Plan B: Difference between revisions
WeepingElf (talk | contribs) (Created page with "'''Plan B''' is a sketch of an engineered language by Jeff Prothero. Despite the title "Design and i Implementation of a Near-optimal Loglan ''Syntax'', it mostly address...") |
WeepingElf (talk | contribs) No edit summary |
||
| Line 1: | Line 1: | ||
'''Plan B''' is a sketch of an [[engineered language]] by Jeff Prothero. Despite the title "Design and i | '''Plan B''' is a sketch of an [[engineered language]] by Jeff Prothero. Despite the title "Design and i | ||
Implementation of a Near-optimal Loglan ''Syntax'', it mostly addresses the [[phonology]] and [[Self-segregating morphology|self-segregation]] method of the language. | Implementation of a Near-optimal Loglan ''Syntax'', it mostly addresses the [[phonology]] and [[Self-segregating morphology|self-segregation]] method of the language. | ||
==Phonology== | |||
The language is underlyingly one whose "phonemes" are bit quartets. Each of the 16 bit quartets has two pronunciations assigned to it, one vocalic and one consonantal; a word is pronounced by pronouncing the first quartet consonantally, the second vocalically, etc. | |||
==Self-segregation== | |||
Self-segregation is achieved by encoding the length of each morpheme in its bit structure. The rule is that the length of the morpheme in but quartets is the number of consecutive '''1'''s at the beginning of the morpheme +1. For instance, a morpheme starting with '''110''' is three bit quartets long. | |||
==Projects influenced by Plan B== | ==Projects influenced by Plan B== | ||
Revision as of 14:40, 31 October 2014
Plan B is a sketch of an engineered language by Jeff Prothero. Despite the title "Design and i Implementation of a Near-optimal Loglan Syntax, it mostly addresses the phonology and self-segregation method of the language.
Phonology
The language is underlyingly one whose "phonemes" are bit quartets. Each of the 16 bit quartets has two pronunciations assigned to it, one vocalic and one consonantal; a word is pronounced by pronouncing the first quartet consonantally, the second vocalically, etc.
Self-segregation
Self-segregation is achieved by encoding the length of each morpheme in its bit structure. The rule is that the length of the morpheme in but quartets is the number of consecutive 1s at the beginning of the morpheme +1. For instance, a morpheme starting with 110 is three bit quartets long.
