// Initialize the four axis
public PhoneManager()
{
emptyConsonant = new ConsonantPhone();
emptyConsonant.IPA = "'";
emptyConsonant.POA = "null";
emptyConsonant.MOA = "null";
emptyConsonant.FCB = "back";
emptyConsonant.Aspiration = "no";
emptyConsonant.Voiceness = "no";
emptyVowel = new VowelPhone();
emptyVowel.IPA = "ΙΏ";
emptyVowel.Openness = "close";
emptyVowel.Roundness = "unrounded";
emptyVowel.FCB = "front";
consonantHorizontal.Clear();
consonantVertical.Clear();
vowelHorizontal.Clear();
vowelVertical.Clear();
consonantHorizontal.Add(new StringIndexVector("nasal", 0));
consonantHorizontal.Add(new StringIndexVector("plosive", 2));
consonantHorizontal.Add(new StringIndexVector("fricative", 6));
consonantHorizontal.Add(new StringIndexVector("sibilant", 8));
consonantHorizontal.Add(new StringIndexVector("flap", 10));
consonantHorizontal.Add(new StringIndexVector("trill", 11));
consonantHorizontal.Add(new StringIndexVector("lateral", 12));
consonantHorizontal.Add(new StringIndexVector("ejective plosive", 13));
consonantHorizontal.Add(new StringIndexVector("ejective fricative", 14));
consonantHorizontal.Add(new StringIndexVector("ejective sibilant", 15));
consonantHorizontal.Add(new StringIndexVector("click", 16));
consonantHorizontal.Add(new StringIndexVector("implosive", 18));
consonantVertical.Add(new StringIndexVector("bilabial", 0));
consonantVertical.Add(new StringIndexVector("labiodental", 1));
consonantVertical.Add(new StringIndexVector("linguolabial", 2));
consonantVertical.Add(new StringIndexVector("dental", 3));
consonantVertical.Add(new StringIndexVector("alveolar", 4));
consonantVertical.Add(new StringIndexVector("postalveolar", 5));
consonantVertical.Add(new StringIndexVector("retroflex", 6));
consonantVertical.Add(new StringIndexVector("palatal", 7));
consonantVertical.Add(new StringIndexVector("velar", 8));
consonantVertical.Add(new StringIndexVector("uvular", 9));
consonantVertical.Add(new StringIndexVector("glottal", 10));
vowelHorizontal.Add(new StringIndexVector("open", 0));
vowelHorizontal.Add(new StringIndexVector("near-open", 1));
vowelHorizontal.Add(new StringIndexVector("half-open", 2));
vowelHorizontal.Add(new StringIndexVector("middle", 3));
vowelHorizontal.Add(new StringIndexVector("half-close", 4));
vowelHorizontal.Add(new StringIndexVector("near-close", 5));
vowelHorizontal.Add(new StringIndexVector("close", 6));
vowelVertical.Add(new StringIndexVector("front", 0));
vowelVertical.Add(new StringIndexVector("central", 2));
vowelVertical.Add(new StringIndexVector("back", 4));
}
public VowelPhone[][] getVowelPool()
{
VowelPhone[][] result = new VowelPhone[6][];
for (int i = 0; i < 6; i++)
{
result[i] = new VowelPhone[7];
}
// Populate the returning value with the simple vowel
foreach (VowelPhone vp in SimpleVowels)
{
int h = 0, v = 0;
// Get the horizontal index
foreach (StringIndexVector siv in vowelHorizontal)
{
if (vp.Openness.Equals(siv.stringKey))
{
h = siv.index;
break;
}
}
// Get the vertical index
foreach (StringIndexVector siv in vowelVertical)
{
if (vp.FCB.Equals(siv.stringKey))
{
v = siv.index;
break;
}
}
// Change vertical index for special case
if (vp.Roundness.Equals("unrounded"))
{
v++;
}
// Put the phone to its place
result[v][h] = vp;
}
return(result);
}
