private VocalRange[] GetNeighboursOfNote(SoundNote soundNote, bool isFindingLowest)
{
VocalRange[] arrayOfRanges = new VocalRange[2];
int distance;
if (isFindingLowest)
{
distance = 100;
for (int i = 0; i < _listOfAllRanges.Count; i++)
{
SoundNote tempNote = new SoundNote(_listOfAllRanges[i].LowestNote);
int tempdistance = SoundNote.GetDistanceBetweenNotes(soundNote, tempNote);
if (tempdistance < distance && soundNote.CompareTo(tempNote) == 1)
{
distance = tempdistance;
arrayOfRanges[0] = _listOfAllRanges[i];
}
}
distance = 100;
for (int i = 0; i < _listOfAllRanges.Count; i++)
{
SoundNote tempNote = new SoundNote(_listOfAllRanges[i].LowestNote);
int tempdistance = SoundNote.GetDistanceBetweenNotes(soundNote, tempNote);
if (tempdistance < distance && soundNote.CompareTo(tempNote) == -1)
{
distance = tempdistance;
arrayOfRanges[1] = _listOfAllRanges[i];
}
}
}
else
{
distance = 100;
for (int i = 0; i < _listOfAllRanges.Count; i++)
{
SoundNote tempNote = new SoundNote(_listOfAllRanges[i].HighestNote);
int tempdistance = SoundNote.GetDistanceBetweenNotes(soundNote, tempNote);
if (tempdistance < distance && soundNote.CompareTo(tempNote) == 1)
{
distance = tempdistance;
arrayOfRanges[0] = _listOfAllRanges[i];
}
}
distance = 100;
for (int i = 0; i < _listOfAllRanges.Count; i++)
{
SoundNote tempNote = new SoundNote(_listOfAllRanges[i].HighestNote);
int tempdistance = SoundNote.GetDistanceBetweenNotes(soundNote, tempNote);
if (tempdistance < distance && soundNote.CompareTo(tempNote) == -1)
{
distance = tempdistance;
arrayOfRanges[1] = _listOfAllRanges[i];
}
}
}
return(arrayOfRanges);
}
public List <VocalRange> GetRangeOrRanges(string lowestNote, string highestNote)
{
var rangeWithTheSameLowestNote = new VocalRange();
var rangeWithTheSameHighestNote = new VocalRange();
List <VocalRange> listOfRanges = new List <VocalRange>();
foreach (VocalRange range in _listOfAllRanges)
{
if (range.LowestNote == lowestNote)
{
rangeWithTheSameLowestNote = range;
}
if (range.HighestNote == highestNote)
{
rangeWithTheSameHighestNote = range;
}
}
if (rangeWithTheSameLowestNote.Name == null && rangeWithTheSameHighestNote.Name == null)
{
VocalRange[] lowestNoteNeighbours = GetNeighboursOfNote(new SoundNote(lowestNote), true);
VocalRange[] highestNoteNeighbours = GetNeighboursOfNote(new SoundNote(highestNote), false);
listOfRanges.Add(lowestNoteNeighbours[0]);
listOfRanges.Add(lowestNoteNeighbours[1]);
listOfRanges.Add(highestNoteNeighbours[0]);
listOfRanges.Add(highestNoteNeighbours[1]);
return(listOfRanges);
}
if (rangeWithTheSameLowestNote.Name == null)
{
VocalRange[] tempArray = GetNeighboursOfNote(new SoundNote(lowestNote), true);
listOfRanges.Add(tempArray[0]);
listOfRanges.Add(tempArray[1]);
listOfRanges.Add(new VocalRange()
{
HighestNote = "", LowestNote = "", MaleOrFemale = "", Name = ""
});
listOfRanges.Add(rangeWithTheSameHighestNote);
return(listOfRanges);
}
if (rangeWithTheSameHighestNote.Name == null)
{
VocalRange[] tempArray = GetNeighboursOfNote(new SoundNote(highestNote), false);
listOfRanges.Add(rangeWithTheSameLowestNote);
listOfRanges.Add(new VocalRange()
{
HighestNote = "", LowestNote = "", MaleOrFemale = "", Name = ""
});
listOfRanges.Add(tempArray[0]);
listOfRanges.Add(tempArray[1]);
return(listOfRanges);
}
if (rangeWithTheSameLowestNote.Name.Equals(rangeWithTheSameHighestNote.Name))
{
listOfRanges.Add(rangeWithTheSameHighestNote);
return(listOfRanges);
}
if (!rangeWithTheSameLowestNote.Name.Equals(rangeWithTheSameHighestNote.Name))
{
listOfRanges.Add(rangeWithTheSameLowestNote);
listOfRanges.Add(rangeWithTheSameHighestNote);
return(listOfRanges);
}
return(null);
}
