int ExportOrFindNote(Note note)
{
var gpNote = new Gpif.Note();
gpNote.Id = gpif.Notes.Count;
// add string and fret numbers
gpNote.Properties.Add(new Property() { Name = "String", String = note.String });
gpNote.Properties.Add(new Property() { Name = "Fret", Fret = note.Fret });
// should we add muting?
if (note.PalmMuted)
gpNote.Properties.Add(new Property() { Name = "PalmMuted", Enable = new Property.EnableType() });
if (note.Muted)
gpNote.Properties.Add(new Property() { Name = "Muted", Enable = new Property.EnableType() });
// handle ties with previous/next note
if (link[note.String] || note.LinkNext)
{
gpNote.Tie = new Gpif.Note.TieType() { Destination = link[note.String], Origin = note.LinkNext && note.Slide != Note.SlideType.ToNext };
link[note.String] = note.LinkNext && note.Slide != Note.SlideType.ToNext;
}
// handle hammer-on / pull-off
if (hopo[note.String])
{
gpNote.Properties.Add(new Property() { Name = "HopoDestination", Enable = new Property.EnableType() });
hopo[note.String] = false;
}
if (note.Hopo)
{
gpNote.Properties.Add(new Property() { Name = "HopoOrigin", Enable = new Property.EnableType() });
hopo[note.String] = true;
}
if (note.Tapped)
{
gpNote.Properties.Add(new Property() { Name = "Tapped", Enable = new Property.EnableType() });
}
// handle vibrato
if (note.Vibrato)
gpNote.Vibrato = "Slight";
// handle accent
if (note.Accent)
gpNote.Accent = 4;
// handle harmonics
if (note.Harmonic)
{
gpNote.Properties.Add(new Property()
{
Name = "HarmonicType",
HType = "Natural"
});
gpNote.Properties.Add(new Property()
{
Name = "HarmonicFret",
HFret = note.Fret == 3 ? "3.2" : note.Fret.ToString()
});
}
else if (note.PinchHarmonic)
{
gpNote.Properties.Add(new Property() { Name = "HarmonicType", HType = "Pinch" });
gpNote.Properties.Add(new Property() { Name = "HarmonicFret", HFret = "12" });
}
// handle slides
int slideFlag = 0;
switch (note.Slide)
{
case Note.SlideType.ToNext:
slideFlag = 2; break;
case Note.SlideType.UnpitchDown:
slideFlag = 4; break;
case Note.SlideType.UnpitchUp:
slideFlag = 8; break;
}
if (slideFlag != 0)
gpNote.Properties.Add(new Property() { Name = "Slide", Flags = slideFlag });
// handle bends
if (note.BendValues.Count != 0)
{
float origin = note.BendValues.First().Step;
float destination = note.BendValues.Last().Step;
float middle = origin;
float middleOffset1 = 0;
float middleOffset2 = 0;
float destinationOffset = note.BendValues.Last().RelativePosition;
// GPX doesn't support arbitrarily complex bends, it can do at most a bend/release.
// So we'll look for the point inside the bend that differs the most from the start
// and use that as the intermediary bend value.
for (int i = 1; i < note.BendValues.Count - 1; ++i)
{
var bend = note.BendValues[i];
if (bend.Step - origin > middle - origin)
{
middle = bend.Step;
middleOffset1 = bend.RelativePosition;
middleOffset2 = bend.RelativePosition;
}
else if (bend.Step == middle)
middleOffset2 = bend.RelativePosition;
if (bend.Step == destination)
destinationOffset = bend.RelativePosition;
else
destinationOffset = note.BendValues.Last().RelativePosition;
}
// add the properties
if (origin != 0 || middle != 0 || destination != 0)
{
// for some reason, some notes have nonsensical bend data attached, so ignore that
gpNote.Properties.Add(new Property() { Name = "Bended", Enable = new Property.EnableType() });
gpNote.Properties.Add(new Property() { Name = "BendOriginValue", Float = Math.Round(origin * 50) });
// don't add the middle if it equals destination, GPX can't really handle that.
if (middle != destination)
{
gpNote.Properties.Add(new Property() { Name = "BendMiddleValue", Float = Math.Round(middle * 50) });
gpNote.Properties.Add(new Property() { Name = "BendMiddleOffset1", Float = Math.Round(middleOffset1 * 100) });
gpNote.Properties.Add(new Property() { Name = "BendMiddleOffset2", Float = Math.Round(middleOffset2 * 100) });
}
gpNote.Properties.Add(new Property() { Name = "BendDestinationValue", Float = Math.Round(destination * 50) });
gpNote.Properties.Add(new Property() { Name = "BendDestinationOffset", Float = Math.Round(destinationOffset * 100) });
}
}
// if available, place left hand fingering hint
if (note.LeftFingering >= 0 && note.LeftFingering <= 4)
{
var fingerNames = new string[] { "P", "I", "M", "A", "C" };
gpNote.LeftFingering = fingerNames[note.LeftFingering];
}
// see if this note already exists, otherwise add
var searchNote = gpif.Notes.Find(x => x.Equals(gpNote));
if (searchNote != null)
gpNote = searchNote;
else
gpif.Notes.Add(gpNote);
return gpNote.Id;
}
int ExportOrFindNote(Note note)
{
var gpNote = new Gpif.Note();
gpNote.Id = gpif.Notes.Count;
// add string and fret numbers
gpNote.Properties.Add(new Property()
{
Name = "String", String = note.String
});
gpNote.Properties.Add(new Property()
{
Name = "Fret", Fret = note.Fret
});
// should we add muting?
