DIN Stencil on Behance. DIN Stencil: Specimen Manual PDF. Despite the fact that over the years several designers have manually created stencil lettering based on DIN for various projects, there has never been a professional digital stencil version of a DIN-based typeface. After the successful introduction of DIN Monospace a few months earlier, PF DIN Stencil now completes Parachute’s extensive library of DIN superfamilies. It was based on its original counterpart DIN Text Pro and was particularly designed to address contemporary projects, by incorporating elements and weights which are akin to industries such as fashion, music, video, architecture, sports and communications. Traditionally, stencils have been used extensively for military equipment, goods packaging, transportation, shop signs, seed sacks and prison uniforms. In the old days, stencilled markings of ownership were printed on personal possessions, while stencilled signatures on shirts were typical of 19th century stencilling. Two companies dominated the market in the mid-twentieth century: the Marsh Stencil Machine Company in the United States and the Sächsische Metall Schablonen Fabrik in Germany. Ever since the late 1930s, it was the German Sächsische Metall Schablonen Fabrik which used heavily the new DIN 1451 standard font (introduced in 1936), attempting to overthrow the reign of the Didot-style modern roman which was at the time the most common stencil letter in Germany. These letters were manufactured mainly as individual zinc stencils which could be ordered in sizes between 10 and 100mm. The DIN Stencil family manages to preserve several traditional stencil features, but introduces additional modernities which enhance its pleasing characteristics and make it an ideal choice for a large number of contemporary projects. Furthermore, the spacing attributes of the glyphs were redefined and legibility was improved by revising the shape of the letterforms. The DIN Stencil family consists of 8 diverse weights from the elegant Hairline to the muscular Black. Currently, it supports Latin, Eastern European, Turkish and Baltic.

Tiresias was designed for subtitling by Dr. John Gill from the Royal National Institute for the Blind (RNIB), in the United Kingdom. The Tiresias font is designed to have characters that are easy to distinguish from each other, especially important for the visually impaired. The following key factors were considered during the design process: character shapes, relative weight of character stokes, intercharacter spacing, and aspect ratios that affect the maximum size at which the type could be used. The benefits of the Tiresias font are greatest on lower resolution displays, such as televisions, train and airline information terminals, and low resolution displays on wireless communication and handheld devices. InfoFont is for printed instructions on public terminals where legibility is the primary consideration; these instructions are often read at a distance of 30 to 70 cm. Infofont is not designed for large quantities of text. The Tiresias LPfont is a large print typeface specifically designed for people with low vision. Large print publications should be designed to specifically help with reading problems, and should not just be an enlarged version of the ordinary print. The Tiresias LPfont family, made up of roman, italic, and bold weights, was designed to address and solve these issues. The RNIB developed PCfont for people with low vision to use on computer screens. It is designed for use at larger sizes only. PCfont includes delta hinting technology in the font to ensure pixel-perfect display at key sizes. Signfont is for fixed (not internally illuminated) signage. The recommended usage is white or yellow characters on a matt dark background. Note that the “Z” versions have slashed zeroes, and are identical in all other respects. These faces were developed together with Dr. John Gill of the National Institute of the Blind, Dr. Janet Silver; optometrist of Moorfields Eye Hospital, Chris Sharville of Laker Sharville Design Associates, and Peter O'Donnell; type consultant. Tiresias himself is a figure from Greek mythology, a blind prophet from Thebes.

ZX Spectrum In 1982, a home computer came on the market that would launch the UK IT industry. The ZX Spectrum sold five million units and spawned thousands of software titles. It was the must-have gadget for every teen. FS Sinclair is inspired by the memory of Sir Clive Sinclair’s greatest creation: the experience of entering its clunky command codes and reading its simple, grid-placed type. Smart, switched-on, great in text and display, FS Sinclair is a modern grid-based font, drawn with the Spectrum in mind and brought to life by well thought-out design. Formula Having completed the font for Channel 4’s brand update, the Fontsmith team defined the formula for its next font: the creative essence of the C4 work but with more structural discipline, more rigid form and a little more seriousness. The new font wouldn’t look self-consciously retro but it would reference the past and, it was hoped, influence the future. Readability Like the ZX Spectrum, it took a while for the new font to do exactly what it was meant to do. Many of the early concepts by Phil Garnham and Jason Smith were too jagged – the result of an awareness of getting too close to existing fonts of the same ilk, such as Wim Crouwel’s Gridnik. Eventually, FS Sinclair evolved into a more readable, functional grid-based type design that answered Phil and Jason’s original, self-set brief. Idiosyncratic There’s a technological, systems feel to FS Sinclair but ultimately, humans are in charge. The lowercase “a”, “n”, “m” and “r” have clean-cut “ears”, and the square-ish design is softened by round joins on the inside of the letterforms. The idiosyncratic design of letters such as “g”, “j”, “k”, “v”, “w” and “y” bring the design up to date. This is a modular font with character, and a range of weights that allow varied application.

