Tutorial3

tutorial3

This example, built with React and rendered as SVG, layers hundreds of semi-transparent colored circles over a single black path of a seated Buddha. The circles are positioned pseudo-randomly using a nested mapping over an array 0–20, with RGB values generated via Math.random() for a vibrant, overlapping effect. At the center, the Buddha path is scaled and translated, creating a colorful, generative mandala-like composition against a black background. The work explores the interplay between chaotic, computational color fields and a structured, recognizable iconographic form.

Aanusharamana0@gmail.com

92% match

Random circles

This example shows a dense field of overlapping circles rendered in an SVG, with their positions and colors appearing randomized across the display. Built with React, the component generates a triply-nested loop that creates circles using the `<circle>` element, calculating each `cx` and `cy` position by multiplying array values with `Math.random`. The fill color is derived from the array index arithmetic, producing a gradient-like effect in the RGB scale. The visualization relies on React’s `ReactDOM.render` to mount the SVG into the DOM, with no external data source.

86% match

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

React Starter

This example displays a dense scatter of overlapping circles on a grey SVG canvas, with positions and fill colors randomly derived from nested array mappings. Built with React and ReactDOM, the visualization renders three levels of map operations over a numeric array, generating circles with radii of 10 pixels and RGB values computed from the loop index. The SVG output uses the `id='svg'` element with a fixed 960×500 viewport, while color intensity scales with the square of the array value.

86% match

React Starter

This example demonstrates a dense cluster of overlapping circles and line paths rendered within an SVG container, using React to generate the SVG elements. The visualization creates a chaotic, generative pattern by mapping over a fixed array of numbers, where each circle’s position and color are computed with `Math.random`, while path elements connect random coordinates. Built with React 16.10 and ReactDOM, the code renders directly to the DOM via `ReactDOM.render`, styling the SVG with a grey background. The approach highlights how React can dynamically produce SVG visualizations without external data sources.

React Starter

This example demonstrates a dense scatter of randomly positioned circles rendered as an SVG visualization within a React application. Using nested array mappings, it generates hundreds of overlapping circles with size and color derived from their index values. The code relies on React’s component-based structure and ReactDOM for mounting, while styling is handled through global CSS in the HTML file. The visualization updates dynamically based on the precomputed array A, showcasing a random distribution pattern.

React Starter

This example shows a dense scatter of circles rendered with React and SVG, filling a 960-by-500 canvas with randomly positioned points. The color of each circle derives from a nested loop of `A.map` over a small array, producing a repetitive pattern of red and dark hues. It uses React 16.10 and ReactDOM to render the SVG elements, with circle positions and fills computed inline using the `Math.random` function and arithmetic on the loop index. The code demonstrates a basic React component structure, but the visual output is largely stochastic rather than data-driven.

Random Path

This example shows a chaotic scatter of colored circles and overlapping paths generated from randomized coordinates within a fixed SVG canvas. The visualization uses React to map over nested arrays, producing multiple elements per iteration with varying positions, fill colors, and stroke values derived from index-based arithmetic. Rendering is handled through React’s `ReactDOM.render` into an SVG, with no external data source, relying entirely on `Math.random` for spatial distribution and RGB color generation. The result is a dense, abstract composition of geometric primitives.