private void SpreadUsed(Node nd)
{
NodeTraces curTrace = new NodeTraces();
List<int> fixedConnection = new List<int>();
List<int> currentConnection = new List<int>();
for (int i = 0; i < nd.arcCollection.Count; i++)
{
if (currentConnection.FindIndex(el => el == i) < 0)
{
List<int> curList = nodeDistanceDict[nd.name].GetConnectedPoints(i);
int curStart = curList.Min();
currentConnection.Add(curStart);
foreach (int curEnd in curList)
{
if (currentConnection.FindIndex(el => el == curEnd) < 0) //(curStart != curEnd)
{
int numbFixedWith = nodeDistanceDict[nd.name].GetFixedPointTo(curEnd);
if ((numbFixedWith >= 0))
fixedConnection.Add(curEnd);
//curTrace.AddTrace(RecoveryFixedPath(nd.arcCollection[curEnd], nd.name));
if (numbFixedWith != curStart)
{
NodeTraces recPath = RecoveryUnicPath(curTrace.lines, nd.arcCollection[curEnd],
nd.arcCollection[curStart], nd.name);
if ((numbFixedWith >= 0) && (recPath.lines.Count > 0) &&
(recPath.lines.FindIndex(el => (el.type != Material.na_ && el.type != Material.pa_)) >= 0) )
{
currentConnection.Add(numbFixedWith);
}
curTrace.AddTrace(recPath);
}
currentConnection.Add(curEnd);//!!!!!!!
}
}
}
}
foreach(int curEnd in fixedConnection)
curTrace.AddTrace(RecoveryFixedPath(nd.arcCollection[curEnd], nd.name));
SetUsed(curTrace);
}
/*
private NodeTraces GetNodeTrace_old(Node nd, System.IO.StreamWriter file)//better
{
NodeTraces allNodeTrace = new NodeTraces();
List<int> currentConnection = new List<int>();
for (int i = 0; i < nd.arcCollection.Count; i++)
{
if (currentConnection.FindIndex(el => el == i) < 0)
{
List<int> curList = nodeDistanceDict[nd.name].GetConnectedPoints(i);
int curStart = curList.Min();
if (nd.name == "VCC")
{
//PrintUsed(0, file);
PrintNumb(0, file);
}
foreach (int curEnd in curList)
{
if (curStart != curEnd)
{
NodeTraces curTrace = new NodeTraces();
int numbFixedWith = nodeDistanceDict[nd.name].GetFixedPointTo(curEnd);
if ((numbFixedWith >= 0) && (currentConnection.FindIndex(el => el == numbFixedWith) >= 0))
curTrace.AddTrace(RecoveryFixedPath(nd.arcCollection[curEnd], nd.name));
else
curTrace.AddTrace(RecoveryPath(nd.arcCollection[curEnd],
nd.arcCollection[curStart], nd.name));
currentConnection.Add(curEnd);
//SetUsed(curTrace);
//ReplaceUnused procRemove = new ReplaceUnused(0, GetPoint(startPoint).priority, false);
//SpreadWaveProcess(startPoint, procRemove);
allNodeTrace.AddTrace(curTrace);
}
}
if (nd.name == "VCC")
{
PrintUsed(0, file);
//PrintNumb(0, file);
}
}
}
return allNodeTrace;
}*/
private NodeTraces GetNodeTrace(Node nd, System.IO.StreamWriter file)
{
SetAllUnused();
NodeTraces allNodeTrace = new NodeTraces();
//NodeTraces extraNodeTrace = new NodeTraces();
List<ContactSimple> inters = new List<ContactSimple>();
inters.Add(nd.arcCollection[0]);
//List<LineStruct> lines = new List<LineStruct>();
//if (diffusionException.FindIndex(nameUnit => nameUnit == nd.name) >= 0)
// allNodeTrace.lines.Add( GetFixedLine(inters, inters[0].layer, nd.name) );
List<int> currentConnection = new List<int>();
for (int i = 0; i < nd.arcCollection.Count; i++)
{
if (currentConnection.FindIndex(el => el == i) < 0)
{
List<int> curList = nodeDistanceDict[nd.name].GetConnectedPoints(i);
int curStart = curList.Min();
foreach (int curEnd in curList)
{
if (curStart != curEnd)
{
//NodeTraces curTrace = new NodeTraces();
int numbFixedWith = nodeDistanceDict[nd.name].GetFixedPointTo(curEnd);
if ((curStart == numbFixedWith) && (diffusionException.FindIndex(nameUnit => nameUnit == nd.name) >= 0))
allNodeTrace.AddTrace(RecoveryFixedPath(nd.arcCollection[curEnd], nd.name));
else
allNodeTrace.AddTrace(RecoveryUnicPath(allNodeTrace.lines, nd.arcCollection[curEnd],
nd.arcCollection[curStart], nd.name));
currentConnection.Add(curEnd);
//allNodeTrace.AddTrace(curTrace);
}
}
}
}
//allNodeTrace.DefineCrossContacts(this);
//allNodeTrace.AddTrace(extraNodeTrace);
return allNodeTrace;
}