Rev up your design game with Dealerplate, the typeface that brings the license plate style to your work. This typeface features 17 embossed designs from states and provinces across the United States and Canada, ensuring your work is always on point with the latest in license plate style. To truly capture the essence of the license plate look, be sure to turn off kerning in your design application. This will create a more authentic appearance, bringing the road to your design work. Not only does Dealerplate capture the essence of license plates, but it also includes OpenType fractions, numeric ordinals, mathematical symbols, and monetary symbols, making it a versatile and powerful addition to any design project. Don’t just settle for any license plate typeface, upgrade your design game with the stylish Dealerplate typeface today. The Dealerplate family includes plates from: California Florida Illinois Maryland Massachusetts Michigan Missouri North Carolina/Utah/Alaska New Jersey New York Ohio Ontario Pennsylvania Quebec Virginia Washington Wisconsin Most Latin-based European, Vietnamese, Greek, and most Cyrillic-based writing systems are supported, including the following languages. Afaan Oromo, Afar, Afrikaans, Albanian, Alsatian, Aromanian, Aymara, Azerbaijani, Bashkir, Bashkir (Latin), Basque, Belarusian, Belarusian (Latin), Bemba, Bikol, Bosnian, Breton, Bulgarian, Buryat, Cape Verdean, Creole, Catalan, Cebuano, Chamorro, Chavacano, Chichewa, Crimean Tatar (Latin), Croatian, Czech, Danish, Dawan, Dholuo, Dungan, Dutch, English, Estonian, Faroese, Fijian, Filipino, Finnish, French, Frisian, Friulian, Gagauz (Latin), Galician, Ganda, Genoese, German, Gikuyu, Greenlandic, Guadeloupean Creole, Haitian Creole, Hawaiian, Hiligaynon, Hungarian, Icelandic, Igbo, Ilocano, Indonesian, Irish, Italian, Jamaican, Kaingang, Khalkha, Kalmyk, Kanuri, Kaqchikel, Karakalpak (Latin), Kashubian, Kazakh, Kikongo, Kinyarwanda, Kirundi, Komi-Permyak, Kurdish, Kurdish (Latin), Kyrgyz, Latvian, Lithuanian, Lombard, Low Saxon, Luxembourgish, Maasai, Macedonian, Makhuwa, Malay, Maltese, Māori, Moldovan, Montenegrin, Nahuatl, Ndebele, Neapolitan, Norwegian, Novial, Occitan, Ossetian, Ossetian (Latin), Papiamento, Piedmontese, Polish, Portuguese, Quechua, Rarotongan, Romanian, Romansh, Russian, Rusyn, Sami, Sango, Saramaccan, Sardinian, Scottish Gaelic, Serbian, Serbian (Latin), Shona, Sicilian, Silesian, Slovak, Slovenian, Somali, Sorbian, Sotho, Spanish, Swahili, Swazi, Swedish, Tagalog, Tahitian, Tajik, Tatar, Tetum, Tongan, Tshiluba, Tsonga, Tswana, Tumbuka, Turkish, Turkmen (Latin), Tuvaluan, Ukrainian, Uzbek, Uzbek (Latin), Venda, Venetian, Vepsian, Vietnamese, Võro, Walloon, Waray-Waray, Wayuu, Welsh, Wolof, Xavante, Xhosa, Yapese, Zapotec, Zarma, Zazaki, Zulu and Zuni.

DIN Stencil Pro on Behance. DIN Stencil Pro: Specimen Manual PDF. Despite the fact that over the years several designers have manually created stencil lettering based on DIN for various projects, there had never been a professional digital stencil version of a DIN-based typeface until 2010 when the original DIN Stencil was first released. The Pro version was released in 2014 and adds multiscript support for Cyrillic and Greek. DIN Stencil Pro was based on its original counterpart DIN Text Pro and was particularly designed to address contemporary projects, by incorporating elements and weights which are akin to industries such as fashion, music, video, architecture, sports and communications. Traditionally, stencils have been used extensively for military equipment, goods packaging, transportation, shop signs, seed sacks and prison uniforms. In the old days, stencilled markings of ownership were printed on personal possessions, while stencilled signatures on shirts were typical of 19th century stencilling. Two companies dominated the market in the mid-twentieth century: the Marsh Stencil Machine Company in the United States and the Sächsische Metall Schablonen Fabrik in Germany. Ever since the late 1930s, it was the German Sächsische Metall Schablonen Fabrik which used heavily the new DIN 1451 standard font (introduced in 1936), attempting to overthrow the reign of the Didot-style modern roman which was at the time the most common stencil letter in Germany. These letters were manufactured mainly as individual zinc stencils which could be ordered in sizes between 10 and 100mm. The DIN Stencil family manages to preserve several traditional stencil features, but introduces additional modernities which enhance its pleasing characteristics which make it an ideal choice for a large number of contemporary projects. Furthermore, the spacing attributes of the glyphs were redefined and legibility was improved by revising the shape of the letterforms. The DIN Stencil Pro family is an enhanced version of the popular DIN Stencil. It consists of 8 diverse weights from the elegant Hairline to the muscular Black and supports Latin, Cyrillic, Greek, Eastern European, Turkish and Baltic. The new version 3.0 includes several additions such the recently unicode encoded character of the German uppercase Eszett (ẞ), the Russian currency symbol for Rouble (₽), Ukrainian Hryvnia (₴), Azeri and Kazakh letterforms.

