// Remove note given note
public void RemoveNote(EditorNoteBase note)
{
for (int i = 0; i < Notes.Count; i++)
{
if (note.Equals(Notes[i]))
{
Destroy(Notes[i].gameObject);
Notes.RemoveAt(i);
return;
}
}
}
// Mouse Up event
public void SetNote(int endPath, Vector3 point)
{
Debug.Log("Call Set Note");
if (selectedNote == null)
{
return;
}
// Set the Hold Note length based on the mouse up
if (selectedNoteType == NoteType.Hold || selectedNoteType == NoteType.Transition)
{
EditorNoteHold temp = selectedNote as EditorNoteHold;
MeasureSeperator seperator = MeasureSeperatorManager.instance.FindClosestOffsetFromPoint(point);
int difference = Mathf.RoundToInt(((seperator.timestamp - temp.offset) / EditorConductor.instance.spb) * 4f);
float length = difference / 4f;
temp.SetLength(length);
}
// Set the end path for flick note
else if (selectedNoteType == NoteType.Flick)
{
if (Mathf.Abs(selectedNote.notePathId - endPath) != 1)
{
Debug.Log("Start: " + selectedNote.notePathId + ", End: " + endPath + ", Removing");
RemoveNote(selectedNote);
selectedNote = null;
return;
}
EditorNoteFlick temp = selectedNote as EditorNoteFlick;
temp.SetNote(endPath);
}
// Set the End locations and length for drag note
else if (selectedNoteType == NoteType.Drag)
{
EditorNoteDrag temp = selectedNote as EditorNoteDrag;
MeasureSeperator seperator = MeasureSeperatorManager.instance.FindClosestOffsetFromPoint(point);
int difference = Mathf.RoundToInt(((seperator.timestamp - temp.offset) / EditorConductor.instance.spb) * 4f);
float length = difference / 4f;
temp.SetNote(length, endPath);
}
selectedNote = null;
}
// notePath to place the note, and the position in world space where the
// notepath was clicked.
// Mouse Down Event
public void PlaceNote(int notePathId, Vector3 point, float length = 1f, int endPath = -1)
{
// Get the closest Measure to the click, so we can snap notes to the measure.
MeasureSeperator seperator = MeasureSeperatorManager.instance.FindClosestOffsetFromPoint(point);
foreach (EditorNoteBase note in Notes)
{
if (seperator.timestamp == note.offset && notePathId == note.notePathId)
{
Debug.Log("There is already a note in this position, returning");
return;
}
}
switch (selectedNoteType)
{
case NoteType.Regular:
selectedNote = SpawnRegularNote(seperator.timestamp, notePathId);
break;
case NoteType.Hold:
selectedNote = SpawnHoldNote(seperator.timestamp, notePathId, length, false);
break;
case NoteType.Transition:
selectedNote = SpawnHoldNote(seperator.timestamp, notePathId, length, true);
break;
case NoteType.Flick:
selectedNote = SpawnFlickNote(seperator.timestamp, notePathId, endPath);
break;
case NoteType.Drag:
selectedNote = SpawnDragNote(seperator.timestamp, notePathId, length, selectedNoteDragType, notePathId);
break;
}
}
private void AddNoteToList(EditorNoteBase note)
{
Notes.Add(note);
SortNotes();
}
public void RemoveActiveNote(EditorNoteBase n)
{
// Debug.Log("Android Debug: Removing " + n.name + " from the ActiveNotes list");
ActiveNotes.Remove(n);
}
public void AddActiveNote(EditorNoteBase n)
{
// Debug.Log("Android Debug: Adding " + n.name + " to the ActiveNotes list");
ActiveNotes.Add(n);
}
public bool Equals(EditorNoteBase other)
{
return(Mathf.Abs((this.notePathId - other.notePathId)) < 0.01f && this.offset == other.offset);
}
