public SplitflapConfig(byte currentPosition, byte portExpanderAddress, byte portExpanderBit, PortExpanderPlug.Sides side, bool row2)
{
this.CurrentPosition = currentPosition;
this.portExpanderAddress = portExpanderAddress;
this.portExpanderBit = portExpanderBit;
this.side = side;
this.row2 = row2;
}
public SplitflapRail(int length)
{
//check if testing configuration. If so,, do test
if (length == 8)
{
this.splitflapList = new SplitflapConfig[8]
{
new SplitflapConfig(0, 0x20, 7, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 6, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 5, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 4, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 3, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 2, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 1, PortExpanderPlug.Sides.A, false),
new SplitflapConfig(0, 0x20, 0, PortExpanderPlug.Sides.A, false),
};
this.portExpanderplugList = new PortExpanderPlug[1]
{
new PortExpanderPlug(0x20, false)
};
}
else
{
this.splitflapList = new SplitflapConfig[length];
//foreach splitflap in splitflaplist, create new splitflap
for (int flapIndex = 0; flapIndex < splitflapList.Length; flapIndex++)
{
this.splitflapList[flapIndex] = new SplitflapConfig(
0,
(byte)((((flapIndex % (splitflapList.Length / NUMBER_OF_ROWS))) / 16) + 32), // 0 0 1 0 0 A2 A1 A0
(byte)(flapIndex % 8),
(PortExpanderPlug.Sides)((flapIndex % 16) / 8),
(flapIndex / (splitflapList.Length / NUMBER_OF_ROWS)) == 1
);
}
int plugCount = (int)System.Math.Ceiling((((float)splitflapList.Length / (float)NUMBER_OF_ROWS) / (float)16));
this.portExpanderplugList = new PortExpanderPlug[plugCount * 2];
//foreach portExpanderplug
for (int plugIndex = 0; plugIndex < portExpanderplugList.Length; plugIndex++)
{
OutputPortRow2.Write(plugIndex / NUMBER_OF_ROWS == 1);
portExpanderplugList[plugIndex] = new PortExpanderPlug((byte)(plugIndex + 32), plugIndex / NUMBER_OF_ROWS == 1);
};
}
}