Before the mid-to-late 1970s, when retailers started to embrace UPC (universal price code) technology on a grand scale, pricing merchandise took on many forms. One method especially popular with variety stores (such as Woolworth's, McCrory's, Kress, etc.) were pre-printed price tags that came in small pads and were inserted into metal holders. Shelf Tags JNL recreates a vintage price tag based on examples seen online, and allows the user different ways to create their own vintage-style price tags. You can either utilize the round pen nib style numbers and price marks to place on any size or type tag, or type out prices using the reversed characters (white on black) along with the two end caps provided to form a complete tag unit. For the more adventurous, a complete blank tag is also provided in case the desire is to print a solid color tag background and [using the regular numbers] crate prices in custom colors. Two sets of smaller number (for "floating" cents prices) are also provided in regular numbers and reverse panels. As an extra bonus, there is a set of 1 through zero, dollar sign, cents sign and decimal point individual black-on-white outlined panels for making individual pricing numbers. The keyboard layout for the various characters is as follows: asterisk key - regular cents sign (no panel) dollar sign key - regular dollar sign (no panel) period key - regular decimal point (no panel) left and right parenthesis keys - panel end caps (to form price tags) colon key - reverse decimal point on black panel 1 thru 0 keys - regular numbers (no panels) A through J keys - small regular numbers (no panels) K and L keys - truncated [shorter width] end caps M through Y keys - individual price numbers (black on white with black border a through j keys - reverse numbers on black panels k key - reverse dollar sign on black panel l key - reverse cents sign on black panel m through v keys - reverse small numbers on black panels w through z keys - blank rectangular panels of varying widths equal sign key - full black panel price tag hyphen key - blank rectangular black panel based on the width of most number panels

How can Teutonia be called “Art Nouveau” with all those straight lines? It seems like a contradiction. In fact, however, Art Nouveau embraces a rather wide variety of stylistic approaches. Five well-known examples in the field of architecture serve to illustrate the range of diversity in Art Nouveau: Saarinen’s Helsinki Railroad Station, Hoffman’s Palais Stocklet in Brussels, Lechner’s Museum of Applied Arts on Budapest, Mackintosh’s Glasgow School of Art and Gaudi’s Sagrada Familia in Barcelona. Only the last fits comfortably within the common perception of Art Nouveau. Whereas Gaudi would avoid the straight line as much as possible, Macintosh seemed to employ it as much as possible. The uniting factor is that they all represent “new art” -- an attempt to look things differently than the previous generation. Even when they draw on the past -- e.g. Lechner in the use of traditional Hungarian folk art -- the totality of the expression in new. Teutonia clearly shows its blackletter roots in the ‘D’ and the ‘M.’ Roos & Junge of Offenbach am Main in Germany produced Teutonia in a "back-to-basics" effort that has seen many quite similar attempts in the field of topography. In 1883, Baltimore Type Foundry released its Geometric series. In 1910, Geza Farago in Budapest used a similar letter design on a Tungsram light bulb poster. In 1919 Theo van Doesburg, a founder with Mondrian and others of the De Stijl movement, designed an alphabet using rectangles only -- no diagonals. In 1923 Joost Schmidt at Bauhaus in Weimer took the same approach for a Constructivist exhibit poster. The 1996 Agfatype Collection catalog lists a Geometric in light, bold and italic that is very close to the old Baltimore version. Even though none of these designs took the world by storm, they all made a contribution to our understanding of letterforms and how we use them. Teutonia is compact and surprisingly readable at 12 points in print, but does not do as well on the screen. Extra leading is suggested. Four ligatures are supplied: ch, ck, sch and tz. The numerals are tabular.

Morris Fuller Benton, the principal designer of the American Type Founders, designed Mariage in 1901. Mariage, which has been sold under a plethora of different names during the last century, is a blackletter typeface belonging to the Old English category. The term blackletter refers to typefaces that stem out of the historical printing traditions of northern Europe. These letters, called gebrochene Schriften, or "broken type" in German, are normally elaborately bent and distorted. Their forms often print large amounts of ink upon the page, creating text that leaves a heavy, black impression. The Old English style is a subset of blackletter type that dates back to 1498, when Wynken de Worde introduced textura style printing to England. Continental printers had been printing with textura style letters since Gutenberg's invention of the printing press fifty years earlier. Italian printers stopped using them around 1470. For northern Europeans, texturas remained the most popular form of typeface design until the invention of the fraktur style in Nuremberg. Mariage is heavily classicized sort of Old English type. During the Victorian era, designers admired the Middle Ages for its chivalric, community-based values and its pre-industrial lifestyle. Yet they also found the basic medieval textura letterform too difficult to read by present standards. They desired to modernize this old style. Today, this sort of update is often referred to not as "modernization" but as classicism. Benton's design for ATF builds upon earlier Victorian classicist interpretations of Old English/textura letters. For an example of what these Victorian designs looked like, check out the popular 1990 revival of the genre, Old English . Old English style types often appear drastically different from other blackletters. For contrast, compare Mariage to a classical German fraktur design, Fette Fraktur , a schwabacher style face, or the popular early 20th Century calligraphic gothic from Linotype, Wilhelm Klingspor Gotisch . Especially in the United States, classicist Old English typefaces are thought to espouse tradition and journalistic integrity. These features, together with the inherent, complex beauty of Mariage's forms, make this typeface a perfect choice for certificates, awards, and newsletter mastheads.

