


Part 3
The first website was published in 1990 by computer scientist Tim Berners-Lee and now it seems like an eyesore. Early web sites were basic, using vertically structured, text-heavy pages with few graphics. Before the introduction of tables as a web page structure, there were few design components and no way to emulate the layouts of conventional printed texts.
In the early web there were no people well-versed in typesetting. Website layouts were fluid (did not have fixed width), so text lines came in any possible width. That was not so great: all sorts of typographic rules aimed at text legibility were smudged,” says Readymag product designer Stas Aki. The situation demanded new approaches to the creation of web layouts.
The variety of screen sizes also strongly impacted web layouts and quality of typesetting. While print designers knew beforehand the paper format that will house their work, web designers worked in a situation of uncertainty, knowing that their designs would appear in multiple ways on multiple screens.
This problem was mostly tackled with the mass introduction of responsive design around 2007, along with the launch of the first iPhone.




Fonts that address special
issues
Part 4
Another important development was the proliferation of new fonts. Over the past several decades, Microsoft and Apple have approached the issue of web legibility repeatedly, producing more and more fonts targeted to the peculiarities of digital displays and the web.
In the early 90s, British type designer Matthew Carter created the early web 1.0 fonts Georgia (1993) and Verdana (1996). Commissioned by Microsoft specifically for text on webpages, both fonts were designed in bitmaps to match the pixels of the standard screen resolution at the time and then translated into outline fonts. For legibility and readability on screens, Carter designed these fonts with large x-height, open aperture, and generous space.
Matthew Carter, July 16 2014. Photo: Christopher Lewis. CC by 4.0
Georgia, 1993
Both designed by Matthew Carter, hinted by Tom Rickner
Verdana, 1996
A decade later, sub-pixel rendering appeared—also known as font smoothing, it adds red, green or blue pixels to letter fringes for clearer reading even on low-res screens. The origin of subpixel rendering remains controversial: Apple, then IBM and Microsoft, patented various implementations with their own technical differences, but Microsoft was the first to implement the technology in their products. Soon after, Microsoft also released the Clear Type font collection, a suite of fonts designed to demonstrate the advantages of sub-pixel rendering. The collection included Calibri, Corbel, Cambria, Candara, Consolas, and Constantia.
Another major development came in 2009. Small Batch., Inc released Typekit—a collection of web fonts from different foundries, making use of the @font-face feature of CSS while protecting them from infringement at the same time. @font-face was available from 1998, but Typekit was the first collection to solve the problem of font copyrighting, allowing a new market for custom web fonts to bloom. It’s difficult to imagine now, but before Typekit all web typography was either done with one of the dozen or so ‘web safe’ fonts or rendered in graphics.
In 2014, Apple released its San Francisco font family, inspired by iconic modernist type Helvetica. San Francisco includes several fonts, each aimed for a different environment: SF is meant for macOS, iOS and tvOS, while SF Сompact was designed for Apple Watch. The main difference between them is that letters with round shapes, such as “o”, “e”, and “s”, have rounded sides in San Francisco, whereas in SF Compact they are flat. These flat sides allow the letters to be laid out with more space in between each character, making the text more legible at small sizes (which is particularly important for the watch).
Neue
Alt
Neue
This paragraph is set in Pragmatica (Paratype). The typeface was obtained via Typekit (now Adobe Fonts)
Left: SF Text
Right: SF Compact Text
Working together, Adobe, Apple, Google, and Microsoft jointly introduced variable fonts in 2016. The power of this new font variation technology lay in its ability to pack multiple fonts into one without increasing file size. Variable fonts solve the issue of loading individual font files to achieve various weights, widths, heights, styles, and other attributes.

Grade axis changes the weight of the font without changing the widths, so line breaks are the same. Set in GradeGX by Pablo Impallari and Adam Twardoch
Grade axis:
In theory, variable fonts could be modified along several axes, including their optical size, which directly affects font legibility. For now, variable fonts give much room for experimentation. Some great ideas for using variable fonts in design can be found here, and Axis Praxis is a resource for experimenting more directly.




tips on
creating
a readable
web text
With all the technology addressing readability issues, it’s still design basics that distinguish a readable text from one that isn’t. Here are some simple rules we use ourselves when developing engaging texts and layouts.


Always start with quality writing. There are some rules that might help you improve the quality of a text; scales, such as Gunning fog, can also help. Start building your design only when you know you have the best text possible.
Think about layout, seek inspiration in printed publications: the reader’s eye is already acquainted with books and magazines, making similar layouts easier to grasp. Browse through paper magazines for inspiration. Take note of the most appealing layout details and recreate those in your work.

Die Epilog, issue 6:“Wir kommen. Thema: Generation”, 2017. Photo: Sarah Bergmann & Diana Decker for Die Epilog
In extremis, Arts House catalog. © M.Giesser. Image via mgiesser.com
Itinerari newspaper supplement redesigned by Tomo Tomo. Image via fontisinuse.com
Latvian photography 2019 annual. © Alexey Murashko

Both printed publications and web layout are essentially based on columns and rectangles. Master the grid, a design device pioneered by the Swiss School to help balance layouts. Structure and divide your content into smaller elements, making them easier to scan.