Let's make a face with D3.js

Let's make a face with D3.js!

This example constructs a simple cartoon face using D3.js v5, rendered as SVG elements. The code uses the `select` function to target the SVG canvas, then appends and positions a yellow circle for the head, two black circles for the eyes, and a path for the mouth. The mouth’s arc shape is generated using the `arc` function, specifying inner and outer radii and angular ranges. All elements are centered through a group translation, using static, hard-coded values for spacing and dimensions.

MMulugetaTadesse

Let's make a face with D3.js!

This example uses D3.js v5 to construct a simple cartoon face entirely from SVG shapes. It draws a yellow circle for the head and two black circles for eyes, with positions calculated relative to the SVG’s width and height. The code imports `select` and `arc` from D3, though only `select` is used to append and style the elements. Eye spacing and vertical offset are defined as constants, demonstrating how D3’s attribute chaining builds static visuals with minimal data.

Jjbrauckman

Let's make a face with D3.js

A simple D3.js example draws a cartoon face using SVG shapes. The code selects an SVG element and appends a yellow circle for the face, two black circles for eyes, and a path for the mouth. The mouth uses `d3.arc()` to generate a partial ring based on specified inner and outer radii and start and end angles. The example demonstrates importing `select` and `arc` from the d3 module and loading D3 v7 via UNPKG.

Cccocco1

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

Let's make a face with D3.js!

This example uses D3.js to draw a cartoon face on an SVG canvas. The face consists of a yellow circle for the head, two dark circles for eyes, and a semi-circular path for the mouth, all positioned with D3’s `select` and `append` methods. The `arc()` API generates the mouth’s curved shape, while `attr` calls set dimensions and styles. The code imports functions from the D3 v5 library and works with an SVG element sized at 960 by 500 pixels.

DDonisius Wigie

Let's make a face with D3.js

This example builds a simple cartoon face using D3.js and SVG. It renders a yellow circle as the head, two black circles for eyes, and a mouth created with the `d3.arc` shape generator based on a half-circle arc path. The code references `select`, `attr`, and `arc` from D3 v5, with positions calculated from the SVG’s width and height attributes. The face is constructed entirely in a static SVG, with no data or interaction.

Tthexovc

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 builds a cartoon face from basic SVG shapes using D3.js v5. A yellow circle forms the head, while smaller circles, rectangles, and an arc path create the eyes, eyebrows, and mouth. The code uses d3.select to manipulate the SVG, and d3.arc to generate the mouth’s path with specified angles. All elements are positioned relative to a central translation, with fixed pixel offsets for facial features. The result demonstrates how D3’s shape generators and selections can construct simple compound graphics declaratively.

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