Albertina was a typeface ahead of its time. It was in the early 1960s when designer Chris Brand, an accomplished calligrapher, aspired to draw a typeface based on the principles of calligraphy. Unfortunately, typesetting machines of that era put many restrictions on designers. Characters had to be drawn within a very coarse grid, which also defined their spacing. Technological limitations meant that italic designs often had to share the same character widths as the romans. Designers were forced to draw italic faces much wider and with more open spacing than what would be typical in calligraphic lettering or hand-set type. Not surprisingly, production of the first Albertina fonts went very slowly. Brand would submit his character drawings, and the Monotype Drawing Office would modify them to be compatible with the company's typesetting equipment. The new drawings would then be sent back to Brand for approval or rework. Most were reworked. The process took so long, in fact, that by the time the face was completed it was once again out of phase with the times: instead of being released as metal type for the Monotype composing machines it had been tailored for, Albertina debuted as phototype fonts for the Monophoto typesetter. The design's first use was for a catalog of the work of Stanley Morison, exhibited at the Albertina Library in Brussels in 1966. Sales of the design were not remarkable. With the advent of digital type technology, Albertina's story took a far happier turn. Frank E. Blokland, of the Dutch Type Library, used Brand's original, uncompromised drawings as the foundation of a digital revival. The Monophoto version had taken a considerable battering from the limitations of Monotype's unit system," recalls Blokland, "but there was no need for me to incorporate these restrictions in the digital version." With the full backing of Monotype and original designer Brand looking over Blokland's shoulder, a new design for Albertina emerged, displaying all the grace and verve of Brand's original drawings. The basic family drawn by Brand also grew into three weights, each with an italic complement and a suite of small caps and old style figures."

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays.

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing &/or using &/or distributing the fonts the buyer user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agree to (1) indemnify & hold harmless the foundry, for any consequential, incidental, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties (2) not use the fonts to assist in design of, or be incorporated into, non-software displays

* For when you need the most realistic looking electronic display. * See User Manuals Main advantages: - Spacing between characters does not change when entering a decimal point or colon between them. - Custom characters can be produced by selecting any combination of segments to be displayed. Low cost electronic displays have a fixed number of segments that can be turned on or off to represent different symbols. A digital watch would be the most common example. Fonts typically available for depicting electronic displays are often in the artistic style of these common LED or LCD displays. They provide the look-and-feel, but fall short when technical accuracy is required. Failure to represent an accurate and consistent representation of the real thing can be a cringe-worthy experience for the product design and marketing team, or even the hobbyist for that matter. To solve this problem, Fortune Fonts has released a range of fonts that accurately depict the displays typically found on low cost electronic devices: watches, answering machines, car stereos, alarm clocks, microwaves and toys. These fonts come with numbers, letters and symbols predefined. However, they also allow you to create your own segment combinations for the custom symbols you need. When producing manuals, marketing material and user interfaces, accuracy is an all-or-nothing concept. Instructions in the user manual describe how to turn these fonts into realistic displays according to your own design, in the manner of the images above. If you cannot see a license option for your specific application, such a license may be purchased from here. By purchasing and/or using and/or distributing the font, the buyer, user and distributor (including Monotype Imaging Inc. & Monotype Imaging Hong Kong) agrees to (1) indemnify and hold harmless the font foundry and neither the font foundry nor distributor is responsible to the buyer or user or any other party for any consequential, incidental, special, punitive or other damages of any kind resulting from the use of the deliverables including, but not limited to, loss of revenues, profits, goodwill, savings or expected savings, due to; including, but not limited to, failure of the deliverables to perform it’s described function, or the deliverable’s infringement of patents, copyrights, trademarks, design rights, contract claims, trade secrets, or other proprietary rights of the foundry, distributor, buyer or other parties, (2) not use the fonts to assist in design of, or be incorporated into, non-software displays.

TT Ricordi Marmo useful links: Specimen | Graphic presentation | Customization options TT Ricordi Marmo extends the series of experimental projects within the TT Ricordi fonts collection. The main goal of the TT Ricordi project is to look for gems in old signs and on stone and bringing those inscriptions back to life in the form of contemporary fonts with the umbrella name TT Ricordi. TT Ricordi Marmo is an original experimental project by Eugene Tantsurin inspired by inscriptions at Basilica di Santa Croce in Florence. Working on it, we wanted to create a contemporary typeface that would unite the elements of a Florentine sans-serif mixed with more traditional visual solutions typical for the period's serifs. As a result, we got a bright and somewhat provocative typeface with irregular serif distribution, some unusual contours and a free spirit. In small body size TT Ricordi Marmo makes a neutral impression, but as the size gets bigger, the user is taken on a playful quest to search for interesting moves, graphic peculiarities and unusual solutions. TT Ricordi Marmo is great for poster design, packaging, and setting large and medium-sized inscriptions. Thanks to its idiosyncrasy, the typeface may look nice both at a poster in a grand academic theater and at an acid rave party. You can find a set of icon patterns that can be used in several ways. First, you can substitute letters with these patterns, thus getting an inscription with a visible graphic element. Then you can also construct borders and interval marks, or just use them as icons. All patterns are perfectly adapted to the design of letters in the font. TT Ricordi Marmo consists of 2 styles and one variable font. Each of the styles contains over 630 glyphs and 18 OpenType features. As we have conceived TT Ricordi Marmo as a poster typeface from the very beginning, it features small capitals instead of lowercase characters. In addition, the typeface has a set of interesting ligatures, stylistic alternates, pointers, hands, and pattern icons. TT Ricordi Marmo OpenType features list: AALT, CCMP, LOCL, NUMR, ORDN, TNUM, PNUM, CASE, SS01 (Alternative latin E), SS02 (Alternative Eszett), SS03 (Alternative Cyrillic I), SS04 ( Alternative Amper- sand), SS05 (Romanian Comma Accent), SS06 (Dutch IJ), SS07 (Catalan Ldot), DLIG, CALT, SALT.

