Let's make a face with D3.js!

let's make a face with d3.js

A yellow circle with black eyes and an arc-based mouth forms a simple cartoon face in an SVG canvas. The code uses d3-selection to append and position the circles, while the mouth is drawn with d3.arc() using inner and outer radii plus start and end angles. All shapes are rendered directly as SVG elements, with dimensions derived from the SVG attributes. The face is centered within a 680×500 viewport, demonstrating basic geometric composition without data binding or interaction.

RRoque Luís Pina

Let's make a face with D3.js!

This example uses D3.js v5 to build a simple cartoon face entirely with SVG shapes. It shows a yellow circle for the head, two black-outlined circles for eyes, and a curved mouth path, all centered within a 960×500 SVG canvas. The code exercises core D3 selections and the `arc` generator, computing eye spacing and mouth angles programmatically. Raw SVG attributes like `r`, `cx`, and `stroke-width` are set directly, while a group element translates all features to the canvas midpoint. The mouth’s path is produced by the `d3.arc` generator with specified inner and outer radii.

BBaxinho

Let's make a face with D3.js!

A yellow circle with black outline forms a face, featuring two black eyes and a curved arc mouth. Built with D3.js v5, the example uses `d3.select` to manipulate SVG elements directly, setting position and size attributes for the head and eyes. The mouth is drawn using `d3.arc()` with specified inner and outer radii and angular ranges, all centered on the SVG canvas.

TTiffani Gamboa

Let's make a face with D3

A smiling face is drawn entirely with SVG shapes, rendered as a yellow circle with a black stroke, two eyes, and an arc-based mouth. The code uses D3 v5 selections to append elements to an SVG canvas, importing `select` and `arc` from the D3 module. The `arc` generator creates the mouth with specified inner and outer radii and start/end angles. All shapes are centered using a group translation, with eye positions calculated from fixed offsets.

Hhairibung

Let's make a face with D3.js!

A yellow circle face is drawn in SVG using D3.js v7, with two eyes, eyebrows, and an arc-based mouth centered in the viewport. The code builds the face by appending SVG elements—a circle for the head, circles for eyes, rectangles for eyebrows—and uses D3’s `arc` generator to create the mouth path. All shapes are positioned relative to a translated group, with the face filling the 960×500 canvas.

Ffkukcha

Let's make a face with D3.js

This example uses D3.js v5 to draw a simple cartoon face in an SVG canvas, assembling circles and an arc path with basic shape attributes. The face is constructed with a yellow head circle, black eye circles spaced symmetrically, and a mouth created using the `d3.arc` generator with specified inner and outer radii and angular bounds. The code imports `select` and `arc` from D3, sets dimensions dynamically from the SVG, and positions elements relative to the viewport center. The rendering approach is purely SVG-based, with static styling applied via attributes and a minimal CSS file.

Aadelgrosso

Let's make a face with D3.js

This example uses D3.js v5 to construct a simple cartoon face from basic SVG shapes. It begins by creating a yellow circle for the head, then adds two black circles for eyes and an arc-generated path for the mouth. The `d3.arc` function computes the mouth’s curved shape based on specified inner and outer radii, with angles defined in radians. All elements are centered within the SVG using a translation transform, demonstrating how to combine geometric primitives and D3’s arc generator for expressive, code-driven visuals.

Bben-chin-43

Let's make a face with D3.js!

This example uses D3.js to draw a simple, static cartoon face on an SVG canvas. It shows a yellow circular head, two colored eyes (dodger blue and tomato), and a black mouth created with an arc path. The code uses D3's `select` to target the SVG element, `append` with `circle` and `path`, and the `arc` generator to define the mouth’s geometry based on inner/outer radii and angle ranges. Positions are computed relative to the canvas center, and styling is applied via SVG attributes.

WWill Bainton