protected void AddBitCells(int bits)
{
if (bits == 0)
{
return;
}
int offsetX = (bits - 1) * 25;
int centerY = Center.Y;
BitCell previousBitCell = null;
BitCell nextBitCell = null;
for (int i = 0; i < bits; i++)
{
int bitNumber = bits - i - 1;
int centerX = Center.X - offsetX + i * 50;
nextBitCell = new BitCell(centerX, centerY, bitNumber);
allBitCells.AddLast(nextBitCell);
if (previousBitCell != null)
{
Dataline connectorLine = new Dataline(previousBitCell, nextBitCell);
}
previousBitCell = nextBitCell;
}
}
protected void AddIOLines(Point center, int bits)
{
Size size = GetSize();
int width = size.Width;
int height = size.Height;
int inputX = center.X - width / 2 - 15;
int inputY = center.Y + 40;
if (bits == 0)
{
inputY = center.Y + height / 4;
}
this.InputPoint = new Point(inputX, inputY);
this.inputGate = new Gate(InputPoint);
//this.inputGate.SetIsOpen(false); // testing
int outputX = inputX + width + 30;
int outputY = inputY;
Point outputPoint = new Point(outputX, outputY);
this.Output = new OutputConnection(outputPoint);
this.outputGate = new Gate(outputPoint);
this.outputGate.SetIsOpen(false);
//Connector nextConnector = this.Output.GetNextConnector();
//this.outputGate.ConnectTo(nextConnector);
Dataline lineFromInput;
if (bits == 0)
{
lineFromInput = new Dataline(this.inputGate, this.outputGate);
//lineFromInput.ConnectTo(this.Output.Branches);
return;
}
BitCell firstBitCell = allBitCells.ElementAt(0);
lineFromInput = new Dataline(this.inputGate, firstBitCell);
BitCell lastBitCell = allBitCells.ElementAt(allBitCells.Count - 1);
Dataline lineToOutput = new Dataline(lastBitCell, this.outputGate);
}
