Unicode characters (that are available in FontStruct) translated into UTF-8 binary encoding and represented as pixels. Each colored pixel represents an ON value (1), and each empty pixel represents an OFF value (0).

Each character in this font is its mapped UTF-8 hex encoding translated from base 16 into binary in the variable-length and header/continuation format and represented as pixels.

All text characters with a UTF-8 (Unicode) decimal value from 0-255 (that are available in FontStruct) translated into 8-bit binary and represented as pixels. Each colored pixel represents an ON value (1), and each empty pixel represents an OFF value (0).

Each character in this font is its mapped UTF-8 decimal value translated from base 10 into binary in the fixed-width 8-bit format and represented as pixels.

UTF-8 uses byte prefixes on the code bytes for all characters to assist with designating and decoding specific multi-byte characters, the reason being that UTF-8 contains many more characters than can be stored in single 8-bit bytes and uses a variable-length byte system, meaning prefixes are necessary for UTF-8's purposes, otherwise multi-byte characters could be misinterpreted as different multiple single-byte characters.
However, since this font is meant to only handle 256 characters, which is exactly enough for single bytes to represent individual characters in a fixed-width 8 bit binary system, and thus am not subject to the same constraints as UTF-8 itself, I have decided to encode the UTF decimal value instead of the code byte itself, as encoding the UTF code byte would mean I lose the ability to keep consistent the amount of bytes for single characters (which is meant to be one for each character, 8 bits for each character) past decimal value 127 (>decimal value 127 in UTF-8 is the point at which the byte prefixes are actively taking up valuable space to store necessary data in each byte) while still staying in simple binary and without having to add byte prefixes or continuations.

Some examples of the font would be:

Character: A
UTF-8 Decimal Value: 65
8-Bit Binary: 01000001
Pixel Representation: □■□□□□□■

Character: [SP] (i.e. spacebar character)
UTF-8 Decimal Value: 32
8-Bit Binary: 00100000
Pixel Representation: □□■□□□□□

Character: ÿ
UTF-8 Decimal Value: 255
8-Bit Binary: 11111111
Pixel Representation: ■■■■■■■■

The Bibi-binary system for numeric notation is a hexadecimal numeral system first described in 1968 by singer/mathematician Robert "Boby" Lapointe (1922–1972). At the time, it attracted the attention of André Lichnerowicz, then engaged in studies at the University of Lyon.

The notational system directly and logically encodes the binary representations of the digits in a hexadecimal (base sixteen) numeral. In place of the Arabic numerals 0–9 and letters A–F currently used in writing hexadecimal numerals, it presents sixteen newly devised symbols (thus evading any risk of confusion with the decimal system). The graphical and phonetic conception of these symbols is meant to render the use of the Bibi-binary "language" simple and fast.

What I've done, is expand the system into a full alphabet, by repeating the numerals A-F as many times as I could (4 times, to be exact). Then, I repeated the numerals for A and B a fifth time, for "y" & "z".

The letters underneath the symbols is how each symbol is supposed to be pronounced when spoken.

LOWER CASE LETTERS & NUMBERS ONLY!

An experimental font based on binary (hence the name).

IFMUDQAXOGBSLHTKW*%!-?62084)(<1EJNVR9>CP:;\Y[Z@375&#"$/+'.,=_]}^ja`gdcnfbiehrkum{olpsqwytvzx~|

Alle Buchstaben, Zahlen und die meisten Zeichen als Binär.

Made for an ARG a friend of mine made. He did not know I made this untill now (Sept 14, 22:08 Mtn Time)

a binary font that is both oldschool and retro but its still smooth

Every character in the fontstruct alphabet of letters represented in a binary fashion.

tiny font

A code in binary encoding characters’ Unicode values and translating it into binary values.

A quick way to translate your typing into binary. (NOTE: ONLY WORKS ON ASCII CHARACTERS, NOT COMMANDS) Yes, I know it's long, but that's kind of how it works.

0101001011010010100101010101010000101010101011001010101001010100101010101010010101010010100101010010101010100101010010101010100101001010101010101001010101010101012

This font displays each character as a seven segment representation of the binary value of the character according to the GSM 7-bit alphabet. The commercial at (@) has been swapped with the space as I don't know how I could have a blank character that isn't space. I put the escape character in place of the reverse solidus (\), and I put the carriage return and line feed characters in the place of the left and right square brackets respectively, as these characters are not represented in fonts.

zeros are dots

ones are lines

that's all the info

p.s.: i'll make it downloadable after i'm done.

the most efficient basic Latin font mathematicaly 

normal 1x6, cap 2x6, num 2x6 

please type (cap is the same as normal but with a dot under it)

pb mw cgkq nh td aeyuoi sz xj lr fv 1234567890    PB MW CGKQ NH TD AEYUOI SZ XJ FV    () [] {} ;: '" ,. ?/\| =-*= _ !@#$%^&*

to see the pattern

Mixing the world of Computers and Design to create this simplified binary alphabet along with Glyphs.

A font based on fivepanel. Still confusing!

Made for...

-Creating new glyphs

-Artworks

The binary version of each symbol turned vertically.

Not all symbols could be added because they have more than 8 bits of data.

Obviously not very readable, but good for decoration.

This is a binary code text.

Note that I have not done all the letters/symbols.

Binary ASCII font, based on computer QWERTY keyboard key frequency. Enjoy! :D

etaoinsrhldcumfpgwyb,.vk()_;”=‘x/0$*1j:{}>q[]2z!<?3+5\4#@|6&987%^~`

is the entire character list in their frequency. Left for being the most frequently used, and to the right; less frequently used.
If you were to paste the above string of characters into the User Input, you'd get a familiar binary pattern.

ZX82 ABCDEFG: a bicolor drolatique font generator
[dpla's ZX Spectrum edition – version 1.0 or ROIAOAIO]

294 visible text characters, in 'Extended ASCII' (U0020-FF) and a few beyond.
7 code pages (CP) to switch from, and 48 cells left unassigned (in CP 4 to 6).
Feel free to add your private glyphs, provided you retain the original mapping;
you may replace them with invisible formatting controls (e.g. for animations).
The CP switches are 7 visible control characters, applied once or indefinitely,
that is: K/B/R/M/G/C/Y → temporary; KY/BY/RY/MY/GY/CY/YY → permanent.
Please, bear in mind that my main mapping (CP 0) is based on our 6 vowels,
contrary to A-Z substitutions (like David B. Kelley's "6-Color Binary Alphabet").
This implementation uses 7 colors in ascending RGB on a white background
(hence my title: a 8-bit allusion to the ZX Spectrum Ink and Paper on screen).
Example: "Hello·world!" = "BY K RM RK MM MM GK •CR GK GM MM BM KK"
where the letters = their abbreviated color (0-6), and 'Space' / "•" = White (7).
Typically on a display, you can resort to a pair of characters (any block / bar)
but you can use the material of your choice (e.g. balloons, the air being "W"),
even derivate in color (symbols), size (micro), view (vector, 3D), language…
Script & mapping: copyright © 2014-2018 dpla; else: under CC BY-NC-SA 4.0.

dpla.fr/fonts/7-color

<<<Softer Version>>>

Cryptographic Font utilizing a proprietary binary matrix algorithm designed by Joshua Michael Conci ©

This font and the symbols therein are direct results of the binary code for the letters, numbers, and special characters acting as seeds for a matrix code.

Every character is unique even if they "appear" similar. The top and bottom horizontal lines indicate the binary code for the associated letter. Black squares are 1 and spaces are 0.