public void InitTransistors(List<string> inPlacedN, List<string> inPlacedP)
{
wide = inPlacedN.Count*2 + Params.leftBorder + Params.rightBorder;//+8
criticAmountH = (wide*Params.topEdge*2)/3; // 33%
layoutMap = new NodePoint[wide][][];
for (int i = 0; i < wide; i++)
{
layoutMap[i] = new NodePoint[Params.topEdge][];
for (int j = 0; j < Params.topEdge; j++)
{
layoutMap[i][j] = new NodePoint[Layers.count];
}
}
for (int x = 0; x < wide; x++)
{
for (int y = 0; y < Params.topEdge; y++)
{
layoutMap[x][y][Layers.contactTrace] = new NodePoint(blank);
}
}
SetBlank();
SetBlankForContact(inPlacedN, inPlacedP);
SetBlankForSilicon(inPlacedN, inPlacedP);
}
public void InitTransistors(List <string> inPlacedN, List <string> inPlacedP)
{
wide = inPlacedN.Count * 2 + Params.leftBorder + Params.rightBorder; //+8
criticAmountH = (wide * Params.topEdge * 2) / 3; // 33%
layoutMap = new NodePoint[wide][][];
for (int i = 0; i < wide; i++)
{
layoutMap[i] = new NodePoint[Params.topEdge][];
for (int j = 0; j < Params.topEdge; j++)
{
layoutMap[i][j] = new NodePoint[Layers.count];
}
}
for (int x = 0; x < wide; x++)
{
for (int y = 0; y < Params.topEdge; y++)
{
layoutMap[x][y][Layers.contactTrace] = new NodePoint(blank);
}
}
SetBlank();
SetBlankForContact(inPlacedN, inPlacedP);
SetBlankForSilicon(inPlacedN, inPlacedP);
}
//int inNumber, int inPrior
public NodePointProcess( NodePoint inNode, bool inUsed)
{
curNumber = inNode.number;
priority = inNode.priority;
nodeNumber = inNode.numberNode;
isUsed = inUsed;
}
public NodePointProcess(NodePoint inNode, bool inUsed) //int inNumber, int inPrior
{
curNumber = inNode.number;
priority = inNode.priority;
nodeNumber = inNode.numberNode;
isUsed = inUsed;
}
public void SetLine(LineStruct inLine, string inName, int priority, int ndNumber, bool makeFixed)
{
int layer = inLine.type;
NodePoint ndPoint = new NodePoint(inName, priority, ndNumber);
if (inLine.Height > 0)
{
for (int y = inLine.Bottom; y <= inLine.Top; y++)
{
bool isSrs = layoutMap[inLine.X][y][layer].isSource;
layoutMap[inLine.X][y][layer] = new NodePoint(ndPoint);
layoutMap[inLine.X][y][layer].isSource = isSrs;
layoutMap[inLine.X][y][layer].number = -1; //change!
layoutMap[inLine.X][y][layer].isFixed = makeFixed;
}
}
if (inLine.Width > 0)
{
for (int x = inLine.Left; x <= inLine.Right; x++)
{
bool isSrs = layoutMap[x][inLine.Y][layer].isSource;
layoutMap[x][inLine.Y][layer] = new NodePoint(ndPoint);
layoutMap[x][inLine.Y][layer].isSource = isSrs;
layoutMap[x][inLine.Y][layer].number = -1;
layoutMap[x][inLine.Y][layer].isFixed = makeFixed;
}
}
}
public void SetNextCont(NodePoint prevPoint) //(string inName, int inPrior, int )
{
name = prevPoint.name;
priority = prevPoint.priority;
number = prevPoint.number + 1;
numberNode = prevPoint.numberNode;
isReplace = false;
}
public bool IsBestExecept(NodePoint inPnt)
{
if (isTraceH && (currentConflict.conflicts.GetNames().FindIndex(el => el == inPnt.name) >= 0))
{
return(true);
}
return(false);
}
public NodePoint(NodePoint inPoint)
{
name = inPoint.name;
priority = inPoint.priority;
number = inPoint.number;
isReplace = inPoint.isReplace;
isSource = inPoint.isSource;
numberNode = inPoint.numberNode;
isUsed = false;
isFixed = false;
}
public override void ProcessPoint(NodePoint inPoint)
{
if (!inPoint.isUsed)
{
inPoint.isReplace = true;
inPoint.name = Material.blankName;
inPoint.number = -1;
inPoint.priority = 0;
inPoint.numberNode = 0;
}
}
public virtual void ProcessPoint(NodePoint inPoint)
{
//if (isSetUnused)
// inPoint.isUsed = false;
//if (isNumber)
inPoint.number = curNumber;
inPoint.isUsed = isUsed;
inPoint.priority = priority;
inPoint.numberNode = nodeNumber;
//if (isUsed)
// inPoint.isReplace = false;
}
public TraceGlobe()
{
blank = new NodePoint("blank");
blank.isReplace = true;
full = new NodePoint("full");
