Mandala Generator with D3 and SVG use

100%

Mandala Generator with D3 and SVG use

✓ Published0🌍 Public

Last edited May 25, 2017

Created on May 25, 2017

A mandala generator builds a symmetric, radial artwork from randomly chosen marks—arcs, points, diagonals, and arrows—arranged in 32 repeated slices around a central axis. Every click of the button produces a new composition with a fresh HSL background color. The code uses D3.js v4 to dynamically construct an SVG, defining a reference slice and then cloning it via the `<use>` element with rotation transforms to create the full circle. An optional `transition.attrTween` animates the whole group with a 360-degree spin on generation.

AI-generated description

Mandala Generator with D3 and SVG use

A playful demonstration of using svg's <use> tag to make a mandala.

forked from <a href='http://bl.ocks.org/pbeshai/'>pbeshai</a>'s block: <a href='http://bl.ocks.org/pbeshai/2395deb8b40dcdfdb6e72ee51a6df251'>Mandala Generator with D3 and SVG use</a>

mit Licensed

Similar vizzes

Loading thumbnail…

Mandala

An interactive mandala visualization uses D3.js to render layered geometric patterns in SVG and an animated particle system, with controls for adjusting layer count, rotation speed, color palette, and particle density. The mandala radially repeats symmetrical shapes around a glowing center, while drifting particles with a blur filter create a meditative atmosphere. A breathing guide circle animates via CSS keyframes, and D3 transitions drive the rotation of the mandala group.

NNita

81% match

Loading thumbnail…

Fork of Mandala

A generative mandala visualization renders layered geometric patterns of circles, lines, and petal shapes using D3.js v7, animated within an SVG. Users adjust sliders and a dropdown to control layer count, rotation speed, color palette, and particle density. A separate particle system with glow effects responds subtly to mouse movement, while a breathing guide circle animates via CSS keyframes. The interactive controls update the visualization through D3 selections, transforming SVG attributes based on the selected parameters. The design incorporates color scheme arrays and rotational symmetry to create a meditative, dynamic artwork.

NNita

81% match

Loading thumbnail…

Mandala

An interactive mandala visualization renders layered sacred geometry with rotating petals and glowing particles, creating a meditative atmosphere for mindfulness practice. Users adjust layer count, rotation speed, color palette, and particle density through HTML range inputs and a select menu, while a breathing guide animates a circle to encourage focused breathing. Built with D3.js v7, the SVG-based mandala is generated through nested groups and path/lines that rotate via CSS animations, while particles are positioned and rendered in a separate SVG layer with a glow filter. The color schemes are defined as JavaScript arrays, and mouse interaction subtly affects particle behavior.

NNita

80% match

Loading thumbnail…

Mandala

This interactive mandala visualization uses D3.js (v7) to create a meditative, geometric composition with dynamic particle effects. Animated SVG circles, lines, and petal-shaped paths radiate from the center, while a separate SVG layer renders glowing particles that respond to mouse movement. Sliders and dropdowns let viewers adjust layer count, rotation speed, particle density, and color palette (warm, cool, rainbow, or golden). A breathing guide circle animates with scalable CSS keyframes, and the D3 code applies a Gaussian blur filter via `feGaussianBlur` to enhance the particle glow effect.

NNita

79% match

Loading thumbnail…

Circular Layout

The example shows a circular pattern of 180 radial spokes, each containing ten small circles that recede and shift in color outward from the center, producing a sunburst-like mandala effect. It uses D3 v3 to generate the SVG structure, with each spoke rotated incrementally via `transform` attributes. Circle positions and fills are mapped linearly through `d3.scale.linear`, transitioning from brown to steelblue along a radius of 180 to 240 pixels. All shapes have black strokes, and the rendering relies on SVG elements created through data joins on `d3.range` values.

Mmbostock

74% match

Loading thumbnail…

My Fork of Circles with D3

This example generates an animated spiral galaxy of 420 circles in SVG using D3 v7. Each circle is positioned at a radius proportional to the square root of its index and an angle based on the golden angle, with colors assigned via `d3.interpolateRainbow`. The circles transition from radius zero to their final size with staggered delays, followed by an infinite sinusoidal pulse animation using `transition.attr`. The visualization is centered in a fixed container with a light green background, rendering purely through D3’s data join and transition APIs in an ES module.

Ccsabavath@wpi.edu

72% match

Loading thumbnail…

d3 | 1 triangle repeated

This visualization arranges 45 identical triangles in a circular pattern, each rotated by 10 degrees around the center of an SVG canvas, creating a complex, gear-like mandala from a simple repeated shape. The code defines triangle vertices as coordinate pairs and uses D3 v4’s data join with `d3.range` to generate groups, appending a path per triangle via `append('path')` and the `datum` method. A slider input lets users adjust the number of triangles from 1 to 50, triggering a re-render with updated rotations, while all strokes use a semi-transparent yellow against a dark background.

EEndNight95

72% match

Loading thumbnail…

Data generative art - Unlimited Buddha

A circular arrangement of small Buddha images radiates from the center of a 960-by-960 SVG canvas, with each image positioned at polar coordinates calculated from 50 radial positions and 50 angular steps. The React application uses `useState` and `Array.map` to generate the grid, placing each 20-pixel-wide SVG via an `<image>` element whose `href` points to an external Buddha icon. A decorative path element, embedded with a long SVG `d` attribute, sits at the top-left, scaled and translated. The composition creates a dense, repeating mandala-like pattern through simple trigonometric placement.

NNita

71% match