sanavenkatasurendrareddy@gmail.com

Task 2 Assignment 9

Fork of Hello VizHub

2.1.1

Fork of Assignment 2.1.1

Activity 6.task 4

Activity 6.task 3

Activity 6.task2

Activity 6 task 2

Task_6_4

Activity_6_3(2)

ACTIVITY_6_3(1)

activity_6_2

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activity_6_task2

Fork of Activity-6

Fork of Hello VizHub

Surendra_Activity_6.12

Surendra_Actitvity_6.1

Activity-7

Surendra -overlapping Buddha In 5 images

This visualization presents five overlapping renderings of a Buddha-like form, constructed from semi-transparent, randomly generated polygons. Each polygon is positioned using pseudo-random coordinates derived from a simple mathematical function, while its fill color, opacity, and rotation are also randomly assigned. The entire composition is overlaid onto a green background with large red text reading "Forking budha in 5" at the top, creating a layered, abstract collage. The overlapping shapes produce a dense, colorful mandala-like pattern, with each of the five images subtly differing due to the random generation.

Fork of Forking budha in 5 -overlapping Buddha

This visualization presents a chaotic, abstract composition titled "Forking budha in 5 -overlapping Buddha," rendered as an SVG within a React application. The artwork layers multiple rotated polygons with randomly generated coordinates and colors, creating a dense, overlapping geometric pattern. Superimposed on this is a large, detailed path element depicting a Buddha figure, which is scaled and translated to overlap the surrounding shapes. The green background and the combination of random colors and structured forms create a surreal, almost psychedelic effect, contrasting the organic curves of the Buddha with the sharp, repetitive polygon grid.

Fork of Fork of budha

The visualization is a dense, generative SVG composition titled "Fork of budha," built with React and rendered into a black-background canvas. It layers three nested loops over an array of numbers to draw hundreds of semi-transparent, randomly colored polygons, each rotated and positioned using pseudo-random values derived from the array index. Superimposed on this abstract field is a large, ornate golden path rendered as a decorative Buddhist figure, creating a stark contrast between chaotic geometric patterns and a detailed, symmetrical icon. The piece explores the interplay between algorithmic randomness and structured form.

Fork of Buddha Mask

This fork of Nita's Buddha Mask visualization generates an abstract, luminous portrait from hundreds of colored lines and circles arranged in a radial pattern. The piece applies an SVG `clipPath` of the Buddha’s face to constrain the generative geometry, creating a mask effect against a dark green gradient background. Built with React and D3 v5, it uses `d3.line()` and `Math.random()` to position and color each element, alongside SVG filters and radial gradients for visual depth.