public List<ContactSimple> ReturnAllWaveProcess(List<ContactSimple> inStart, NodePointProcess pntProcess)
{
string currentName = layoutMap[inStart[0].x][inStart[0].y][inStart[0].layer].name;
List<ContactSimple> nextPoints = new List<ContactSimple>();//inStart.GetArroundPoints(wide);
nextPoints.AddRange(inStart);
List<ContactSimple> arround = new List<ContactSimple>();
List<ContactSimple> passedPoints = new List<ContactSimple>();
if (diffusionException.FindIndex(el => el == currentName) >= 0)
{
List<ContactSimple> thisWave = SetOneWave(nextPoints, passedPoints, pntProcess, currentName);
SetOneWave(thisWave, passedPoints, pntProcess, currentName);
nextPoints.AddRange(thisWave);
passedPoints.AddRange(thisWave);
}
passedPoints.AddRange(inStart);
do
{
arround.Clear();
foreach (ContactSimple cntOneLay in nextPoints)
{
foreach (int layer in Params.allLayersRange[cntOneLay.layer])//GetOppositeLayers(cntOneLay.layer))
{
ContactSimple cnt = new ContactSimple(cntOneLay, layer);
if ( IsPointsConnected(cnt, cntOneLay.layer, layer, currentName) )//GetPoint(cnt).name == currentName)
{
foreach (ContactSimple cntNebor in cnt.GetArroundPoints(wide))
{
if ( (GetPoint(cntNebor).name == currentName) &&
(passedPoints.FindIndex(el => el == cntNebor) < 0) &&
(arround.FindIndex(el => el == cntNebor) < 0) )
{
NodePoint pn1 = GetPoint(cntNebor);
NodePoint pn2 = GetPoint(cntOneLay);
if ( pn1.numberNode != pn2.numberNode)
pn1 = GetPoint(cntNebor);
arround.Add(cntNebor);
}
/*{
if ((cntNebor.layer != cntOneLay.layer) && (cntNebor.layer == Layers.siliconTrace ||
cntOneLay.layer == Layers.siliconTrace) &&
(GetPoint(cntNebor, Layers.contactTrace).name == Material.diffusionName) )
;
else
{
NodePoint pn1 = GetPoint(cntNebor);
NodePoint pn2 = GetPoint(cntOneLay);
if ( pn1.numberNode != pn2.numberNode)
pn1 = GetPoint(cntNebor);
if ( cntNebor.x == 31 && (cntNebor.y == 21 || cntNebor.y == 22) && cntNebor.layer == 1)
pn1 = GetPoint(cntNebor);
arround.Add(cntNebor);
}
}*/
}
if (GetPoint(cnt).isSource)
{
NodePoint np2 = GetPoint(cnt);
if (cnt.x == 19 && cnt.y == 33 && cnt.layer == 1)
np2 = GetPoint(cnt);
foreach (ContactSimple cntNebor in GetSourceContacts(cnt, currentName))
{
NodePoint np1 = GetPoint(cntNebor);
if (cnt.x == 19 && cnt.y == 33 && cnt.layer == 1)
np1 = GetPoint(cntNebor);
if ( GetPoint(cntNebor).isSource && (GetPoint(cntNebor).name == currentName) &&
(passedPoints.FindIndex(el => el == cntNebor) < 0) &&
(arround.FindIndex(el => el == cntNebor) < 0) )//&& FindSource(cnt) && FindSource(cntNebor) )
{
NodePoint pn1 = GetPoint(cntNebor);
NodePoint pn2 = GetPoint(cntOneLay);
if ( pn1.numberNode != pn2.numberNode)
pn1 = GetPoint(cntNebor);
arround.Add(cntNebor);
}
}
}
}
}
}
nextPoints.Clear();
nextPoints.AddRange(arround);
passedPoints.AddRange(arround);
pntProcess.IncrementNumber();
bool continueMark = false;
do
{
List<ContactSimple> wave = SetOneWave(arround, passedPoints, pntProcess, currentName);
nextPoints.AddRange(wave);
passedPoints.AddRange(wave);
arround = wave;
continueMark = false;
if (wave.Count > 0)
continueMark = true;
} while (continueMark);
//passedPoints.AddRange(nextPoints);
/*if (cntUnit.x == 14 && cntUnit.y == 5 && cntUnit.layer == Layers.siliconTrace)
b = true;*/
} while (nextPoints.Count > 0);
