6 buddha

6-Buddha

Six identical Buddha silhouettes overlap across a decorative floral background, each rendered as a black SVG path. The visualization uses React to generate a grid of small colored circles with random positions and fills, layering them behind the Buddha shapes. The code maps over arrays to create these circles using React elements within an SVG container, while the Buddha outlines come from static path data. The background image is loaded from an external URL, and the entire composition is built with React 16 and rendered through ReactDOM.

MMounishAllam@my.unt.edu

6 Buddha

Six Buddha presents an overlapping arrangement of colorful circular shapes rendered with React and SVG. The visualization uses nested array map functions to generate hundreds of circles with randomized positioning, fills from an RGB spectrum, and rotation transforms. A detailed Buddha path is drawn in the center, layered over a floral background image. The composition emerges from data—an array of numbers from zero to twenty—driving the geometric repetition, with React's declarative JSX structuring the SVG output.

Jjtulasi05@gmail.com

Rrakshithareddy217@gmail.com

6 buddhas

A colorful, flower-background scene displays six overlapping Buddha silhouettes, each rendered in varied hues and transparencies. The visualization uses React to generate the SVG layout, with JavaScript loops and `Math.random()` determining the position, radius, and RGB fill of numerous decorative circles layered over the paths. ReactDOM mounts the application, while the Buddha shapes themselves are defined by complex SVG path data, transformed and scaled for artistic overlap.

6 Buddha

Six overlapping Buddha silhouettes, rendered in translucent SVG paths with randomized RGB fills, float over a flower-patterned background. The visualization uses React to generate a 30×30×30 grid of null elements with random positions and colors, creating a chaotic, colorful backdrop behind the central figure. The Buddha path itself is transformed and scaled multiple times, and the code relies on React and ReactDOM to compose the SVG output.

MMANEEDI NAGAKIRAN

6 Buddhas

Six Buddhas overlap in a circular arrangement, rendered as dark outline paths filled with translucent, randomly colored circles on a black background with a floral image. The visualization uses React to manage SVG elements, mapping over arrays to generate dozens of circles per Buddha path, each with randomized position, RGB color, and opacity. The Buddha silhouettes are drawn using SVG path data, scaled and translated for each instance, while the circles layer atop them creates a textured, multicolored effect. The code relies on React’s component model and SVG APIs, with no external charting libraries.

SSiva Kishore Reddy

Aakitisaitejareddy@gmail.com

6 Buddhas

Six Buddhas overlap in a kaleidoscopic arrangement, each rendered as a complex SVG path filled with vibrant, semi-transparent colors. The visualization uses React to generate a grid of 900 randomly positioned and colored square elements as a background, while the main Buddha silhouettes are drawn as detailed vector paths. The code employs React’s `map` function to render the background squares and uses SVG `<path>` elements with `d` attributes for the Buddha shapes. The random color assignment via `rgb()` and `Math.random()` creates a dynamic, unpredictable palette across the composition.

Aanusha.chilkamarri26@gmail.com

6 buddhas

Six abstract buddha silhouettes overlap in a grid, with each figure rendered as a translucent green path atop a floral background image. The visualization uses React and ReactDOM with inline SVG paths, mapping over a numeric array to generate random colored null elements, though the primary composition relies on six repeated `<path>` definitions. The SVG is scaled and translated, with opacity set to 0.8 to create layered depth. The code references the raw SVG path data directly, without external charting libraries.

Aanusha.chilkamarri26@gmail.com

6 buddhas