//, List<int> layers)
/* private List<NodePoint> GetBest_old(PairInt inCnt)
{
List<NodePointLayer> metArround = new List<NodePointLayer>();
List<NodePointLayer> silArround = new List<NodePointLayer>();
List<NodePointLayer> allArround = new List<NodePointLayer>();
foreach (PairInt cnt in inCnt.GetArroundPoints(wide))
{
metArround.Add(GetPointLayer(cnt, Layers.metal1Trace));
silArround.Add(GetPointLayer(cnt, Layers.siliconTrace));
}
metArround.Add(GetPointLayer(inCnt, Layers.metal1Trace));
silArround.Add(GetPointLayer(inCnt, Layers.siliconTrace));
allArround.AddRange(metArround);
allArround.AddRange(silArround);
//NodePoint bestMet = conflictManager.GetBest(metArround);
//NodePoint bestSil = conflictManager.GetBest(silArround);
bool b = false;
if ((inCnt.x == 13 || inCnt.x == 21) && (inCnt.y == 33))
b = true;
List<NodePoint> best = new List<NodePoint>();
best.Add(conflictManager.GetBest(allArround));
best.Add(conflictManager.GetBest(metArround));
best.Add(conflictManager.GetBest(silArround));
return best;
}*/
private List<BestPointSet> GetBest(PairInt inCnt)
{
Dictionary<int, List<NodePointLayer>> oneRange = new Dictionary<int, List<NodePointLayer>>();
foreach (int layer1 in Params.UsedLayers)
oneRange.Add(layer1, new List<NodePointLayer>());
foreach (PairInt cnt in inCnt.GetArroundPoints(wide))
{
foreach (int layer1 in Params.UsedLayers)
oneRange[layer1].Add(GetPointLayer(cnt, layer1));
}
foreach (int layer1 in Params.UsedLayers)
{
oneRange[layer1].Add(GetPointLayer(inCnt, layer1));
}
List<BestPointSet> bestSet = new List<BestPointSet>();
foreach (int layer1 in Params.UsedLayers)
{
List<NodePointLayer> allArround = new List<NodePointLayer>();
allArround.AddRange(oneRange[layer1]);
foreach(int layer2 in Params.LayersRange[layer1])
{
allArround.AddRange(oneRange[layer2]);
}
bestSet.Add(new BestPointSet(conflictManager.GetBest(allArround), layer1, false));
if (Params.UsedLayers.Count < 3)
break;
}
foreach (int layer1 in Params.UsedLayers)
{
bestSet.Add(new BestPointSet(conflictManager.GetBest(oneRange[layer1]), layer1, true));
NodePoint ndp = GetPoint(inCnt, layer1);
if ( ndp.isSource )
{
NodePoint ndPoint = DefineSourcePoint(inCnt, layer1);
if (ndPoint.name != ndp.name)
bestSet.Add(new BestPointSet(new NodePointLayer(ndPoint, layer1), layer1, true));
//oneRange[layer1].Add(new NodePointLayer(ndp, nameSource));
}
/*if ( ndp.isSource )
{
string nameSource = DefineSourceName(inCnt, layer1);
if (nameSource != ndp.name)
bestSet.Add(new BestPointSet(new NodePointLayer(ndp, layer1, nameSource), layer1, true));
//oneRange[layer1].Add(new NodePointLayer(ndp, nameSource));
}*/
}
return bestSet;
}
private ContactSimple GetAnyNotDiffusion(PairInt inCnt)
{
if (GetPoint(inCnt, Layers.siliconTrace).name != Material.diffusionName)
return new ContactSimple(inCnt, Layers.siliconTrace);
foreach (PairInt curPoint in inCnt.GetArroundPoints(wide))
if (GetPoint(curPoint, Layers.siliconTrace).name != Material.diffusionName)
return new ContactSimple(inCnt, Layers.siliconTrace);
return new ContactSimple(inCnt, Layers.siliconTrace);
}