NodePoint np3 = GetPoint(inStart[0]);
foreach(ContactSimple cnt in passedPoints)
{
if (cnt.x == 35 && cnt.y == 37 && cnt.layer == 1)
np3 = GetPoint(cnt);
}
return passedPoints;
}
public int CompleteSpreadWaveProcessRem(List<ContactSimple> inStart, NodePointProcess pntProcess)
{
string currentName = layoutMap[inStart[0].x][inStart[0].y][inStart[0].layer].name;
List<ContactSimple> nextPoints = new List<ContactSimple>(inStart);//inStart.GetArroundPoints(wide);
//nextPoints.AddRange(inStart);
List<ContactSimple> arround = new List<ContactSimple>();
List<ContactSimple> passedPoints = new List<ContactSimple>(inStart);
//if (diffusionException.FindIndex(el => el == currentName) >= 0)
{
List<ContactSimple> thisWave = SetOneWave(nextPoints, passedPoints, pntProcess, currentName);
SetOneWave(thisWave, passedPoints, pntProcess, currentName);
nextPoints.AddRange(thisWave);
passedPoints.AddRange(thisWave);
}
//passedPoints.AddRange(inStart); 22 step!!!!!!!!!!! VCC
do
{
/*bool continueMark = false;
do
{
List<ContactSimple> wave = SetOneWave(nextPoints, passedPoints, pntProcess, currentName);
nextPoints.AddRange(wave);
passedPoints.AddRange(wave);
arround = wave;
continueMark = false;
if (wave.Count > 0)
continueMark = true;
} while (continueMark);
*/
foreach (ContactSimple cntOneLay in nextPoints)
{
//if (GetPoint(cnt).name == currentName)
//{
foreach (ContactSimple cntNebor in cntOneLay.GetArroundPoints(wide))
{
if ( (GetPoint(cntNebor).name == currentName) &&
(passedPoints.FindIndex(el => el == cntNebor) < 0) &&
(arround.FindIndex(el => el == cntNebor) < 0) )
{
SetPoinProcess(cntNebor, cntNebor, pntProcess);
arround.Add(cntNebor);
//foreach (int layer in Params.GetOppositeLayers(cntNebor.layer))
foreach (ContactSimple cnt in GetPointsInLayers(cntNebor, currentName))
{
//ContactSimple cnt = new ContactSimple(cntNebor, layer);
if ( //IsPointsConnected(cnt, cntNebor.layer, layer, currentName) &&
(passedPoints.FindIndex(el => el == cnt) < 0) &&
(arround.FindIndex(el => el == cnt) < 0) )
{
if (SetPoinProcess(cntNebor, cnt, pntProcess))
{
arround.Add(cnt);
if (GetPoint(cnt).isSource)
{
foreach (ContactSimple sourceContact in GetSourceContacts(cnt, currentName))
{
if ( GetPoint(sourceContact).isSource && FindTrueSource(sourceContact) && (GetPoint(sourceContact).name == currentName) &&
(passedPoints.FindIndex(el => el == sourceContact) < 0) &&
(arround.FindIndex(el => el == sourceContact) < 0) )//&& FindSource(cnt) && FindSource(cntNebor) )
{
SetPoinProcess(sourceContact, sourceContact, pntProcess);
arround.Add(sourceContact);
}
}
}
}
}
}
if (GetPoint(cntNebor).isSource)
{
foreach (ContactSimple sourceContact in GetSourceContacts(cntNebor, currentName))
{
if ( GetPoint(sourceContact).isSource && FindTrueSource(sourceContact) && (GetPoint(sourceContact).name == currentName) &&
(passedPoints.FindIndex(el => el == sourceContact) < 0) &&
(arround.FindIndex(el => el == sourceContact) < 0) )//&& FindSource(cnt) && FindSource(cntNebor) )
{
SetPoinProcess(sourceContact, sourceContact, pntProcess);
arround.Add(sourceContact);
}
}
}
}
}
}
nextPoints.Clear();
nextPoints.AddRange(arround);
passedPoints.AddRange(arround);
pntProcess.IncrementNumber();
arround.Clear();
} while (nextPoints.Count > 0);
return passedPoints.Count;
}