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. Times™ Europa is the Walter Tracy re-design of 1972, its sturdier characters and open counterspaces maintain readability in rougher printing conditions. Times New Roman™ is the historic font version first drawn by Victor Lardent and Stanley Morison for the Monotype hot metal caster."

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. Times™ Europa is the Walter Tracy re-design of 1972, its sturdier characters and open counterspaces maintain readability in rougher printing conditions. Times New Roman™ is the historic font version first drawn by Victor Lardent and Stanley Morison for the Monotype hot metal caster."

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. Times™ Europa is the Walter Tracy re-design of 1972, its sturdier characters and open counterspaces maintain readability in rougher printing conditions. Times New Roman™ is the historic font version first drawn by Victor Lardent and Stanley Morison for the Monotype hot metal caster."

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. Times™ Europa is the Walter Tracy re-design of 1972, its sturdier characters and open counterspaces maintain readability in rougher printing conditions. Times New Roman™ is the historic font version first drawn by Victor Lardent and Stanley Morison for the Monotype hot metal caster."

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. Times™ Europa is the Walter Tracy re-design of 1972, its sturdier characters and open counterspaces maintain readability in rougher printing conditions. Times New Roman™ is the historic font version first drawn by Victor Lardent and Stanley Morison for the Monotype hot metal caster."

The Thief Bird is an informal grotesque font. Although informal and grotesque may seem to be two quite different ideas, we have to dig into the origin of this typeface in order to understand the matter. The concept behind The Thief Bird was inspired by the adaptation that the vintage sign painters made when they took the grotesque style characters they saw in newspapers and magazines and reproduced them using a brush, aiming to make the prices of the products displayed on wooden boards stand out, as opposed to highlighting large headlines (such as the idea behind fonts like Franklin Gothic). The Thief Bird takes the language from sign painters and turns it into a font --this time around not aiming to set prices but to bring children stories to life. Thus, some legibility features from grotesque fonts were mixed with the brush calligraphy to add grace and zest to a font intended for children. The Thief Bird is a playful display font, with cheerful ligatures and alternate characters. It is really attractive for setting short paragraphs that tell stories for little people. The Thief Bird has one single weight and it’s ideal to be used in storybooks, candy packaging, films, toys, logos, labels, etc. The font has an extended set of 643 characters supporting 219 Latin languages. It has a complete set of small caps, sensitive cases, more than 30 pairs of ligatures, alternate characters and much more. This cool, informal and laid back typeface will be the perfect match for illustrations of fairy tales, comics for children and any product or publishing for the little ones. The Thief Bird supports this languages: Abenaki, Afaan Oromo, Afar, Afrikaans, Albanian, Alsatian, Amis, Anuta, Aragonese, Aranese, Aromanian, Arrernte, Arvanitic (Latin), Asturian, Atayal, Aymara, Bashkir (Latin), Basque, Bemba, Bikol, Bislama, Bosnian, Breton, Cape Verdean Creole, Catalan, Cebuano, Chamorro, Chavacano, Chichewa, Chickasaw, Cimbrian, Cofán, Corsican Creek,Crimean Tatar (Latin),Croatian, Czech, Dawan, Delaware, Dholuo, Drehu, Dutch, English, Estonian, Faroese, Fijian Filipino, Finnish, Folkspraak, French, Frisian, Friulian, Gagauz (Latin), Galician, Ganda, Genoese, German, Gikuyu, Gooniyandi, Greenlandic (Kalaallisut)Guadeloupean, Creole, Gwich’in, Haitian, Creole, Hän, Hawaiian, Hiligaynon, Hopi, Hotcąk (Latin), Hungarian, Icelandic, Ido, IgboI, locano, Indonesian, Interglossa, Interlingua, Irish, Istro-Romanian, Italian, Jamaican, Javanese (Latin), Jèrriais, Kala Lagaw Ya, Kapampangan (Latin), Kaqchikel, Karakalpak (Latin), Karelian (Latin), Kashubian, Kikongo, Kinyarwanda, Kiribati, Kirundi, Klingon, Ladin, Latin, Latino sine Flexione, Latvian, Lithuanian, Lojban, Lombard, Low Saxon, Luxembourgish, Maasai, Makhuwa, Malay, Maltese, Manx, Māori, Marquesan, Megleno-Romanian, Meriam Mir, Mirandese, Mohawk, Moldovan, Montagnais, Montenegrin, Murrinh-Patha, Nagamese Creole, Ndebele, Neapolitan, Ngiyambaa, Niuean, Noongar, Norwegian, Novial, Occidental, Occitan, Old Icelandic, Old Norse, Oshiwambo, Ossetian (Latin), Palauan, Papiamento, Piedmontese, Polish, Portuguese, Potawatomi, Q’eqchi’, Quechua, Rarotongan, Romanian, Romansh, Rotokas, Sami (Inari Sami), Sami (Lule Sami), Sami (Northern Sami), Sami (Southern Sami), Samoan, Sango, Saramaccan, Sardinian, Scottish Gaelic, Serbian (Latin), Seri, Seychellois Creole, Shawnee, Shona, Sicilian, Silesian, Slovak, Slovenian, Slovio (Latin), Somali, Sorbian (Lower Sorbian), Sorbian (Upper Sorbian), Sotho (Northern), Sotho (Southern), Spanish, Sranan, Sundanese (Latin), Swahili, Swazi, Swedish, Tagalog, Tahitian, Tetum, Tok Pisin, Tokelauan, Tongan, Tshiluba, Tsonga, Tswana, Tumbuka, Turkish, Turkmen (Latin), Tuvaluan, Tzotzil, Uzbek (Latin), Venetian, Vepsian, Volapük, Võro, Wallisian, Walloon, Waray-Waray, Warlpiri, Wayuu, Welsh, Wik-Mungkan, Wiradjuri, Wolof, Xavante, Xhosa, Yapese, Yindjibarndi, Zapotec, Zulu, Zuni.

