kondaveeti.bhargavi7780@gmail.com

Scientific Data Visualization Project

Task9&10_Question2

Task9&10_Question1

Activity6_Task4_Question4

Fork of Activity6_Question 4

Activity6_Task4

Fork of Activity6_Question 3

Activity6_Task3.2

Activity6_Task3

Fork of Activity6_Task2_Question 2-3

Activity6_Task2

Fork of Activity6_Task2_Question 2-3

Fork of activity 6_Task 1_Question1-2

activity 6_Task 1_Question1-1

activity 6_Task 1

Buddhas

A grid of overlapping, rotating polygons fills a black canvas, each rendered with random positions, sizes, and vibrant colors through React and SVG. The visualization builds a dense, kaleidoscopic pattern by mapping over a numeric array multiple times to generate polygon points, using `Math.random()` for varied coordinates and fill values. A transparent Buddha silhouette path is layered on top, translated and scaled to overlay the chaotic geometry, creating a contrast between abstract shapes and a recognizable figure. The code uses React's `ReactDOM` and SVG elements like `<polygon>` and `<path>`.

Buddhas

This visualization, titled “Buddhas,” presents a dense, abstract composition of small colored circles overlaid on a large black-and-white Buddhist figure rendered as an SVG path. The circles are generated procedurally with randomized positions and colors using React, creating a stippled texture that partially obscures the underlying icon. The path drawing of the Buddha is placed in the center of the canvas, while the semi-transparent, multi-hued dots are scattered across the entire viewport, blending organic randomness with a geometric sacred form.

Buddhas

A grid of overlapping, rotating polygons fills a black canvas, each rendered with random positions, sizes, and vibrant colors through React and SVG. The visualization builds a dense, kaleidoscopic pattern by mapping over a numeric array multiple times to generate polygon points, using `Math.random()` for varied coordinates and fill values. A transparent Buddha silhouette path is layered on top, translated and scaled to overlay the chaotic geometry, creating a contrast between abstract shapes and a recognizable figure. The code uses React's `ReactDOM` and SVG elements like `<polygon>` and `<path>`.