wakeagainstthefall wrote:
Thank youuuu! Where would you like me to start? Maybe the phoneme inventory, if that's the correct term. I can at least do IPA.
The Language Construction Kit says you should start with the sounds.
The phonology should be done in the order Micamo recommended, for the reasons she briefly touched on.
Inventory -- What phonemes does your language have?
Allophony -- Are there some phonemes that are sometimes pronounced as one phone and sometimes as another, different phone? If so, for each phoneme, show all the phones it can be realized as. (You may also want to show for each phone, which (if any) phoneme(s) it might be the realization of.)
Different phones that may all be realizations of the same phoneme, are called "allophones".
Allophony includes describing the rules by which speakers decide (probably unconsciously) to pronounce a given phoneme as one allophone rather than (any of) the other(s).
Be careful that, if one phone could be an allophone of two different phonemes, the allophony rules of your language are such that, the listener can always be sure which phoneme the speaker actually means.
Syllable weight and stress rules -- Every word longer than one syllable has exactly one and only one primarily-stressed syllable.
What constitutes "primary stress" in your language?
How do speakers decide which syllable gets the primary stress?
Every word longer than three syllables, and also three-syllable words unless their middle syllable is primarily stressed, alternates (as nearly as possible) (in most languages) between secondarily-stressed syllables and unstressed syllables.
How do speakers "decide" which syllables get secondary stress and which are unstressed?
(The answer to this is called the language's "rhythm".)
What does "secondary stress" sound like in your language?
How does it sound different from "primary stress"? And from "unstressed"?
Some languages divide syllables into "heavy" and "light", and the pattern of "heavy" and "light" syllables is part of what the stress-assigning and/or rhythm-assigning rules are. Ordinarily heavy syllables are
likelier (but often not certain) to have stress than light syllables.
Generally you want to avoid (sometimes with exceptions) having a stressed light syllable next to an unstressed heavy syllable.
You always want to avoid having two stressed syllables right next to each other.
You always (in most languages) want to avoid having three unstressed syllables right in a row.
As nearly as possible you want (in most languages) to avoid having too many pairs of two unstressed syllables in a row right next to each other.
Some languages don't "care" about "syllable weight". If yours doesn't, you don't need to worry about it.
Some languages have three "syllable weights"; light, heavy, and superheavy. As I understand it, and if I understand correctly, any "superheavy" syllable has to receive primary stress, so there can't be more than one in a word; so, in a compound word, if both components have a superheavy syllable, something has to be done to make one of them not superheavy.
The most-common rule is that primary stress goes on the penultimate (next to last) syllable.
The second-most-common rule is that primary stress goes on the first syllable.
The third-most-common rule is that primary stress goes on the last syllable.
See
http://www.unileiden.net/stresstyp/ and/or
http://wals.info/chapter/14 and/or
http://wals.info/chapter/15 and/or
http://wals.info/chapter/16 and/or
http://wals.info/chapter/17 for more.
Constraints and Neutralizations (Phonotactics).Phonotactics is about which phonemes can come just before which other phonemes; which phonemes can come just after which other phonemes.
"Constraints" are all the prohibited pairs. Usually you start with the most general (say, maybe, a fricative can never be followed by an alveolar), and go on to the most particular (say, a voiceless lateral fricative can never be followed by a voiced pharyngeal).
"Neutralizations" are how your phonology handles things when, as a word is put together, a forbidden pair arises. Somehow the word needs to be changed so that no forbidden pair remains.
This may mean leaving out one sound or the other.
It may mean sticking in a "helping" sound that has no meaning except to keep the forbidden pair separated.
It may mean "mutating" one of the sounds (changing it so that the pair is no longer a forbidden one).
It may mean having the two sounds switch places.
Because which neutralization gets used often depends on which syllables are stressed and which unstressed, "phonotactics" depends on "stress and rhythm rules".
Maximillian wrote:
Use the Wikipedia, Luke...
![+1 [+1]](./images/smilies/plusone.png)
wakeagainstthefall wrote:
Well, I know what they are, I just don't know how to do it for my language.
![:| [:|]](./images/smilies/icon_neutral2.png)
Well, the inventory part is easy. Just pick some phones from the IPA and say they're the "central phones" of your phonemes, and write those symbols with / / around them instead of [ ].
For vowels, if you don't want to be exceptional, just use /a e i o u/; that's the most common vowel-phoneme inventory. Or, use /a i u/; that seems to be the second-most common, and the minimal one (every language has those three, many also have others).