diffusion = new NodePoint("diffusion");
//pathSpred = new List<NodePaths>();
//isTraceH = false;
stepWithMax = 0;
conflictManager = new ConflictPolitic();
diffusionException = new List<string>();
}
//(string inName, int inPrior, int )
public void SetNextCont(NodePoint prevPoint)
{
name = prevPoint.name;
priority = prevPoint.priority;
number = prevPoint.number + 1;
numberNode = prevPoint.numberNode;
isReplace = false;
}
public ReplaceUnused(NodePoint inNode, bool inUsed) : base(inNode, inUsed)
{
}
public NodePointLayer(NodePoint inPnt, int inLayer) : base(inPnt)
{
layer = inLayer;
}
public NodePointLayer(NodePoint inPnt, int inLayer, string inName) : base(inPnt)
{
name = inName;
layer = inLayer;
}
public override void ProcessPoint(NodePoint inPoint)
{
if (!inPoint.isUsed)
{
inPoint.isReplace = true;
inPoint.name = Material.blankName;
inPoint.number = -1;
inPoint.priority = 0;
inPoint.numberNode = 0;
}
}
public ReplaceUnused(NodePoint inNode, bool inUsed)
: base(inNode, inUsed)
{
}
public virtual void ProcessPoint(NodePoint inPoint)
{
//if (isSetUnused)
// inPoint.isUsed = false;
//if (isNumber)
inPoint.number = curNumber;
inPoint.isUsed = isUsed;
inPoint.priority = priority;
inPoint.numberNode = nodeNumber;
//if (isUsed)
// inPoint.isReplace = false;
}
public NodePointLayer(NodePoint inPnt, int inLayer, string inName)
: base(inPnt)
{
name = inName;
layer = inLayer;
}
public NodePointLayer(NodePoint inPnt, int inLayer)
: base(inPnt)
{
layer = inLayer;
}
public bool IsBestExecept(NodePoint inPnt)
{
if (isTraceH && (currentConflict.conflicts.GetNames().FindIndex(el => el == inPnt.name) >= 0))
return true;
return false;
}
public void SetLine(LineStruct inLine, string inName, int priority, int ndNumber, bool makeFixed)
{
int layer = inLine.type;
NodePoint ndPoint = new NodePoint(inName, priority, ndNumber);
if (inLine.Height > 0)
{
for (int y = inLine.Bottom; y <= inLine.Top; y++)
{
bool isSrs = layoutMap[inLine.X][y][layer].isSource;
layoutMap[inLine.X][y][layer] = new NodePoint(ndPoint);
layoutMap[inLine.X][y][layer].isSource = isSrs;
layoutMap[inLine.X][y][layer].number = -1;//change!
layoutMap[inLine.X][y][layer].isFixed = makeFixed;
}
}
if (inLine.Width > 0)
{
for (int x = inLine.Left; x <= inLine.Right; x++)
{
bool isSrs = layoutMap[x][inLine.Y][layer].isSource;
layoutMap[x][inLine.Y][layer] = new NodePoint(ndPoint);
layoutMap[x][inLine.Y][layer].isSource = isSrs;
layoutMap[x][inLine.Y][layer].number = -1;
layoutMap[x][inLine.Y][layer].isFixed = makeFixed;
}
}
}
private bool SetNextCont(PairInt inChanged, int layerChanged, NodePoint inSample)
{
/*bool b = false;
if (inChanged.x == 33 && (inChanged.y == 16 || inChanged.y == 18) &&
layerChanged == Layers.metal1Trace && inSample.name != "N6859613")
b = false;*/
if (inSample.name == Material.blankName)
return true;
string curName = inSample.name;
List<string> deletedNames = new List<string>();
ContactSimple curPoint = new ContactSimple(inChanged, layerChanged);
List<ContactSimple> cntArround = curPoint.GetArroundPoints(wide);
List<PairInt> cntArea = inChanged.GetBigArround(wide);
cntArea.Add(inChanged);
foreach (ContactSimple cntUnit in cntArround)
{
string unitName = GetPoint(cntUnit).name;
if (unitName != curName && unitName!= Material.blankName &&
unitName != Material.diffusionName)
{
/*if (cntUnit.x == 33 && (cntUnit.y == 16 || cntUnit.y == 18) &&
cntUnit.layer == Layers.metal1Trace)
b = false;*/
if (deletedNames.FindIndex(el => el == unitName) >= 0)
{
bool rem = CheckNebors(new ContactSimple(cntUnit, cntUnit.layer));
if (!rem)
{
layoutMap[cntUnit.x][cntUnit.y][cntUnit.layer].isReplace = rem;
return false;
}
}
deletedNames.Add(unitName);
SetContact(cntUnit, Material.blankName, 0, 0, -1);
//cntAdded.Add(cntUnit);
if (GetPoint(cntUnit).isSource)
{
