Skip to main content
SimilarExport ZIP
100%

Question3

✓ Published0🌍 Public
Gguttavenkata745@gmail.com
Last edited Oct 16, 2024
Created on Oct 16, 2024
Forked from Tutorial

This example shows a dense, colorful field of randomly generated, semi-transparent polygons layered over a photographic background. The polygons are created with random coordinates, colors, and opacity, and rotated at a fixed angle, forming an overlapping, chaotic composition. The visualization is rendered in SVG using React and ReactDOM, with polygons generated through nested `Array.map` loops and random values. A secondary, hand-coded Buddha silhouette path is also included, though its contribution is visually obscured by the dominant polygon layer.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

question 3

A randomized SVG visualization uses nested React maps to render hundreds of semi-transparent, rotated polygons with random colors and positions, creating a dense, abstract composition over a floral background image. The code generates coordinate arrays and applies Math.random() for each point, fill, and rotation value within the polygon elements. React 16.10 and ReactDOM render the output to the DOM, with the visualization titled "Six Reflection Buddha" despite its chaotic, generative appearance.

Ssaisathvikapotluri@gmail.com
88% match
Loading thumbnail…

question 6

This example overlays a single repeating Buddha path with thousands of randomly placed triangular polygons, creating a dense, colorful collage against a black background. Each polygon is positioned and rotated using multiple nested `Array.map` calls over a generated numeric array, with random values determining coordinates, fill color, and rotation. The artwork is rendered as SVG within a React application, using React DOM to mount the component and inline SVG elements like `<polygon>` and `<path>` to compose the final image.

Ttallapanenisahithi@gmail.com
86% match
Loading thumbnail…

12

This visualization displays a dense, chaotic field of semi-transparent, randomly rotated and colored polygons overlaid on a large Buddha-shaped path, all rendered on a green background. The code uses React to render SVG elements, mapping over a numeric array to generate hundreds of `polygon` elements with random coordinates, `rgb` fill values, and rotation transforms. The Buddha figure is a detailed `path` element scaled and translated into place, creating a layered, overlapping composition against the generative polygon scatter.

SSiddhardha
86% match
Loading thumbnail…

QUESTION3

The visualization displays clusters of colorful, rotated polygons layered over a flower background image. Built with React and rendered as SVG, the code generates 21 nested polygon elements whose coordinates, fill colors, and rotation angles are determined by random mathematical expressions derived from an array of indices. The SVG also includes an embedded image of flowers and a complex path element with many bezier curve commands. The example demonstrates how React components can dynamically create and position SVG shapes with randomized styling.

BBhavana Sharma
85% 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
85% match
Loading thumbnail…

Question

This visualization renders a Buddha silhouette in overlapping, semi-transparent polygons on a black background. The SVG app draws thousands of randomly placed polygon shapes using nested `Array.map()` loops, each with randomized positions and vibrant RGB color values derived from `Math.random()`. The central Buddha figure is constructed from a detailed SVG `path` element, transformed and scaled to overlay the generative background. Built with React and ReactDOM, the example combines procedural color generation with a classical iconographic form.

Ppmanoj13053@gmail.com
85% match
Loading thumbnail…

Activity5_Task3

This example displays a dense field of overlapping, colorful polygon shapes generated from a grid of points. The visual appears as a chaotic, abstract composition, with each polygon’s size, position, and color determined by randomized calculations. The code uses React and ReactDOM to render the SVG, mapping over an array of values to produce hundreds of polygons. Each polygon’s points, fill color (using `rgb()` with random values), and rotation are computed inline, creating a vibrant, layered effect against a black background.

Hhemalathayella@my.unt.edu
85% match
Loading thumbnail…

Assignment-2

This visualization displays a dense field of randomly positioned, overlapping diamond polygons scattered across a green background. The SVG rendering uses nested React map functions to generate hundreds of polygons with randomized coordinates, fill colors, and rotation transforms. Built with React and rendered through ReactDOM, the code employs basic JavaScript math operations like `Math.random()` and `Math.sqrt()` to determine geometry. A large SVG path element depicting a Buddha figure is layered on top of the polygon field, creating an abstract, collage-like composition where the colorful geometric shapes partially obscure the underlying portrait.

Vvaishnavi6gan@gmail.com
85% match