private Note GetNoteFromRelationship(Note rootNote, int nextRel, NoteList noteList)
{
Note nextNote = rootNote;
for (int i = 0; i < nextRel; i++)
{
nextNote = noteList.Next(nextNote);
}
return(nextNote);
}
private string ParseChordName(string sbmtdName, int i)
{
string parsedName;
NoteList noteList = new NoteList();
Note note = noteList.NoteTree[i];
int space = sbmtdName.IndexOf(" "); //First set of characters should be the root note
parsedName = (note.PrimaryName + sbmtdName.Substring(space));
return(parsedName);
}
private List <Chord> GenAllChordsFromEntry(Chord origChord)
{
List <Chord> allRoots = new List <Chord>();
NoteList noteList = new NoteList();
for (int i = 0; i < 12; i++)
{
Chord chord = new Chord(noteList.NoteTree[i], origChord.NoteDifference, ParseChordName(origChord.ChordName, i));
chord.ChordNoteList = GetNoteListFromDefinition(chord.RootNote, chord.NoteDifference, noteList);
allRoots.Add(chord);
}
return(allRoots);
}
public Note GetNoteByIncrement(Note rootNote, int inc)
{
Note note = new Note();
NoteList list = new NoteList();
note = rootNote; //start at the root note
for (int i = 1; i <= inc; i++) //don't need to start at the root note
{
note = list.Next(note);
}
return(note);
}
public static int FindNoteIncrement(Note root, Note toFind)
{
int i = 0; //this is how we count beyond an octave
//start counting at the root note
Note checkNote = new Note(root);
NoteList list = new NoteList();
while (checkNote.index != toFind.index)
{
i++;
checkNote = list.Next(checkNote);
}
return(i);
}
public List <string> NotesToUI()
{
List <string> UINotes = new List <string>();
NoteList list = new NoteList();
foreach (Note note in list.NoteTree)
{
UINotes.Add(note.PrimaryName);
if (!(note.SecondaryName == null))
{
UINotes.Add(note.SecondaryName);
}
}
return(UINotes);
}
private List <Note> GetNoteListFromDefinition(Note rootNote, int[] noteDifference, NoteList noteList)
{
List <Note> foundNotes = new List <Note>();
foundNotes.Add(rootNote);
for (int i = 1; i < noteDifference.Length; i++)
{
foundNotes.Add(GetNoteFromRelationship(rootNote, noteDifference[i], noteList));
}
return(foundNotes);
}
private static List <Note> MapNoteNames(List <string> notesInChord)
{
NoteList oNotes = new NoteList();
List <Note> mappedNotes = new List <Note>();
char sharp = '\x266f'; //UFT-16 encoding
char flat = '\x266D';
foreach (string note in notesInChord)
{
if (note == "B" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[3]);
}
else if (note == "C")
{
mappedNotes.Add(oNotes.NoteTree[3]);
}
else if (note == "C" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[4]);
}
else if (note == "D" + flat)
{
mappedNotes.Add(oNotes.NoteTree[4]);
}
else if (note == "D")
{
mappedNotes.Add(oNotes.NoteTree[5]);
}
else if (note == "D" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[6]);
}
else if (note == "E" + flat)
{
mappedNotes.Add(oNotes.NoteTree[6]);
}
else if (note == "E")
{
mappedNotes.Add(oNotes.NoteTree[7]);
}
else if (note == "F" + flat)
{
mappedNotes.Add(oNotes.NoteTree[7]);
}
else if (note == "E" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[8]);
}
else if (note == "F")
{
mappedNotes.Add(oNotes.NoteTree[8]);
}
else if (note == "F" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[9]);
}
else if (note == "G" + flat)
{
mappedNotes.Add(oNotes.NoteTree[9]);
}
else if (note == "G")
{
mappedNotes.Add(oNotes.NoteTree[10]);
}
else if (note == "G" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[11]);
}
else if (note == "A" + flat)
{
mappedNotes.Add(oNotes.NoteTree[11]);
}
else if (note == "A")
{
mappedNotes.Add(oNotes.NoteTree[0]);
}
else if (note == "A" + sharp)
{
mappedNotes.Add(oNotes.NoteTree[1]);
}
else if (note == "B" + flat)
{
mappedNotes.Add(oNotes.NoteTree[1]);
}
else if (note == "B")
{
mappedNotes.Add(oNotes.NoteTree[2]);
}
else if (note == "C" + flat)
{
mappedNotes.Add(oNotes.NoteTree[2]);
}
else
{
throw new Exception("How did you... this isn't even a note!!!");
}
}
return(mappedNotes);
}