Display Dots Two Serif is a display font not intended for text use. It, along with its sans counterpart were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Two Serif has an uppercase alphabet, numbers, and punctuation.

Display Dots Three Sans and Serif are display fonts not intended for text use. They were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Three Sans and Serif include an uppercase alphabet, numbers, and punctuation.

Display Dots Three Sans and Serif are display fonts not intended for text use. They were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Three Sans and Serif include an uppercase alphabet, numbers, and punctuation.

Display Dots Four Sans and Serif are display fonts not intended for text use. They were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Four Sans and Serif include an uppercase alphabet, numbers, and punctuation.

Display Dots Four Sans and Serif are display fonts not intended for text use. They were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Four Sans and Serif include an uppercase alphabet, numbers, and punctuation.

Display Dots Two Sans is a display font not intended for text use. It, along with its serif counterpart were designed specifically for display, headline, logotype, branding, and similar applications. Display Dots Two Sans has an uppercase alphabet, numbers, and punctuation.

The Data Error Vert AOE Pro family is another spinoff of my Data Error AOE Pro family. Quite simply, it takes on a slightly different feel than the original pin matrix grid by stroking across all vertical glyph lines. The vertical lines break up the readability somewhat of the original grid and lend a more tech vibe to the family. Check out the range of posters created to see the various Capitals, Lowercase, smallcaps and varying styles that the family has to offer and how it both differs from and compliments the original Data Error AOE Pro family.

The Data Error Horiz AOE Pro family is a spinoff of my Data Error AOE Pro family. Quite simply, it takes on a slightly different feel than the original pin matrix grid by stroking across all horizontal glyph lines. The horizontal lines add more readability to the original grid and lend a more sci-fi vibe to the family. Check out the range of posters created to see the various Capitals, Lowercase, smallcaps and varying styles that the family has to offer and how it both differs from and compliments the original Data Error AOE Pro family. Be sure to note that the "family" price is the same as the "individual" price, so buy the family for the price of a single font!

The designer favorite Blue Goblet series has been extended once again with Blue Goblet Frames and Vignettes #2. These animated and lively frames and vignettes can be resized easily without any loss of quality, and can easily be converted to outlines and modified. Combining them to form unique compositions or inserting them into chapter headings are just a few ideas for these versatile ornaments. Please see the sample .pdf to see all 96 Frames and Vignettes in action, and be sure to check out the original Blue Goblet Frames and Vignettes, Blue Goblet brush script and Blue Goblet Ornaments, Emblems and Florals.

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

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.

Led font family has been designed for Graviton Font Foundry by Pablo Balcells in 2012. It is dotted display typeface. Led consists of 2 styles.

PB Capitalis Rustica IVc is a font face designed for imitate latin writing style found in manuscripts from 1st to 9th century. All characters are handwritten by use ink and reed pen (calamus), scanned, digitized and optimized for best quality without lost its handwritten visual appearance. Character set support codepages: 1250 Central (Eastern) European, 1252 Western (ANSI), 1254 Turkish, 1257 Baltic. Include also additional characters for Cornish, Danish, Dutch and Welsh language, spaces (M/1, M/2, M/3, M/4, M/6, thin, hair, zero width space etc.) and historical characters (overlined Roman numerals, I-longa, historical ligatures for "nomina sacra" and "notae communes"). OpenType TrueType TTF (.ttf) font file include installed OpenType features: Access All Alternates, Localized Forms, Fractions, Ordinals, Superscript, Tabular Figures, Proportional Figures, Stylistic Alternates, Stylistic Set 1, Historical Forms, Historical Ligatures. Include also kerning as single 'kern' table for maximum possible backwards compatibility with older software. Historical ligatures for "nomina sacra" and "notae communes" are mapped to Private Use Area codepoints. Use of OpenType features to get historical characters: ïTo get "I-longa" use Stylistic Alternates for: "I"(U+0049), "i"(U+0069), "dotless i"(U+0131). ïTo get "nomina sacra" use Historical Ligatures and write uppercase letters: DS for: "Deus", DMS or DNS for: "Dominus" EPS for: "Episcopus", IHS for: "Iesus", PBR for: "Presbiter", SCS for: "Sanctus", SPS for: "Spiritus", XPS for: "Christus". ïTo get "notae communes" use Historical Ligatures and write: B(U+0042) + "middle dot"(U+00B7) for: "-BUS", Q(U+0051) + "middle dot"(U+00B7) for: "-QUE". ïTo get "scriptio continua" (writing without words separation) use Historical Forms (regular spaces are replaced by zero width spaces between words). ïTo get "middle dot" for separate words use Stylistic Set 1 (regular spaces are replaced by middle dot between words).

