Hawkes is an extensive handmade typeface family that comes with a bundle of weights, widths and styles, all designed to work cohesively. Here is a breakdown of the Hawkes family. Hawkes Sans: The primary subfamily is a sans-serif typeface that includes nine fonts: three weights (light, medium and bold) and three widths (narrow, regular and wide). Within this set are an array of stylistic features; including small capitals, character style alternatives, discretionary ligatures and contextual alternatives. See details below for more information on OpenType Features. Hawkes Variable Width Sans: The secondary subfamily is the same base sans-serif fonts but combined in variating widths. Essentially, it takes all three widths of each weight and randomly mixes them together. This creates a funky and creative alternative to the more traditional sans-serif set. The variations are for the uppercase, lowercase, small capitals, ligatures and numbers. Hawkes Script: The last subfamily is the script typeface. It’s a quirky script with variations of its own, including ligatures, swashes and contextual alternatives (again, see below for further details.) The script font works great as a complimentary style to the sans-serif, or on it’s own. FEATURES Alright, let’s get into all the extra goodies this typeface has to offer. Small Capitals: Small caps are short capital letters designed to blend with lowercase text. These aren’t just capital letters just scaled down but designed to fit with the weight of both the lowercase and capitals. With Hawkes, small caps can either sit on the baseline (in line with the base of the capital and lowercase) or to be lifted to match the height of the capital letters by applying the discretionary ligature setting in the OpenType panel. These small capitals have a dot underlining them that sit along the baseline. The feature offers a unique display affect that is great for logos, titles and other headline needs. Discretionary Ligatures: A discretionary ligature is more decorative and unique combination than a standard ligature and can be applied at the users discretion (as the name indicates.) The specific styling for these ligatures varies for different fonts. With Hawkes, they are used as an all capital styling feature, or to lift the small capitals to align with the height of the capitals. In the former setting, both lowercase and uppercase letters are first changed to all capitals, then a specialized set of letter combinations are transitioned so small characters are positioned within a main capital letter. These combinations only happen with main characters that include an applicable stem, such as C F K L R T Y. Some of these combinations include two or three characters. When Small Caps is turned ‘on’, this feature will lift the small caps to the height of the capital letter. For more information, please check out the user guide! Stylistic Alternatives: Stylistic alternates are a secondary form of a character, often used to enhance the look or style of a font. For Hawkes, these alternatives provide a slightly more handmade feel. A - the capital and small capital A will lose its pointed apex and become rounded. Think of it more as an upside-down U than an up-side-down V ;-) Oo, G, Ss, Cc- these characters’ topmost terminal becomes a loop. The O is applied automatically, the G S and C need to be turn on individually. Titling Alternatives: This feature does sort of the opposite of what it intends. Instead of being used for titling purposes, this feature makes the text look better in paragraph text settings. Kk Rr h n m - curved terminals on the are straightened e - the counter stroke also gets straightened from a more looping motion y - the shape of y is changed from a rounded character to a sharper apex (think more like a ‘v’ than ‘u’) Contextual Alternatives: Contextual alternates are glyphs designed to work within context of other adjacent glyphs. With Hawkes Sans, there are three slightly different variations per character. The feature rotates the application of each variation. This helps with organic authenticity, so if you have two e’s next to each other, they won’t look identical (reflecting the natural variations in handwriting and lettering.) With Hawkes Variable width fonts, I have created a contextual pattern that randomizes the widths of each character. So, when the feature is turned ‘on’ in the OpenType panel, the widths would alternate in a pattern such as: Narrow, Wide, Regular, Narrow, Regular Wide, Narrow, etc. It happens automatically so the user doesn’t have to think or worry about getting a random seed. With Hawkes Script, contextual alternates allow strokes to connect properly from one character to the next while maintaining a believable, natural flow. Connecting strokes are present for two letters next to each other but are replaced by a shorter stroke when located at the end of a word or sentence. Some characters have in-strokes when located at the start of a word. When a character is preceded by a capital letter that doesn’t connect, it too needs an in-stroke or altered spacing. This feature is complicated and messy, but luckily you don’t really have to think about it! I’ve done all the coding so all you have to do is turn ‘on’ the feature in the OpenType panel and you are off to the races! I’m just letting you know what’s happening behind the scenes. Swashes: These are just for Hawkes Script and provide tail swashes to the start and ends of letters. There are three different options. You can pick the basic option by turning ‘on’ the swash feature in the OpenType panel, or you can pick using the Glyph panel. Stylistic Sets: This feature work in new versions of Illustrator CC and InDesign CC. You can pick specific styling sets instead of turning on an entire feature. For example, let’s say you want to have a loopy S, but not a loopy C or O, you can just turn on the S in the Style Set. It also helps create the little drop box that pops up when you hover over a character, showing you the alternates associated with that character. This makes it easy to pick and choose specific styles you want in a word or headline. ---------- And there it is folks! That’s all the basic info on Hawkes, I know it’s been a lot and I appreciate you hanging on. If you are like me and need more of a visual reference to accessing all these goodies, I’ve made a user guide to help navigate Hawkes and everything it has to offer. Altogether this extensive family boasts 14 total fonts in a wide array of styles, weights and widths, making it a great addition to any handmade type collection. Enjoy!