PRISMATIC SPIRALS FONT! The Prismatic Spirals Font is a decorative type-system and ‘Assembling Game’, itself. Settled in squared pieces modules or tiles, embedded by unprecedented Intertwined Prismatic Structures Design, or intricate interlaced bars that may seem quite “impossible” to shape. Although it originated from the ‘Penrose Square’, it may not look totally as an Impossible Figures Type of Optical Illusions. More an “improbable” Effect in its intertwined Design, that even static can seem like a source of Kinetical Sculptures, or drive eyes into a kind of hypnosis. Prismatic Spirals has two related families, its “bold” braided version Prismatic Interlaces and the Pro version. While the default is simpler or easier to use, as all piece’s spin in same way, PRO provides a more complex intricate Design which requires typing alternating caps. Instructions: Use the Map Font Reference PDF as a guide to learn the 'tiles' position on the keyboard, then easily type and compose puzzle designs with this font! All alphanumeric keys are intuitive or easy to induce, you may easily memorize it all! Plus, often also need to consult it! *Find the Prismatic Spirals Font Map Reference Interactive PDF Here! (!) Is recommended to Print it to have the Reference in handy or just open the PDF while composing a design with this typeface to also copy and paste, when consulting is required or when it may be difficult to access, depending on the keyboard script or language. As a Tiles Type-System, the line gap space value is 0, this means that tiles line gaps are invisibly grouted, so the user can compose designs, row by row, descending to each following row by clicking Enter, same as line break, while advances on assembling characters. Background History: The first sketches of my Prismatic Knots or Spirals Designs dates back then from 2010, while started developing hand-drawn Celtic Knots and Geometric Drawings in grid paper, while engage to Typography, Sacred Geometry and the “Impossible Figures” genre… I started doing modulation tests from 2013, until around 2018, I got to unravel it in square modules or tiles from the grid, then idealized it as fonts, along with other Type projects. This took 13 years to come out since the first sketches and 6 months in edition. During the production process some additional tiles or missing pieces were thought of and added to the basic set, which firstly had only the borders, corners, crossings, nets, Trivets connectors or T parts and ends, then added with nets and borders integrations. Usage Suggestions: This type-system enables the user to ornate and generate endless decorative patterns, borders, labyrinthine designs, Mosaics, motifs, etc. It can seem just like a puzzle, but a much greater tool instead for higher purposes as to compose Enigmas and use seriously. As like also to write Real Text by assembling the key characters or pieces, this way you can literarily reproduce any Pixel Design or font to its Prismatic Spirals correspondent form, as Kufic Arabic script and further languages and compose messages easily… This Typeface was made to be contemplated, applied, and manufactured on Infinite Decorative Designs as Pavements, Tapestry, Frames, Prints, Fabrics, Bookplates, Coloring Books, Cards, covers or architectonic frontispieces, storefronts, and Jewelry, for example. Usage Tips: Notice that the line-height must be fixed to 100% or 1,0. In some cases, as on Microsoft Word for example, the line-height default is set to 1,15. So you’ll need to change to 1,0 plus remove space after paragraph, in the same dropdown menu on Paragraph section. Considering Word files too, since the text used for mapping the Designs, won't make any literal orthographical sense, the user must select to ignore the Spellcheck underlined in red, by clicking over each misspelled error or in revision, so it can be better appreciated. Also unfolding environments as Adobe Software’s, the Designer will use the character menu to set body size and line gap to same value, as a calculator to fit a layout for example of 1,000 pts high with 9 tiles high, both body size and line gap will be 111.1111 pts. Further Tips: Whenever an architect picks this decorative system to design pavements floor or walls, a printed instruction version of the layout using the ‘map’ font may be helpful and required to the masons that will lay the tiles, to place the pieces and its directions in the right way. Regarding to export PNGs images in Software’s for layered Typesetting as Adobe Illustrator a final procedure may be required, once the designs are done and can be backup it, expanding and applying merge filter, will remove a few possible line glitches and be perfected. Technical Specifications: With 8 styles and 4 subfamilies with 2 complementary weights each (Regular and Bold) therefore, Original Contour, Filled, Decor, with reticle’s decorations and 2 Map fonts with key captions. *All fonts match perfectly when central pasted for layered typesetting. All fonts have 106 glyphs, in which 48 are different keys repeated twice in both caps and shift, plus few more that were repeated for facilitating. It was settled this way in order for exchanging with Prismatic Spirals Pro font which has 96 different keys or 2 versions of each. Concerning tiles manufacturing and Printed Products as stickers or Stencils, any of its repeated pieces was measured and just rotated in different directions in each key, so when sided by other pieces in any direction will fit perfectly without mispatching errors. Copyright Disclaimer: The Font Software’s are protected by Copyright and its licenses grant the user the right to design, apply contours, plus print and manufacture in flat 2D planes only. In case of the advent of the same structures and set of pieces built in 3D Solid form, Font licenses will not be valid or authorized for casting it. © 2023 André T. A. Corrêa “Dr. Andréground” & MMC-TypEngine.

