Moq Grammar Sketch: Now up to: 4 - Grammatical Relations
My purpose with Moq isn't to make a naturalistic "it could pass for a natlang" language; but more "could a language like this function?" so there are features that don't seem realistic, contravene universals, and probably won't be attested in any natlang. I imagine it spoken by non-humans or a divergent population of humans (e.g. one which has had extensive linguistic contact with non-human languages), although I haven't really thought about a background culture for it.
EDIT: reading that back it sounds a bit like "ohmygodz i am so cool my lang has crazy features" - but that wasn't what I meant; rather I just meant that "no natlang does that" is not necessarily a problem, so long as it actually functions without being too ambiguous or too taxing on the mental processes/working memory of the speakers.
Not every single detail of phonology and grammar have been worked out, so this is just a sketch of the major features. Comments and feedback are welcome!
1 - Phonological sketch
Consonants
Stops /p b pʶ bʶ t d tʶ dʶ k g q ʔ/ <p b p‘ b‘ t d t‘ d‘ k g q x>
Affricates /tɬ tʃ dʒ/ <tl c j>
Fricatives /f fʶ θ ð θʶ ðʶ ɬ s z sʶ zʶ ʃ ʒ χ ʁ ʢ ʜ h/ <f f‘ th dh th‘ dh‘ lh s z s‘ z‘ sh zh kh gh qh xh h>
Approximants /w wʶ l lʶ j/ <w w‘ l l‘ y>
Trill /r rʶ/ <r r‘>
Nasal /m n ŋ/ <m n ng>
Vowels
Monophthongs /a i u a: i: u:/ <a i u â î û>
Diphthongs /aj aw a:j a:w/ <e o ai au>
1.1 - Syllable structure
C(:)(w)V(:)(w,y)(C)(C)
Syllables must have an onset, which can be geminate. Any consonant can be in onset position, although ng is rare, with the restriction that y w w‘ can neither appear in word initial onset position, nor be geminated.
If the onset is a voiceless non-labial stop t t‘ k q x it can be followed by a glide w.
Glides y w w‘ can never precede the high vowels i u u respectively.
The nucleus can be a long or short vowel, optionally followed by a glide.
All consonants can appear in coda position, although n is rare. Coda clusters are relatively unrestricted - almost any combination, regardless of relative sonority, is possible. The restrictions that do exist are:
both members of a cluster must agree on uvularization
the first member cannot be an affricate
the two consonants cannot differ in voicing only
lh th dh do not appear together in a cluster
Prosodic word structure
Prosodic words, content words and unbound morphemes must be formed entirely from a sequence of trochaic feet - either a single heavy syllable H (closed syllable or open with a long vowel) or two light syllables LL. Sub-minimal morphemes must be augmented phonetically to meet this minimum requirement if spoken independently, and affixes and reduplicative elements often have different forms to satisfy the requirement that the word can be exhaustively parsed into feet.
1.2 - Allophony
Vowels
Vowel and glide sequences /aj aw a:j a:w/ are realised as [ɛ ɔ ai au] in closed syllables, and [e: o: ai au] in open syllables. They are romanised as <e o ai au> for convenience, despite <e o> not strictly being phonemic.
/a i u/ are [ɑ ə o] adjacent to uvular and uvularised consonants, and are romanised as <a e o> in this environment.
Consonants
Uvularisation spreads rightwards from a uvularised consonant unless blocked by a high front vowel or a non-uvularisable consonant.
Laterals: /ɬ/ can be realised as [l̥] and /l/ can be realised pre stopped as [dl] - these are in free variation and depend mostly on speakers.
In word final position, a sequence of voiceless stop and glottal stop is realised as an unreleased stop, e.g. /pʔ/ = [p̚] (this contrasts with a released stop /p/ and a geminate stop /pp/).
In intervocalic position, sequences of voiceless stop and glottal stops are often realised as ejectives.
Suprasegmental features
Stress falls regularly on the rightmost non-final heavy syllable of a word, or if there are no heavy syllables, on the initial light syllable.
Prosodic words generally have a rising intonation, with a slight downstep before the beginning of the next word, giving a generally rising sawtooth pattern to the pitch of the sentence. New sentences generally have a larger downstep, resetting to the same pitch as the previous sentence.
1.3 - Morphophonological processes
Consonantal suffixation
Many suffixes are prosodically sub-minimal (recall that all surface words must be exhaustively parsable into trochaic feet H or LL; no stray unfooted syllables are permissible) - a common type consist simply of one consonantal segment. Various augmentation strategies then occur to satisfy the footing requirements.
e.g. CVCV+C
CVCV+C
CVC+C
CVC+C
CVCC+C
Reduplification
The general rule is "suffix a copy of as much of the word's first CVC sequence as is necessary to produce a fully footed word," although there are cases of different amounts of reduplicant being added
e.g. leq
kala
xaq
Bonus: note about the native writing system
Moq is written with a "mixed abugida" - consonant glyphs have an inherent vowel /a/, and diacritics are used to indicate if the vowel is different. Coda consonants are written with the same glyphs, but "stacked" in a block with the onset consonant glyph; this stacking indicates that the inherent vowel is cancelled, and so the script has no virama-like "vowel killer" diacritic.
That's all for today. Any questions, comments, posting out of things that seem implausible (although bear in mind what I said about how realistic I'm aiming for), things I've missed, and typos, would be gratefully received.
How arguments are marked in verbal clauses
EDIT: I decided to do basic noun phrases so the structure of what was getting marked as an argument would be more clear.
