Hangul, the Korean writing system, is at once phonetic and syllabic. Each "symbol" represents a syllable, but each sub-symbol represents a particular sound in the syllable; and each sub-sub-symbol encodes phonetic information about how it should be pronounced. See http://en.wikipedia.org/wiki/Hangul#Letter_design for a better explanation.
A binary representation of the Hangul system could be very interesting. Use the symbol 1 for "vowel base" and +1 for "high", +2 for "high front", +3 for "high back"… You could eventually have each byte represent a syllable. It'd be like chmod commands + phonetics.
I've been learning Hangul recently, and now every language that doesn't encode syllables into the writing system just seems immensely flawed to me. Hangul seems like a very intuitive, logical writing system. There are relatively few exceptions to the rules it sets out, though I think that's likely because it's such a young language -- more and more seem to be creeping in over time as dialects evolve.
> I think that's likely because it's such a young language
Do you mean language or writing system? Hangul is ~500 years old, comparatively new for a somewhat widely used writing system, though it's an odd case given that it's not really adapted from another system. The Korean language itself is much older.
Thanks for the link! I've never studied Korean before, looks quite interesting. I'd also be curious to see if there were a way to merge the phonetically featural traits of Hangul with the narrowly mathematical nature of dotsies. Do update us with where you get to thinking about Chmodish :)
A binary representation of the Hangul system could be very interesting. Use the symbol 1 for "vowel base" and +1 for "high", +2 for "high front", +3 for "high back"… You could eventually have each byte represent a syllable. It'd be like chmod commands + phonetics.
There goes my evening…