From: | Henrik Theiling <theiling@...> |
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Date: | Friday, April 6, 2001, 0:07 |

Hi! Because it is about numbers currently, I'd like to contribute by presenting the system of my current artifial language Tyl-Seok. I had the following basic thoughts: a) I want decimal *and* hexadecimal, otherwise I cannot calculate. :-) b) German, English, etc. use blocks of three digits: 10^3: thousand, 10^6: million, (milliard), billion, (billiard), trillion, etc. c) Chinese, Korean, etc. use four digits: 10^4: ten thousand, 10^8: a hundred million, etc. d) Others might use two digits, five or whatever. e) mathematics uses a 10^n notation But my language should be easy for all of them. And I want few basic words. So firstly, using only blocks of one digit is the common denominator for forming blocks. This works as follows: For decimal counting, the following words exist: 0-9= tein, ling, kul, en, xoun, kyng, exul, leihu, xwt, han 10= keox For hexadecimal counting, the following ones exist: 10-15= keox, lingkox, eol, engkox, leokul, kehen 16= xuk Now, Tyl-Seok numbers tend to be long in their base form since both the added digits and the multiplier are attached to the right. To distinguish add and multiply, a verb `to add' is used to express adding: to add= wng A few numbers: 20= keox kul (10 2) 12= keox wng kul (10 add 2) 23= keox kul wng en (10 2 add 3) 76= keox leihu wng exul (10 7 add 6) And now, for larger numbers than 99, we need another word: to the power of (note that the order is different from English): A to the Bth power = B il A You might think of `B times powered A' (this sounds weird...). So we get: 100= kul il keox (2 times powered 10) 300= kul il keox en (2 times powered 10 3) 307= kul il keox en wng leihu (2 times powered 10 3 add 7) and 459= kul il keox xoun wng keox kyng wng han And now, you can form large numbers very easily: 10.000.000 = leihu il keox 10.001.001 = leihu il keox wng en il keox wng ling Of course, this becomes large. That's why Tyl-Seok allows to simply drop all of the power definitions but the first one and tell the sequence of the digits. This will please people doing maths I hope. So for 812.387.859.014 there are two alternative forms: a) keox wng ling il keox xwt wng keox il keox wng han il keox kul wng xwt il keox en wng leihu il keox xwt wng exul il keox leihu wng kyng il keox xwt wng xoun il keox kyng wng en il keox han wng keox wng xoun or a shorter form: b) keox wng ling il keox xwt liN kul en xwt leihu xwt kyng han tein liN xoun So that's it. What do you think of this system? **Henrik PS: I mentioned hexadecimal. The system is the same: (18 =) 0x12 = xuk wng kul (32 =) 0x20 = xuk kul (35 =) 0x23 = xuk kul wng en (256=) 0x100 = kul il xuk (263=) 0x107 = kul il xuk wng leihu etc. PPS: Pronunciation and romanisation chart: Vowels (all unrounded): Romanized Kirshbaum FRN CTR BCK FRN CTR BCK HGH i y u i i" u- LMD e w o E V" V LOW a a Diphthongs: ui ei ou eo Consonants: Romanized=Kirshbaum ALV VEL GLT Remarks STP t k ? voiceless, unaspirated FRC s x h voiceless NAS n ng LAT l The glottal stop is often not written at the beginning of words.