FF Real is a convincing re-interpretation of the German grotesque style from between 1998 and 1908, but with much more warmth and improved legibility as well as a hint towards the warmer American grotesques. Later on, not just slanted styles, but a “proper” italic version was added inspired by the way Roman and Italic are distinguished in traditional serif faces. NEW: a specially created set of obliques were added in 2018 to give designers more design flexibility, for those looking for a less calligraphic look. In 2020 the family was extended with matching condensed weights. FF Real was originally conceived by Erik Spiekermann as one text weight and one headline weight to be used as the only faces in his biography ‘Hello I am Erik’, edited by Johannes Erler, published in 2014. While Spiekermann drew the alphabets, he passed on the font data to Ralph du Carrois and Anja Meiners who cleaned it up and completed it. In the meantime, FF Real has been extended to a family of two styles and 65 weights each. The design of FF Real is rooted in early static grotesques from the turn of the century. Several German type foundries – among them the Berlin-based foundries Theinhardt and H. Berthold AG – released such designs between 1898 and 1908. The semi-bold weight of a poster-size typeface that was lighter than most of the according semi-bolds in metal type at the time, gave the impetus to FF Real’s regular weight. In the words of Spiekermann, the historical example is “the real, non-fake version, as it were, the royal sans serif face“, thus giving his new typeface the name “Real” (which is also in keeping with his four-letter names, i.e. FF Meta, FF Unit). FF Real is a convincing re-interpretation of the German grotesque style, but with much more warmth and improved legibility. With a hint towards the warmer American grotesques, Spiekermann added those typical Anglo-American features such as a three-story ‘g’ and an ‘8’ with a more defined loop. To better distinguish characters in small text sizes, FF Real Text comes in old style figures, ‘f’ and ‘t’ are wider, the capital ‘I’ is equipped with serifs, as is the lowercase ‘l’. What’s more, i-dots and all punctuation are round.

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

TT Nooks useful links: Specimen | Graphic presentation | Customization options TT Nooks is an experimental font family that includes a high contrast serif, TT Nooks, and an upright italic, TT Nooks Script. Despite the difference in style, both subfamilies get along well, which is partially thanks to their similar proportions. Each of the subfamilies includes 4 weights: Light, Regular, Bold and Black. The main subfamily is TT Nooks—a stylish high-contrast serif with a light touch of self-centeredness. If TT Nooks were a person, it would be an elegant lady with an independent and firm personality. In the original sketches of TT Nooks there were traces of a broad pen, but in the course of further evolution the typeface moved away from this style, retaining only the high contrast of strokes. In addition, in the process of design searches TT Nooks has obtained a touch of geometricity. The serifs in TT Nooks stand out especially visibly thanks to their geometric shape that resembles slippers. In addition to their peculiarity, such serifs add stability to the font and allow better compensation of the black and white ratio within the letters. TT Nooks has small capitals for Latin and Cyrillic alphabets, as well as a set of stylistic alternates (including some figures) that makes the typeface a bit more geometric. In addition, we have drawn more than 25 ligatures, including ligatures for capital letters, slashed zero and many other useful OpenType features. TT Nooks Script is a complementary family designed to harmoniously extend the main family and expand its scope. The forms of the characters in bold and light fonts of TT Nooks Script are quite different. For example, Black & Bold have high contrast strokes and an open aperture, and in Regular & Light the aperture of the characters is closed. TT Nooks also has small capitals for Latin and Cyrillic alphabets, ligatures, oldstyle figures and other OpenType features. In light faces, TT Nooks Script is more humanist and has artifacts inherent to the continuous movement of a flat pen. In bold faces, TT Nooks Script has a very dense and dynamic typing rhythm, and the shape of the letters begins to geometrize. We had had the difficult task of preserving the continuity of forms between bold and light faces, and we have managed to solve it thanks to the found rhythm, which united different fonts, and proximate stylistic solutions.

