Many typefaces are distinctive or attractive at the expense of legibility and versatility. Not so the Optima® family. Simultaneously standing out and fitting in, there are few projects or imaging environments outside of its range. Although Optima is almost always grouped with sans serif typefaces, it should be considered a serifless roman. True to its Roman heritage, Optima has wide, full-bodied characters – especially in the capitals. Only the E, F and L deviate with narrow forms. Consistent with other Zapf designs, the cap S in Optima appears slightly top-heavy with a slight tilt to the right. The M is splayed, and the N, like a serif design, has light vertical strokes. The lowercase a and g in Optima are high-legibility two-storied designs. Optima can be set within a wide choice of line spacing values – from very tight to very open. In fact, there are few limits to the amount of white space that can be added between lines of text. Optima also benefits from a wide range of letter spacing capability. It can be set quite tight, or even slightly open – especially the capitals. If there are any guidelines, Optima should be set more open than tight. It’s not that readability is affected that much when Optima is set on the snug side; it’s just that the unhurried elegance and light gray typographic color created by the face are disrupted when letters are set too tight. Optima is also about as gregarious as a typeface can be. It mixes well with virtually any serif design and a surprisingly large number of sans serif faces. The Optima family is available in six weights, from roman to extra black, each with an italic counterpart. In addition, the family is available as a suite of OpenType® Pro fonts, providing for the automatic insertion of small caps, ligatures and alternate characters, in addition to offering an extended character set supporting most Central European and many Eastern European languages. When you’re ready to find its perfect pairing, browse these fantastic matches: Monotype Century Old Style™, Dante®, Frutiger® Serif, Joanna® Nova, Malabar™ and Soho®.

Rian Hughes’ 15th collection of fonts, “112 Hours”, is entirely dedicated to numbers. Culled from a myriad of sources – clock faces, tickets, watches house numbers – it is an eclectic and wide-ranging set. Each font contains only numerals and related punctuation – no letters. A new book has been designed by Hughes to show the collection, and includes sample settings, complete character sets, source material and an introduction. This is available print-to-order on Blurb in paperback and hardback: http://www.blurb.com/b/5539073-112-hours-hardback http://www.blurb.com/b/5539045-112-hours-paperback From the introduction: The idea for this, the fifteenth Device Fonts collection, began when I came across an online auction site dedicated to antique clocks. I was mesmerized by the inventive and bizarre numerals on their faces. Shorn of the need to extend the internal logic of a typeface through the entire alphabet, the designers of these treasures were free to explore interesting forms and shapes that would otherwise be denied them. Given this horological starting point, I decided to produce 12 fonts, each featuring just the numbers from 1 to 12 and, where appropriate, a small set of supporting characters — in most cases, the international currency symbols, a colon, full stop, hyphen, slash and the number sign. 10, 11 and 12 I opted to place in the capital A, B and C slots. Each font is shown in its entirety here. I soon passed 12, so the next logical finish line was 24. Like a typographic Jack Bauer, I soon passed that too -— the more I researched, the more I came across interesting and unique examples that insisted on digitization, or that inspired me to explore some new design direction. The sources broadened to include tickets, numbering machines, ecclesiastical brass plates and more. Though not derived from clock faces, I opted to keep the 1-12 conceit for consistency, which allowed me to design what are effectively numerical ligatures. I finally concluded one hundred fonts over my original estimate at 112. Even though it’s not strictly divisible by 12, the number has a certain symmetry, I reasoned, and was as good a place as any to round off the project. An overview reveals a broad range that nonetheless fall into several loose categories. There are fairly faithful revivals, only diverging from their source material to even out inconsistencies and regularize weighting or shape to make them more functional in a modern context; designs taken directly from the source material, preserving all the inky grit and character of the original; designs that are loosely based on a couple of numbers from the source material but diverge dramatically for reasons of improved aesthetics or mere whim; and entirely new designs with no historical precedent. As projects like this evolve (and, to be frank, get out of hand), they can take you in directions and to places you didn’t envisage when you first set out. Along the way, I corresponded with experts in railway livery, and now know about the history of cab side and smokebox plates; I travelled to the Musée de l’imprimerie in Nantes, France, to examine their numbering machines; I photographed house numbers in Paris, Florence, Venice, Amsterdam and here in the UK; I delved into my collection of tickets, passes and printed ephemera; I visited the Science Museum in London, the Royal Signals Museum in Dorset, and the Museum of London to source early adding machines, war-time telegraphs and post-war ration books. I photographed watches at Worthing Museum, weighing scales large enough to stand on in a Brick Lane pub, and digital station clocks at Baker Street tube station. I went to the London Under-ground archive at Acton Depot, where you can see all manner of vintage enamel signs and woodblock type; I photographed grocer’s stalls in East End street markets; I dug out old clocks I recalled from childhood at my parents’ place, examined old manual typewriters and cash tills, and crouched down with a torch to look at my electricity meter. I found out that Jane Fonda kicked a policeman, and unusually for someone with a lifelong aversion to sport, picked up some horse-racing jargon. I share some of that research here. In many cases I have not been slavish about staying close to the source material if I didn’t think it warranted it, so a close comparison will reveal differences. These changes could be made for aesthetic reasons, functional reasons (the originals didn’t need to be set in any combination, for example), or just reasons of personal taste. Where reference for the additional characters were not available — which was always the case with fonts derived from clock faces — I have endeavored to design them in a sympathetic style. I may even extend some of these to the full alphabet in the future. If I do, these number-only fonts could be considered as experimental design exercises: forays into form to probe interesting new graphic possibilities.

