public void AddConnection(NodePoint pnt1, NodePoint pnt2, int inLayer, //int idxNumber1, int idxNumber2, int inNumber2,
int inDistance, ConflictParametr param, int count1, int count2) //check repeat
{
ConflictNote nt = new ConflictNote();
nt.name = pnt1.name;
nt.number1 = pnt1.numberNode;
nt.number2 = pnt2.numberNode;
nt.indexNumber1 = pnt1.number;
nt.indexNumber2 = pnt2.number;
nt.conflicts = param;
nt.distance = inDistance;
nt.priority = pnt1.priority;
nt.iterationNumber = 0;
isBlockade = false;
blockadedNumber = count2;
if (inLayer == Layers.metal1Trace)
{
nt.border1Met = 1000;
nt.border1Sil = 0;
nt.border2Met = 0;
nt.border2Sil = 0;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
else
{
nt.border1Met = 0; //pnt1.number;
nt.border1Sil = 1000; //pnt1.number;
nt.border2Met = 0; //pnt2.number;
nt.border2Sil = 0; //pnt2.number;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
if ((count1 * 2) < count2)
{
blockadedNumber = count1;
if (inLayer == Layers.metal1Trace)
{
nt.border1Met = 0;
nt.border1Sil = 0;
nt.border2Met = 1000;
nt.border2Sil = 0;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
else
{
nt.border1Met = 0;
nt.border1Sil = 0;
nt.border2Met = 0;
nt.border2Sil = 1000;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
isBlockade = true;
}
if ((count2 * 2) < count1)
{
isBlockade = true;
}
someConflicts.Add(nt);
}
public ConflictParametr(ConflictParametr inParams)
{
conflicts = new List <string>(inParams.conflicts);
numbers = new List <int>(inParams.numbers);
countConfl = inParams.countConfl;
}
//check repeat
public void AddConnection(NodePoint pnt1, NodePoint pnt2, int inLayer,//int idxNumber1, int idxNumber2, int inNumber2,
int inDistance, ConflictParametr param, int count1, int count2)
{
ConflictNote nt = new ConflictNote();
nt.name = pnt1.name;
nt.number1 = pnt1.numberNode;
nt.number2 = pnt2.numberNode;
nt.indexNumber1 = pnt1.number;
nt.indexNumber2 = pnt2.number;
nt.conflicts = param;
nt.distance = inDistance;
nt.priority = pnt1.priority;
nt.iterationNumber = 0;
isBlockade = false;
blockadedNumber = count2;
if (inLayer == Layers.metal1Trace)
{
nt.border1Met = 1000;
nt.border1Sil = 0;
nt.border2Met = 0;
nt.border2Sil = 0;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
else
{
nt.border1Met = 0;//pnt1.number;
nt.border1Sil = 1000;//pnt1.number;
nt.border2Met = 0;//pnt2.number;
nt.border2Sil = 0;//pnt2.number;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
if ((count1*2) < count2)
{
blockadedNumber = count1;
if (inLayer == Layers.metal1Trace)
{
nt.border1Met = 0;
nt.border1Sil = 0;
nt.border2Met = 1000;
nt.border2Sil = 0;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
else
{
nt.border1Met = 0;
nt.border1Sil = 0;
nt.border2Met = 0;
nt.border2Sil = 1000;
nt.compare1Met = true;
nt.compare2Met = true;
nt.compare1Sil = true;
nt.compare2Sil = true;
}
isBlockade = true;
}
if ((count2*2) < count1)
isBlockade = true;
someConflicts.Add(nt);
}
public ConflictParametr(ConflictParametr inParams)
{
conflicts = new List<string>(inParams.conflicts);
numbers = new List<int>(inParams.numbers);
countConfl = inParams.countConfl;
}
private ConflictParametr FindIntersectsComplex(ContactSimple cnt1, ContactSimple cnt2, string inName)
{
ConflictParametr names1 = new ConflictParametr();
ConflictParametr names2 = new ConflictParametr();
bool name1Fixed = false;
bool name2Fixed = false;
/*foreach (PairInt curCnt in GetXConnect(cnt1, cnt2))
{
string curName = GetPoint(curCnt, cnt1.layer).name;
if ((curName != Material.blankName) && (curName != Material.diffusionName) &&
(curName != inName))// && (names1.FindIndex(el => el == curName) < 0))
names1.AddName(curName, GetPoint(curCnt, cnt1.layer).number);
if (GetPoint(curCnt, cnt1.layer).isFixed)
name1Fixed = true;
}
names1.SetCountConfl(names1.GetNameCount());
if (names1.GetNameCount() < 1)*/
{
foreach (PairInt curCnt in GetXConnect(cnt1, cnt2))
{
foreach (PairInt near in curCnt.GetArroundPoints(wide))
{
string curName = GetPoint(near, cnt1.layer).name;
if ((curName != Material.blankName) && (curName != Material.diffusionName) &&
(curName != inName))// && (names1.FindIndex(el => el == curName) < 0))
names1.AddName(curName, GetPoint(near, cnt1.layer).number);
if (GetPoint(near, cnt1.layer).isFixed)
name1Fixed = true;
}
}
names1.SetCountConfl(names1.GetNameCount());
}
/*foreach (PairInt curCnt in GetYConnect(cnt1, cnt2))
{
string curName = GetPoint(curCnt, cnt1.layer).name;
int curNumber = GetPoint(curCnt, cnt1.layer).number;
if ((curName != Material.blankName) && (curName != Material.diffusionName) &&
(curName != inName))// && (names1.FindIndex(el => el == curName) < 0))
names2.AddName(curName, curNumber);
if (GetPoint(curCnt, cnt1.layer).isFixed)
name2Fixed = true;
}
names2.SetCountConfl(names2.GetNameCount());
if (names2.GetNameCount() < 1)*/
{
foreach (PairInt curCnt in GetYConnect(cnt1, cnt2))
{
foreach (PairInt near in curCnt.GetArroundPoints(wide))
{
string curName = GetPoint(near, cnt1.layer).name;
int curNumber = GetPoint(near, cnt1.layer).number;
if ((curName != Material.blankName) && (curName != Material.diffusionName) &&
(curName != inName))// && (names1.FindIndex(el => el == curName) < 0))
names2.AddName(curName, curNumber);
if (GetPoint(near, cnt1.layer).isFixed)
name2Fixed = true;
}
}
names2.SetCountConfl(names2.GetNameCount());
}
if (((names2.GetCountConfl() < names1.GetCountConfl()) && (!name2Fixed)) || (name1Fixed && !name2Fixed))
return names2;
if (!name1Fixed)
return names1;
names1.SetCountConfl(-1);
return names1;
}
private ConflictParametr OptimizeIntersects(ConflictParametr inConfl)
{
ConflictParametr retConfl = new ConflictParametr(inConfl);
foreach (string oneName in inConfl.GetNames())
{
if (!nodeDistanceDict[oneName].IsTraced())
retConfl.DeleteName(oneName);
}
return retConfl;
}