Gikit is a very raw and quirky typeface structured according to a strict grid. The design is massive, with very little curve (just the dots and a few punctuation marks). A really stand out characteristic is Gikit’s accents that crush the forms. The type is drawn with 2 styles, for 2 uses: Tittle or Text.

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.

This set of two fonts is intended for use by kindergarden & 1st grade teachers or anyone else teaching young children how to write. 2 Fonts are included, PreCursive Lined has the upper, lower & dotted mid line & the the Regular has only the letters.

The "Ma" in "Ma Braille" is used as a minimalist way to say "Negative Space". "Ma" in japanese arts is an "esthetical usage of emptiness". Thus this font explicits the negative space around visible braille dots in each glyph. A. Font user guide a.1. Lowercase glyphs { A..Z } In these glyphs, dots are represented as "black squares" while the negative space is displayed as 1 or 2 white filled polygons. a.2. Uppercase glyphs { a..z } In these glyphs, dots are represented as "white squares" while the negative space is displayed as 1 or 2 black filled polygons. a.3. Digits: they are just the same than a..j, but the "North US version" is also provided in ascii codes 0xE0..0xE4 (1..5) and 0xE7..0xEB (6..0). a.5. "Dashed Border": a.5.1. "Black dashed" border glyphs; { £, ¥, µ, Â, Ä, Ê, Ë, Î, Ï, Ô } a.5.2. "White dashed" border glyphs; { Ö, Õ, °, ô, ö, î, ï, û, u, õ } B. Posters Poster 1: "Font Logo" version 1, it displays "Ma Braille" text surrounded by the "black dashed border" glyphs. Poster 2: "Font Logo" version 2, it displays "MA" glyphs in big size and smaller "Braille" glyphs within "M" and within "A" as well. Poster 3: the classical pangram to test a font "The Quick Brown Fox jumps over the Lazy dog". Poster 4: Article 1 of the Human Rights: All human beings are born free and equal in dignity and rights. They are endowed with reason and conscience and should act towards one another in a spirit of brotherhood. Poster 5: the "Glyph set" (Border glyphs not included) with A..Z, a..z, digits and special characters.

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).

Dottie is based on a matrix of dots. It was inspired by the output of old, cheap, dot-matrix printers. In addition to Dottie-Regular with round dots, the family group includes DottieDiamond with diamond dots, DottieSquareTwo with square dots that do not overlap, and DottieSquare with square dots that overlap to create horizontal and vertical bars.

This is a decorative and steganographic Braille font based on Lorraine Cross pattern. As the Lorraine cross splits space into six areas, it may be used to represent Braille glyphs. Provided Glyphs * Lowercase letters (a..z): a White cross and Black square dots * Uppercasecase letters (A..Z): a Black cross and White square dots * Special characters (e.g. !#$%*+<>{}()[]...) * Decorative glyphs (provided in black and white as well) Glyph code intervals - Codes 48..57: Bullets (0..9 digits) - Codes 130..150: 'White Stars' - Codes 192..233: 'Black Stars', Black border glyphs and other black patterns. - Codes 214..233: Border/Decorative glyphs (Black) - Codes 235..255: Border/Decorative glyphs (White) - Codes for Cross w/o dots: Black (192), White (235) - Codes for Cross and 6 dots: Black (191), White (234) - Code for 'Half-width space' (166) Posters 1. Logo: illustrates usage of border glyphs 2. Meta: Two big Lorraine Braille glyphs drawn with pattern glyphs 3. Stars: illustrates usage of 'Star' and pattern glyphs 4. Bullets: illustrates usage of bullet glyphs (0..9) 5. Human rights - Article 1 NB: - Encoding is: Windows Latin ("ANSI") - Published in two versions: Commercial and Free for personal use