FF Real is a convincing re-interpretation of the German grotesque style from between 1998 and 1908, but with much more warmth and improved legibility as well as a hint towards the warmer American grotesques. Later on, not just slanted styles, but a “proper” italic version was added inspired by the way Roman and Italic are distinguished in traditional serif faces. NEW: a specially created set of obliques were added in 2018 to give designers more design flexibility, for those looking for a less calligraphic look. In 2020 the family was extended with matching condensed weights. FF Real was originally conceived by Erik Spiekermann as one text weight and one headline weight to be used as the only faces in his biography ‘Hello I am Erik’, edited by Johannes Erler, published in 2014. While Spiekermann drew the alphabets, he passed on the font data to Ralph du Carrois and Anja Meiners who cleaned it up and completed it. In the meantime, FF Real has been extended to a family of two styles and 65 weights each. The design of FF Real is rooted in early static grotesques from the turn of the century. Several German type foundries – among them the Berlin-based foundries Theinhardt and H. Berthold AG – released such designs between 1898 and 1908. The semi-bold weight of a poster-size typeface that was lighter than most of the according semi-bolds in metal type at the time, gave the impetus to FF Real’s regular weight. In the words of Spiekermann, the historical example is “the real, non-fake version, as it were, the royal sans serif face“, thus giving his new typeface the name “Real” (which is also in keeping with his four-letter names, i.e. FF Meta, FF Unit). FF Real is a convincing re-interpretation of the German grotesque style, but with much more warmth and improved legibility. With a hint towards the warmer American grotesques, Spiekermann added those typical Anglo-American features such as a three-story ‘g’ and an ‘8’ with a more defined loop. To better distinguish characters in small text sizes, FF Real Text comes in old style figures, ‘f’ and ‘t’ are wider, the capital ‘I’ is equipped with serifs, as is the lowercase ‘l’. What’s more, i-dots and all punctuation are round.

Monotype Bembo is generally regarded as one of the most handsome revivals of Aldus Manutius' 15th century roman type, but the original had no italic counterpart. The story is told that Stanley Morison commissioned Alfred Fairbank, a renowned calligrapher, to create the first italic for Bembo, which was released as metal fonts in 1929. Alfred Fairbank, however, claimed that he drew the design as an independent project and then sold his drawings to Monotype. According to him, the statement has been made that I was asked to design an italic for the Bembo roman. This is not so. Had the request been made, the italic type produced would have been different." Whichever version you believe, it was obvious that Fairbank's design - while undeniably beautiful - was not harmonious with Bembo roman. A second, more conventional italic was eventually drawn and added to the Bembo family. Fairbank's first design, which was based on the work of sixteenth-century writing master Ludovico degli Arrighi, managed to have a modest life of its own as a standalone font of metal type. It never made the leap into phototype fonts, however, and the face could have been lost, were it not for Robin Nicholas, Monotype Imaging's Head of Typography in the United Kingdom, and Carl Crossgrove, a senior designer for Monotype Imaging in the US. Nicholas and Crossgrove used the original drawings for Fairbank as the starting point for a new digital design, but this was only the beginning. They improved spacing, added subtle kerning and optimized the design for digital imaging. In addition, Nicholas created an alternative set of lowercase letters, fancy and swash capitals and enough alternate characters to personalize virtually any design project. By the time his work was complete, Nicholas and Crossgrove had created a small type family that included Fairbank, a revived version of the earlier metal font, and Fairbank Chancery, a more calligraphic rendition of the design. An additional suite of ornate caps, elegant ligatures, and beginning and ending letters accompanies both fonts, as does a full complement of lowercase swash characters. Now, instead of a failed Bembo italic, Fairbank emerges in its true glory: a sumptuous, elegant design that will lend a note of grace to holiday greetings, invitations, and any application where its Italianate beauty is called for."

In 1931, The Times of London commissioned a new text type design from Stanley Morison and the Monotype Corporation, after Morison had written an article criticizing The Times for being badly printed and typographically behind the times. The new design was supervised by Stanley Morison and drawn by Victor Lardent, an artist from the advertising department of The Times. Morison used an older typeface, Plantin, as the basis for his design, but made revisions for legibility and economy of space (always important concerns for newspapers). As the old type used by the newspaper had been called Times Old Roman," Morison's revision became "Times New Roman." The Times of London debuted the new typeface in October 1932, and after one year the design was released for commercial sale. The Linotype version, called simply "Times," was optimized for line-casting technology, though the differences in the basic design are subtle. The typeface was very successful for the Times of London, which used a higher grade of newsprint than most newspapers. The better, whiter paper enhanced the new typeface's high degree of contrast and sharp serifs, and created a sparkling, modern look. In 1972, Walter Tracy designed Times Europa for The Times of London. This was a sturdier version, and it was needed to hold up to the newest demands of newspaper printing: faster presses and cheaper paper. In the United States, the Times font family has enjoyed popularity as a magazine and book type since the 1940s. Times continues to be very popular around the world because of its versatility and readability. And because it is a standard font on most computers and digital printers, it has become universally familiar as the office workhorse. Times?, Times? Europa, and Times New Roman? are sure bets for proposals, annual reports, office correspondence, magazines, and newspapers. Linotype offers many versions of this font: Times? is the universal version of Times, used formerly as the matrices for the Linotype hot metal line-casting machines. The basic four weights of roman, italic, bold and bold italic are standard fonts on most printers. There are also small caps, Old style Figures, phonetic characters, and Central European characters. Times? Ten is the version specially designed for smaller text (12 point and below); its characters are wider and the hairlines are a little stronger. Times Ten has many weights for Latin typography, as well as several weights for Central European, Cyrillic, and Greek typesetting. Times? Eighteen is the headline version, ideal for point sizes of 18 and larger. The characters are subtly condensed and the hairlines are finer."

