/*public ConstructorLayout()
* {
* placedN = new List<string>();
* placedP = new List<string>();
* bestRouting = new HistoryPairs();
* InitSampleTraces();
* }*/
public ConstructorLayout(List <string> inPlacedN, List <string> inPlacedP, List <Node> inNodeList)
{
placedN = inPlacedN;
placedP = inPlacedP;
//nodeList = inNodeList;
nodeDistanceDict = new Dictionary <string, NodeDistanceBase>();
nodeConnectionDict = new Dictionary <string, NodeTraces>();
//Params.SetModel(Params.ModelBusM2InMiddle);
//TraceVccGndBus();
fixedConnections = new List <LineStruct>();
wide = placedN.Count * 2 + Params.leftBorder + Params.rightBorder;
diffusionExcep = new List <string>();
diffusionExcep.Add("&0");
diffusionExcep.Add("VCC");
//-----------------
trace = new TraceGlobe();
trace.SetDiffusionExcep(diffusionExcep);
trace.InitTransistors(placedN, placedP);
trace.InitNodesDict(nodeDistanceDict, inNodeList);
step = 0;
}
/*public ConstructorLayout()
{
placedN = new List<string>();
placedP = new List<string>();
bestRouting = new HistoryPairs();
InitSampleTraces();
}*/
public ConstructorLayout(List<string> inPlacedN, List<string> inPlacedP, List<Node> inNodeList)
{
placedN = inPlacedN;
placedP = inPlacedP;
//nodeList = inNodeList;
nodeDistanceDict = new Dictionary<string, NodeDistanceBase>();
nodeConnectionDict = new Dictionary<string, NodeTraces>();
//Params.SetModel(Params.ModelBusM2InMiddle);
//TraceVccGndBus();
fixedConnections = new List<LineStruct>();
wide = placedN.Count*2 + Params.leftBorder + Params.rightBorder;
diffusionExcep = new List<string>();
diffusionExcep.Add("&0");
diffusionExcep.Add("VCC");
//-----------------
trace = new TraceGlobe();
trace.SetDiffusionExcep(diffusionExcep);
trace.InitTransistors(placedN, placedP);
trace.InitNodesDict(nodeDistanceDict, inNodeList);
step = 0;
}
/*private void SetInitPoint()
* {
* for (int i = 0; i < processNode.arcCollection.Count; i++)
* {
* trace.SetContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetHigherPoint(0)), processNode.name, i, 0);
* trace.SetContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetLowerPoint(0)), processNode.name, i, 0);
* }
* }*/
private void SetStartPriority(TraceGlobe trace)
{
List <NodeDistanceBase> lst = nodeDistanceDict.Values.ToList();
lst.Sort(NodeDistanceBase.CompareBaseByDist);
int countNd = lst.Count;
//bestHighPrior = lst.First().name;
trace.SetHighPriority(lst.First().name);
int curPrior = Params.maxPriority;
foreach (NodeDistanceBase disBase in lst)//Node curNode in nodeList)
{
processNode = trace.GetNodeByName(disBase.name);
if (diffusionExcep.FindIndex(el => el == processNode.name) >= 0)
{
SetStartVccGndConnections(curPrior);
}
else
{
//List<int> markedPin = new List<int>();
for (int i = 0; i < processNode.arcCollection.Count; i++)
{
int idx = nodeDistanceDict[processNode.name].GetNumber(i);
ContactSimple cnt = processNode.arcCollection[i];
//List<Contact> sours = trace.GetSourceContacts(processNode.arcCollection[i])
trace.SetPinSource(trace.GetSourceContacts(processNode.arcCollection[i], processNode.name));
bool notOpposite = true;
for (int j = i + 1; j < processNode.arcCollection.Count; j++)
{
if (processNode.arcCollection[i].x == processNode.arcCollection[j].x)
{
//trace.SetLine(new LineStruct(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.arcCollection[j].GetInDiffusionEdge()),
// processNode.name, curPrior, idx, true);
trace.SetStartLine(processNode.arcCollection[i], processNode.arcCollection[j],
processNode.name, curPrior, idx);
trace.SetContact(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.name, idx, curPrior, 0);
List <ContactSimple> startWave = new List <ContactSimple>();
startWave.Add(new ContactSimple(processNode.arcCollection[i].GetInDiffusionEdge()));
NodePointProcess proc = new NodePointProcess(0, curPrior, idx, false);
trace.CompleteSpreadWaveProcess(startWave, proc); //SpreadWaveProcess
notOpposite = false;
}
}
if (notOpposite) //markedPin.FindIndex(el => el == i) < 0)
{
trace.SetContact(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.name, idx, curPrior, 0);
/*trace.SetPinContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetHigherPoint(0)),
* processNode.name, idx, curPrior);
* trace.SetPinContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetLowerPoint(0)),
* processNode.name, idx, curPrior);*/
}
}
}
curPrior--;
}
}
/*private void SetInitPoint()
{
for (int i = 0; i < processNode.arcCollection.Count; i++)
{
trace.SetContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetHigherPoint(0)), processNode.name, i, 0);
trace.SetContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetLowerPoint(0)), processNode.name, i, 0);
}
}*/
private void SetStartPriority(TraceGlobe trace)
{
List<NodeDistanceBase> lst = nodeDistanceDict.Values.ToList();
lst.Sort(NodeDistanceBase.CompareBaseByDist);
int countNd = lst.Count;
//bestHighPrior = lst.First().name;
trace.SetHighPriority(lst.First().name);
int curPrior = Params.maxPriority;
foreach (NodeDistanceBase disBase in lst)//Node curNode in nodeList)
{
processNode = trace.GetNodeByName(disBase.name);
if (diffusionExcep.FindIndex(el => el == processNode.name) >= 0)
SetStartVccGndConnections(curPrior);
else
{
//List<int> markedPin = new List<int>();
for (int i = 0; i < processNode.arcCollection.Count; i++)
{
int idx = nodeDistanceDict[processNode.name].GetNumber(i);
ContactSimple cnt = processNode.arcCollection[i];
//List<Contact> sours = trace.GetSourceContacts(processNode.arcCollection[i])
trace.SetPinSource(trace.GetSourceContacts(processNode.arcCollection[i], processNode.name));
bool notOpposite = true;
for (int j = i + 1; j < processNode.arcCollection.Count; j++)
{
if (processNode.arcCollection[i].x == processNode.arcCollection[j].x)
{
//trace.SetLine(new LineStruct(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.arcCollection[j].GetInDiffusionEdge()),
// processNode.name, curPrior, idx, true);
trace.SetStartLine(processNode.arcCollection[i], processNode.arcCollection[j],
processNode.name, curPrior, idx);
trace.SetContact(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.name, idx, curPrior, 0);
List<ContactSimple> startWave = new List<ContactSimple>();
startWave.Add( new ContactSimple(processNode.arcCollection[i].GetInDiffusionEdge()) );
NodePointProcess proc = new NodePointProcess(0, curPrior, idx, false);
trace.CompleteSpreadWaveProcess(startWave, proc);//SpreadWaveProcess
notOpposite = false;
}
}
if (notOpposite)//markedPin.FindIndex(el => el == i) < 0)
{
trace.SetContact(processNode.arcCollection[i].GetInDiffusionEdge(), processNode.name, idx, curPrior, 0);
/*trace.SetPinContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetHigherPoint(0)),
processNode.name, idx, curPrior);
trace.SetPinContact(Params.FromSimpleToCont(processNode.arcCollection[i].GetLowerPoint(0)),
processNode.name, idx, curPrior);*/
}
}
}
curPrior--;
}
}