American Revolution is a unique collection of signatures of 84 key personalities from both sides of the American Revolutionary War, one of the supreme dramas in history. A must-have for autograph collectors, desktop publishers, history buffs, or anyone who has ever dreamed of sending a letter, card, or e-mail “signed” as if by one of these famous Revolionary War figures. This font includes signatures from the following American Revolutionary War personalities, from both sides: Ethan Allen, Charles T. Armand, John Armstrong, Benedict Arnold, Pudhomme de Borre, John Cadwalader, George Rogers Clark, George Clinton, James Clinton, Thomas Conway, William Davidson, Philippe du Coudray, The Chevalier Louis Lebegue dePresle Duportail, Chistopher Gadsden, Horatio Gates, Moses Hazen, John Glover, Mordecai Gist, Nathaniel Greene, William Heath, Edward Hand, John E. Howard, Robert Howe, Isaac Huger, William Irvine, Henry Knox, Baron Johann de Kalb, Tadeusz Kosciuszko, Marquis de Lafayette, Charles Lee, Henry Lee, Andrew Lewis, William Maxwell, Benjamin Lincoln, Francis Marion, James Moore, Daniel Morgan, William Moultrie, Peter Muhlenberg, Alexander McDougall, Lewis Nicola, Lachlan McIntosh, John Nixon, Hugh Mercer, Samuel H. Parsons, Thomas Mifflin, John Paterson, Richard Montgomery, Andrew Pickens, Charles Cotesworth Pinckney, Enoch Poor, Count Casimir Pulaski, Israel Putnam, Joseph Reed, Elisha Sheldon, Arthur St. Clair, William Smallwood, Philip Schuyler, John Stark, Charles Scott, Adam Stephen, John Sullivan, Jethro Sumner, Thomas Sumter, James Varnum, Baron Friedrich Wilhelm August Heinrich Ferdinand von Steuben, Lord Stirling, Artemas Ward, Joseph Warren, George Washington, Anthony Wayne, James Wilkinson, Otho H. Williams, John Paul Jones, William Woodford, David Wooster, John Burgoyne, Sir Guy Carleton, Charles Cornwallis, Sir Henry Clinton, Sir Thomas Gage, Richard, Earl Howe, Sir William Howe, Sir Banastre Tarleton. This font behaves exactly like any other font. Each signature is mapped to a regular character on your keyboard. Open any Windows application, select the installed font, and type a letter, and the signature will appear at that point on the page. Painstaking craftsmanship and an incredible collection of hard-to-find signatures go into this one-of-a-kind font. Comes with a character map.

