public void AddNamedPins(List <ContactNamed> inCts)
{
foreach (ContactNamed cnt in inCts)
{
Node fndNode = nodeList.Find(nd => nd.name == cnt.namePoint);
if (diffusionException.FindIndex(name => name == cnt.namePoint) < 0 && fndNode != null)
{
ContactSimple smpl = new ContactSimple(cnt);
smpl.SetInOut();
fndNode.arcCollection.Add(smpl);
}
}
}
private void InitGndVccConts()
{
int lay = Layers.metal1Trace;
if (Params.IsModelBusM2InMiddle())
{
lay = Layers.metal2Trace;
}
ContactSimple busStart = new ContactSimple(Params.leftEdge, Params.VccPosition, lay);
ContactSimple busEnd = new ContactSimple(wide - 1, Params.VccPosition, lay);
if (processNode.name == Params.GndName)
{
busStart.y = Params.GndPosition;
busEnd.y = Params.GndPosition;
}
busEnd.SetInOut();
busStart.SetInOut();
processNode.arcCollection.Insert(0, busEnd);
processNode.arcCollection.Insert(0, busStart);
int idxLast = processNode.arcCollection.Count;
NodeDistanceBase dictUnit = new NodeDistanceBase(idxLast, processNode.name);
for (int i = 0; i < idxLast; i++)
{
for (int j = i + 1; j < idxLast; j++)
{
bool connected = true;
bool fixedConnection = false;
if (i == 0 && j == 1)
{
fixedConnection = true;
}
if (i != j)
{
dictUnit.AddDistance(i, j, LineStruct.Distance(processNode.arcCollection[i],
processNode.arcCollection[j]), connected, fixedConnection);
}
}
}
if (idxLast > 1)
{
nodeDistanceDict.Add(processNode.name, dictUnit);
}
}