private void _NL_SolResult(UCellLink LK0, UCellLink LKnxt, Stack <UCellLink> SolStack, int SolType)
{
string st = "";
List <UCellLink> SolLst = SolStack.ToList();
SolLst.Reverse();
SolLst.Add(LK0);
foreach (var LK in SolLst)
{
int noB = (1 << LK.no);
UCell P1 = pBDL[LK.rc1], P2 = pBDL[LK.rc2];
P2.SetCellBgColor(SolBkCr);
if (LK.type == S)
{
P1.SetNoBColor(noB, AttCr); P2.SetNoBColor(noB, AttCr3);
}
else
{
P2.SetNoBColor(noB, AttCr); P1.SetNoBColor(noB, AttCr3);
}
}
if (SolType == 1)
{
st = "Nice Loop(Continuous)"; //continuous
}
else //discontinuous
{
st = $"Nice Loop(Discontinuous) r{(LK0.rc1/9+1)}c{(LK0.rc1%9+1)}";
int dcTyp = LK0.type * 10 + LKnxt.type;
switch (dcTyp)
{
case 11: st += $" is {(LK0.no+1)}"; break; //S->S
case 12: st += $" is not {(LKnxt.no+1)}"; break; //S->W
case 21: st += $" is not {(LK0.no+1)}"; break; //W->S
case 22: st += $" is not {(LK0.no+1)}"; break; //W->W
}
}
Result = st;
ResultLong = st + "\r" + _ToRCSequenceString(SolStack);
}
