public string SetSolution(UPuzzle GP, bool SolSet2, bool SolAll = false)
{
string solMessage = "";
GNPX_Eng.pGP = GP;
string prbMessage = "";
if (SolAll || GNPX_Eng.pGP.DifLevel <= 0 || GNPX_Eng.pGP.Name == "")
{
foreach (var p in GP.BDL)
{
if (p.No < 0)
{
p.No = 0;
}
}
GNPX_Eng.AnMan.Set_CellFreeB();
GNPX_Eng.AnalyzerCounterReset();
var tokSrc = new CancellationTokenSource(); //for suspension
GNPX_Eng.sudokAnalyzerAuto(tokSrc.Token);
if (GNPZ_Engin.retCode < 0)
{
GNPX_Eng.pGP.DifLevel = -999;
GNPX_Eng.pGP.Name = "unsolvable";
}
else
{
if (GNPX_Eng.pGP.DifLevel <= 1 || GNPX_Eng.pGP.Name == "")
{
int difficult = GNPX_Eng.GetDifficultyLevel(out prbMessage);
if (GNPX_Eng.pGP.DifLevel <= 1)
{
GNPX_Eng.pGP.DifLevel = difficult;
}
if (GNPX_Eng.pGP.Name == "")
{
GNPX_Eng.pGP.Name = prbMessage;
}
}
}
}
solMessage = ""; //prbMessage;
if (SolSet2)
{
solMessage += GNPX_Eng.DGViewMethodCounterToString();
}
//適用手法を付加
solMessage = solMessage.Trim();
return(solMessage);
}
//====================================================================================
public void SDK_ProblemMakerReal(CancellationToken ct) //Creating problems[Automatic]
{
try{
int mlt = MltProblem;
pGNPX_Eng.Set_MethodLst_Run();
do
{
if (ct.IsCancellationRequested)
{
ct.ThrowIfCancellationRequested(); return;
}
LoopCC++; TLoopCC++;
List <UCell> BDL = GeneratePuzzleCandidate( ); //Problem candidate generation
UPuzzle P = new UPuzzle(BDL);
pGNPX_Eng.SetGP(P);
pGNPX_Eng.AnalyzerCounterReset();
pGNPX_Eng.sudokAnalyzerAuto(ct);
if (GNPZ_Engin.retCode == 0)
{
#if DEBUG
__ret000 = true; //##########
#endif
string prbMessage;
int DifLevel = pGNPX_Eng.GetDifficultyLevel(out prbMessage);
if (DifLevel < lvlLow || lvlHgh < DifLevel)
{
continue; //Difficulty check
}
#if DEBUG
__ret001 = true; //##########
#endif
P.DifLevel = DifLevel;
P.Name = prbMessage;
P.TimeStamp = DateTime.Now.ToString("yyyy/MM/dd HH:mm:ss");
P.solMessage = pGNPX_Eng.DGViewMethodCounterToString();
pGNP00.SDK_ProblemListSet(P);
SDKEventArgs se = new SDKEventArgs(ProgressPer: (--mlt));
Send_Progress(this, se); //(can send information in the same way as LoopCC.)
if (CbxNextLSpattern)
{
rxCTRL = 0; //Change LS pattern at next problem generation
}
}
}while(mlt > 0);
}
catch (TaskCanceledException) { WriteLine("...Canceled by user."); }
catch (Exception ex) { WriteLine(ex.Message + "\r" + ex.StackTrace); }
}