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D3.js
Stable release
Developer(s)	Mike Bostock, Jason Davies, Jeffrey Heer, Vadim Ogievetsky, and community
Initial release	18 February 2011; 9 years ago
Repository
Written in	JavaScript
Type	Data visualization, JavaScript library
License	BSD
Website	d3js.org

D3.js (also known as D3, short for Data-Driven Documents) is a JavaScript library for producing dynamic, interactive data visualizations in web browsers. It makes use of the widely implemented Scalable Vector Graphics (SVG), HTML5, and Cascading Style Sheets (CSS) standards. It is the successor to the earlier Protovis framework.^[2] In contrast to many other libraries, D3.js allows great control over the final visual result.^[3] Its development was noted in 2011,^[4] as version 2.0.0 was released in August 2011.^[5]

D3.js is used on hundreds of thousands of websites.^[6] Some popular uses include creating interactive graphics for online news websites, information dashboards for viewing data, and producing maps from GISmap making data. In addition, the exportable nature of SVG enables graphics created by D3 to be used in print publications.

Context[edit]

There have been various previous attempts to bring data visualization to web browsers. The most notable examples were the Prefuse, Flare, and Protovis toolkits, which can all be considered as direct predecessors of D3.js.

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Prefuse was a visualization toolkit created in 2005 that required usage of Java, and visualizations were rendered within browsers with a Java plug-in. Flare was a similar toolkit from 2007 that used ActionScript, and required a Flash plug-in for rendering.

In 2009, based on the experience of developing and utilizing Prefuse and Flare, Jeff Heer, Mike Bostock, and Vadim Ogievetsky of Stanford University's Stanford Visualization Group created Protovis, a JavaScript library to generate SVG graphics from data. The library was known to data visualization practitioners and academics.^[7]

In 2011, the development of Protovis was stopped to focus on a new project, D3.js. Informed by experiences with Protovis, Bostock, along with Heer and Ogievetsky, developed D3.js to provide a more expressive framework that, at the same time, focuses on web standards and provides improved performance.^[8]

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Technical principles[edit]

Embedded within an HTML webpage, the JavaScript D3.js library uses pre-built JavaScript functions to select elements, create SVG objects, style them, or add transitions, dynamic effects or tooltips to them. These objects can also be widely styled using CSS. Large datasets can be easily bound to SVG objects using simple D3.js functions to generate rich text/graphic charts and diagrams. The data can be in various formats, most commonly JSON, comma-separated values (CSV) or geoJSON, but, if required, JavaScript functions can be written to read other data formats.

Selections[edit]

The central principle of D3.js design is to enable the programmer to first use a CSS-style selector to select a given set of Document Object Model (DOM) nodes, then use operators to manipulate them in a similar manner to jQuery.^[9] For example, by using D3.js, one may select all HTML <p>..</p> elements, and then change their text color, e.g. to lavender:

The selection can be based on tag (as in the above example), class, identifier, attribute, or place in the hierarchy. Once elements are selected, one can apply operations to them. This includes getting and setting attributes, display texts, and styles (as in the above example). Elements may also be added and removed. This process of modifying, creating and removing HTML elements can be made dependent on data, which is the basic concept of D3.js.

Transitions[edit]

By declaring a transition, values for attributes and styles can be smoothly interpolated over a certain time. The following code will make all HTML <p>..</p> elements on a page gradually change their text color to pink:

Data-binding[edit]

For more advanced uses, loaded data drives the creation of elements. D3.js loads a given dataset, then, for each of its elements, creates an SVG object with associated properties (shape, colors, values) and behaviors (transitions, events).^[10]^[11]^[12]

Generated SVG graphics are designed according to the provided data.

Appending nodes using data[edit]

Once a dataset is bound to a document, use of D3.js typically follows a pattern wherein an explicit .enter() function, an implicit 'update,' and an explicit .exit() function is invoked for each item in the bound dataset. Any methods chained after the .enter() command will be called for each item in the dataset not already represented by a DOM node in the selection (the previous selectAll()). Likewise, the implicit update function is called on all existing selected nodes for which there is a corresponding item in the dataset, and .exit() is called on all existing selected nodes that do not have an item in the dataset to bind to them. The D3.js documentation provides several examples of how this works.^[13]

API structure[edit]

D3.js API contains several hundred functions, and they can be grouped into following logical units:^[14]

Selections
Transitions
Arrays
Math
Color
Scales
SVG
Time
Layouts
Geography
Geometry
Behaviors

Maths[edit]

Generation of pseudorandom numbers with normal, log-normal, Bates, and Irwin-Hall distributions.
Transformations in 2D: translation, rotation, skew, and scaling.

Arrays[edit]

D3.js array operations are built to complement existing array support in JavaScript (mutator methods: sort, reverse, splice, shift and unshift; accessor methods: concat, join, slice, indexOf and lastIndexOf; iteration methods: filter, every, forEach, map, some, reduce and reduceRight). D3.js extends this functionality with:

Functions for finding minimum, maximum, extent, sum, mean, median, and quantile of an array.
Functions for ordering, shuffling, permuting, merging, and bisecting arrays.
Functions for nesting arrays.
Functions for manipulating associative arrays.
Support for map and set collections.

Geometry[edit]

Computing convex hull of a set of points.
Computing Voronoi tesselation of a set of points.
Support for point quadtree data structure.
Support for basic operations on polygon.

Color[edit]

Support for RGB, HSL, HCL, and L*a*b* color representation.
Brightening, darkening, and interpolation of colors.

References[edit]

^'d3 Releases'. Github.com.
^'For Protovis Users', Mbostock.github.com, retrieved August 18, 2012
^Viau, Christophe (June 26, 2012), 'What's behind our Business Infographics Designer? D3.js of course', Datameer's blog, retrieved August 18, 2012
^Myatt, Glenn J.; Johnson, Wayne P. (September 2011), '5.10 Further reading', Making Sense of Data III: A Practical Guide to Designing Interactive Data Visualizations, Hoboken, New Jersey: John Wiley & Sons, p. A–2, ISBN978-0-470-53649-0, retrieved January 23, 2013
^'Release Notes', D3.js, retrieved August 22, 2012
^https://www.wappalyzer.com/technologies/d3
^Academic example: Savva, Manolis; Kong, Nicholas; Chhajta, Arti; Li, Feifei; Agrawala, Maneesh; Heer, Jeffrey (2011), 'ReVision: Automated Classification, Analysisand Redesign of Chart Images', ACM User Interface Software & Technology, retrieved January 23, 2013
^Bostock, Ogievetsky & Heer 2011
^Bostock, Ogievetsky & Heer 2011, chap. 3
^Bostock, Mike (February 5, 2012), Thinking with Joins
^'A Pen by Lopez Hugo'. Codepen.io. Archived from the original on March 22, 2016. Retrieved August 1, 2016.
^'Edit fiddle'. JSFiddle.net. Retrieved August 1, 2016.
^'Three Little Circles'. Mbostock.github.io. Retrieved August 1, 2016.
^d3 (June 30, 2016). 'API Reference · d3/d3 Wiki · GitHub'. Github.com. Retrieved August 1, 2016.