Buddhas," layers a dense grid of rotated, semi-transparent SVG polygons atop an intricate line drawing of the Buddha. The polygons are generated through nested loops with randomized positions, colors, and rotations, creating a shimmering, chaotic field of shapes. The Buddha path, drawn in thick black strokes, is overlaid in the center, and its bold form contrasts with the colorful, overlapping geometric pattern. The piece uses a black background and vibrant, randomly assigned RGB colors, resulting in a visually striking fusion of computational randomness and spiritual iconography. The rendering is done in React with SVG, and the composition explores themes of order within chaos and the interplay between digital precision and organic form.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of 5 Buddhas

This visualization, titled "Fork of 5 Buddhas," renders an intricate, overlapping Buddha path in vibrant colors atop a field of semi-transparent polygons on a black background. Built with React and SVG, the piece layers a dense grid of small, randomly colored and positioned polygons beneath a single large, ornate Buddha figure. The Buddha path is drawn with a complex SVG path and scaled and translated to sit prominently in the composition. The random RGB fills and opacity create a luminous, abstract effect, while the stark black background heightens the contrast and makes the layered shapes pop.

Mmanyambhavitha@gmail.com

97% match

Loading thumbnail…

Fork of 5 Buddhas

This visualization, titled “Fork of 5 Buddhas,” uses React with SVG rendering to draw a dense, colorful field of semi-transparent polygons. The code iterates through nested arrays to generate hundreds of overlapping geometric shapes, each filled with a random RGB color, creating a vibrant, chaotic composition on a black background. A single large ornamental path depicting a Buddha figure is layered on top, with its position and scale fixed via an SVG transform. The piece balances generative randomness with structured form, highlighting the contrast between chaotic abstract shapes and the precise line work of the Buddha silhouette.

SSreeKohaliPatel@my.unt.edu

96% match

Loading thumbnail…

Fork of 5 buddhas

This visualization, titled "Fork of 5 buddhas," displays a generative geometric composition of overlapping, rotated polygons arranged in a grid-like pattern. The artwork is created with React and rendered as SVG, featuring an array of semi-transparent, multicolored triangles whose positions and colors are determined by random values, creating a vibrant, abstract mosaic against a black background. The piece incorporates five small, detailed Buddha-like iconographic path elements, layered on top of this generative pattern, adding a distinct focal point. The use of random color values (RGB up to 500) and varying transparency gives the visualization a lively, dynamic quality while the central icon provides a meditative anchor.

Kkrishnavisheshkatta@my.unt.edu

95% match

Loading thumbnail…

Fork of 5 Buddhas

This visualization, titled "Fork of 5 Buddhas," renders an intricate, multilayered composition of semi-transparent Buddha silhouettes built with React and SVG. The core visual is generated through nested array maps that create a grid of small, randomly positioned and colored polygon shapes, with each point computed using arithmetic expressions and random values. Layered on top of this abstract, pixelated field is a detailed vector path of a Buddha figure, repeated in a large group transformation. The piece combines generative, algorithmic geometry with a recognizable sacred icon, using a black background and a bold red text message to create a striking, colorful overlap effect.

PPradhyumna Poralla

95% match

Loading thumbnail…

Fork of 5 Buddhas

The visualization is a dense, colorful composition of 20 nested polygons and a large Buddha-shaped path, rendered as SVG inside a React app. The polygons are generated procedurally, each with randomized positions, colors, and opacities, creating a layered, chaotic texture across a 960x1000 canvas. Overlaid on this is a prominent orange-and-red Buddha figure, drawn from an SVG path and scaled to overlap the abstract background. The result is a vibrant, abstract piece where algorithmic randomness meets a recognizable religious icon, blending generative art with traditional imagery.

Jjaideeptripurani12@gmail.com

95% match

Loading thumbnail…

Fork of 5 Buddhas

A grid of overlapping, semi-transparent diamond polygons renders on a black background, each filled with a randomly generated RGB color. The polygons are positioned and rotated using JavaScript array mapping and the Math.random function, creating a dense, chaotic field of shapes. A separate Buddha path is then drawn and scaled on top of the SVG. The visualization is built with React and ReactDOM, rendering SVG elements directly through JSX, with random values determining coordinates, sizes, and colors for each polygon.

Ssumanthnaidu213@gmail.com

93% match

Loading thumbnail…

Fork of 5 Buddhas

A vivid, densely layered visualization of hundreds of overlapping, rotating polygons rendered on a black canvas, with each shape generated from a nested loop over a 0–20 array and given random coordinates, colors, and diagonal transforms. The piece mixes computational chaos with centered Buddhist iconography, embedding a large, hand-drawn SVG path of a Buddha figure amid the colorful abstract forms. Built with React and ReactDOM, the visualization uses SVG `<polygon>` and `<path>` elements, with colors and positions driven by `Math.random()` calls, and is styled with a bold red message overlay.

Aaadesh.pranesh@gmail.com

93% match

Loading thumbnail…

5 Buddhas fork

This visualization, titled “5 Buddhas fork,” presents a dense, abstract composition of overlapping diamond-like polygons rendered in SVG via React. The image is built from a grid of polygons whose positions, sizes, and colors are randomly generated using JavaScript’s Math.random(), with a `transform` rotating each shape 45 degrees to create a kaleidoscopic effect. The color palette is vibrant and varied, with RGB values up to 500, set against a black background for high contrast. Layered over the generative geometry is a prominent orange-and-gold path drawing of the Buddha, scaled and translated into the composition. The visualization is implemented in React with SVG, using an array to drive the repeated rendering of overlapping translucent shapes.

AAdeeb Farhan

93% match