In 1931, The Times of London commissioned a new text type design from Stanley Morison and the Monotype Corporation, after Morison had written an article criticizing The Times for being badly printed and typographically behind the times. The new design was supervised by Stanley Morison and drawn by Victor Lardent, an artist from the advertising department of The Times. Morison used an older typeface, Plantin, as the basis for his design, but made revisions for legibility and economy of space (always important concerns for newspapers). As the old type used by the newspaper had been called Times Old Roman," Morison's revision became "Times New Roman." The Times of London debuted the new typeface in October 1932, and after one year the design was released for commercial sale. The Linotype version, called simply "Times," was optimized for line-casting technology, though the differences in the basic design are subtle. The typeface was very successful for the Times of London, which used a higher grade of newsprint than most newspapers. The better, whiter paper enhanced the new typeface's high degree of contrast and sharp serifs, and created a sparkling, modern look. In 1972, Walter Tracy designed Times Europa for The Times of London. This was a sturdier version, and it was needed to hold up to the newest demands of newspaper printing: faster presses and cheaper paper. In the United States, the Times font family has enjoyed popularity as a magazine and book type since the 1940s. Times continues to be very popular around the world because of its versatility and readability. And because it is a standard font on most computers and digital printers, it has become universally familiar as the office workhorse. Times?, Times? Europa, and Times New Roman? are sure bets for proposals, annual reports, office correspondence, magazines, and newspapers. Linotype offers many versions of this font: Times? is the universal version of Times, used formerly as the matrices for the Linotype hot metal line-casting machines. The basic four weights of roman, italic, bold and bold italic are standard fonts on most printers. There are also small caps, Old style Figures, phonetic characters, and Central European characters. Times? Ten is the version specially designed for smaller text (12 point and below); its characters are wider and the hairlines are a little stronger. Times Ten has many weights for Latin typography, as well as several weights for Central European, Cyrillic, and Greek typesetting. Times? Eighteen is the headline version, ideal for point sizes of 18 and larger. The characters are subtly condensed and the hairlines are finer."

In 1931, The Times of London commissioned a new text type design from Stanley Morison and the Monotype Corporation, after Morison had written an article criticizing The Times for being badly printed and typographically behind the times. The new design was supervised by Stanley Morison and drawn by Victor Lardent, an artist from the advertising department of The Times. Morison used an older typeface, Plantin, as the basis for his design, but made revisions for legibility and economy of space (always important concerns for newspapers). As the old type used by the newspaper had been called Times Old Roman," Morison's revision became "Times New Roman." The Times of London debuted the new typeface in October 1932, and after one year the design was released for commercial sale. The Linotype version, called simply "Times," was optimized for line-casting technology, though the differences in the basic design are subtle. The typeface was very successful for the Times of London, which used a higher grade of newsprint than most newspapers. The better, whiter paper enhanced the new typeface's high degree of contrast and sharp serifs, and created a sparkling, modern look. In 1972, Walter Tracy designed Times Europa for The Times of London. This was a sturdier version, and it was needed to hold up to the newest demands of newspaper printing: faster presses and cheaper paper. In the United States, the Times font family has enjoyed popularity as a magazine and book type since the 1940s. Times continues to be very popular around the world because of its versatility and readability. And because it is a standard font on most computers and digital printers, it has become universally familiar as the office workhorse. Times?, Times? Europa, and Times New Roman? are sure bets for proposals, annual reports, office correspondence, magazines, and newspapers. Linotype offers many versions of this font: Times? is the universal version of Times, used formerly as the matrices for the Linotype hot metal line-casting machines. The basic four weights of roman, italic, bold and bold italic are standard fonts on most printers. There are also small caps, Old style Figures, phonetic characters, and Central European characters. Times? Ten is the version specially designed for smaller text (12 point and below); its characters are wider and the hairlines are a little stronger. Times Ten has many weights for Latin typography, as well as several weights for Central European, Cyrillic, and Greek typesetting. Times? Eighteen is the headline version, ideal for point sizes of 18 and larger. The characters are subtly condensed and the hairlines are finer."

