Adeeb Farhan

@adeebfarhan·3 public vizzes

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.

Mar 17, 2024

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Fork of 5 Buddhas

A matrix of 20×20 diamond-shaped polygons is randomly scattered across the canvas, each colored with semi-transparent RGB values and rotated 45 degrees. The chaotic overlay of these colored shapes is layered over a single large orange Buddha silhouette, with a React-generated pattern on top. The work uses SVG rendering within a React framework, where the diamond grid is generated via nested map functions with randomized positions and colors, while the central Buddha path creates a contrasting focal point against the dark background.

Mar 16, 2024

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Fork of Fork of Fork of Fork of Fork of Buddha in colors -overlapping Buddha

A dense field of 21 by 21 by 21, or 9,261, semi-transparent circles randomly scatters across a black SVG canvas, each colored with randomized RGB values generated through React's map functions and `Math.random()`. Overlaid on this point cloud is a large orange Buddha silhouette, drawn with an SVG path that repeats 21 times in a forked cascade, each iteration transformed and scaled via `transform="translate(210,120) scale(1.9)"`. The piece combines React's declarative component rendering with raw SVG path data, using nested `A.map()` calls to produce the overlapping geometric chaos beneath the central figure.

Mar 16, 2024