PRISMATIC INTERLACES TYPEFACE! Prismatic Interlaces is a decorative system and ‘Assembling Game’, itself. Settled in squared pieces modules or tiles, embedded by unprecedented Intertwined Prismatic Structures Design, or intricate interlaced bars that may seem quite “impossible” to shape. Although it originated from the ‘Penrose Square’, it may not look totally as an Impossible Figures Type of Optical Illusions. More an “improbable” Effect in its intertwined Design, that even static can seem like a source of Kinetical Sculptures, or drive eyes into a kind of hypnosis. Prismatic Interlaces has two related families, both as a kind of lighter weight versions Prismatic Spirals Default & Pro. While Default is simpler or easier to use, same way as Prismatic Interlaces, Pro provides a more complex intricate Design that requires typing alternating caps. Instructions: Use the Map Font Reference PDF as a guide to learn the 'tiles' position on the keyboard, then easily type and compose puzzle designs with this font! All alphanumeric keys are intuitive or easy to induce, you may easily memorize it all! Plus, often also need to consult it! *Find the Prismatic Interlaces Font Map Reference Interactive PDF Here! (!) Is recommended to Print it to have the Reference in handy or just open the PDF while composing a design with this typeface to also copy and paste, when consulting is required or when it may be difficult to access, depending on the keyboard script or language. As a Tiles Type-System, the line gap space value is 0, this means that tiles line gaps are invisibly grouted, so the user can compose designs, row by row, descending to each following row by clicking Enter, same as line break, while advances on assembling characters. Background History: The first sketches of my Prismatic Knots or Spirals Designs dates back then from 2010, while started developing hand-drawn Celtic Knots and Geometric Drawings in grid paper, while engage to Typography, Sacred Geometry and the “Impossible Figures” genre… I started doing modulation tests from 2013, until around 2018, I got to unravel it in square modules or tiles from the grid, then idealized it as fonts, along with other Type projects. This took 13 years to come out since the first sketches and 6 months in edition. During the production process some additional tiles or missing pieces were thought of and added to the basic set, which firstly had only the borders, corners, crossings, nets, Trivets connectors or T parts and ends, then added with nets and borders integrations. Usage Suggestions: This type-system enables the user to ornate and generate endless decorative patterns, borders, labyrinthine designs, Mosaics, motifs, etc. It can seem just like a puzzle, but a much greater tool instead for higher purposes as to compose Enigmas and use seriously. As like also to write Real Text by assembling the key characters or pieces, this way you can literarily reproduce any Pixel Design or font to its Prismatic Spirals correspondent form, as Kufic Arabic script and further languages and compose messages easily… This Typeface was made to be contemplated, applied, and manufactured on Infinite Decorative Designs as Pavements, Tapestry, Frames, Prints, Fabrics, Bookplates, Coloring Books, Cards, covers or architectonic frontispieces, storefronts, and Jewelry, for example. Usage Tips: Notice that the line-height must be fixed to 100% or 1,0. In some cases, as on Microsoft Word for example, the line-height default is set to 1,15. So you’ll need to change to 1,0 plus remove space after paragraph, in the same dropdown menu on Paragraph section. Considering Word files too, since the text used for mapping the Designs, won't make any literal orthographical sense, the user must select to ignore the Spellcheck underlined in red, by clicking over each misspelled error or in revision, so it can be better appreciated. Also unfolding environments as Adobe Software’s, the Designer will use the character menu to set body size and line gap to same value, as a calculator to fit a layout for example of 1,000 pts high with 9 tiles high, both body size and line gap will be 111.1111 pts. Further Tips: Whenever an architect picks this decorative system to design pavements floor or walls, a printed instruction version of the layout using the ‘map’ font may be helpful and required to the masons that will lay the tiles, to place the pieces and its directions in the right way. Regarding to export PNGs images in Software’s for layered Typesetting as Adobe Illustrator a final procedure may be required, once the designs are done and can be backup it, expanding and applying merge filter, will remove a few possible line glitches and be perfected. Technical Specifications: With 8 styles and 4 subfamilies with 2 complementary weights each (Regular and Bold) therefore, Original Contour, Filled, Decor, with reticle’s decorations and 2 Map fonts with key captions. *All fonts match perfectly when central pasted for layered typesetting. All fonts have 106 glyphs, in which 49 are different keys repeated twice in both caps and shift, plus few more that were repeated for facilitating. It was settled this way in order for exchanging with Prismatic Spirals Pro font which has 96 different keys or 2 versions of each. Concerning tiles manufacturing and Printed Products as stickers or Stencils, any of its repeated pieces was measured and just rotated in different directions in each key, so when sided by other pieces in any direction will fit perfectly without mispatching errors. Copyright Disclaimer: The Font Software’s are protected by Copyright and its licenses grant the user the right to design, apply contours, plus print and manufacture in flat 2D planes only. In case of the advent of the same structures and set of pieces built in 3D Solid form, Font licenses will not be valid or authorized for casting it. © 2023 André T. A. Corrêa “Dr. Andréground” & MMC-TypEngine.

