As the winter holiday season approaches, it’s time to give your designs a touch of frosty magic. Imagine letterforms that glisten with snow, adding a charming and whimsical feel to your design work. Look no further than Snowgoose—the ultimate Christmas typeface for graphic designers. With Snowgoose, you’ll save time and effort by using a pre-designed typeface that mimics the look of a snow-capped letterform. No more tedious manual filling or attempting to create the snow effect from scratch. Snowgoose is designed to give your work that perfect wintery touch with its multiple layers that help you achieve the snow effect quickly and easily. But it’s not just the snow effect that makes Snowgoose stand out. This typeface is built on an old-fashioned typeface, which adds a vintage charm to your designs. The result is a perfect balance between classic design and modern aesthetic, all while staying true to the winter holiday theme. Adding the finishing touches to your design is just as easy. Enhance the snow layer with a fuzzy light blue shadow to create an emboss effect, and your design will be ready for the season. Imagine creating your holiday designs effortlessly, leaving you with more time to enjoy the festivities and spend time with your loved ones. So don’t wait any longer. With Snowgoose, you can create stunning winter holiday designs that stand out from the crowd. Get your hands on this instrument of choice and create magical designs that will bring joy and cheer to everyone who sees them. Most Latin-based European writing systems are supported, including the following languages. Afaan Oromo, Afar, Afrikaans, Albanian, Alsatian, Aromanian, Aymara, Bashkir (Latin), Basque, Belarusian (Latin), Bemba, Bikol, Bosnian, Breton, Cape Verdean, Creole, Catalan, Cebuano, Chamorro, Chavacano, Chichewa, Crimean Tatar (Latin), Croatian, Czech, Danish, Dawan, Dholuo, Dutch, English, Estonian, Faroese, Fijian, Filipino, Finnish, French, Frisian, Friulian, Gagauz (Latin), Galician, Ganda, Genoese, German, Greenlandic, Guadeloupean Creole, Haitian Creole, Hawaiian, Hiligaynon, Hungarian, Icelandic, Ilocano, Indonesian, Irish, Italian, Jamaican, Kaqchikel, Karakalpak (Latin), Kashubian, Kikongo, Kinyarwanda, Kirundi, Kurdish (Latin), Latvian, Lithuanian, Lombard, Low Saxon, Luxembourgish, Maasai, Makhuwa, Malay, Maltese, Māori, Moldovan, Montenegrin, Ndebele, Neapolitan, Norwegian, Novial, Occitan, Ossetian (Latin), Papiamento, Piedmontese, Polish, Portuguese, Quechua, Rarotongan, Romanian, Romansh, Sami, Sango, Saramaccan, Sardinian, Scottish Gaelic, Serbian (Latin), Shona, Sicilian, Silesian, Slovak, Slovenian, Somali, Sorbian, Sotho, Spanish, Swahili, Swazi, Swedish, Tagalog, Tahitian, Tetum, Tongan, Tshiluba, Tsonga, Tswana, Tumbuka, Turkish, Turkmen (Latin), Tuvaluan, Uzbek (Latin), Venetian, Vepsian, Võro, Walloon, Waray-Waray, Wayuu, Welsh, Wolof, Xhosa, Yapese, Zapotec Zulu and Zuni.

Here is a "Decorative Braille font". The initial design was indeed drawn on a K.I.S.S digital sketchpad, the Windows default drawing tool (Microsoft Paint, classic version). A. Glyph Concept The Braille 2x3 dot matrix is weaved around a diamond-shape. a.1. Each "dot" is represented by a "right-angle isocel triangle". a.2. Braille dots in Diamond Braille a.2.I. "Dots" are outside the diamond for first Braille row (Braille dots 1, 4) and third Braille row (Braille dots 3, 6). a.2.II. "Dots" are inside the diamond for second Braillle row (Braille dots 2, 5). a.3. Diamond lattice Glyphs are connected horizontally (to/bottom diamond's corners) and vertically (left/right corners) to each other (see poster 5). a.4. Special Glyphs - Space: its is either empty ("Empty cell") or a "non Braille shape" { _, ° } depending on your display needs (as explained in b.3.II) - 6 dots: { £, =, û } - 6 empty dots: { ç, ¥ } B. Font user guide b.1. Lowercase glyphs { A..Z } In these glyphs the "dots" are represented as a white right-angle isocel triangle filled with a smaller black triangle. b.2. Uppercase glyphs { a..z } In these glyphs, the "dots" are represented as an empty triangle (this is an "empty dot"). b.3. 'Space' vs 'Empty Cell' b.3.I. 'Space' - 'Space' glyph is an empty shape - '¶' glyph (at the end of each line in Microsoft Word) is also an empty shape b.3.II. 'Empty cell' glyphs: _ (underscore), ° (degree). In these glyphs there are 2 "empty dots" at top and bottom corners of the diamond, which differentiates them from regular Braille glyphs (which dont have a "dot in the middle"). b.4. Diamond Lattice To display text as a 'diamond lattice', replace each 'Space' by an 'Empty cell' (as explained in b.3.II, see poster 5) b.5. Connectors The connector glyphs allow the creation of "circuit like" designs (see poster 1). Here are the connector glyphs: { µ, à, â, ä, ã, è, é, ê, ë, î, ï } b.6. Domino feature Some Glyphs represent numbers 1..6 in a way which is similar than on dominos (see poster 6) C. Posters Poster 1: the "Font Logo", it displays "Diamond Braille" text together with the Connectors feature. Poster 2: a pangram which is published on pangra.me ( "Adept quick jog over frozen blue whisky mix" ). Poster 3: an illustration of the Domino feature. Poster 4: a DiamondBraille version of the Periodic table. Poster 5: illustration of the Diamond lattice using only 6 dots ( û ) and 6 empty dots ( ç ) glyphs.

