As a former typographer / lino and calligrapher, Abdallah NASRI had recourse to the nature of the idea of ​​an "INTERCHANGEABLE" collection for types who in reality offer a police collar parallel to the complex typeface of the variable. Our fashion is outlined by a simple calculation defined by superimposed geometric circles where we used only its ¼ to fill the need for the angles of each of our letters. Always with the idea of ​​having in the same allocated space, the same letter nested as many times as fat example from Hairline to Ultrabold. It was in this way that I was able to obtain a large number of styles, with a very interesting kerning which prompted me to extend the font to other languages ​​with +1000 characters and +600 glyphs. I have always been treasured by the all in "1". I assure you that I sought to obtain the maximum of Visibility for a use S / Titling TV, WEB Pages and Typography Typo; once the difficult thing was done, I was rewarded by a font that has countless typographic openings for the world of graphics with 10 styles of weights in hand, and again I am happy to have personalized the charm of each letter by new details; I do not regret the time spent on thinking about it so that it is useful and at the same time pleasant as a working tool, finally profitable in all sectors and more multilingual, without forgetting that it is a family of inter change c ' is to say: All the types occupy the same height of the body and it is their fats which differs in the same space width of each of the letters, therefore no interference in spacing. Here, an additional alternative, a participation of a septuagenarian in the service of the love of modern digital typography. • TEST: At 50% screen in a body of 12 pixels, the A10 STAR Alphabet subjected to a test, has a clear Readability / Visibility. • P.S: A10 STAR integrates Diacriticism in all its forms. Texte d'origine : Abdallah NASRI a eu recours en étant ancien typographe/lino et calligraphe à la nature de l'idée d'une collection "INTERCHANGEABLE" pour les types qui en réalité offre un collier de police parallèle à la fonte complexe du variable. Notre mode est esquissé par un calcul simple défini par des ronds géométrique superposés où on a utilisé seulement son ¼ pour garnir le besoin des angles de chacune de nos lettres. Toujours dans l’idée à avoir dans le même espacement alloué, la même lettre imbriquée autant de fois de graisse exemple du Hairline à Ultrabold. C’est de cette manière que j’ai pu obtenir un grand nombre de styles, avec un crénage très intéressant ce qui m’a incité à étendre la police à d’autres langues avec +1000 caractères et +600 glyphes. J’ai toujours été prisé par le tout en « 1 ». Je vous assure que j’ai cherché à obtenir le maximum de Visibilité pour une utilisation S/Titrage TV, Pages WEB et Maquette typo ; une fois le difficile fait, j’ai été récompensé par une police qui possède d’innombrable ouverture typographique pour le monde du Graphisme avec comme atout en main 10 styles de graisses, et encore je suis content pour avoir personnalisé le charme de chaque lettre par des détails nouveaux ; je ne regrette pas le temps passé dessus à réfléchir pour qu’il soit utile et à la fois agréable comme outil de travail, enfin profitable tous secteurs confondus et en plus multilingue, sans oublié que c’est une famille d’inter change c’est-à-dire : Tous les types occupent la même hauteur du corps et c'est leurs graisses qui diffère dans un même espace largeur de chacune des lettres, donc aucune interférence dans l’espacement. Voilà, une alternative supplémentaire, une participation d’un septuagénaire au service de l’amour de la typographie numérique moderne. • TEST : A 50% d'écran dans un corps de 12 pixels, l'Alphabet A10 STAR soumise a un test, présente une nette Lisibilité / Visibilité. • P.S : A10 STAR intégre la Diacritique dans toutes ses formes.