PRISMATIC SPIRALS PRO FONT! The Prismatic Spirals PRO is a Decorative Type-System and ‘Assembling Game’, itself. Settled in squared pieces modules or tiles, embedded by unprecedented Intertwined Prismatic Structures Design, or intricate interlaced bars that may seem quite “impossible” to shape. Although it originated from the ‘Penrose Square’, it may not look totally as an Impossible Figures Type of Optical Illusions. More an “improbable” Effect in its intertwined Design, that even static can seem like a source of Kinetical Sculptures, or drive eyes into a kind of hypnosis. Prismatic Spirals Pro has two related Typefaces both more basic or easier to use versions, the Default Family plus its “bold” braided version Prismatic Interlaces… PRO provides a more advanced, complex, and twisted Design, plus requires to be typed alternating caps. Instructions: Use the Map Font Reference PDF as a guide to learn the 'tiles' position on the keyboard, then easily type and compose puzzle designs with this font! All alphanumeric keys are intuitive or easy to induce, you may easily memorize it all! Plus, often also need to consult it! *Find the Prismatic Spirals Pro Font Map Reference PDF Here! (!) Is recommended Print it to have the Reference or open the PDF to also copy and paste, when consulting is required or when it may be difficult to access, depending on the keyboard script or language. The 2 glyphs sets are separated in colors for facilitating. Also use the Map Font with key captions or switch to it for ensure that the characters are alternating between both uppercase and lowercase letters as other Keys as numbers, marks, and punctuation along the strings, holding Shift one by one or actually two by two. As a Tiles Type-System, the line gap space value is 0, this means that tiles line gaps are invisibly grouted, so the user can compose designs, row by row, descending to each following row by clicking Enter, same as line break, while advances on assembling characters. Background History: The first sketches of my Prismatic Knots or Spirals Designs dates back then from 2010, while started developing hand-drawn Celtic Knots and Geometric Drawings in grid paper, while engage to Typography, Sacred Geometry and the “Impossible Figures” genre… I started doing modulation tests from 2013, until around 2018, I got to unravel it in square modules or tiles from the grid, then idealized it as fonts, along with other Type projects. This took 13 years to come out since the first sketches and 6 months in edition. During the production process some additional tiles or missing pieces were thought of and added to the basic set, which firstly had only the borders, corners, crossings, nets, Trivets connectors or T parts and ends, then added with nets and borders integrations. Usage Suggestions: This type-system enables the user to ornate and generate endless decorative patterns, borders, labyrinthine designs, Mosaics, motifs, etc. It can seem just like a puzzle, but a much greater tool instead for higher purposes as to compose Enigmas and use seriously. As like also to write Real Text by assembling the key characters or pieces, this way you can literarily reproduce any Pixel Design or font to its Prismatic Spirals correspondent form, as Kufic Arabic script and further languages and compose messages easily… This Typeface was made to be contemplated, applied, and manufactured on Infinite Decorative Designs as Pavements, Tapestry, Frames, Prints, Fabrics, Bookplates, Coloring Books, Cards, covers or architectonic frontispieces, storefronts, and Jewelry, for example. Usage Tips: Notice that the line-height must be fixed to 100% or 1,0. In some cases, as on Microsoft Word for example, the line-height default is set to 1,15. So you’ll need to change to 1,0 plus remove space after paragraph, in the same dropdown menu on Paragraph section. Considering Word files too, since the text used for mapping the Designs, won't make any literal orthographical sense, the user must select to ignore the Spellcheck underlined in red, by clicking over each misspelled error or in revision, so it can be better appreciated. Also unfolding environments as Adobe Software’s, the Designer will use the character menu to set body size and line gap to same value, as a calculator to fit a layout for example of 1,000 pts high with 9 tiles high, both body size and line gap will be 111.1111 pts. Further Tips: Whenever an architect picks this decorative system to design pavements floor or walls, a printed instruction version of the layout using the ‘map’ font may be helpful and required to the masons that will lay the tiles, to place the pieces and its directions in the right way. Regarding to export PNGs images in Software’s for layered Typesetting as Adobe Illustrator a final procedure may be required, once the designs are done and can be backup it, expanding and applying merge filter, will remove a few possible line glitches and be perfected. Technical Specifications: With 8 styles and 4 subfamilies with 2 complementary weights each (Regular and Bold) therefore, Original Contour, Filled, Decor, with reticle’s decorations and 2 Map fonts with key captions. *All fonts match perfectly when central pasted for layered typesetting. All fonts have 106 glyphs, in which 96 are different keys with 2 versions of each of both caps and shift keys, plus a few repeated for facilitating. It was settled this way in order for exchanging with its Prismatic relative fonts which has only 48 different keys repeated twice. Concerning tiles manufacturing and Printed Products as stickers or Stencils, any of its repeated pieces was measured and just rotated in different directions in each key, so when sided by other pieces in any direction will fit perfectly without mispatching errors. Copyright Disclaimer: The Font Software’s are protected by Copyright and its licenses grant the user the right to design, apply contours, plus print and manufacture in flat 2D planes only. In case of the advent of the same structures and set of pieces built in 3D Solid form, Font licenses will not be valid or authorized for casting it. © 2023 André T. A. Corrêa “Dr. Andréground” & MMC-TypEngine.

