public Word(String word) {
this.word = word.trim();
this.syllables = new ArrayList<Syllable>();
SyllabicSeparation syllabicSeparation = splitSyllablesOfThisWord();
List<String> syllables = syllabicSeparation.getSyllables();
for (int i = 0; i < syllables.size(); i++) {
// check if this syllable is the tonic syllable.
if (i == syllabicSeparation.getTonicSyllableIndex()) {
this.syllables.add(new Syllable(syllables.get(i), Tonicity.TONICA));
} else {
this.syllables.add(new Syllable(syllables.get(i), Tonicity.ATONA));
}
}
this.numSyllables = this.syllables.size();
}
private SyllabicSeparation splitSyllablesOfThisWord() {
SyllabicSeparation ss = new SyllabicSeparation();
int wordLength = this.word.length();
String syllable = "";
String letter = "";
String prev = "";
String post = "";
for (int i = 0; i < wordLength; i++) {
letter = String.valueOf(this.word.charAt(i));
post = ((i + 1) >= wordLength) ? "" : String.valueOf(this.word.charAt(i + 1));
String prevPrevLetter = ((i - 2) < 0) ? "" : String.valueOf(this.word.charAt(i - 2));
String nextPost = ((i + 2) >= wordLength) ? "" : String.valueOf(this.word.charAt(i + 2));
if (syllable.equals("")) {
syllable = syllable + letter;
} else if (letter.equals(prev)) {
ss.addSyllable(syllable);
syllable = letter;
} else if (isConsonant(letter)) {
if (isConsonant(prev)) {
if (isConsonant(post) && !inArray(post.toUpperCase(), new String[] {"L", "R", "H"})) {
syllable = syllable + letter;
} else if (prev.toUpperCase().equals("D") && !letter.toUpperCase().equals("R")) {
ss.addSyllable(syllable);
syllable = letter;
} else if (prev.toUpperCase().equals("N") && letter.toUpperCase().equals("R")) {
ss.addSyllable(syllable);
syllable = letter;
} else if (inArray(letter.toUpperCase(), new String[] {"L", "R", "H"})) {
syllable = syllable + letter;
} else if (i == 1) {
syllable = syllable + letter;
} else {
ss.addSyllable(syllable);
syllable = letter;
}
} else if (isVogal(prev)) {
if (isConsonant(post)
&& (!inArray(post.toUpperCase(), new String[] {"L", "R", "H"})
|| (letter.toUpperCase().equals(post.toUpperCase()))
|| letter.toUpperCase().equals("N"))) {
if (inArray(letter.toUpperCase(), new String[] {"N"})
&& inArray(post.toUpperCase(), new String[] {"H"})) {
ss.addSyllable(syllable);
syllable = letter;
} else {
syllable = syllable + letter;
}
} else if (isConsonant(post)
&& letter.toUpperCase().equals("D")
&& post.toUpperCase().equals("R")) {
syllable = syllable + letter;
} else if (isVogal(post)) {
ss.addSyllable(syllable);
syllable = letter;
} else {
ss.addSyllable(syllable);
syllable = letter;
}
}
} else if (isVogal(letter)) {
if (isConsonant(prev)) {
syllable = syllable + letter;
} else if (isVogal(prev)) {
if ((vogal(prev).equals("U"))
&& (i > 1)
&& (inArray(prevPrevLetter.toUpperCase(), new String[] {"Q", "G"}))) {
syllable = syllable + letter;
} else if ((vogal(prev).equals("U"))
&& (vogal(letter).equals("I"))
&& (isConsonant(post))) {
syllable = syllable + letter;
} else if (hasAccentuation(letter)
|| (inArray(post.toUpperCase(), new String[] {"M", "N"}) && !isVogal(nextPost))) {
ss.addSyllable(syllable);
syllable = letter;
} else if (!post.equals("") && isVogal(post) && isGreater(letter, post)) {
ss.addSyllable(syllable);
syllable = letter;
} else if (isGreater(prev, letter)) {
syllable = syllable + letter;
} else {
ss.addSyllable(syllable);
syllable = letter;
}
}
}
prev = letter;
}
ss.addSyllable(syllable);
int numSyllables = ss.getSyllables().size();
int tonicSyllIndex = 0;
if (numSyllables != 1) {
int proparoxitona = numSyllables - 3;
int paroxitona = numSyllables - 2;
int oxitona = numSyllables - 1;
tonicSyllIndex = paroxitona;
if (hasAccentuation(ss.getSyllables().get(oxitona))) {
tonicSyllIndex = oxitona;
} else if (hasAccentuation(ss.getSyllables().get(paroxitona))) {
tonicSyllIndex = paroxitona;
} else if (numSyllables > 2 && hasAccentuation(ss.getSyllables().get(proparoxitona))) {
tonicSyllIndex = proparoxitona;
} else if (isOxitona(ss.getSyllables().get(oxitona))) {
tonicSyllIndex = oxitona;
}
}
ss.setTonicSyllableIndex(tonicSyllIndex);
return ss;
}
