Let's make a face with D3.js

Let's make a face with d3.js!

This example uses D3.js to draw an animated face from basic SVG shapes. A yellow circle forms the head, with black circles for eyes and rectangular eyebrows that transition vertically over time. The mouth is built from arc paths generated with D3’s `arc` function. All elements are grouped and translated to the center of the 960x500 SVG canvas, and the code runs within a React starter template.

BBhavyatulasi

Let's make a face with D3.js

A yellow circle with a black outline forms a face, complete with two eyes, animated eyebrows, and a curved mouth drawn using the D3.js `arc` function. The example demonstrates SVG rendering within a React framework, using D3 v5 to construct and position shapes. Eyebrows animate vertically via chained `transition` calls, shifting down and back, while the face is centered using SVG group transforms based on the viewport dimensions.

Eexistentialist1888

Let's make a face with D3.js!

This example uses D3.js v5 to construct a cartoon face from basic SVG shapes, including a yellow circle for the head, two eyes, and a mouth drawn with the `arc` function. Eyebrows are animated using chained `transition` calls, moving them down and back over two seconds each. The code arranges all parts within an SVG, using React for scaffolding and numeric attributes for positioning.

DDavid Trye

Let's make a face with D3.js!

This example uses D3.js v5 to build an animated face from basic SVG shapes within a React framework. The code draws a yellow circle as the face, adds two eyes with matching eyebrows, and constructs a mouth using the D3 `arc` path generator with specific inner and outer radii. Eyebrows animate via chained `transition()` calls, moving upward and back down over a two-second duration. The SVG canvas is 960×500 pixels, with all elements positioned relative to a centered group using translation transforms.

Llujinxuan-fang

Let's make a face with D3.js

This example builds a simple cartoon face using D3.js v6 in a React framework, rendered as SVG with animated elements. It draws a yellow circle for the head, black circles for eyes, and an arc-generated mouth using the `d3.arc()` API. Two rectangular eyebrows are added, with the left one animating upward via a `transition().duration(2000)` call. The code uses `select` and `arc` from D3, positioning elements relative to the SVG’s width and height attributes. The face is composed purely of geometric primitives, with no external data source.

SSeanisgod1994

Let's Make a Face with D3,js!

This example uses D3.js version 5 to build an animated face from basic SVG shapes. A yellow circle forms the head, with two smaller circles for eyes, and a custom arc path renders the mouth. The eyebrows, drawn as rectangles, perform a repeated vertical transition to simulate a winking or expressive motion. The code leverages D3’s `select`, `arc`, and chained `transition().duration()` methods, while React and a bundled `bundle.js` handle the application structure. All coordinates and sizes are derived from the SVG’s width and height attributes.

Sslipperyd

Let's Make a Face with D3.js

This example builds a stylized face from basic SVG shapes—a yellow circle for the head, two eyes, animated eyebrows, and an arc-based mouth—centered within an SVG canvas. The code uses D3.js v5 selections and the `arc` generator to construct the mouth path, while `transition()` animates the eyebrows in a looping up-and-down motion. React serves as the hosting framework, and rendering relies on SVG elements with D3’s declarative attribute chaining.

Nnkrpyate

Let's make a face with D3.js!

This example demonstrates how to construct a simple animated face using D3.js, with a yellow circular head, eyes, eyebrows, and a mouth drawn using `d3.arc`. The code renders the face as SVG elements within a React framework, using `select` and `arc` from D3 to build the shapes. A `transition` animates the eyebrows upward and back down repeatedly, creating a blinking or surprised expression. The face is centered within a 960x500 SVG canvas, with all geometry derived from hardcoded dimensions rather than external data.

SSimon Pettersson