To design a text typeface "at the top with, at the bottom without" serifs was an idea which crossed my mind at the end of the sixties. I started from the fact that what one reads in the Latin alphabet is mainly the upper half of the letters, where good distinguishableness of the individual signs, and therefore, also good legibility, is aided by serifs. The first tests of the design, by which I checked up whether the basic principle could be used also for the then current technology of setting - for double-sign matrices -, were carried out in 1970. During the first half of the seventies I created first the basic design, then also the slanted Roman and the medium types. These drawings were not very successful. My greatest concern during this initial phase was the upper case A. I had to design it in such a way that the basic principle should be adhered to and the new alphabet, at the same time, should not look too complicated. The necessary prerequisite for a design of a new alphabet for double-sign matrices, i.e. to draw each letter of all the three fonts to the same width, did not agree with this typeface. What came to the greatest harm were the two styles used for emphasis: the italics even more than the medium type. That is why I fundamentally remodelled the basic design in 1980. In the course of this work I tried to forget about the previous technological limitations and to respect only the requirements then placed on typefaces intended for photosetting. As a matter of fact, this was not very difficult; this typeface was from the very beginning conceived in such a way as to have a large x-height of lower-case letters and upper serifs that could be joined without any problems in condensed setting. I gave much more thought to the proportional relations of the individual letters, the continuity of their outer and inner silhouettes, than to the requirements of their production. The greatest number of problems arose in the colour balancing of the individual signs, as it was necessary to achieve that the upper half of each letter should have a visual counterbalance in its lower, simpler half. Specifically, this meant to find the correct shape and degree of thickening of the lower parts of the letters. These had to counterbalance the upper parts of the letters emphasized by serifs, yet they should not look too romantic or decorative, for otherwise the typeface might lose its sober character. Also the shape, length and thickness of the upper serifs had to be resolved differently than in the previous design. In the seventies and at the beginning of the eighties a typeface conceived in this way, let alone one intended for setting of common texts in magazines and books, was to all intents and purposes an experiment with an uncertain end. At this time, before typographic postmodernism, it was not the custom to abandon in such typefaces the clear-cut formal categories, let alone to attempt to combine the serif and sans serif principles in a single design. I had already designed the basic, starting, alphabets of lower case and upper case letters with the intention to derive further styles from them, differing in colour and proportions. These fonts were not to serve merely for emphasis in the context of the basic design, but were to function, especially the bold versions, also as independent display alphabets. At this stage of my work it was, for a change, the upper case L that presented the greatest problem. Its lower left part had to counterbalance the symmetrical two-sided serif in the upper half of the letter. The ITC Company submitted this design to text tests, which, in their view, were successful. The director of this company Aaron Burns then invited me to add further styles, in order to create an entire, extensive typeface family. At that time, without the possibility to use a computer and given my other considerable workload, this was a task I could not manage. I tried to come back to this, by then already very large project, several times, but every time some other, at the moment very urgent, work diverted me from it. At the beginning of the nineties several alphabets appeared which were based on the same principle. It seemed to me that to continue working on my semi-finished designs was pointless. They were, therefore, abandoned until the spring of 2005, when František Štorm digitalized the basic design. František gave the typeface the working title Areplos and this name stuck. Then he made me add small capitals and the entire bold type, inducing me at the same time to consider what to do with the italics in order that they might be at least a little italic in character, and not merely slanted Roman alphabets, as was my original intention. In the course of the subsequent summer holidays, when the weather was bad, we met in his little cottage in South Bohemia, between two ponds, and resuscitated this more than twenty-five-years-old typeface. It was like this: We were drinking good tea, František worked on the computer, added accents and some remaining signs, inclined and interpolated, while I was looking over his shoulder. There is hardly any typeface that originated in a more harmonious setting. Solpera, summer 2005 I first encountered this typeface at the exhibition of Contemporary Czech Type Design in 1982. It was there, in the Portheim Summer Palace in Prague, that I, at the age of sixteen, decided to become a typographer. Having no knowledge about the technologies, the rules of construction of an alphabet or about cultural connections, I perceived Jan Solpera's typeface as the acme of excellence. Now, many years after, replete with experience of revitalization of typefaces of both living and deceased Czech type designers, I am able to compare their differing approaches. Jan Solpera put up a fight against the digital technology and exerted creative pressure to counteract my rather loose approach. Jan prepared dozens of fresh pencil drawings on thin sketching paper in which he elaborated in detail all the style-creating elements of the alphabet. I can say with full responsibility that I have never worked on anything as meticulous as the design of the Areplos typeface. I did not invent this name; it is the name of Jan Solpera's miniature publishing house, in which he issued for example an enchanting series of memoirs of a certain shopkeeper of Jindrichuv Hradec. The idea that the publishing house and the typeface might have the same name crossed my mind instinctively as a symbol of the original designation of Areplos - to serve for text setting. What you can see here originated in Trebon and in a cottage outside the village of Domanín - I even wanted to rename my firm to The Trebon Type Foundry. When mists enfold the pond and gloom pervades one's soul, the so-called typographic weather sets in - the time to sit, peer at the monitor and click the mouse, as also our students who were present would attest. Areplos is reminiscent of the essential inspirational period of a whole generation of Czech type designers - of the seventies and eighties, which were, however, at the same time the incubation period of my generation. I believe that this typeface will be received favourably, for it represents the better aspect of the eighties. Today, at the time when the infection by ITC typefaces has not been quite cured yet, it does absolutely no harm to remind ourselves of the high quality and timeless typefaces designed then in this country.In technical terms, this family consists of two times four OpenType designs, with five types of figures, ligatures and small capitals as well as an extensive assortment of both eastern and western diacritics. I can see as a basic text typeface of smaller periodicals and informative job-prints, a typeface usable for posters and programmes of various events, but also for corporate identity. Štorm, summer 2005

