private Syllable ConstructSyllable(Random rng, bool isInitial, bool isFinal)
{
Syllable syllable = new Syllable();
if (isInitial)
{
if (rng.NextDouble() < WordInitialOnsetChance)
{
syllable.Add(Onsets.SelectRandom());
}
}
else
{
if (rng.NextDouble() < WordMedialOnsetChance)
{
syllable.Add(Onsets.SelectRandom());
}
}
if (rng.NextDouble() < NucleusChance)
{
syllable.Add(Nuclei.SelectRandom());
}
if (isFinal)
{
if (rng.NextDouble() < WordFinalCodaChance)
{
syllable.Add(Codae.SelectRandom());
}
}
else
{
if (rng.NextDouble() < WordMedialCodaChance)
{
syllable.Add(Codae.SelectRandom());
}
}
return(syllable);
}
/*
* private Word RemoveForbiddenElements(Word word)
* {
* for (int syllableIndex = 0; syllableIndex < word.Count; syllableIndex++)
* {
* Syllable currentSyllable = word[syllableIndex];
* Syllable nextSyllable = null;
* if (syllableIndex + 1 < word.Count)
* nextSyllable = word[syllableIndex + 1];
*
* Syllable newSyllable = new Syllable(currentSyllable);
* for (int phonemeIndex = 0; phonemeIndex < currentSyllable.Count; phonemeIndex++)
* {
* Phoneme currentPhoneme = currentSyllable[phonemeIndex];
*
* if (currentPhoneme is Consonant)
* if (nextSyllable != null && phonemeIndex == currentSyllable.Count - 1)
* if (currentPhoneme == nextSyllable[0])
* if (Geminates == Phonotactics.Forbidden)
* {
* newSyllable.Remove(currentPhoneme);
* }
* }
*
* word[syllableIndex] = newSyllable;
* }
*
* return word;
* }
*/
public Word ConstructLoanword(Word wordToLoan)
{
Word newWord = new Word();
foreach (Syllable syllable in wordToLoan)
{
Syllable newSyllable = new Syllable();
foreach (Phoneme phoneme in syllable)
{
newSyllable.Add(SelectClosestPhoneme(phoneme));
}
newWord.Add(newSyllable);
}
return(newWord);
}