private UPuzzle _SetScreenProblem( )
{
UPuzzle P = GNP00.GetCurrentProble( );
_Display_GB_GBoard();
if (P != null)
{
txtProbNo.Text = (P.ID + 1).ToString();
txtProbName.Text = P.Name;
nUDDifficultyLevel.Text = P.DifLevel.ToString();
if (GNP00.pGP.pMethod != null)
{
int DiffL = (GNP00.pGP.pMethod == null)? 0: GNP00.pGP.pMethod.DifLevel;
lblCurrentnDifficultyLevel.Content = $"Difficulty: {DiffL}"; //CurrentLevel
if (lblAnalyzerResult.Text != "")
{
lblCurrentnDifficultyLevel.Visibility = Visibility.Visible;
}
else
{
lblCurrentnDifficultyLevel.Visibility = Visibility.Hidden;
}
}
btnProbPre.IsEnabled = (P.ID > 0);
btnProbNxt.IsEnabled = (P.ID < GNP00.SDKProbLst.Count - 1);
_Set_DGViewMethodCounter();
}
return(P);
}
private void LstBxMltAns_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
try{
if (SDK_Ctrl.UGPMan == null)
{
return;
}
var Q = (UProbS)LstBxMltAns.SelectedItem;
if (Q == null)
{
return;
}
selXUPP = Q.IDmp1 - 1;
if (selXUPP < 0)
{
return;
}
var U = UPP[selXUPP];
lblAnalyzerResultM.Text = "[" + (Q.IDmp1) + "] " + Q.Sol_ResultLong;
List <UPuzzle> pMltUProbLst = SDK_Ctrl.UGPMan.MltUProbLst;
if (pMltUProbLst == null || pMltUProbLst.Count <= selXUPP)
{
return;
}
UPuzzle pGPx = pMltUProbLst[selXUPP];
SDK_Ctrl.UGPMan.pGPsel = pGPx;
if (pGP.IDm != selXUPP)
{
SDK_Ctrl.UGPMan.GPMnxt = null;
}
GNP00.GNPX_Eng.pGP = pGPx;
}
catch (Exception e2) { WriteLine($"{e2.Message}\r{e2.StackTrace}"); }
}
private void btnCopyProblem_Click(object sender, RoutedEventArgs e)
{
UPuzzle UPcpy = pGP.Copy(0, 0);
UPcpy.Name = "copy";
GNP00.CreateNewPrb(UPcpy); //reserve space for new problems
_SetScreenProblem(); //Show free numbers
}
public void SDK_Save_ifNotContain()
{
UPuzzle pGP = GNPX_Eng.pGP;
if (!Contain(pGP))
{
SDK_Save_EngGP();
}
}
public UPuzzle GetCurrentProble( )
{
UPuzzle P = null;
if (CurrentPrbNo >= 0 && CurrentPrbNo <= SDKProbLst.Count - 1)
{
P = SDKProbLst[CurrentPrbNo];
}
return(P);
}
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 CreateNewPrb(UPuzzle UP = null)
{
if (UP == null)
{
UP = new UPuzzle("New Problem");
}
UP.ID = SDKProbLst.Count;
GNPX_Eng.SetGP(UP);
SDK_Save(UP);
CurrentPrbNo = 999999999;
}
//====================================================================================
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); }
}
public void btnFavfileOutput(bool fType81 = true, bool SolSet = false, bool SolSet2 = false)
{
string LRecord;
string fNameFav = "SDK_Favorite.txt";
var tokSrc = new CancellationTokenSource(); //procedures for suspension
GNPXApp000.SlvMtdCList[0] = true; //use all methods
UPuzzle pGP = GNPX_Eng.pGP;
GNPX_Eng.AnMan.Set_CellFreeB();
GNPX_Eng.sudokAnalyzerAuto(tokSrc.Token);
string prbMessage;
int difLvl = GNPX_Eng.GetDifficultyLevel(out prbMessage);
using (var fpW = new StreamWriter(fNameFav, true, Encoding.UTF8)){
if (fType81)
{
LRecord = "";
pGP.BDL.ForEach(q => { LRecord += Max(q.No, 0).ToString(); });
LRecord = LRecord.Replace("0", ".");
LRecord += $" {(pGP.ID+1)} {pGP.DifLevel} \"{pGP.Name}\"";
if (SolSet && SolSet2)
{
LRecord += $" \"{SetSolution(pGP,SolSet2:true,SolAll:true)}\""; //解を出力
}
if (pGP.TimeStamp != null)
{
LRecord += $" \"{pGP.TimeStamp}\"";
}
}
else
{
LRecord = $"{pGP.ID+1}, {GNPX_Eng.pGP.DifLevel} \"{pGP.Name}\", \"{prbMessage}\"";
fpW.WriteLine(LRecord);