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.

In March 2011, the Society of Typographic Aficionados began organizing a collaborative project that would unite the typographic and design communities. The goal of Font Aid V: Made for Japan was to raise funds to expedite relief efforts after the devastating earthquake and tsunami in Japan. Nearly 300 contributors from 45 countries sent in over 500 glyphs in a single week. Behind the scenes, volunteers Neil Summerour, Silas Dilworth, Delve Withrington, and Grant Hutchinson were up to their elbows in Adobe Illustrator and Fontlab assembling the typeface. The sheer number of submissions coupled with the complexity of some of the designs caused unforeseen delays in completing the typeface. The team not only managed the immense influx of submissions, it also had several technical hurdles and multiple content reviews to mitigate before the final font could be produced. Several months after the project was initiated, Font Aid V: Made for Japan was finally ready for distribution. With the help of Sogo Japan, all proceeds from sales of this typeface will be delivered directly to organizations in Japan, such as Second Hand and AMDA International (Association of Medical Doctors of Asia). Sogo Japan strives to help circumvent regular international charity channels and the inefficiencies associated with them. Thanks to everyone who participated and helped us spread the word about the Font Aid V: Made for Japan project. In particular, we would like to acknowledge the following individuals and groups for their participation and involvement: Jonathan Abbott, Rui Abreu, Frank Adebiaye, Tim Ahrens, Anonymous, Eero Antturi, Leonardo Aranda, Hector Carrillo Aspano, Danielle Atnip, Alejandro Cabrera Avila, Christophe Badani, Joanne Gyo Young Bae, Ben Balvanz, Cynthia Bataille, Priyanka Batra, Donald Beekman, Hannes Beer, David Berlow, Kevin Beronilla, Fabian Bertschinger, Nicole Bittner, Bart Blubaugh, Dathan Boardman, Andrew Boardman, Joel Vilas Boas, Konstantin Boldovskiy, Scott Boms, Michael Browers, Vickie Burns, Matt Burvill, Daniele Capo, Seymour Caprice, Mauro Caramella, Matevž Čas, Eli Castellanos, Sarah Castillo, Tom Censani, Pinar Ceyhan, Ivette Chacon, Hin-Ching Chan, Sarah Charalambides, Karen Charatan, Sinde Cheung, Todd Childers, Justin Chodzko, Felipe Coca, Antonio Coelho, Jefferson Cortinove, Alan Lima Coutinho, Nick Cox, Nick Curtis, Girish Dalvi, Christopher DeCaro, Thomas C Dempsey, Matt Desmond, Chank Diesel, Anum Durvesh, Suzie Eland, Engy Elboreini, Craig Eliason, Emi Eliason, James Elliott, Grace Engels, Exljbris, Hillary Fayle, Carol Fillip, Jeff Fisher, Scott Fisk, John Foley, Stuart Ford, Mathias Forslund, Brock French, Anina Frischknecht, Eric Frisino, Chiyo Fujimori, Kaela Gallo, Ayesha Garrett, Harald Geisler, Alfonso Gómez-Arzola, Adriana Esteve González, Richard Gregory, James Grieshaber, Grupoingenio, Kemie Guaida, Carlos Fabián Camargo Guerrero, Rachel Han, Erin Harris, Stefan Hattenbach, Magnus Hearn, Marissa Heiken, Georg Herold-Wildfellner, Jamie Homer, Ed Hoskin, Dav[id Hubner], Jonathan Hughes, Rian Hughes, Grant Hutchinson, Xerxes Irani, Masayuki Izumi, Jan Janeček, Hyun Kyung Jang, Julien Janiszewski, Dušan Jelesijevic, Cal Jepps, Meghan Jossick, Evamaria Judkins, July Twenty Fourth, Erica Jung, William K, Claes Källarsson, Kapitza, Asutosh Kar, Arno Kathollnig, Sami Kaunisvirta, Hajime Kawakami, Scott Kaye, Richard Kegler, Anna Keroullé, Bizhan Khodabandeh, Lara Assouad Khoury, Ilona Kincses, Becky King, Sean King, Megan Kirby, Max Kisman, Keith Kitz, Romy Klessen, Akira Kobayashi, Kokin, Kozyndan & Silas Dilworth, Atushi Kunimune, Andreas Kuschner, John Langdon, Ray Larabie, Jess Latham, Kelly D Lawrence, Matic Leban, Chien-Hao Lee, Bryan Levay, Enrico Limcaco, Andreas Lindholm, Andrew Loschiavo, Chris Lozos, Ian Lynam, John Lyttle, Gustavo Machado, Jonathan Mak, Ricardo Marcin, Jeannie Mecorney, Steve Mehallo, Cristina Melo, Martin Mendelsberg, The Midnight Umbrella Studio, Goro Mihok, Ojasvi Mohanty, Ahmed Mohtadi, Alixe Monteil, Veronica Monterosso, Dani Montesinos, Masanobu Moriyama, Misa Moriyama, Pedro Moura, John Moy Jr, Marc Marius Mueller, Shoko Mugikura, Joachim Müller-Lancé, Diane Myers, John Nahmias, Yoshihisa Nakai, Hiroshi Nakayama, Reiko Nara, Nathoo, Titus Nemeth, Nathanael Ng, Ngoc Ngo, Antoninus Niemiec, James Ockelford, Kunihiko Okano, Naotatsu Okuda, Toshi Omagari, Onikeiji, Ozlem Ozkal, Jason Pagura, Hrant Papazian, Brian Jongseong Park, John Passafiume, Patrick Griffin, Alejandro Paul, Vian Peanu, Dylan Pech, Rebecca Penmore, Peter Brugger, Jean François Porchez, Carolyn Porter, Andrew Pothecary, James Puckett, Rachel Hernández Pumarejo, James Random, Liam Roberts, Tom Rogers, David Jonathan Ross, Sumio Sakai, Sana, Stuart Sandler, Rafael Saraiva, Riccardo Sartori, Ai Sasaki, Yee Wen Sat, Agnes Schlenke, Giovanna Scolaro, Roland Scriver, Alessandro Segalini, Shawn Semmes, Jane Sheppard, Josh Sherwood, Paulo Silva, Mark Simonson, Luis Siquot, Greg Smith, Owen Song, James L. Stirling, Nina Stössinger, Tanya Turipamwe Stroh, Kevin Strzelczyk, Neil Summerour, Superfried, Shiho Takahashi, Shuji Takahashi, Yusuke Takeda, Naoyuki Takeshita, Bruno Tenan, Chung-Deh Tien, Tom, Ryoichi Tsunekawa, Alex Tye, Matthew Tyndall, TypoVar, Virginia Valdez, Beatriz Valerio, Tom Varisco, Brayden Varr, Catarina Vaz, Andy Veale, Yvette Claudia Velez, Marie-Anne Verougstraete, Abbie Vickress, Ray Villarreal, Pat Vining, Courtney Waite, Hoyle Wang, Viola Wang, Jim Ward, Grace Watling, Terrance Weinzierl, Robert Weiss, Stuart Weston, Kevin Wijaya, Dave Williams, Beau Williamson, Delve Withrington, Katherine Wood, Neil Woodyatt, Jesvin Yeo, Yokokaku, Kazuhi Yoshikawa, YouWorkForThem, Matt Yow, Charlton Yu, Yuriko, Ron Za, Jayson Zaleski, Víctor Zúñiga

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

