Johann Michael Fleischmann was born June 15th, 1707 in Wöhrd near Nuremberg. After attending Latinschool he started an apprenticeship as punchcutter in the crafts enterprise of Konstantin Hartwig in Nuremberg, which ought to last six years. For his extraordinary talent Fleischmann completed his apprenticeship after four and a half years, which was very unusual. 1727 his years of travel (very common in these days) began, during which he perfected his handcraft by working in different enterprises as journeyman. First location was Frankfurt/Main where he worked for nearly a year at the renowned type foundery of Luther and Egenolff. Passing Mainz he continued to Holland, where he arrived in November 1728 and stayed till he died in 1768. In Amsterdam he worked for several type founderies, among others some weeks for Izaak van der Putte; in The Hague for Hermanus Uytwerf. Between 1729 and 1732 he created several exquisite alphabets for Uytwerf, which were published under his own name (after his move to Holland Fleischmann abandoned the second n in his name), apparently following the stream of the time. After the two years with Uytwerf, Fleischmann returned to Amsterdam, where he established his own buiseness as punchcutter; following an advice of the bookkeeper and printer from Basel Rudolf Wetstein he opened his own type foundery 1732, which he sold in 1735 to Wetstein for financial reasons. In the following Fleischmann created several types and matrices exclusively for Wetstein. In 1743 after the type foundery was sold by Wetstein’s son Hendrik Floris to the upcoming enterprise of Izaak and Johannes Enschedé, Fleischmann worked as independent punchcutter mostly for this house in Haarlem. Recognizing his exceptional skills soon Fleischmann was consigned to cutting the difficult small-sized font types. The corresponding titling alphabets were mostly done by Jaques-Francois Rosart, who also cut the main part of the ornaments and borders used in the font examples of Enschedé. Fleischmann created for Enschedé numerous fonts. The font example published 1768 by Enschedé contains 3 titling alphabets, 16 antiquacuts, 14 italic cuts, 13 textura- and 2 scriptcuts, 2 greek typesets (upper cases and ligatures), 1 arabic, 1 malayan and 7 armenian font systems, 5 sets of musicnotes and the poliphonian musicnotesystem by Fleischmann. In total he brought into being about 100 alphabets - the fruits of fourty years of creative work as a punchcutter. Fleischmann died May 27th, 1768 at the age of 61. For a long time he was thought one of the leading punchcutters in Europe. A tragedy, that his creating fell into the turning of baroque to classicism. The following generations could not take much pleasure in his imaginative fonts, which were more connected to the sensuous baroque than to the bare rationalism of the upcoming industrialisation. Unfortunately therefore his masterpieces did not survive the 19th century and person and work of Fleischmann sank into oblivion. The impressive re-interpretation of the Fleischmann Antiqua and the corresponding italics by Erhard Kaiser from Leipzig, which were done for the Dutch Type Library from 1993 to 1997, snatched Fleischmann away from being forgotten by history. Therefore we want to place strong emphasis on this beautiful font. Fleischman Gotisch The other fonts by Fleischmann are only known to a small circle of connoisseurs and enthusiasts. So far they are not available in adequat quality for modern systems. Same applies the "Fleischman Gotisch", which has been made available cross platform to modern typeset-systems as CFF Open Type font through the presented sample. The Fleischman Gotisch has been proved to be one of the fonts, on which Fleischmann spent a good deal of his best effort; this font simply was near to his heart. Between 1744 and 1762 he created 13 different sizes of this font. All follow the same principles of forms, but their richness of details has been adapted to the particular sizes. In later times the font was modified more or less sensitive by various type founderies; letters were added, changed to current taste or replaced by others; so that nowadays a unique and binding mastercopy of this font is missing. Likewise the name of the font underwent several changes. Fleischmann himself probably never named his font, as he did with none of his fonts. By Enschedé this textura was named Nederduits, later on Nederduitsch. When the font was offered by the german type foundery Flinsch in Frankfurt/Main, the more convenient name of Fleischmann-Gotisch was chosen. In his "Masterbook of the font" and his "Abstract about the Et-character" Jan Tschichold refered to it as "Duyts" again. To honour the genious of Johann Michael Fleischmann we decided to name the writing "Fleischmann Gotisch PT" (unhyphenated). Developing the digital Fleischman Gotisch I decided not to use one of the thirteen sizes as binding mastercopy, but corresponding to the typical ductus of the font to re-create an independent use of forms strongly based on Fleischmann´s language of forms. All ascenders and descenders were standardised. Some characters, identified as added later on, were eliminated (especially the round lower case-R and several versions of longs- respectively f-ligatures) and others were adjusted to the principles of Fleischmann. Where indicated the diverse characters were integrated as alternative. They can be selected in the corresponding menu. All for the correct german black letter necessary longs and other ligatures were generated. Through the according integration into the feature-code