Buddha_forked

Gganeshrajuparmalla@my.unt.edu

Fork of Buddha changed

The visualization displays a dense, colorful field of rotated, semi-transparent polygons generated from nested loops over a numeric array, layered behind a large, intricate SVG path of a Buddha figure. The geometric background produces a randomized, chaotic texture, while the foreground Buddha path, traced in sharp detail, provides a contrasting focal point. Built with React, the SVG rendering uses nested `A.map()` iterations to create hundreds of polygons with random coordinates, fills, and a fixed 45-degree rotation, simulating an abstract, generative art piece. The Buddha path is rendered via an SVG `<path>` element, with a transform applied for scaling and positioning, demonstrating a hybrid of algorithmic pattern generation and structured vector illustration.

Gganeshrajuparmalla@my.unt.edu

Buddha fork

A generative Buddha illustration renders as a dense field of overlapping colored circles composited over a black-and-white SVG path tracing a seated figure. The circles are positioned using nested array maps with Math.random values for x, y, and fill color, creating a chaotic, layered texture. The Buddha path is drawn via a hand-coded `d` string with a visible stroke, while React manages the SVG elements and DOM updates. The piece combines algorithmic randomness with a fixed geometric form to produce a vibrant, abstract meditation on repetition.

Ssai.kakarlapudi@gmail.com

Buddha Fork

This example, titled "Buddha Fork," uses React and SVG to create a dense, overlapping geometric composition. The visualization generates a grid of polygons from nested loops over an array of 0–20 values, with each polygon’s position, size, fill color, and rotation determined by repeated `Math.random()` calls. The piece is layered over a single Buddha silhouette path, creating a chaotic, colorful mandala-like effect against a black background. The result is a striking blend of generative randomness and structured sacred geometry, where each render is unique. The code, licensed under MIT, highlights how simple React components can produce complex, organic patterns through randomized transformations and vibrant colors.

Aanushapodapati99@gmail.com

Fork of Buddha

This visualization renders a dense, overlapping arrangement of colorful diamond-shaped polygons generated from a nested array map in React, layered over a large Buddha path drawn with SVG coordinates. The polygons use Math.random() for positioning, fill colors, and rotation, creating a chaotic, abstract composition. The code relies on React 16.10 and ReactDOM to render SVG elements directly in the browser, with the Buddha figure embedded as a path within the same SVG canvas.

Llingaladineshteja23@gmail.com

Fork of Buddha

The visualization displays a dense, kaleidoscopic arrangement of randomly generated semi-transparent polygons layered over a detailed Buddha path. Built with React and rendered as SVG, it uses nested array maps to create hundreds of overlapping diamond shapes, each with randomized positions, colors, and rotations. The Buddha figure, composed of a complex SVG path, is embedded beneath the chaotic polygon field, creating a vibrant, psychedelic contrast against the black background. The code relies on React’s `ReactDOM` and CSS styling for layout, with no external data sources.

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

A dense, overlapping field of randomly generated, semi-transparent polygons forms the background, all layered atop a single, large, orange Buddha outline path. The visualization appears as a chaotic, colorful abstract composition where the sacred figure emerges from a storm of geometric noise. Rendered as SVG, it uses React to map over an array and generate many rotated, randomly colored polygon elements, while the Buddha itself is a predefined SVG path. The effect is created by directly embedding D3 and React in the HTML, with the Buddha’s path data sourced from the code.

AAnitha Shivaramaiah

Buddha Image Forked

Forked from a series of Buddha image clones, this React and SVG art piece layers a dense grid of randomly generated, semi-transparent polygons over a single trace of the Buddha’s path data. The polygons use randomized coordinates, colors, and rotation transforms, while the underlying path is scaled and translated within the same viewport. The sketch’s visual chaos contrasts with the structured outline, built using the React DOM and an inline array map, though no external charting library is applied.

SSushmaNamidi@my.unt.edu

Fork of Fork of Buddha

A dense field of small, randomly colored circles is overlaid on an intricate SVG line drawing of a Buddha figure. The visualization uses React and SVG to render both the generative scatter of circles and the detailed path of the deity. The Buddha artwork is composed of numerous path segments with a wide stroke, while the circles are positioned using random coordinate calculations based on a loop counter. The piece combines algorithmic randomness with structured line art, creating a layered visual contrast.

Kkakumanusreya