Coming Together contains over 400 glyphs and is supplied as a single, cross-platform OpenType font. All glyphs are accessible using OpenType-savvy applications, Unicode-savvy utilities, the Character Map utility on Windows, and FontBook on Mac OS X. Nearly 400 designers contributed to “Coming Together”: Adam Humphries, Aditi Dilip, Adrien Midzic, Afraa Gutub, Al Insan Lashley, Alan Lima Coutinho, Alaric Garnier, Alejandro Cabrera Avila, Alejandro Lo Celso, Alejandro Paul, Alessandro Segalini, Alex Cameron, Alex Coblentz, Alexander Trubin, Alexandre Freitas, Alexey Murashko, Alicia Jabin, Aline Horta, Allison Dominguez, Amanda Postle, Amy Brown, Amy Papaelias, Anderson Maschio, Andrea Emery, Andres Perez, Andrew Boardman, Andrew Jesernig, Andrey Furlan, Andrij Shevchenko, Ann Tripepi, Antonio Gutierrez, Antony Kitson, Anushree Kapoor, Anya Cam, AP303 Estudio Design, Becky Krohe, Beejay, Ben Mitchell, Benjamin K. Shown, Benjamin Varin, Brad McNally, Brad Nelson, Bradley Trinnaman, Brady Baltezore, Brandon Horne, Breck Campbell, Brian J. Bonislawsky, Brian Jaramillo, Brian Jongseong Park, Brian Mueller, Brock French, Bruce Rodgers, Bruno Pugens, Bryan Angelo Lim, Buro Reng, Caitlin Martin-Frost, Calou, Carlos Fabián Camargo Guerrero, Carlos Vidal, Cayo Navarro, Cesar Puertas, Chank Diesel, Charles Williams, Chris Lozos, Chris Trude, Christophe Badani, Christy Lai, Claes Källarsson, Claire Coullon, Claudio Piccinini, Colby Cook, Craig Eliason, Cristina Pegnataro, Curve Doctor, Dan DiSorbo, Dan Liggins, Dan Rubin, Daniel Justi, Daniele Capo, Dav(id Hubner), Dave Bailey, Dave Cohen, David Jonathan Ross, David Sudweeks, David Thometz, Dawn Mercurio, Delve Withrington, Diana van de Blaak, Didier Mazellier, Diederik Corvers, Dino Santos, Dmytro Pobiedash, Donald Beekman, Dries Wiewauters, Duncan Bancroft, Ed Hoskin, Eddy Ymeri, Edineide Oliveira, Eduardo Manso, Eduardo Rodríguez Tunni, Eero Antturi, Eli Castellanos, Elias Bitencourt, Elias Stenalt Werner, Elman Padilla, Emery Miller, Emily Leong, Emily Maher, Enrico Limcaco, Eric Frisino, Eric Stine, Erik Brandt, Espen, Evan Moss, Evangeline Rupert, Fabiane Lima, Fabio Foncati, Fabrizio Schiavi, Farbod Kokabi, Felipe Lekich, Francisco Martin, Frank Riccio, Frans van Bellen, Gary Holmes, Gautam Rao, Gayle Hendricks, Gene Buban, Georg Herold-Wildfellner, George Aytoun, Gerd Wiescher, Giles Edwards, Gist Studio, Glen Barry, Glenn Parsons, Goro Mihok, Grace Engels, Grant Alexander, Grant Hutchinson, Greg Smith, Gunnar Swanson, Gustavo Machado, Hans Nieuwstraten, Harold Lohner, Hilary Salmon, Hillary Fayle, Hrant H Papazian, Hugo Gallipoli, Ian Drolet, Ian Lynam, Ilona Kincses, Isac Corrêa Rodrigues, Ivette Chacon, Ivo Federspiel, Jacques Le Bailly, Jae-hyoung Choi, Jaime Vasquez, James Edmondson, James Grieshaber, James L. Stirling, James Lukens-Gable, James Martin, James Ockelford, James Puckett, Jarbas Gomes, Jarett Knuth, Jason Adam, Jason Robinson, Javier Suzuki, Jay Chu, Jayson Zaleski, Jean Francois Porchez, Jeff Fisher, Jeff Jarvis, Jeffrey Vanlerberghe, Jelmar Geertsma, Jennifer Clarke, Jennifer Rutherford, Jens Kutilek, Jerry Allen Rose, Jess Latham, Jesse Ragan, Jessica Page, Jesvin Yeo Puay Hwa, Jim Ford, Jim Lyles, Jim Rimmer, Jin Ping, Jo De Baerdemaeker, Joachim Muller-Lance, Joanna Abbott Moss, Joe Francis, Joe VanDerBos, Joel Vilas Boas (J85), John Downer, John Flanagan, John Foley, John Langdon, John Lopez, John Lyttle, John Skelton, Johnny Dib, Jonathan Hughes, Jonathan Pierini, Jos Buivenga, Jose Luis Coyotl Mixcoatl, Juan Acosta, Judd Crush, Judith Lee, Julie Johnson, Julie Oakley, Julie Thomas, Juliet Shen, Jumin Lee, Jurgen Weltin, Justin Callahan, Justin Chodzko, Karel Piska, Karen MacKay, Karin Eberhardt, Karin van Soest, Karla Perez, Katie Parry, Katie Snape, Katri Haycock, Katy Brooks, Kelley Garrard, Kelly Redling, Kent Lew, Kevin D’Souza, Kevin J. Boynton, Kevin McDermott, Kim Arispe, Kokin, Kristen Caston, Kristen Hartman, Kristian Möller, Kristians Šics, Kyle Jones, L Bollinger, Lan Huang, Larry Van Dyke, Laura Ricker, Laura Worthington, Laurel Wilson, LeAndrea James, Lijklema Design, Linda McNeil, Lise Barreto, Louie Crumbley, Louis Duchesne, Luke Dorny, Luke Stouffer, Madison Cramer, Måns Björkman, Marc Salinas Claret, Marcus Leis Allion, Marcus Parker, Marcus Sterz, Marie-Anne Verougstraete, Mark Simonson, Martin Majoor, Matheus Barbosa, Mathias Forslund, Matt Desmond, Matt McInerney, Matt Millette, Matthew Jerauld, Max Kisman, Michael Browers, Michael Bundscherer, Michael Cina, Michael Doret, Michael G. Adkins, Michael Hernan, Michael Paul Young, Michael Wallner, Miguel Catopodis, Mikael Engblom, Mike Jarboe, Mike Petschek, Miriam Martincic, Moira Sheehan, Monica Pedrique, Nacho Gallego, Naomi Atkinson, Natanael Gama, Nathanael Ng, Neil Fox, Neil Patel, Neil Summerour, Neil Woodyatt, Ngoc Ngo, Nguyen Pham, Nicholas Curtis, Nicole Hudson, Nicole Sowinski, Nicolien van der Keur, Nina Stössinger, Noah Scalin, Ojasvi Mohanty, Oleg Macujev, Olivia Choi, Ong Fang Zheng, Pata Macedo, Patrick Gallagher, Patrycja Zywert, Paul Hunt, Paul Langman, Pedro Moura, Pedro Paz, Per Ohlsson, PJ Onori, Premm Design Ltd, Rae Kaiser, Rafael Carozzi, Rafael Cordeiro, Rafael Neder, Randy Jones, Ray Larabie, Raymond Forbes, Ressa McCray, Ricardo Esteves, Ricardo Martins, Riccardo Sartori, Richard Kegler, Richard Miller, Rob Keller, Roballo, Rose Coplon, Roy Rub, Rudo van der Velden, Russell McGorman, Ryan Rushing, Ryan Thorpe, Sander Neijnens, Sara Cross, Scott Boms, Scott Fisk, Sergio Jimenez, Shi-Min Chin, Sílvio Gabriel Spannenberg, Soohyen Park, Sorin Bechira, Stanley Friesesk, Stefan Hattenbach, Stefan Kjartansson, Stephen Lay, Steve Harrison, Steve Marsh, Steve Matteson, Steve Mehallo, Steve Zelle, Steven Bonner, Steven Wulf, Stuart Brown, Stuart Ford, Stuart Sandler, Sue Zafarana, Sulekha Rajkumar, Susan Surface, Tanya T Stroh, Taylor Loman, Ted Ullrich, Teja Ideja, Tena Letica, Terrance Weinzierl, Theo França, Thiago Martins, Tiffany Wardle, Tim Whalen, Titus Nemeth, Tom Plate, Tom Rickner, Tomato Košir, Tomi Haaparanta, Travis Kochel, Troy Leinster, Tyler Heron, Type Mafia, Vanessa Robertson, Veronika Burian, Victor Esteves, Victor Zuniga, Viktor Nübel, Viviana G, Wellinton Reis, Wilson Thomas, Wolfgang Homola, Xavier Dupre, Xerxes Irani, Zvika Rosenberg These designers represented the following countries: Argentina, Australia, Austria, Belgium, Brazil, Canada, Columbia, Croatia, Czech Republic, El Salvador, England, Finland, France, Germany, India, Ireland, Italy, Japan, Latvia, Lebanon, Mexico, New Zealand, Peru, Poland, Portugal, Scotland, Siberia, Singapore, Slovenia, Spain, Sweden, Switzerland, The Netherlands, Ukraine, United States, Venezuela, Vietnam