A very expanded sans serif font in capital letters inspired by the inscription on a bank note Old bank notes tend to have a very typical typography. Usually they carry decorative and elaborately designed markings. For one thing, they must be practically impossible to forge and for another, they should make a respectable and legitimate impression. And in the days of copper and steel engravings, that meant nothing less than creating ornate, shaded or otherwise complicated scripts. Designing the appropriate script was literally in the hands of the engraver. That’s why I noticed this bank note from 1948. It is the first 20 mark bill in the then newly created currency ”Deutsche Mark.“ All other bank notes of the 1948 series show daintier forms of typography with an obvious tendency toward modern face. The 1949 series which followed shortly thereafter reveals the more complicated script as well. For whatever reason, only this 20 mark bill displays this extremely expanded sans serif variation of the otherwise Roman form applied. This peculiarity led me in the year 2010 to create a complete font from the single word ”Banknote.“ Back to those days in the 40’s, the initial edition of DM bank notes was carried out by a special US-American printer who was under pressure of completing on time and whose engravers not only engraved but also designed. So that’s why the bank notes resemble dollars and don’t even look like European currency. That also explains some of the uniquely designed characters when looked at in detail. Especially the almost serif type form on the letters C, G, S and Z, but also L and T owe their look to the ”American touch.“ The ingoFont Banknote 1948 comprises all characters of the Latin typeface according to ISO 8859 for all European languages including Turkish and Baltic languages. In order to maintain the character of the original, the ”creation“ of lower case letters was waived. This factor doesn’t contribute to legibility, but this kind of type is not intended for long texts anyway; rather, it unfolds its entire attraction when used as a display font, for example on posters. Banknote 1948 is also very suitable for distortion and other alien techniques, without too much harm being done to the characteristic forms. With Banknote 1948 ingoFonts discloses a font like scripts which were used in advertising of the 1940’s and 50’s and were popular around the world. But even today the use of this kind of font can be expedient, especially considering how Banknote 1948, for its time of origin, impresses with amazingly modern detail.

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).

Among the countless typefaces available today, the Modern Face style is relatively underrepresented. During the 19th century and then later with the competition from the mechanized hot metal types and film setting, a number of attractive headline types appeared in this style. For text, however, the available types were limited to those based on tried and true classics like Walbaum, Didot and Bodoni, which were created between 1780 and 1830, as well as a few variations from the end of the 19th and beginning of the 20th centuries. The demand for new Modern text types remained nonexistant until the 1960s. Such was the situation when the Haas'sche Schriftgiesserei (Haas Type Foundry) commissioned me to come up with a concept and sketches of a new hot metal type. I was able to convince the director of the foundry that there was a niche to be filled with contemporary Modern typography. Another reason for the production of a new type was of a technical nature: the introduction of a new setting technique should not be limited to existing typefaces, but instead should lead to innovative text types suited to the demands of the new applications. André Gürtler, Basilia's designer: I began to work on the concept and initial designs of the new text type in 1968. I wanted to give the type a classical look, expressed above all in the strong stroke contrast between the robust verticals and fine horizontal strokes and serifs. This is one of the main characteristics of Modern typography.""This new typeface, Basilia, is distinguished by its soft, open appearance as well as a number of details which together mark a departure from historical models. For example, it has nothing of Bodoni's round letters and their angular, narrow spacing, and displays instead round forms with a much softer stroke in the curves. It was very important to me to avoid the Modern characteristic of stiff, vertical, grid-like strokes and to create instead a lighter, more transparent type. I retained the Modern style by using straight horizontal serifs at right angles to the strokes to still give the type its sense of rigidity." Three sketches for Basilia (normal, italic, and bold) were finished in 1973. Only the 9-point size was produced at first. In the following years, basic weights were made and adapted to filmsetting."