about 85% of all ligatures in the type can be generated automatically. Problematic combinations (Fl, Fk, Fh, ll, lh, lk, lb) were created as ligatures and are likewise constructed automatically. A historically interesting letter is the "round r", which was already designated by Fleischmann; it is used after preceding round letters. Likewise interesting is the inventive form of the &-character, which is mentioned by Tschichold in his corresponding abstract. Nevertheless despite all interpretation it was very important to me to maintain the utmost fidelity to the original. With this digital version of a phantastic texturfont of the late baroque I hope to contribute to a blossoming of interest for this genious master of his kind: Johann Michel Fleischmann. OpenType features: - Unicode (ISO 10646-2) - contains 520 glyphes - Basic Latin - Latin-1 Supplement - Latin Extended-A - Latin Extended-B - Central European Glyhps - Ornaments - Fractions - Standard ligatures - Discretionary ligatures - Historical ligatures - Kerning-Table

Presentation QuarterBraille (Abbreviated as "QB" thereafter) is a decorative, steganographic and lattice font. Its core design concept is that Braille dots are represented as "quarters of a square"[1]. This is illustrated by posters 1 and 2 (NB: these glyph parts will be called "QB dots" thereafter). The other glyph parts (see poster 3) are purely decorative and meaningless in terms of Braille dots encoding[2]. All glyph parts are meant to generate a wide variety of patterns from horizontal and vertical combinations of glyphs. There is also a graphic convention to differentiate uppercase from lowercase letters with the presence or absence of shape subparts (in the "endings", "quarter of a circle with a ring" and "quarter of a diamond with a small square in the middle") like shown by poster 4. This font is suitable for very short texts (e.g. logos, acronyms, quotes, ambigrams, pangrams, palindromes, etc...) but on the other hand it may be used for steganographic purpose like geocaching as well as fictive alphabets (e.g. Alien/SciFi/Fantasy/Antique civilizations). Posters 1. Font Logo: the displayed text is " Quarter " followed by " Braille". There's a rainbow layer above the text to highlight the "QB dots", this is achieved by A..Z glyphs with "only QB dots" (codes 230..255) 2. Anatomy of a Glyph (L) and "QB Dots" (quarters of a square) 3. Glyphs Parts: Square and Cross (Inverted square), Circle and Inverted Circle (with or without the small circle in the middle), Diamond (with or without the small square in the middle), Inverted Square and Circle, Shape combos, Ending 4. Uppercase vs Lowercase (tiny shape subparts are shown in red) 5. Sample 1: Bathroom sink with QB tiles on the credence 6. Sample 2: Hands knuckle tatoos: "LOVE/HATE"[4] 7. Sample 3: Poker Hand: pocket Aces. It's an Ace of Hearts (Ah) on the left and an Ace of Spades (As) on the right. Like in regular cards, the card value (e.g. Ah) is displayed twice: at the top and rotated by 180 degrees at the bottom. This poster also illustrates that QB could be used to print embossed playing cards with tactile and visual display of card values. 8. Sample 4: Pangram: "Adept quick jog over frozen blue whisky mix" 9. Sample 5: Latin Magic Square: "SATOR AREPO TENET OPERA ROTAS" (NB: for compensation of the 2/3 glyph ratio, letters on each line are separated by a space: "S A T O R", ...). 10. Sample 6: Quote of Mahatma Gandhi: "Learn as if you will live forever, live like you will die tomorrow.". This is also a demonstration of border glyphs combinations. 11. Sample 7: Steganography use case: the text is a sequence of 64 aminoacids (1 Letter notation), this protein was described in a research paper "The complete Aminoacid sequence of an amyloid fibril protein AA of unusual size (64 residues) 1975". 12. Sample 8: Border Glyphs with the provided styles and mixed styles. The words are the same than in poster 9 ("SATOR AREPO TENET OPERA ROTAS"). Despite the 2/3 glyph ratio, the "TENET cross" was achieved by both inserting spaces in horizontally ("T ENE T") and by using the "thin borders glyphs". Notes a. Border glyphs[3] are meant to enhance the esthetics of text samples displayed with QB b. Special characters (e.g. *$()[].,;:&@# ...) are provided and follow the NABCC (North American Braille Computer Code) convention. c. A..Z Glyphs with only the "QB dots" are provided as demonstrated by posters 1 and 2 (A/N: this was very useful to create them). d. Glyph Map: 32..64: Special characters - 161..187: "Thin variant" of Border glyphs, 192..229: Border glyphs, 230..255: A..Z with only the "QB dots" - Codes 176 an 181 are "regular SPACE" (empty glyph). Footnotes 1. There is indeed two shapes which represent the braille dot: the "quarter of a square" and the "quarter of a cross". It's because a cross may be considered as an "inverted square" because the square corners are merged in the center. 2. That's why the SPACE glyph is only made of decorative/meaningless glyph parts (i.e. no "QB dots"). 3. For other fonts with border glyphs, please take a look at my other "decorative Braille fonts" (GoBraille, HexBraille, KernigBraille, StackBraille, MaBraille, DiamondBraille, LorraineBraille). 4. LOVE/HATE knuckle tatoos are inspired by the anthology scene from "The Night of the Hunter" movie (Charles Laughton 1955), it also appearead in "Do The Right Thing" movie (Spike Lee 1989). Disclaimer This font is not appropriate and not meant to print text documents in Braille for the blind readers audience.

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.