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.

Early in the 19th century, foundries began releasing a variety of decorated ornamental letters based on the Tuscan letterform. Fancy Tuscan letters quickly became so popular, they eventually came to represent the cluttered extremes of Victorian design. Foundries competed with each other to produce most extravagantly decorated letterforms. As often happens, success turned to excess. What is often overlooked is the long history of the Tuscan style. Early examples have been traced back to ancient Rome. Indeed, the characteristic bifurcation may have represented a fishtail to the early Christians, thus sharing in the roll of symbolic identification played by the simple drawing of a fish as a whole. Later. trifurcation was developed as an alternate termination, followed by loops, full fishtails, curls, hooks and other fancy variations. Nicolete Gray provides an extensive history in her Appendix One of NINETEENTH CENTURY ORNAMENTED TYPEFACES. According to Gray, the first metal typeface based on the Tuscan form was the Ornamented of 1817 by Vincent Figgins of London. Thorowgood followed suit in 1821, Fry in 1824 and Caslon in 1830. Each was to re-visit the form many times during the Victorian era. Here we present our interpretation of what Figgins might have produced in a basic, plain Tuscan form - free of the decorative additions. We are pretty safe here because Figgins was very creative. He explored many of the terminal variations listed above and combined them with different decorative devices to produce a constant stream of new faces to meet the demands of the marketplace. Figgins Tuscan ML represents a major extension of the original release, with the following changes: 1. Added glyphs for the 1250 Central Europe, the 1252 Turkish and the 1257 Baltic Code Pages. There are also a few glyphs for Anglo-Saxon, Gaelic and Old Gaelic. Total of 355 glyphs. 2. Added OpenType GSUB layout features: aalt, ornm and liga ˜ with total 34 lookups. 3. Added 351 kerning pairs. 4. Redesigned several glyphs: the comma, quotes, brackets, braces, acute accent, and grave accent. 5. Revised vertical metrics for improved cross-platform line spacing. Please note that some older applications may only be able to access the Western Europe character set (approximately 221 glyphs). The zip package includes two versions of the font at no extra charge. There is an OTF version which is in Open PS (Post Script Type 1) format and a TTF version which is in Open TT (True Type)format. Use whichever works best for your applications.