Introducing Remissis—the sans-serif typeface that’s the perfect balance of casual and refined. With its off-grid letterforms, Remissis has a natural and organic feel that’s hard to come by in other typefaces. It’s not too laid-back to be dismissed as whimsical, but it’s not too rigid either. It strikes the perfect balance of being approachable yet professional. If you’re looking for a typeface that can convey the idea of softness and naturalness without coming off as too playful or zany, then Remissis is the perfect choice. Its delicate horizontal angles add a touch of elegance, making it ideal for projects that require a refined and sophisticated aesthetic. Designed for high-resolution displays and print, Remissis’s unique “lining old-style” numerals are available in OpenType-capable apps, giving you even more design flexibility. And with numerous mathematical symbols, monetary symbols, and diacritical marks, Remissis is versatile and functional. Available in seven weights and italics, Remissis is a typeface that’s sure to elevate any project. So if you’re looking for a typeface that’s both approachable and refined, choose Remissis. Most Latin-based European, Vietnamese, Greek, and most Cyrillic-based writing systems are supported, including the following languages. Afaan Oromo, Afar, Afrikaans, Albanian, Alsatian, Aromanian, Aymara, Azerbaijani, Bashkir, Bashkir (Latin), Basque, Belarusian, Belarusian (Latin), Bemba, Bikol, Bosnian, Breton, Bulgarian, Buryat, Cape Verdean, Creole, Catalan, Cebuano, Chamorro, Chavacano, Chichewa, Crimean Tatar (Latin), Croatian, Czech, Danish, Dawan, Dholuo, Dungan, Dutch, English, Estonian, Faroese, Fijian, Filipino, Finnish, French, Frisian, Friulian, Gagauz (Latin), Galician, Ganda, Genoese, German, Gikuyu, Greenlandic, Guadeloupean Creole, Haitian Creole, Hawaiian, Hiligaynon, Hungarian, Icelandic, Igbo, Ilocano, Indonesian, Irish, Italian, Jamaican, Kaingang, Khalkha, Kalmyk, Kanuri, Kaqchikel, Karakalpak (Latin), Kashubian, Kazakh, Kikongo, Kinyarwanda, Kirundi, Komi-Permyak, Kurdish, Kurdish (Latin), Kyrgyz, Latvian, Lithuanian, Lombard, Low Saxon, Luxembourgish, Maasai, Macedonian, Makhuwa, Malay, Maltese, Māori, Moldovan, Montenegrin, Nahuatl, Ndebele, Neapolitan, Norwegian, Novial, Occitan, Ossetian, Ossetian (Latin), Papiamento, Piedmontese, Polish, Portuguese, Quechua, Rarotongan, Romanian, Romansh, Russian, Rusyn, Sami, Sango, Saramaccan, Sardinian, Scottish Gaelic, Serbian, Serbian (Latin), Shona, Sicilian, Silesian, Slovak, Slovenian, Somali, Sorbian, Sotho, Spanish, Swahili, Swazi, Swedish, Tagalog, Tahitian, Tajik, Tatar, Tetum, Tongan, Tshiluba, Tsonga, Tswana, Tumbuka, Turkish, Turkmen (Latin), Tuvaluan, Ukrainian, Uzbek, Uzbek (Latin), Venda, Venetian, Vepsian, Vietnamese, Võro, Walloon, Waray-Waray, Wayuu, Welsh, Wolof, Xavante, Xhosa, Yapese, Zapotec, Zarma, Zazaki, Zulu and Zuni.

This font is the younger sister of HexBraille with which it may be combined to create new patterns. This also explains why their introductory text are similar. Introduction The purpose of this monospace font is to display braille in an original and "steganographic" way. The Kernig prefix means "Robust" in German, this is because of the crank shapes . The core of the glyph design is a flat hexagon which can be read as 3 rows of 2 dots (i.e. regular braille glyph grid). Even if within a glyph, braille dots ("square dots" indeed) are placed on the vertices of a flat hexagon, the difference with HexBraille is that edges connecting vertices are not straight lines but "crank shapes" instead. This can be summarized by saying that the whole glyph is a Hexcrank (a flat hexagon where vertice pairs are connected by a crank shape) NB: The initial design is illustrated by glyphs 'ç' (no dot) and 'û' (6 dots) as shown by poster 6. A. "Kernig Lattice" In KernigBraille, glyphs are connected to each other, thus for each Hexcrank glyph there are 6 connections: 2 on left/right and 4 on top/bottom. In the final design some cranks were removed for esthetical reason (i.e. leave empty space for allowing patterns diversity). In summary, a text using this font won't display a honeycomb but a lattice instead. NB: Please notice that in order to obtain the lattice without vertical gaps, you must set the interline to 0. The lattice is made from 3 kind of shapes: a.1. Hexcrank a.2. Square a.3. Irregular cross (mostly unclosed) The design favored squares over crosses. The whole slightly resembling a PCB. B. Text Frames It's possible to frame the text with 4 sets of frame glyphs (as illustrated by poster 2) b.1. Kernig { € ° £ µ § ¥ ~ ¢ } b.2. Rectangular-High { è é ê ï î à â ä } b.3. Rectangular-Low { Â ù Ä Ê Ë Ô õ ö } b.4. Mixed Kernig+High: a mix of Kernig and Rectangular-High frame glyphs When using frame glyphs, it is advised to show Pilcrow (¶) and Non Breaking Space, which are replaced by empty shapes in this font (e.g. in Microsoft Word, use CTRL+8 or use [¶] button in the ribbon).