Mind Impurities

teachings-1

This example generates a randomized scatter plot of 250 circles, each positioned and sized using D3’s `scaleLinear` and `scaleOrdinal` functions. The circles are appended to an SVG container with `selectAll` and `enter`, while their colors and opacities are set via inline `rgb` strings and random values. The visualization also includes a long, complex SVG path string that appears to draw a decorative shape. The code imports d3 v5 modules from UNPKG and relies on the local `index.js` and `styles.css` files to render the output.

75% match

Random lines

The visualization displays a dense field of 800 randomly colored, semi-transparent lines radiating from a central point, creating a chaotic, abstract burst of color. Each line is positioned using trigonometric functions with randomized radius values, and its stroke color is generated via the `rgb()` function with random values. The SVG elements are appended using D3.js v6, with the main group rotated 90 degrees and translated to center the composition. The lines are rendered statically with a stroke-width of 5 and opacity of 0.5, creating overlapping visual depth.

74% match

Wisdom words

Scattered colored circles fill an SVG canvas, each with randomized position, size, color, and opacity, set against a hidden background. The visualization demonstrates basic D3.js v5 capabilities, using `scaleLinear`, `scaleOrdinal`, and `schemeCategory10` imported from the d3 module. Randomly generated data drives 250 circles, while the code also defines a long SVG path string containing a cursive "Wisdom words" text shape, though it remains unused in the visible output. The example shows importing D3 from a CDN and local ES6 modules within VizHub.

Dinesh.Budha

This example presents a dense scatter of small, multi-colored circles generated from a nested set of array mappings. The visualization relies on React and ReactDOM to render an SVG canvas, where each circle's position and fill color are determined by random calculations using `Math.random()`. The composition also incorporates a single, large, hand-drawn SVG path, outlined with a specific stroke, which is transformed and scaled to overlay the scattered points. The piece demonstrates how raw code can produce a complex, layered visual outcome.

DDineshKantumutchu

Fork of Circles with D3 Sprice

This example demonstrates a dynamic SVG visualization that randomly generates colorful circles, rectangles, and ellipses on a light green background. The code uses D3.js v7 with the `select`, `join`, and `append` APIs to create and style SVG elements based on randomly generated data arrays. Each shape receives random positions, sizes, and colors from a palette of six vibrant hues, with opacity set to 70%. The visualization regenerates its layout each time the `main` function is called, showcasing D3's data-binding and method chaining patterns for creating basic geometric compositions.

SStephen Price

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

Random Path

This visualization displays a dense, chaotic field of overlapping circles and connecting line segments. The composition is generated from a nested data array, with each element creating a circle and a path whose positions are randomized. The code uses React and ReactDOM to render the SVG elements, calculating coordinates and RGB color values based on the loop index. The resulting abstract image features a textured, layered appearance across a light gray background.

72% match