For consonants, do include / m k j p w b h g N /. For each one of those, most of the world's natlangs have it.
Include also at least one from each of these pairs:
/ k / or / g /
/ s / or / S /
/ g / or / N /
/ n / or / l /
/ n / or / t /
/ n / or / d /
/ s / or / t /
/ v / or / z /
/ l / or / l_d/
/ +tS) / or / S /
/ +tS) / or / +dZ) /
/ +tS) / or / +ts) /
For each of those pairs, at least half of the world's languages have one or the other or both.
And there's more; I'll put it in a "spoiler", since maybe it's kind of long.
94.24% of UPSID's languages contain 1 or more voiced nasal bilabial consonants.
89.36% of UPSID's languages contain 1 or more voiceless plosive velar consonants.
84.70% of UPSID's languages contain 1 or more voiced approximant palatal consonants.
83.15% of UPSID's languages contain 1 or more voiceless plosive bilabial consonants.
73.61% of UPSID's languages contain 1 or more voiced approximant labial-velar consonants.
63.86% of UPSID's languages contain 1 or more voiced plosive bilabial consonants.
61.86% of UPSID's languages contain 1 or more voiceless fricative glottal consonants.
56.54% of UPSID's languages contain 1 or more voiced plosive velar consonants.
52.55% of UPSID's languages contain 1 or more voiced nasal velar consonants.
97.12% of UPSID's languages contain 1 or more plosive velar consonants.
87.80% of UPSID's languages contain 1 or more voiceless sibilant fricative consonants.
80.93% of UPSID's languages contain 1 or more voiced velar consonants.
60.31% of UPSID's languages contain 1 or more voiced alveolar consonants.
59.20% of UPSID's languages contain 1 or more non-lateral non-sibilant alveolar consonants.
57.43% of UPSID's languages contain 1 or more voiced non-lateral non-sibilant alveolar consonants.
56.76% of UPSID's languages contain 1 or more voiceless alveolar consonants.
50.33% of UPSID's languages contain 1 or more voiced fricative consonants.
76.05% of UPSID's languages contain 1 or more voiced lateral approximant consonants.
56.98% of UPSID's languages contain 1 or more voiceless sibilant palato-alveolar consonants.
62.08% of UPSID's languages contain 1 or more sibilant affricate consonants.
55.21% of UPSID's languages contain 1 or more voiceless sibilant affricate consonants.
75.61% of UPSID's languages contain 2 or more voiced non-lateral approximant consonants.
70.51% of UPSID's languages contain 2 or more voiced bilabial consonants.
50.55% of UPSID's languages contain 2 or more plosive bilabial consonants.
62.75% of UPSID's languages contain 2 or more non-lateral non-sibilant fricative consonants.
50.55% of UPSID's languages contain 2 or more voiceless non-lateral non-sibilant fricative consonants.
85.59% of UPSID's languages contain 2 or more non-lateral velar consonants.
52.99% of UPSID's languages contain 2 or more sibilant fricative consonants.
63.86% of UPSID's languages contain 2 or more voiceless sibilant consonants.
66.30% of UPSID's languages contain 3 or more bilabial consonants.
62.08% of UPSID's languages contain 3 or more voiced approximant consonants.
55.65% of UPSID's languages contain 3 or more voiced plosive consonants.
63.64% of UPSID's languages contain 3 or more voiced nasal consonants.
61.86% of UPSID's languages contain 3 or more voiceless fricative consonants.
52.33% of UPSID's languages contain 3 or more alveolar consonants.
57.87% of UPSID's languages contain 3 or more sibilant consonants.
59.65% of UPSID's languages contain 4 or more voiceless plosive consonants.
51.66% of UPSID's languages contain 4 or more fricative consonants.
73.39% of UPSID's languages contain 5 or more voiceless non-lateral non-sibilant consonants.
53.66% of UPSID's languages contain 6 or more plosive consonants.
52.55% of UPSID's languages contain 9 or more voiced non-lateral non-sibilant consonants.
52.99% of UPSID's languages contain 9 or more voiceless consonants.
95.12% of UPSID's languages contain 11 or more no aspiration etc. consonants.
97.78% of UPSID's languages contain 11 or more no release modifier consonants.
97.56% of UPSID's languages contain 11 or more no sec. articulation consonants.
90.47% of UPSID's languages contain 11 or more non-lateral non-sibilant consonants.
97.78% of UPSID's languages contain 11 or more short consonants.
56.32% of UPSID's languages contain 11 or more voiced consonants.
