brahmateja.edu2023@gmail.com

PROJECT

task9-2

task9-1

task2-1

activity6 task4

activity6 task3

activity 6 task2

activity6 task4

activity6 task3.2

activity 6 task3.1

activity 6 task_2

activity6 task4

activity6 task_4

activity6 task4

activity6 task3.1

activity6 task_3

activity6 task_2

activity 6_task 1

activity

Activity7

Activity6

Fork of budha

This example, built with React and rendered as SVG, layers thousands of semi-transparent, randomly colored circles onto a black canvas. Each circle’s position and color are generated from nested array mappings and Math.random values, creating an abstract, chaotic composition. Superimposed on this is a large, detailed path drawing derived from the Buddhist "budha" motif, scaled and translated into the upper-left region. The stark black background and the path’s intricate linework contrast with the scattered dots, producing a dense, almost generative aesthetic.

Fork of budha

A chaotic generative art piece draws a grid of semi-transparent colored triangles whose positions and colors are randomly recalculated on every render. Layered beneath this shifting geometry is a large white path of the word “budha” scaled and transformed at the center. The black background makes the random RGB fills and the outlined text starkly contrast, while the combination of the procedural triangle field and the fixed textual form creates a tension between order and chance. Rendered with React and SVG, the work explores the interplay between algorithmic randomness and structured typography within a single visual frame.

Fork of budha

A procedural artwork renders 441 randomly generated semi-transparent polygons on a black SVG canvas. The code generates a 21×21 grid of polygons using nested loops over an array 0 through 20, with each polygon’s position, size, and color (shades of blue and purple) determined by pseudo-random values derived from the loop index. A separate white path, scaled and translated, depicts a geometric icon overlaid on top of the colorful grid. The composition combines algorithmic repetition with hand-crafted vector detail against a black background.