The famous roman type cut in Venice by Nicolas Jenson, and used in 1470 for his printing of the tract, De Evangelica Praeparatione, Eusebius, has usually been declared the seminal and definitive representative of a class of types known as Venetian Old Style. The Jenson type is thought to have been the primary model for types that immediately followed. Subsequent 15th-century Venetian Old Style types, cut by other punchcutters in Venice and elsewhere in Italy, are also worthy of study, but have been largely neglected by 20th-century type designers. There were many versions of Venetian Old Style types produced in the final quarter of the quattrocento. The exact number is unknown, but numerous printed examples survive, though the actual types, matrices, and punches are long gone. All these types are not, however, conspicuously Jensonian in character. Each shows a liberal amount of individuality, inconsistency, and eccentricity. My fascination with these historical types began in the 1970s and eventually led to the production of my first text typeface, Iowan Old Style (Bitstream, 1991). Sometime in the early 1990s, I started doodling letters for another Venetian typeface. The letters were pieced together from sections of circles and squares. The n, a standard lowercase control character in a text typeface, came first. Its most unusual feature was its head serif, a bisected quadrant of a circle. My aim was to see if its sharp beak would work with blunt, rectangular, foot serifs. Next, I wanted to see if I could construct a set of capital letters by following a similar design system. Rectangular serifs, or what we today call "slab serifs," were common in early roman printing types, particularly text types cut in Italy before 1500. Slab serifs are evident on both lowercase and uppercase characters in roman types of the Incunabula period, but they are seen mainly at the feet of the lowercase letters. The head serifs on lowercase letters of early roman types were usually angled. They were not arched, like mine. Oddly, there seems to be no actual historical precedent for my approach. Another characteristic of my arched serif is that the side opposite the arch is flat, not concave. Arched, concave serifs were used extensively in early italic types, a genre which first appeared more than a quarter century after roman types. Their forms followed humanistic cursive writing, common in Italy since before movable type was used there. Initially, italic characters were all lowercase, set with upright capitals (a practice I much admire and would like to see revived). Sloped italic capitals were not introduced until the middle of the sixteenth century, and they have very little to do with the evolution of humanist scripts. In contrast to the cursive writing on which italic types were based, formal book hands used by humanist scholars to transcribe classical texts served as a source of inspiration for the lowercase letters of the first roman types cut in Italy. While book hands were not as informal as cursive scripts, they still had features which could be said to be more calligraphic than geometric in detail. Over time, though, the copied vestiges of calligraphy virtually disappeared from roman fonts, and type became more rational. This profound change in the way type developed was also due in part to popular interest in the classical inscriptions of Roman antiquity. Imperial Roman letters, or majuscules, became models for the capital letters in nearly all early roman printing types. So it was, that the first letters in my typeface arose from pondering how shapes of lowercase letters and capital letters relate to one another in terms of classical ideals and geometric proportions, two pinnacles in a range of artistic notions which emerged during the Italian Renaissance. Indeed, such ideas are interesting to explore, but in the field of type design they often lead to dead ends. It is generally acknowledged, for instance, that pure geometry, as a strict approach to type design, has limitations. No roman alphabet, based solely on the circle and square, has ever been ideal for continuous reading. This much, I knew from the start. In the course of developing my typeface for text, innumerable compromises were made. Even though the finished letterforms retain a measure of geometric structure, they were modified again and again to improve their performance en masse. Each modification caused further deviation from my original scheme, and gave every font a slightly different direction. In the lower case letters especially, I made countless variations, and diverged significantly from my original plan. For example, not all the arcs remained radial, and they were designed to vary from font to font. Such variety added to the individuality of each style. The counters of many letters are described by intersecting arcs or angled facets, and the bowls are not round. In the capitals, angular bracketing was used practically everywhere stems and serifs meet, accentuating the terseness of the characters. As a result of all my tinkering, the entire family took on a kind of rich, familiar, coarseness - akin to roman types of the late 1400s. In his book, Printing Types D. B. Updike wrote: "Almost all Italian roman fonts in the last half of the fifteenth century had an air of "security" and generous ease extremely agreeable to the eye. Indeed, there is nothing better than fine Italian roman type in the whole history of typography." It does seem a shame that only in the 20th century have revivals of these beautiful types found acceptance in the English language. For four centuries (circa 1500 - circa 1900) Venetian Old Style faces were definitely not in favor in any living language. Recently, though, reinterpretations of early Italian printing types have been returning with a vengeance. The name Vendetta, which as an Italian sound I like, struck me as being a word that could be taken to signifiy a comeback of types designed in the Venetian style. In closing, I should add that a large measure of Vendetta's overall character comes from a synthesis of ideas, old and new. Hallmarks of roman type design from the Incunabula period are blended with contemporary concerns for the optimal display of letterforms on computer screens. Vendetta is thus not a historical revival. It is instead an indirect but personal digital homage to the roman types of punchcutters whose work was influenced by the example Jenson set in 1470. John Downer.