TT Fors useful links: Specimen | Graphic presentation | Customization options TT Fors is a modern geometric sans serif with characters and shapes contrasting in width, as close as possible to the basic geometric shapes (circle, square, triangle). TT Fors is a great addition to TypeType's line of functional sans serifs, which already includes such fonts as TT Norms Pro, TT Commons, TT Hoves and TT Interphases. The main inspiration for the creation of TT Fors was the study of geometric grotesques of the early to mid-20th century (Futura, Neuzeit Grotesk, Twentieth Century, Avantgarde Gothic, etc.), and the analysis of the contribution they made to the visual environment of that time. We gave ourselves the task to create the most versatile functional typeface that draws inspiration from the visual environment of the early to mid-20th century, but at the same time is aimed at uninterrupted use in all modern media, from branding and packaging design to work in interfaces and applications. This versatility is reflected in the title TT Fors (for), a typeface for a wide range of uses. The rounded characters in the font family tend to be shaped as the correct circle as much as possible, while the rest of the characters have narrower proportions. For more functionality, the typeface has rather high lowercase characters. Thanks to the correct and precisely selected geometric shapes and uniform construction rules, TT Fors works great both in the format of large headings and in very small text sizes used in book printing and in web design. In addition, the TT Fors family has a display subfamily TT Fors Display, which is a trendy pair for the text fonts. The main feature of the display subfamily is high contrast in horizontal or vertical strokes. When choosing a contrasting stroke, we paid attention that the shape of the letter would not go into reverse contrast and become a stressed sans serif. The subtle strokes in TT Fors Display have added sufficient display vibe to give the font a vibrant character, while remaining intelligent and serious. In total, TT Fors family includes 34 fonts: 9 weights and 9 italic styles in the text subfamily, 6 weights and 6 italic styles in the display subfamily, 2 outline styles and 2 variable fonts for both subfamilies. TT Fors has stylistic alternatives, ligatures, small caps (text family only), numbers in circles, arrows and a set of alternative round full stops and punctuation marks (text family only), slashed zero, and other useful features. More details about all OpenType features can be found in the font specimen. And, by good tradition, TT Fors has two variable fonts, for each of the subfamilies. Each variable font supports two axes of variability—thickness and slant. An important clarification—not all programs support variable technologies yet, you can check the support status here: https://v-fonts.com/support/. To use the variable font with two variable axes on Mac you will need MacOS 10.14 or higher. TT Fors supports more than 180+ languages, such as: Acehnese, Afar, Albanian+, Aleut (lat), Alsatian, Aragonese, Arumanian+, Asu, Aymara, Azerbaijani+, Banjar, Basque+, Belarusian (lat), Bemba, Bena, Betawi, Bislama+, Boholano+, Bosnian (lat), Breton+, Catalan+, Cebuano+, Chamorro+, Chichewa, Chiga, Colognian+, Cornish, Corsican+, Cree, Croatian, Czech+, Danish, Dutch+, Embu, English+, Esperanto, Estonian+, Faroese+, Fijian, Filipino+, Finnish, French, Frisian, Friulian+, Gaelic, Gagauz (lat), Galician+, Ganda, German+, Gusii, Haitian Creole, Hawaiian, Hiri Motu, Hungarian+, Icelandic+, Ilocano, Indonesian+, Innu-aimun, Interlingua, Irish, Italian+, Javanese, Jola-Fonyi, Judaeo-Spanish, Kabuverdianu, Kalenjin, Karachay-Balkar (lat), Karaim (lat), Karakalpak (lat), Karelian, Kashubian, Kazakh (lat), Khasi, Kinyarwanda, Kirundi, Kongo, Kurdish (lat), Ladin, Latvian, Leonese, Lithuanian, Livvi-Karelian, Luba-Kasai, Ludic, Luganda+, Luo, Luxembourgish+, Luyia, Machame, Makhuwa-Meetto, Makonde, Malagasy, Malay+, Maltese, Manx, Maori, Marshallese, Mauritian Creole, Minangkabau+, Moldavian (lat), Montenegrin (lat), Morisyen, Nahuatl, Nauruan, Ndebele, Nias, Norwegian, Nyankole, Occitan, Oromo, Palauan, Polish+, Portuguese+, Quechua+, Rheto-Romance, Rohingya, Romanian +, Romansh+, Rombo, Rundi, Rwa, Salar, Samburu, Samoan, Sango, Sangu, Sasak, Scots, Sena, Serbian (lat)+, Seychellois Creole, Shambala, Shona, Silesian, Slovak+, Slovenian+, Soga, Somali, Sorbian, Sotho+, Spanish+, Sundanese, Swahili, Swazi, Swedish+, Swiss German+, Tagalog+, Tahitian, Taita, Talysh (lat), Tatar+, Teso, Tetum, Tok Pisin, Tongan+, Tsakhur (Azerbaijan), Tsonga, Tswana+, Turkish+, Turkmen (lat), Uyghur, Valencian+, Vastese, Vepsian, Volapük, Võro, Vunjo, Walloon, Welsh+, Wolof, Xhosa, Zaza, Zulu+, Belarusian (cyr), Bosnian (cyr), Bulgarian (not localization), Erzya, Karachay-Balkar (cyr), Khvarshi, Kumyk, Macedonian, Montenegrin (cyr), Mordvin-moksha, Nogai, Russian+, Rusyn, Serbian (cyr)+, Ukrainian