Hypnerotomachia Poliphili, which can be translated in English as “Dreaming Love Fighting of Poliphilus”, is a romance about a mysterious arcane allegory in which the main protagonist, Poliphilo, pursues his love, Polia, through a dreamlike landscape. In the end, he is reconciled with her by the “Fountain of Venus”. The author of the book is anonymous, however, an acrostic formed by the first, elaborately decorated letter in each chapter in the original Italian reads “POLIAM FRATER FRANCISCVS COLVMNA PERAMAVIT”, which means “Brother Francesco Colonna has dearly loved Polia”. Despite this clue, the book has also been attributed to many other authors. The identity of the illustrator is less certain than that of the author. It was first published in Venice, in December 1499, by Aldo Manutio. This first edition presents an elegant and unique page layout, with refined woodcut illustrations in an Early Renaissance style and a refined Roman font, cut by Francesco da Bologna, which is a revised version of the type used in 1496 for the De Aetna of Pietro Bembo. The print quality is very high for the time, but nevertheless it presents many inconsistencies and imperfections due to the non-ideal inking and adherence of the matrix to the paper. For that reason numerous samples of the original have been used to create every single glyph which will result in an appropriate reconstruction and not a mere and humble reproduction. Some letters like \J, \U and \W were extrapolated, because they are not part of the original alphabet of the period. Some letters like \Q, \X, \Y, \Z and \h have been updated to more modern variants, but the original shape is accessible by Stylistic Alternates Opentype Feature, which also changes the shape of the \V and the \v. The original numerals \zero, \one, \tree, \four and \six have been accompanied by reconstructions of the missing numbers and extended by modern figures. Finally, swashed lower cases and original scribal abbreviations were also included. The font has joined by a matching Italic variant, closely inspired from Aldo Manuzio's 1501 "Vergilius", the first book printed entirely in Italic type by Francesco da Bologna.

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).

