A vertical take on Morse code. These glyphs are read left-to-right from the bottom up and spaced so that 1 pixel = 1 unit of time, whether moving horizontally or vertically. Letters have 3 spaces between them and words have 7 spaces.
The result is a concise design that can easily be fed to tone-generation or image-to-audio software (e.g., AudioPaint) to produce accurately encoded & timed Morse code, no matter the frequency (speed) of the transmission. You can use this principle to create and place messages into music or games, make messages match a tempo or beat, arpeggiate words and turn them into music or sound effects, and much more.
The name is a pun. :P
21NOV2018: I've recently learned that many radio stations use an expanded version of the International Morse Code, adding many symbols and punctuation to it. Though these new glyphs are not part of the standard, they are commonly used and agreed on, so I will keep adding them as I find them.
Original size: 4pt (use multiples of this size for pixel perfection)
Just a doodle :D
Blocks are made from lines of widths 2.5, 2, 1.5, 1, and 0.5. Then the glyphs are carved out.
This font contains only numbers. No signs and no characters.
There is a small number above the bars. Just large enough to make the code readable for humans.
How to use it :
Each code must begin and end with an asterisk (*). There is no minimal or maximal limit to its length.
This font combines two simple ideas and puts them together. Braille and color theory.
I had a long time been holding on to this font (about 2 years) but decided that maybe someone out there would like it. Its complicated, in a way, but can end up being the most compressed "barcode" I have ever seen. (With the average letter taking up approximately 2 pixels when used in its "second form" but we will get into that later.
As with many of my fonts, is rooted in braille. So a knowledge in braille is neccesary. (Braille is very very easy to learn)
So heres the nuts and bolts. Lets take a 3 letter word in braille, say, "ice"
o| oo| o
o | | o
i c e
in of itself it takes three braille spots, but, what if we were to use color theory to compress it?
the first letter would be red, the second in yellow, the third in blue? You could have them occupy the same place and have no loss of information! Anywhere red overlapped the yellow, it would be orange, anywhere yellow overlapped blue it would be green! etc.
so, "Ice" could now be expressed as
The word "Ice" is conveyed in a 2x2 packet of colored pixels!
Which brings me to my font. "Rybian" (a play on words of "RedYellowBlue-ian" is a colorless way of expressing that same form.
red is a horizontal line
yellow is a circle
blue is a verticle line
so, logically, orange would be a circle with a horizontal line in it
green would be a circle with a verticle line in it
purple would be a verticle and horizontal line
EAN-13 has 3 symbol sets A, B, and C. It looks like the following:
The symbol sets are placed on an international keyboard layout:
The first digit of an EAN-13 barcode does not directly correspond to a symbol. It determines which symbol set for the following 6 digits is to be used. The following listing shows the symbol set combinations for the starting digits:
If the starting digit is 0, or if you want to encode a UPC-A, only use symbol set A.
The spaces are only inserted for clarity.
2 012345 67890 3→
2 230154 67890 1→
9 786789 12345 1→
9 789876 12345 7→
The above examples contain all symbols, try them.
For detailed technical information download the GS1 General Specifications.
If you need other barcode fonts, just check my other FontStructions
This is a true barcode font, it actually works with most (if not all) readers (mobile and handheld scanners).
All characters are included. Use * as start/stop character.
Please leave a comment, how you used the font. It would be interesting to see whether there is demand.
Trivia: Although it is correct that 3 of the 9 stripes are wide, the name of the symbology is not called Code 3 of 9. In the original design 39 characters were possible to encode.