if (note.PalmMuted)
{
gpNote.Properties.Add(new Property()
{
Name = "PalmMuted", Enable = new Property.EnableType()
});
}
if (note.Muted)
{
gpNote.Properties.Add(new Property()
{
Name = "Muted", Enable = new Property.EnableType()
});
}
// handle ties with previous/next note
if (link[note.String] || note.LinkNext)
{
gpNote.Tie = new Gpif.Note.TieType()
{
Destination = link[note.String], Origin = note.LinkNext && note.Slide != Note.SlideType.ToNext
};
link[note.String] = note.LinkNext && note.Slide != Note.SlideType.ToNext;
}
// handle hammer-on / pull-off
if (hopo[note.String])
{
gpNote.Properties.Add(new Property()
{
Name = "HopoDestination", Enable = new Property.EnableType()
});
hopo[note.String] = false;
}
if (note.Hopo)
{
gpNote.Properties.Add(new Property()
{
Name = "HopoOrigin", Enable = new Property.EnableType()
});
hopo[note.String] = true;
}
if (note.Tapped)
{
gpNote.Properties.Add(new Property()
{
Name = "Tapped", Enable = new Property.EnableType()
});
}
// handle vibrato
if (note.Vibrato)
{
gpNote.Vibrato = "Slight";
}
// handle accent
if (note.Accent)
{
gpNote.Accent = 4;
}
// handle harmonics
if (note.Harmonic)
{
gpNote.Properties.Add(new Property()
{
Name = "HarmonicType",
HType = "Natural"
});
gpNote.Properties.Add(new Property()
{
Name = "HarmonicFret",
HFret = note.Fret == 3 ? "3.2" : note.Fret.ToString()
});
}
else if (note.PinchHarmonic)
{
gpNote.Properties.Add(new Property()
{
Name = "HarmonicType", HType = "Pinch"
});
gpNote.Properties.Add(new Property()
{
Name = "HarmonicFret", HFret = "12"
});
}
// handle slides
int slideFlag = 0;
switch (note.Slide)
{
case Note.SlideType.ToNext:
slideFlag = 2; break;
case Note.SlideType.UnpitchDown:
slideFlag = 4; break;
case Note.SlideType.UnpitchUp:
slideFlag = 8; break;
}
if (slideFlag != 0)
{
gpNote.Properties.Add(new Property()
{
Name = "Slide", Flags = slideFlag
});
}
// handle bends
if (note.BendValues.Count != 0)
{
float origin = note.BendValues.First().Step;
float destination = note.BendValues.Last().Step;
float middle = origin;
float middleOffset1 = 0;
float middleOffset2 = 0;
float destinationOffset = note.BendValues.Last().RelativePosition;
// GPX doesn't support arbitrarily complex bends, it can do at most a bend/release.
// So we'll look for the point inside the bend that differs the most from the start
// and use that as the intermediary bend value.
for (int i = 1; i < note.BendValues.Count - 1; ++i)
{
var bend = note.BendValues[i];
if (bend.Step - origin > middle - origin)
{
middle = bend.Step;
middleOffset1 = bend.RelativePosition;
middleOffset2 = bend.RelativePosition;
}
else if (bend.Step == middle)
{
middleOffset2 = bend.RelativePosition;
}
if (bend.Step == destination)
{
destinationOffset = bend.RelativePosition;
}
else
{
destinationOffset = note.BendValues.Last().RelativePosition;
}
}
// add the properties
if (origin != 0 || middle != 0 || destination != 0)
{
// for some reason, some notes have nonsensical bend data attached, so ignore that
gpNote.Properties.Add(new Property()
{
Name = "Bended", Enable = new Property.EnableType()
});
gpNote.Properties.Add(new Property()
{
Name = "BendOriginValue", Float = Math.Round(origin * 50)
});
// don't add the middle if it equals destination, GPX can't really handle that.
if (middle != destination)
{
gpNote.Properties.Add(new Property()
{
Name = "BendMiddleValue", Float = Math.Round(middle * 50)
});
gpNote.Properties.Add(new Property()
{
Name = "BendMiddleOffset1", Float = Math.Round(middleOffset1 * 100)
});
gpNote.Properties.Add(new Property()
{
Name = "BendMiddleOffset2", Float = Math.Round(middleOffset2 * 100)
});
}
gpNote.Properties.Add(new Property()
{
Name = "BendDestinationValue", Float = Math.Round(destination * 50)
});
gpNote.Properties.Add(new Property()
{
Name = "BendDestinationOffset", Float = Math.Round(destinationOffset * 100)
});
}
}
// if available, place left hand fingering hint
if (note.LeftFingering >= 0 && note.LeftFingering <= 4)
{
var fingerNames = new string[] { "P", "I", "M", "A", "C" };
gpNote.LeftFingering = fingerNames[note.LeftFingering];
}
// see if this note already exists, otherwise add
var searchNote = gpif.Notes.Find(x => x.Equals(gpNote));
if (searchNote != null)
{
gpNote = searchNote;
}
else
{
gpif.Notes.Add(gpNote);
}
return(gpNote.Id);
}