Zebramatic - A Lettering Safari Zebramatic is a font for editorial design use, to create headlines and titles in eye-catching stripes. Constructed to offer flexible and a variety of graphical possibilities, Zebramatic type is easy to use. The font is offered in three styles: POW, SLAM and WHAM. These styles work both as ready-made fonts and as patterns to create unique, individualized type. The font design’s full potential is unleashed by layering glyphs from two or all three styles in different colors or shades. Working with the different styles I was reminded of the late Jackson Pollock poured paintings—in particular the documentation of his painting process by Hanz Namuth and Paul Falkernburg in the film Jackson Pollock 51. In Pollock’s pictures the complex allure arises from how he layered the poured and dripped paint onto the canvas. Similar joyful experience and exciting results emerge by layering the different styles of Zebramatic type. Texture In the heart of the Design is Zebramatics unique texture. It is based on an analog distorted stripe pattern. The distortion is applied to a grade that makes the pattern complex but still consistent and legible. You can view some of the initial stripe patterns in the background of examples in the Gallery. Zebramatic POW, SLAM and WHAM each offer a distinct pallet of stripes—a unique zebra hide. POW and WHAM use different distortions of the same line width. SLAM is cut from a wider pattern with thicker stripes. The letter cut and kerning is consistent throughout styles. Design Concept Attention-grabbing textured or weathered fonts are ideal for headlines, ads, magazines and posters. In these situations rugged individuality, letter flow, and outline features are magnified and exposed. Textured fonts also immediately raise the design questions of how to create alignment across a word and deal with repeated letters. Zebramatic was conceived as an especially flexible font, one that could be used conveniently in a single style or by superimposing, interchanging and layering styles to create a unique type. The different styles are completely interchangeable (identical metrics and kerning). This architecture gives the typographer the freedom to decide which form or forms fit best to the specific project. Alignment and repetition were special concerns in the design process. The striped patterns in Zebramatic are carefully conceived to align horizontally but not to match. Matching patterns would create strong letter-pairs that would “stick out” of the word. For example, take the problematic word “stuff”. If Zebramatic aligned alphabetically, the texture of S T and U would align perfectly. The repeated F is also a problem. Imagine a headline that says »LOOK HERE«. If the letters OO and EE have copied »unique« glyphs - the headline suggests mass production, perhaps even that the designer does not care. Some OpenType features can work automatically around such disenchanting situations by accessing different glyphs from the extended glyph-table. However these automations are also repeated; the generated solutions become patterns themselves. Flip and stack To master the situation described above, Zebramatic offers a different programmatic practice. To eliminate alphabetic alignment, the letters in Zebramatic are developed individually. To avoid repetition, the designer can flip between the three styles (POW, SLAM, WHAM) providing three choices per glyph. Stacking layers in different sequences provides theoretical 27 (3*3*3) unique letterforms. A last variable to play with is color (i.e. red, blue, black). Images illustrating the layering potential of Zebramatic are provided in the Gallery. The design is robust and convenient. The font is easily operated through the main font panel (vs. the hidden sub-sub-menu for OpenType related features). The process of accessing different glyphs is also applicable in programs that do not support OpenType extensively (i.e. Word or older Versions of Illustrator). International Specs Zebramatic is ready for your international typographic safari. The font contains an international character set and additional symbols – useful in editorial and graphic design. The font comes in OpenType PostScript flavored and TrueType Format.

I spend a lot of time following two obsessions: packaging and hand lettering. Alongside a few other minor obsessions, those two have been my major ones for so many years now, I've finally reached the point where I can actually claim them as “obsessions” without getting a dramatic reaction from the little voice in the back of my head. When you spend so much time researching and studying a subject, you become very focused, directionally and objectively. But of course some of the research material you run into turns out to be tangential to whatever your focus happens to be at the time, so you absorb what you can from it, then shelf it — like the celebrity bobblehead that amused you for a while, but is now an almost invisible ornament eating dust and feathers somewhere in your environment. And just like the bobblehead may fall off the shelf one day to remind you of its existence, some of my lettering research material unveiled itself in my head one day for no particular reason. Hand lettering is now mostly perceived as an American art. Someone with my historical knowledge about lettering may be snooty enough to go as far as pointing out the British origins of almost everything American, including lettering — but for the most part, the contemporary perspective associates great lettering with America. The same perspective also associates blackletter, gothics and sans serifs with Germany. So you can imagine my simultaneous surprise and impatience when, in my research for one of my American lettering-based fonts, I ran into a German lettering book from 1953, by an artist called Bentele. It was no use for me because it didn't propel my focus at that particular time, but a few months ago I was marveling at what we take for granted — the sky is blue, blackletter is German, lettering is American — and found myself flipping through the pages of that book again. The lettering in that book is upbeat and casual sign making stuff, but it has a slightly strange and youthful experimentation at its heart. I suppose I find it strange because it deviates a lot from the American stuff I'm used to working with for so long now. To make a long story short, what’s inside that German book served as the semilla, which is Spanish for seed, for the typeface you see all over these pages. With Semilla, my normal routine went out the window. My life for a while was all Bezier all the time. No special analog or digital brushes or pens were used in drawing these forms. They're the product of a true Bezier process, all starting with a point creating a curve to another point, which draws a curve to another point, and so on. It’s a very time-consuming process, but at the end I am satisfied that it can get to pretty much the same results easier and more traditional methods accomplish. And as usual with my fonts, the OpenType is plenty and a lot of fun. Experimenting with substitution and automation is still a great pleasure for me. It is the OpenType that always saves me from the seemingly endless work hours every type designer must inevitably have to face at one point in his career. The artful photos used in this booklet are by French photographer and designer Stéphane Giner. He is very deserving of your patronage, so please keep an eye out for his marvelous work. I hope you like Semilla and enjoy using it. I have a feeling that it marks a transition to a more curious and flexible period in my career, but only time will tell.

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.