It's impossible to make an average-sounding consonant-phoneme-inventory without including some sounds that fewer than half the world's natlangs have.
But you might make a good one (if by "good" you mean "more-or-less typical") from just the consonant-phonemes that are used by one-third or more, or by 25% or more, of the world's natlangs:
voiced bilabial nasal 94.24%
voiceless velar plosive 89.36%
voiced palatal approximant 83.81%
voiceless bilabial plosive 83.15%
voiced labial-velar approximant 73.61%
voiced bilabial plosive 63.64%
voiceless glottal fricative 61.86%
voiced velar plosive 56.10%
voiced velar nasal 52.55%
voiceless glottal plosive 47.89%
voiced alveolar nasal 44.79%
voiceless alveolar sibilant fricative 43.46%
voiceless palato-alveolar sibilant affricate 41.69%
voiceless palato-alveolar sibilant fricative 41.46%
voiceless alveolar plosive 40.13%
voiceless labiodental fricative 39.91%
voiced alveolar lateral approximant 38.58%
voiced dental/alveolar nasal 35.48%
voiceless dental/alveolar plosive 33.70%
voiced palatal nasal 31.26%
voiced dental/alveolar lateral approximant 30.16%
voiceless dental/alveolar sibilant fricative 29.93%
voiced alveolar plosive 26.61%
voiced palato-alveolar sibilant affricate 25.06%
In case that's not enough, here are the rest of those used by 20% or more of the world's natlangs:
voiceless dental plosive 23.50%
voiceless aspirated velar plosive 22.84%
voiceless aspirated bilabial plosive 22.39%
voiced alveolar trill 21.06%
voiced labiodental fricative 21.06%
voiceless velar fricative 20.84%
voiced alveolar flap 20.18%
voiced dental/alveolar plosive 20.18%
See
http://wals.info/chapter/1,
http://wals.info/chapter/2, and
http://wals.info/chapter/3.
Now, for phonotactics.
Go through your consonant inventory and decide which consonants can occur in syllable onsets, which can occur in syllable codas, and which can occur in both.
If you allow clusters in your onsets, decide which consonants can occur as the first consonant in an onset-cluster, and which can occur as the last consonant in an onset-cluster.
If you allow clusters in your codas, decide which consonants can occur as the first consonant in a coda-cluster, and which can occur as the last consonant in a coda-cluster.
Now go through all the ordered pairs of consonants that the above decisions might allow to come up in that order in an onset-cluster, and decide which ones your language would actually allow to occur consecutively in that order in an onset-cluster, and which ones it woudn't.
Also, go through all the ordered pairs of consonants that the above decisions might allow to come up in that order in a coda-cluster, and decide which ones your language would actually allow to occur consecutively in that order in a coda-cluster, and which ones it woudn't.
Decide then what your maximal syllable-structure can be.
For instance, I have a conlang whose maximal syllable-template is (C)(C)V(V)(C)(C).
VV in my 'lang would be a diphthong; in other languages it could be a long vowel.
I do not allow homorganic consonants to occur consecutively. Alveolars can't follow alveolars, retroflexes can't follow retroflexes, palatals can't follow palatals, velars can't follow velars, etc.
My conlang follows a "sonority rule" of the following kind.
If two consonants in the same syllable are on the same side of the nucleus (i.e., both in the onset, or both in the coda), then the consonant closer to the nucleus must be more sonorous than the one further away from the nucleus.
If two consonants in the same syllable are equally distant from the nucleus, then the consonant in the coda must be more sonorous than the consonant in the onset.Such a rule is common in natlangs.
My "sonority scale" is; semivowels > liquids (including rhotics (some may be trills) as well as lateral liquids and also all approximants that aren't semivowels) > nasals > fricatives > stops.
However, you may wish your conlang's syllable structure to be (C)(R)V(C) at maximum, where "R" means "a sonorant", in this case a semivowel or a liquid (nasals are also sonorants, but you may not want them in that position).
Anyway;
Look at all the sounds that can be the last sound in a syllable, and all the sounds that can be the first sound in a syllable.
Say /x/ can be last and /z/ can be first.
If /xz/ can't occur in a syllable, do you want it to be allowed in a word?
This is mostly going to be either two consonants, last-in-a-coda followed by first-in-an-onset; or else two vowels, one in an open (codaless) syllable followed by one in an onset-less syllable.
Now, look at all the forbidden pairs, and decide which ones might be generated during word-building unless you do something about it. And decide, What are you going to do about it?
That will settle your phonotactics and your syllable structure.
So, that's the first two steps.
Does that help?