random-simple-poly-circle

Random Path

This example displays a dense cluster of overlapping circles and polylines drawn across a gray SVG canvas. The visualization uses React to render a grid of 10x10x10 elements, each generating random coordinates for its circle and path positions. Colors are derived from the loop variable, creating a gradient of reds and grays. The code relies on React’s `ReactDOM.render` and JSX to construct the SVG, with no external data source or animation, resulting in a static, chaotic composition of geometric primitives.

81% match

Squaring the circle, part 1

This example shows a geometric experiment that builds regular grids by arranging points along the outlines of concentric polygons, with the number of sides and spacing adjustable via a dat.GUI control panel. It starts with a central dot and adds successive layers of rings, each ring containing points distributed evenly along the polygon’s perimeter. The visualization uses D3.js version 4.3 to render SVG circles and paths, with configurable parameters for polygon sides, radius, point size, and opacity. The code dynamically recalculates point positions on any parameter change, demonstrating how circular paths can be approximated and transformed into structured grid-like formations.

FFrissAnalytics

78% match

Random Path

A grid of circles and connecting path segments appears in random positions across an SVG canvas, with each shape colored by a formula based on its index. The visualization uses React to render nested map functions that generate ten iterations of elements, producing overlapping geometric forms. The code relies on ReactDOM to mount the component, while SVG primitives like circle and path handle the drawing. Randomness drives the placement and stroke colors, creating a chaotic, layered composition against a light gray background.

78% match

Fork of Random Squares and circles

This gallery item demonstrates the visual result of overlaying randomly generated SVG shapes. Using an HTML5 `<svg>` canvas, the code executes three separate JavaScript loops to populate the space with 500 `<rect>` elements, 200 `<circle>` elements, and 100 `<polygon>` elements representing triangles. Each shape receives a random RGB color from a palette generated with `Math.random()`, as well as random positioning within the 1000-by-1000 pixel viewport and a random size up to 50 pixels. The visualization showcases how combining basic geometric primitives with randomized attributes can create a colorful, abstract composition.

Uniform Random

A grid of 3,000 circles appears one by one at random positions across a 960×500 SVG canvas. Each circle starts with a radius of zero and animates outward to a radius of two pixels via D3's `transition.attr`. The animation uses `d3.timer` to append ten new circles per frame, driven by a custom `uniformRandomSampler` function that returns `[Math.random() * width, Math.random() * height]` coordinates. This demonstrates a simple, lightweight approach to generating and animating random scatter points with D3 v3.

Mmbostock

Random Path

This example renders a dense composition of randomly positioned circles and connecting line segments on a gray SVG canvas. The visualization repeatedly maps an array of numbers from 0 to 10 through nested map operations, generating overlapping shapes at coordinates computed with `Math.random()`. Each circle uses a computed `rgb()` fill color derived from its index, while paths are stroked with varying gray shades. The React component renders the SVG directly, with no external data source, producing an abstract, generative pattern.

canvas circles

The visualization displays a grid of randomly colored circles that continuously appear and expand across the screen. It shows a generative animation where each frame introduces new circles at shuffled grid positions, growing from zero to full size before fading away. The code uses D3.js with SVG elements, leveraging transitions to animate circle radius and removal. Rendering depends on the d3-starterkit and d3-jetpack libraries for concise element creation and data binding. Colors are randomly generated RGB values applied to fill and stroke. The animation runs indefinitely via recursive setTimeout calls, creating an evolving, ever-changing mosaic of overlapping rings on a dark background.

11wheel

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.