Roller Poster is named after Alfred Roller. In 1902, Roller created a poster to advertise the 16th exhibit of Austrian Artists and Sculptures Association, representing the Vienna Secession movement. The exhibit was to take place in Vienna during January & February 1903. The location is not mentioned because everyone in Vienna knew it would be held at the exhibit hall in the Secession Building at Friedrichstraþe 12, a few blocks south of the Opernring, near the Naschmarkt. Designed by Joseph Maria Olbrich in 1897, the buiilding has been restored and stands today as one finest of the many fine examples of Art Nouveau architecture in Vienna (see vienna_secession_bldg.jpg). Because of its dome, it is called “the golden cabbage.” The poster itself is unique. The word “secession” is in one type style and takes up two-thirds of the elongated poster. At the bottom of the poster are the details in a different lettering style. It is this second style at the bottom that is the basis for the font Roller Poster. In keeping with our regular naming conventions, we were going to call it Roller Gezeichnete (hand-drawn), but the wonderful play on both words and the shape of the three S’s in secession was too compelling. In November 1965 there was an exhibit of Jugendstil and Expressionist art at the University of California. Alfred Roller’s Secession Poster was part of that exhibit. Wes Wilson was designing promotional material at Contact Printing in San Francisco. Among their clients was a rock promoter named Bill Graham, staging dance-concerts at Fillmore Auditorium. Wilson saw the catalog from the UC exhibit and Roller’s lettering. Wilson adapted Roller’s letter forms to his own fluid style. The result was the poster for the August 12-13, 1966 Jefferson Airplane/Grateful Dead concert at Fillmore put on by Graham (BG23-1). Wilson continued to use Roller’s letter forms on most of the posters he did for Graham through May 1967, when he stopped working for Graham. The posters were extremely successful and the lettering style along with Roller’s letter forms were picked up by other artists, including Bonnie MacLean, Clifford Charles Seeley, James Gardner, and others. The Secession poster and the Fillmore posters have inspired a number of fonts in addition to ours. Among them are JONAH BLACK (& WHITE) by Rececca Alaccari, LOVE SOLID by Leslie Carbarga and MOJO by Jim Parkinson. Each is different and yet each clearly shows its bloodlines. Our font differs in two ways: 1) the general differences in the interpretation of the letter forms and 2) the modification of the basic letter form to incorporate the diacriticals within the implied frame of the letter, after the manner of the original design by Roller. We borrowed Carbarga’s solution to the slashed O and used it, in a modified form, for other characters as well to accomplish the same purpose. We recommend that you buy ours and at least one of the other three. According to Alaccari, a version called URBAN was released by Franklin Lettering in the 70’s (and is shown on page 51 of The Solotype Catalog). For comparison of our font to original design, see image files roller_poster_2s.jpg of original poster and roller_poster_2sx.jpg showing reconstruction using our font for the lower portion (recontructed area indicated by blue bar). Please note the consistency of character width. In the lower case, 23 of the basic 26 letters are 1/2 EM Square wide. The ‘i’ is an eighth narrower, while the ‘m’& ‘w’ are one quarter wider. All the Upper Case letters are 1/8 EM wider than the lower case. This is to make it easier to fill a geometrical shape like a rectangle, allowing you to capture a little of the flavor of Wes Wilson’s Fillmore West poster using only a word processor. We have also included a number of shapes for use as spacers and endcaps. If you have a drawing program that allows you to edit an ‘envelope’ around the letters to distort their shape, you can really get creative. I used Corel Draw for the gallary images, but there are other programs that can accomplish the same thing. The image file “roller_poster_keys.jpg” shows the complete character set with the keystrokes required for each character (see “HiH_Font_readme.txt” for instruction on inserting the non-keyboard characters). The file “roller_poster_widths.jpg” shows the exact width of each character in EM units (based on 1000 units per EM square). You will notice that the font is set wide for readability. However, most programs will allow you to tighten up on the character spacing after the manner of Roller & Wilson. In MS Word, for example, go to the FORMAT menu > FONT > CHARACTER SPACING. Go to the second Drop-Down Menu, labeled ‘Spacing’ and select "condensed' and then set the amount that you want to condense ‘by’ (key on the little arrows); two points (2.0) is a godd place to start. Let your motto be EXPLORE & EXPERIMENT. Art Nouveau has always been one of my favorite movements in art -- I grew up in a home with a couple of Mucha prints hanging on the living room wall. Perhaps because of that and because I lived through the sixties, I have enjoyed researching and designing this font more than any other I have worked on. Let’s face it (pardon the pun), Roller Poster is a FUN font. You owe it to yourself to have fun using it.