/**
* Turns a NoteToken into a Pitch by equating their representations and then enforcing the Key of
* the Piece and the Accidentals encountered in the given meter
*
* @param workingNote, the NoteToken from which to make a Pitch
* @return A Pitch that represents the given input NoteToken
*/
private Pitch constructNote(NoteToken workingNote) {
Pitch workingPitch;
int octave = 0;
// Add the note initally
if ('A' <= workingNote.getNote() && workingNote.getNote() <= 'G') {
workingPitch = new Pitch(workingNote.getNote());
} else {
octave++;
workingPitch =
new Pitch(Character.toUpperCase(workingNote.getNote())).transpose(Pitch.OCTAVE);
}
// Transpose by the octaves
octave += workingNote.getOctave();
workingPitch = workingPitch.octaveTranspose(workingNote.getOctave());
// Collect accidentals, use them to modify the accidental list
switch (workingNote.getNote()) {
case 'A':
case 'a':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("A" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("A" + octave, -1 * keySignature.get('A'));
} else {
keyAccidental.put("A" + octave, -1 * keySignature.get('A') + workingNote.getAccidental());
}
break;
case 'B':
case 'b':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("B" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("B" + octave, -1 * keySignature.get('B'));
} else {
keyAccidental.put("B" + octave, -1 * keySignature.get('B') + workingNote.getAccidental());
}
break;
case 'C':
case 'c':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("C" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("C" + octave, -1 * keySignature.get('C'));
} else {
keyAccidental.put("C" + octave, -1 * keySignature.get('C') + workingNote.getAccidental());
}
break;
case 'D':
case 'd':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("D" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("D" + octave, -1 * keySignature.get('D'));
} else {
keyAccidental.put("D" + octave, -1 * keySignature.get('D') + workingNote.getAccidental());
}
break;
case 'E':
case 'e':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("E" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("E" + octave, -1 * keySignature.get('E'));
} else {
keyAccidental.put("E" + octave, -1 * keySignature.get('E') + workingNote.getAccidental());
}
break;
case 'F':
case 'f':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("F" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("F" + octave, -1 * keySignature.get('F'));
} else {
keyAccidental.put("F" + octave, -1 * keySignature.get('F') + workingNote.getAccidental());
}
break;
case 'G':
case 'g':
if (workingNote.getAccidental() == Integer.MIN_VALUE) {
keyAccidental.put("G" + octave, 0);
} else if (workingNote.getAccidental() == 0) {
keyAccidental.put("G" + octave, -1 * keySignature.get('G'));
} else {
keyAccidental.put("G" + octave, -1 * keySignature.get('G') + workingNote.getAccidental());
}
break;
}
// Now modify by the accidental and key signature in tandem
switch (workingNote.getNote()) {
case 'A':
case 'a':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("A" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('A'));
break;
case 'B':
case 'b':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("B" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('B'));
break;
case 'C':
case 'c':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("C" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('C'));
break;
case 'D':
case 'd':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("D" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('D'));
break;
case 'E':
case 'e':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("E" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('E'));
break;
case 'F':
case 'f':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("F" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('F'));
break;
case 'G':
case 'g':
workingPitch = workingPitch.accidentalTranspose(keyAccidental.get("G" + octave));
workingPitch = workingPitch.accidentalTranspose(keySignature.get('G'));
break;
}
return workingPitch;
}
