/// <summary>
/// play one column of the grids
/// </summary>
private void PlayColumn(short xCell)
{
if ((Width * NumberOfGrids) % 2 == 0)
{
//play kick on root note
if (xCell == 0)
{
Synthesizer.Kick();
}
if (xCell == (float)(Width * NumberOfGrids) / 2)
{
Synthesizer.Snare();
}
else
{
Synthesizer.Hat();
}
}
else
{
//play kick on root note
if (xCell == 0 && Kick)
{
Synthesizer.Kick();
Kick = !Kick;
Synthesizer.Hat();
}
else if (xCell == 0)
{
Synthesizer.Snare();
Kick = !Kick;
}
else
{
Synthesizer.Hat();
}
}
//divide grids
int z = 0;
//determine grid
while (xCell >= Width)
{
z++;
xCell -= Width;
}
//play column
if (Numeric)
{
short key = Numbers.Zero;
for (short yCell = 0; yCell < Height; yCell++)
{
if (CellValues[z][xCell, yCell])
{
key++;
}
}
if (progressive)
{
Synthesizer.Play(key, 1, (short)ChordProgression[_CellularAutomata[0].Iterations % _CellularAutomata[0].Repeat]);
}
else
{
Synthesizer.Play(key, 1, 0);
}
}
else
{
int i = Numbers.Zero;
for (short yCell = 0; yCell < Height; yCell++)
{
if (CellValues[z][xCell, yCell])
{
i++;
}
}
for (short yCell = 0; yCell < Height; yCell++)
{
if (CellValues[z][xCell, yCell])
{
if (progressive)
{
Synthesizer.Play((short)(Height - 1 - yCell), i,
(short)ChordProgression[_CellularAutomata[0].Iterations % _CellularAutomata[0].Repeat]);
}
else
{
Synthesizer.Play((short)(Height - 1 - yCell), i, 0);
}
}
}
}
//if ((xCell % Width == 0) || (xCell % ((double)Width / 2) == 0))
//s += xCell + ": Kick";
//Console.WriteLine(s);
}