Oxford Street is a signage font that began as a redrawing of the capital letters used for street nameplates in the borough of Westminster in Central London. The nameplates were designed in 1967 by the Design Research Unit using custom lettering based on Adrian Frutiger’s Univers typeface, a curious combination of Univers 69 Bold Ultra Condensed, a weight that doesn’t seem to exist but which would flatten the long curves of glyphs such as O, C and D, and Universe 67 Bold Condensed with its more rounded lobes on glyphs like B, P and R. Letters were then remodelled to improve their use on street signs. Thin strokes like the inner diagonals of M and N were thickened to create a more monolinear alphabet; the high interior apexes were lowered and the wide joins thinned. The crossbar of the A was lowered, the K was made double junction, and the tail of the Q was given a baseline curve. K-Type Oxford Street continues the process of impertinent improvement and includes myriad minor adjustments and several more conspicuous amendments. The stroke junctions of M and N are further narrowed and their interior apexes modified. The middle apex of the W is narrowed and the glyph is a little more condensed. The C and S are drawn more open, terminals slightly shortened. The K-Type font adds a new lowercase which is also made more monolinear so better suited to signage, loosely based on Univers but also taking inspiration from the Transport typeface both in a taller x-height and character formation. The lowercase L has a curled foot, the k is double junctioned to match the uppercase, and terminals of a, c, e, g and s are drawn shorter for openness and clarity. A full repertoire of Latin Extended-A characters features low-rise diacritics that keep congestion to a minimum in multiple lines of text. The font tips the hat to signage history by including stylistic alternates for M, W and w that have the pointed middles of the earlier MOT street sign typeface. Incidentally, Alistair Hall (‘London Street Signs’, Batsford, 2020) notes that when the manufacturer of signs was changed in 2007, Helvetica Bold Condensed was substituted in place of the custom design, “an unfortunate case of an off-the-peg suit replacing a tailored one” and a blunder that has happily since been rectified, though offending nameplates can still be spotted by discerning font fans.

In 1931, The Times of London commissioned a new text type design from Stanley Morison and the Monotype Corporation, after Morison had written an article criticizing The Times for being badly printed and typographically behind the times. The new design was supervised by Stanley Morison and drawn by Victor Lardent, an artist from the advertising department of The Times. Morison used an older typeface, Plantin, as the basis for his design, but made revisions for legibility and economy of space (always important concerns for newspapers). As the old type used by the newspaper had been called Times Old Roman," Morison's revision became "Times New Roman." The Times of London debuted the new typeface in October 1932, and after one year the design was released for commercial sale. The Linotype version, called simply "Times," was optimized for line-casting technology, though the differences in the basic design are subtle. The typeface was very successful for the Times of London, which used a higher grade of newsprint than most newspapers. The better, whiter paper enhanced the new typeface's high degree of contrast and sharp serifs, and created a sparkling, modern look. In 1972, Walter Tracy designed Times Europa for The Times of London. This was a sturdier version, and it was needed to hold up to the newest demands of newspaper printing: faster presses and cheaper paper. In the United States, the Times font family has enjoyed popularity as a magazine and book type since the 1940s. Times continues to be very popular around the world because of its versatility and readability. And because it is a standard font on most computers and digital printers, it has become universally familiar as the office workhorse. Times?, Times? Europa, and Times New Roman? are sure bets for proposals, annual reports, office correspondence, magazines, and newspapers. Linotype offers many versions of this font: Times? is the universal version of Times, used formerly as the matrices for the Linotype hot metal line-casting machines. The basic four weights of roman, italic, bold and bold italic are standard fonts on most printers. There are also small caps, Old style Figures, phonetic characters, and Central European characters. Times? Ten is the version specially designed for smaller text (12 point and below); its characters are wider and the hairlines are a little stronger. Times Ten has many weights for Latin typography, as well as several weights for Central European, Cyrillic, and Greek typesetting. Times? Eighteen is the headline version, ideal for point sizes of 18 and larger. The characters are subtly condensed and the hairlines are finer."

In 1931, The Times of London commissioned a new text type design from Stanley Morison and the Monotype Corporation, after Morison had written an article criticizing The Times for being badly printed and typographically behind the times. The new design was supervised by Stanley Morison and drawn by Victor Lardent, an artist from the advertising department of The Times. Morison used an older typeface, Plantin, as the basis for his design, but made revisions for legibility and economy of space (always important concerns for newspapers). As the old type used by the newspaper had been called Times Old Roman," Morison's revision became "Times New Roman." The Times of London debuted the new typeface in October 1932, and after one year the design was released for commercial sale. The Linotype version, called simply "Times," was optimized for line-casting technology, though the differences in the basic design are subtle. The typeface was very successful for the Times of London, which used a higher grade of newsprint than most newspapers. The better, whiter paper enhanced the new typeface's high degree of contrast and sharp serifs, and created a sparkling, modern look. In 1972, Walter Tracy designed Times Europa for The Times of London. This was a sturdier version, and it was needed to hold up to the newest demands of newspaper printing: faster presses and cheaper paper. In the United States, the Times font family has enjoyed popularity as a magazine and book type since the 1940s. Times continues to be very popular around the world because of its versatility and readability. And because it is a standard font on most computers and digital printers, it has become universally familiar as the office workhorse. Times?, Times? Europa, and Times New Roman? are sure bets for proposals, annual reports, office correspondence, magazines, and newspapers. Linotype offers many versions of this font: Times? is the universal version of Times, used formerly as the matrices for the Linotype hot metal line-casting machines. The basic four weights of roman, italic, bold and bold italic are standard fonts on most printers. There are also small caps, Old style Figures, phonetic characters, and Central European characters. Times? Ten is the version specially designed for smaller text (12 point and below); its characters are wider and the hairlines are a little stronger. Times Ten has many weights for Latin typography, as well as several weights for Central European, Cyrillic, and Greek typesetting. Times? Eighteen is the headline version, ideal for point sizes of 18 and larger. The characters are subtly condensed and the hairlines are finer."