foreach (ContactSimple smp in GetSourceContacts(cntUnit, curName))
if (smp != cntUnit)
cntArea.Add(smp);
//cntArea.Add(GetSourceContacts //GetNearSource(cntUnit));
}
//List<PairInt> cntForCheck = new List<PairInt>();
foreach (ContactSimple cnt in cntUnit.GetNeborPoints(wide))
{
/*string bn = GetPoint(cnt).name;
/*if (cnt.x == 38 && cnt.y == 14 && cnt.layer == 1 && bn != Material.blankName)
b = false;*/
if ((GetPoint(cnt).name != curName) && (cntArea.FindIndex(el => el == cnt) < 0))
{
cntArea.Add(cnt);
//cntForCheck.Add(cnt);
}
}
}
}
layoutMap[inChanged.x][inChanged.y][layerChanged].isReplace = false;
layoutMap[inChanged.x][inChanged.y][layerChanged].name = inSample.name;
layoutMap[inChanged.x][inChanged.y][layerChanged].numberNode = inSample.numberNode;
layoutMap[inChanged.x][inChanged.y][layerChanged].priority = inSample.priority;
layoutMap[inChanged.x][inChanged.y][layerChanged].number = inSample.number;
foreach (PairInt cntUnit in cntArea)
{
foreach (int lay in Params.LayersRange[layerChanged])
{
layoutMap[cntUnit.x][cntUnit.y][lay].isReplace =
CheckNebors(new ContactSimple(cntUnit, lay));
}
/*bool b;
if (cntUnit.x == 20 && cntUnit.y == 16)
b = true;
layoutMap[cntUnit.x][cntUnit.y][Layers.metal1Trace].isReplace =
CheckNebors(new ContactSimple(cntUnit, Layers.metal1Trace));
layoutMap[cntUnit.x][cntUnit.y][Layers.siliconTrace].isReplace =
CheckNebors(new ContactSimple(cntUnit, Layers.siliconTrace));*/
}
return true;
}
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);
}
private void SetNextCont_old(PairInt inChanged, int layerChanged, NodePoint inSample)
{
bool b = false;
if (inChanged.x == 33 && (inChanged.y == 16 || inChanged.y == 18) &&
layerChanged == Layers.metal1Trace && inSample.name != "N6859613")
b = false;
if (inSample.name == Material.blankName)
return;
layoutMap[inChanged.x][inChanged.y][layerChanged].isReplace = false;
layoutMap[inChanged.x][inChanged.y][layerChanged].name = inSample.name;
layoutMap[inChanged.x][inChanged.y][layerChanged].numberNode = inSample.numberNode;
layoutMap[inChanged.x][inChanged.y][layerChanged].priority = inSample.priority;
layoutMap[inChanged.x][inChanged.y][layerChanged].number = inSample.number;
string curName = inSample.name;
ContactSimple curPoint = new ContactSimple(inChanged, layerChanged);
List<ContactSimple> cntArround = curPoint.GetArroundPoints(wide);
List<PairInt> cntArea = inChanged.GetBigArround(wide);
cntArea.Add(inChanged);
foreach (ContactSimple cntUnit in cntArround)
{
string unitName = GetPoint(cntUnit).name;
if (unitName != curName && unitName!= Material.blankName &&
unitName != Material.diffusionName)
{
if (cntUnit.x == 33 && (cntUnit.y == 16 || cntUnit.y == 18) &&
cntUnit.layer == Layers.metal1Trace)
b = false;
SetContact(cntUnit, Material.blankName, 0, 0, -1);
//cntAdded.Add(cntUnit);
if (GetPoint(cntUnit).isSource)
{
foreach (ContactSimple smp in GetSourceContacts(cntUnit, curName))
if (smp != cntUnit)
cntArea.Add(smp);
//cntArea.Add(GetSourceContacts //GetNearSource(cntUnit));
}
foreach (ContactSimple cnt in cntUnit.GetNeborPoints(wide))
{
string bn = GetPoint(cnt).name;
if (cnt.x == 38 && cnt.y == 14 && cnt.layer == 1 && bn != Material.blankName)
b = false;
if ((GetPoint(cnt).name != curName) && (cntArea.FindIndex(el => el == cnt) < 0))
cntArea.Add(cnt);
}
}
}
foreach (PairInt cntUnit in cntArea)
{
foreach (int lay in Params.LayersRange[layerChanged])
{
layoutMap[cntUnit.x][cntUnit.y][lay].isReplace =
CheckNebors(new ContactSimple(cntUnit, lay));
}
}
}
public NodePoint(NodePoint inPoint)
{
name = inPoint.name;
priority = inPoint.priority;
number = inPoint.number;
isReplace = inPoint.isReplace;
isSource = inPoint.isSource;
numberNode = inPoint.numberNode;
isUsed = false;
isFixed = false;
}
//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);
}
