public void DrawTonaltyAt(Tonalty tonalty, int graphicPosition, int restrictedLength)
{
TL.G.DrawString(tonalty.ToString(), tonaltyFont, tonaltyBrush,
new Rectangle(graphicPosition, 0, restrictedLength, ChromaTextHeight));
if (tonalty == null)
{
return;
}
for (int j = 0; j < 12; ++j)
{
if (ChromaMode != TimelineChromaMode.FrameScale || tonalty.IsOnNaturalScale(j))
{
TL.G.DrawString(tonalty.NoteNameUnderTonalty(j), noteFont, noteBackBrush,
new Rectangle(graphicPosition + fontShadowDX, chromaTextStart + (11 - j) * ChromaHeight + fontShadowDY, restrictedLength, ChromaTextHeight));
TL.G.DrawString(tonalty.NoteNameUnderTonalty(j), noteFont, noteFrontBrush,
new Rectangle(graphicPosition, chromaTextStart + (11 - j) * ChromaHeight, restrictedLength, ChromaTextHeight));
}
}
}
private void timer1_Tick(object sender, EventArgs e)
{
if (Program.TL != null)
{
Program.TL.Draw();
//if (Triggers.ChordLabelChangeTrigger)
//{
Tonalty currentTonalty = Program.TL.ChromaVisualizer.GetCurrentTonalty();
if (Triggers.ChordLabelChangeTrigger || RelativeLabelTonalty.ToString() != currentTonalty.ToString())
{
Triggers.ChordLabelChangeTrigger = false;
RelativeLabelTonalty = currentTonalty;
for (int i = 0; i < 15; ++i)
{
ChordLabels[i].Text =
Program.TL.ChordEditor.GetChordLabelTextUnderTonalty(i, RelativeLabelTonalty);
}
}
//}
}
}