An inline adaptation of a distinctive slab serif, Cesium is an unusually responsive display face that maintains its high energy across a range of different moods. The Cesium typeface was designed by Jonathan Hoefler in 2020. An energetic inline adaptation of Hoefler’s broad-shouldered Vitesse Black typeface (2000), Cesium is named for the fifty-fifth member of the periodic table of the elements, a volatile liquid metal that presents as a scintillating quicksilver. From the desk of the designer, Jonathan Hoefler: I always felt that our Vitesse typeface, an unusual species of slab serif, would take well to an inline. Vitesse is based not on the circle or the ellipse, but on a less familiar shape that has no common name, a variation on the ‘stadium’ that has two opposing flat edges, and two gently rounded sides. In place of sharp corners, Vitesse uses a continuously flowing stroke to manage the transition between upright and diagonal lines, most apparent on letters like M and N. A year of making this gesture with my wrist, both when drawing letterforms and miming their intentions during design critiques, left me thinking about a reduced version of the typeface, in which letters would be defined not by inside and outside contours, but by a single, fluid raceway. Like most straightforward ideas, this one proved challenging to execute, but its puzzles were immensely satisfying to solve. Adding an inline to a typeface is the quickest way to reveal its secrets. All the furtive adjustments in weight and size that a type designer makes — relieving congestion by thinning the center arm of a bold E, or lightening the intersecting strokes of a W — are instantly exposed with the addition of a centerline. Adapting an existing alphabet to accommodate this inline called for renovating every single character (down to the capital I, the period, and even the space), in some cases making small adjustments to reallocate weight, at other times redesigning whole parts of the character set. The longer we worked on the typeface, the more we discovered opportunities to turn these constraints into advantages, solving stubbornly complex characters like € and § by redefining how an inline should behave, and using these new patterns to reshape the rest of the alphabet. The New Typeface The outcome is a typeface we’re calling Cesium. It shares many of Vitesse’s qualities, its heartbeat an energetic thrum of motorsports and industry, and it will doubtless be welcome in both hardware stores and Hollywood. But we’ve been surprised by Cesium’s more reflective moods, its ability to be alert and softspoken at the same time. Much in the way that vibrant colors can animate a typeface, we’ve found that Cesium’s sensitivity to spacing most effectively changes its voice. Tighter leading and tracking turns up the heat, heightening Cesium’s sporty, high-tech associations, but with the addition of letterspacing it achieves an almost literary repose. This range of voices recommends Cesium not only to logos, book covers, and title sequences, but to projects that regularly must adjust their volume, such as identities, packaging, and editorial design. Read more about how to use Cesium. About the Name Cesium is a chemical element, one of only five metals that’s liquid at room temperature. Resembling quicksilver, cesium is typically stored in a glass ampule, where the tension between a sturdy outer vessel and its volatile contents is scintillating. The Cesium typeface hopes to capture this quality, its bright and insistent inline restrained by a strong and sinuous container. Cesium is one of only three H&Co typefaces whose name comes from the periodic table, a distinction it shares with Mercury and Tungsten. At a time when I considered a more sci-fi name for the typeface, I learned that these three elements have an unusual connection: they’re used together in the propulsion system of nasa’s Deep Space 1, the first interplanetary spacecraft powered by an ion drive. I found the association compelling, and adopted the name at once, with the hope that designers might employ the typeface in the same spirit of discovery, optimism, and invention. —JH Featured in: Best Fonts for Logos

Typographer and graphic designer Pavel Teimer (1935-1970) designed a modern serif roman with italics in 1967. For the drawing of Teimer he found inspiration in the types of Walbaum and Didot, rather than Bodoni. He re-evaluated these archetypes in an individual way, adjusting both height and width proportions and modifying details in the strokes, thus effectively breaking away from the historical models he used as a starting point. Teimer's antiqua has less contrast; the overall construction of the characters is softer and more lively. The proportions of the italics are rather wide, making them stand out by their calm and measured rhythm. This was defined by the purpose of the typeface, as it was to be utilised for two-character matrices. The long serifs are a typical feature noticeable throughout the complete family of fonts. In 1967, a full set of basic glyphs, numerals and diacritics of Teimer's antiqua was submitted to the Czechoslovak Grafotechna type foundry. However, the face was never cast. At the beginning of 2005 we decided to rehabilitate this hidden gem of Czech typography. We used the booklet "Teimer's antiqua - a design of modern type roman and italics", written by Jan Solpera and Kl‡ra Kv’zov‡ in 1992, as a template for digitisation. The specimen contains an elementary set of roman and italics, including numerals and ampersands. After studying the specimen, we decided to make certain adjustments to the construction of the character shapes. We slightly corrected the proportions of the typeface, cut and broadened the serifs, and slightly strengthened the hair strokes. In the upper case we made some significant changes in the end serifs of round strokes in C, G and S, and the J was redrawn from the scratch. The top diagonal arm of the K was made to connect with the vertical stem, while the tail of Q has received a more expressive tail. The stronger hairlines are yet more apparent in the lower case, which is why we needed to further intervene in the construction of the actual character shapes. The drawing of the f is new, with more tension at the top of the character, and the overall shape of the g is better balanced. We also added an ear to the j, and curves in the r have become more fluent. To emphasise the compact character of the family, the lining numerals were thoroughly redrawn, with the finials being replaced by vertical serifs. The original character of the numerals was preserved in the new set of old-style figures. To make the uppercase italics as compact as possible, they were based on the roman cut rather than on the original design. The slope of lowercase italics needed to be harmonised. The actual letter forms are still broader than the characters in the original design, and the changes in construction are more noticeable. The lower case b gained a bottom serif, the f has a more traditional shape as it is no longer constricted by the demands of two-matrice casting, the g was redrawn and is a single storey design now. The serifs on one side of the descenders of the p and q were removed, the r is broader and more open. The construction of s, v, w, x, y, and z is now more compact and better balanced. Because Teimer was designed to make optimal use of the OpenType format, it was deemed necessary to add a significant amount of new glyphs. The present character set of one font comprisess over 780 glyphs, including accented characters for typesetting of common Latin script languages, small caps and a set of ligatures, tabular, proportional, old style and lining, superscript and fraction numerals. It also contains a number of special characters, such as arrows, circles, squares, boxed numerals, and ornaments. Because of its fine and light construction, the original digitised design remained the lightest of the family. Several heavier weights were added, with the family now comprising Light, Light Italic, Medium, Medium Italic, Semibold, Semibold Italic, Bold, and Bold Italic.

