Skip to main content
SimilarExport ZIP
100%

Activity 5 - Question 3

✓ Published0🌍 Public
Ssiddhubhupathi@gmail.com
Last edited Apr 5, 2024
Created on Apr 5, 2024

This visualization shows a dense, colorful scatter of overlapping rectangular SVG elements arranged randomly, layered over a large Buddha silhouette drawn with an SVG path and set against a floral background photo. The React app renders nested maps that generate thousands of rectangles with random positions, colors, and opacity, creating a chaotic, abstract composition. The Buddha path is scaled and translated within an SVG group, while the page uses React 16.10 for rendering and inline SVG for all graphics.

AI-generated description
MIT Licensed

Similar vizzes

Loading thumbnail…

Activity5_Task3 Question1

An overlapping Buddha illustration is rendered using React with SVG elements. The visualization combines a stylized Buddha path with a background image of flowers, while random colored squares are generated and overlaid on top. The code uses React's map functions to create multiple transparent shapes with random RGB fill values. The SVG path data defines the Buddha silhouette, which is transformed and scaled using SVG group transformations. The rendering relies on React and ReactDOM libraries to dynamically generate the SVG structure in the browser.

Rramsrinivaskatragadda@my.unt.edu
89% match
Loading thumbnail…

question 3

A React and SVG visualization renders overlapping Buddha silhouettes generated from a path dataset, with each copy randomly positioned, scaled, and colored using RGB values from Math.random(). The code builds an SVG canvas of 1000x1000 pixels, maps over a 30-element array to create nested repetitions, and applies opacity for blending. The composition sits atop a floral background image, using React's component structure and SVG path elements to produce a layered, abstract collage effect.

Ssumanthpenna0221@gmail.com
88% match
Loading thumbnail…

Question 3

The visualization displays a Buddha silhouette rendered as a dense, colorful SVG path composition over a floral photographic background. It uses React with ReactDOM to render 30 nested map iterations that generate hundreds of semi-transparent circular elements with randomized positions and RGB color values. The main artistic feature is a complex SVG path drawing of a Buddha figure, transformed and scaled, which overlaps with the generated geometric patterns. The code leverages React's JSX syntax within an SVG container, combining algorithmic generative art with a traditional path-based illustration.

SSowjanya Devupalli
88% match
Loading thumbnail…

ACTIVITY 5 QUESTION 3

A Buddha statue silhouette is formed by a dense scattering of semi-transparent colored rectangles, stacked and overlapped across an SVG canvas atop a floral background image. The brushstroke-like texture emerges from nested array maps that generate hundreds of random positions, sizes, and RGB colors, while a fixed vector path defines the figure. Rendering leverages React 16 with SVG elements, using pure JavaScript math for stochastic variation.

Ggouthamigongidi2457@gmail.com
88% match
Loading thumbnail…

Activity 5_ Task3 Question

The visualization presents a dense, layered composition of brightly colored, semi-transparent polygons that overlap chaotically. It shows a structured loop that generates diamond-like shapes at random positions across the canvas, creating an abstract, kaleidoscopic pattern. The code uses React and ReactDOM to render an SVG. The `App` component maps over a fixed array of numbers to create all polygon elements, with position, fill color, and rotation determined by the built-in `Math.random()` function. A hidden Buddha path is also defined but not displayed due to an unclosed path string. The arrangement is rendered on a black background, producing a vibrant, overlapping visual noise.

Rramsrinivaskatragadda@my.unt.edu
86% match
Loading thumbnail…

activity 5

A collection of multicolored circles scatter randomly across an SVG canvas, overlapping a large, flower-patterned background image. The circles are generated through three nested array maps, each iterating over the same numeric array to produce many small points with random positions and colors. The visualization also includes a detailed Buddha silhouette path, rendered with a large SVG path element and styled with a purple fill and pink stroke. The code uses React to manage the SVG output and relies on JavaScript's `Math.random` for all generative variation, with imported React and ReactDOM libraries.

TThai Ha Dang
86% match
Loading thumbnail…

Activity5_Question3

A triply nested React map generates overlapping diamond shapes, each positioned with random coordinates and assigned a color via inline `rgb()` values with an excessive opacity of 2. The SVG canvas displays these shapes over a background image of flowers, while a large fixed path renders a detailed Buddha outline. The visualization is built with React and ReactDOM, rendering SVG elements dynamically based on an array of numbers, with every point and transform calculated using `Math.random()` calls.

Hhemalathayella@my.unt.edu
86% match
Loading thumbnail…

Task5Question3.js

This visualization displays a complex, generative composition of overlapping, multicolored polygons overlaid on a black background, alongside a more structured, path-based representation of the Buddha image. The React application uses SVG to render shapes, with the polygon coordinates, fill colors, opacity, and rotation all determined by the JavaScript `Math.random()` function, creating a chaotic, non-reproducible pattern. In contrast to this random element, a large SVG path containing extensive cubic Bezier curve data is also rendered, presenting a detailed, structured line drawing of the Buddha. The code relies on React and ReactDOM to construct the SVG elements dynamically, and the HTML file imports these libraries directly from unpkg.

Llikhitha.sarahah01@gmail.com
86% match