In 1955 the Czech State Department of Culture, which was then in charge of all the publishing houses, organised a competition amongst printing houses and generally all book businesses for the design of a newspaper typeface. The motivation for this contest was obvious: the situation in the printing presses was appalling, with very little quality fonts existing and financial resources being too scarce to permit the purchase of type abroad. The conditions to be met by the typeface were strictly defined, and far more constrained than the ones applied to regular typefaces designed for books. A number of parameters needed to be considered, including the pressure of the printing presses and the quality of the thin newspaper ink that would have smothered any delicate strokes. Rough drafts of type designs for the competition were submitted by Vratislav Hejzl, Stanislav Marso, Frantisek Novak, Frantisek Panek, Jiri Petr, Jindrich Posekany, and the team of Stanislav Duda, Karel Misek and Josef Tyfa. The committee published its comments and corrections of the designs, and asked the designers to draw the final drafts. The winner was unambiguous — the members of the committee unanimously agreed to award Stanislav Marso’s design the first prize. His typeface was cast by Grafotechna (a state-owned enterprise) for setting with line-composing machines and also in larger sizes for hand-setting. Regular, bold, and bold condensed cuts were produced, and the face was named Public. In 2003 we decided to digitise the typeface. Drawings of the regular and italic cuts at the size of approximatively 3,5 cicero (43 pt) were used as templates for scanning. Those originals covered the complete set of caps except for the U, the lowercase, numerals, and sloped ampersand. The bold and condensed bold cuts were found in an original specimen book of the Rude Pravo newspaper printing press. These specimens included a dot, acute, colon, semicolon, hyphens, exclamation and question marks, asterisk, parentheses, square brackets, cross, section sign, and ampersand. After the regular cut was drafted, we began to modify it. All the uppercase letters were fine-tuned, the crossbar of the A was raised, E, F, and H were narrowed, L and R were significantly broadened, and the angle of the leg and arm of the K were adjusted. The vertex of the M now rests on the baseline, making the glyph broader. The apex of the N is narrower, resulting in a more regular glyph. The tail of Q was made more decorative; the uppercase S lost its implied serifs. The lowercase ascenders and descenders were slightly extended. Corrections on the lower case a were more significant, its waist being lowered in order to improve its colour and light. The top of the f was redrawn, the loop of lowercase g now has a squarer character. The diagonals of the lowercase k were harmonised with the uppercase K. The t has a more open and longer terminal, and the tail of the y matches its overall construction. Numerals are generally better proportioned. Italics have been thoroughly redrawn, and in general their slope is lessened by approximatively 2–3 degrees. The italic upper case is more consistent with the regular cut. Unlike the original, the tail of the K is not curved, and the Z is not calligraphic. The italic lower case is even further removed from the original. This concerns specifically the bottom finials of the c and e, the top of the f, the descender of the j, the serif of the k, a heavier ear on the r, a more open t, a broader v and w, a different x, and, again, a non-calligraphic z. Originally the bold cut conformed even more to the superellipse shape than the regular one, since all the glyphs had to be fitted to the same width. We have redrawn the bold cut to provide a better match with the regular. This means its shapes have become generally broader, also noticeably darker. Medium and Semibold weights were also interpolated, with a colour similar to the original bold cut. The condensed variants’ width is 85 percent of the original. The design of the Bold Condensed weights was optimised for the setting of headlines, while the lighter ones are suited for normal condensed settings. All the OpenType fonts include small caps, numerals, fractions, ligatures, and expert glyphs, conforming to the Suitcase Standard set. Over half a century of consistent quality ensures perfect legibility even in adverse printing conditions and on poor quality paper. RePublic is an exquisite newspaper and magazine type, which is equally well suited as a contemporary book face.

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.