for (int r = 0; r < 9; r++)
{
int n = pGP.BDL[r * 9 + 0].No;
LRecord = n.ToString();
for (int c = 1; c < 9; c++)
{
n = pGP.BDL[r * 9 + c].No;
LRecord += $", {n}";
}
LRecord += "\r";
}
}
fpW.WriteLine(LRecord);
}
GNPXApp000.SlvMtdCList[0] = false;//use selected methods
}
public void SDK_TransIX(int[] TrPara, bool TransB = false, bool DspSolB = false)
{
int rx = TrPara[8], cx = 1 - rx;
for (int j = 0; j < 2; j++)
{
for (int k = 0; k < 9; k++)
{
int n = RCX[j, k / 3 + 9];
RCX[j + 2, k] = RCX[j, n + k % 3];
}
}
List <UCell> UCL = null;
if (TransB)
{
UCL = new List <UCell>();
}
int [] AnsN2 = new int[81];
int r, c, w;
for (int rc = 0; rc < 81; rc++)
{
r = RCX[rx + 2, rc / 9]; c = RCX[cx + 2, rc % 9];
if (rx == 1)
{
w = r; r = c; c = w;
}
int rc2 = r * 9 + c;
AnsN2[rc] = UPbas.AnsNum[rc2];
if (TransB)
{
UCell P = UPbas.BDL[rc2];
UCL.Add(new UCell(rc, P.No, P.FreeB));
}
}
if (TransB)
{
UPuzzle UP = pGP.Copy(0, 0);
UP.BDL = UCL; UP.AnsNum = AnsN2;
pGNP.SDKProbLst[ID] = UP;
if (!DspSolB)
{
UP.BDL.ForEach(P => { P.No = Max(P.No, 0); });
}
pGNP.CurrentPrbNo = ID;
}
SetIDCode(TrPara, AnsN2);
}
public void SDK_ProblemListSet(UPuzzle GPx)
{
GPx.ID = SDKProbLst.Count;
//// if(GPx.BDL.Any(q=>q.FreeB>0))
SDKProbLst.Add(GPx);
if (SDK_Ctrl.FilePut_GenPrb)
{
string fName = "AutoGen" + DateTime.Now.ToString("yyyyMMdd_HHmmss") + ".txt";
emergencyFilePut("AutoGen", fName);
}
CurrentPrbNo = SDKProbLst.Count - 1;
}
//===== Pattern capture =====
public int patternImport(UPuzzle pGP)
{
int nc = 0;
foreach (var P in pGP.BDL)
{
int n = P.No > 0? 1: 0;
GPat[P.r, P.c] = n;
nc += n;
}
_PatternToBit( ); //Bit Representation of the Pattern
return(nc);
}
public void _SDK_Ctrl_Initialize()
{
AnalyzerMode = "Solve";
GNPX_Eng.pGP.Sol_ResultLong = "";
UPuzzle pGP = GetCurrentProble();
GNPX_Eng.SetGP(pGP);
GNPX_Eng.AnalyzerCounterReset( );
GNPX_Eng.AnMan.ResetAnalysisResult(true); //Return to initial state
GNPX_Eng.AnMan.Set_CellFreeB();
SDK_Ctrl.UGPMan = null; //initialize Multi_solver
GNPX_Eng.pGP.extRes = "";
}
public UPuzzle Copy(int stageNo, int IDm)
{
UPuzzle P = (UPuzzle)this.MemberwiseClone();
P.BDL = new List <UCell>();
foreach (var q in BDL)
{
P.BDL.Add(q.Copy());
}
P.HTicks = DateTime.Now.Ticks;;
P.stageNo = this.stageNo + 1;
P.IDm = IDm;
return(P);
}
//==========================================================
public bool SnapSaveGP(bool saveAll = false)
{
if (SDK_Ctrl.UGPMan == null)
{
return(false);
}
try{
if (!SDK_Ctrl.MltAnsSearch)
{
UPuzzle GPX = pGP.Copy(pGP.stageNo + 1, 0);
GPX.__SolRes = GPX.Sol_ResultLong.Replace("\r", " ");
SDK_Ctrl.UGPMan.MltUProbLst.Add(GPX);
SDK_Ctrl.UGPMan.pGPsel = GPX;
return(false);
}
if (SDK_Ctrl.UGPMan.MltUProbLst == null)
{
SDK_Ctrl.UGPMan.MltUProbLst = new List <UPuzzle>();
}
if (SDK_Ctrl.UGPMan.MltUProbLst.Count >= (int)SDK_Ctrl.MltAnsOption["AllMethod"])
{
SDK_Ctrl.MltAnsOption["abortResult"] = pRes.msgUpperLimitBreak;
return(false);
}
string __SolRes = pGP.Sol_ResultLong.Replace("\r", " ");
if (saveAll || SDK_Ctrl.UGPMan.MltUProbLst.All(P => (P.__SolRes != __SolRes)))
{
Thread.Sleep(1);
int IDm = SDK_Ctrl.UGPMan.MltUProbLst.Count;
UPuzzle GPX = pGP.Copy(pGP.stageNo + 1, IDm);
GPX.__SolRes = GPX.Sol_ResultLong.Replace("\r", " ");
SDK_Ctrl.UGPMan.MltUProbLst.Add(GPX);
SDK_Ctrl.UGPMan.pGPsel = GPX;
NuPz_Win.UPP.Add(new UProbS(GPX));
}
// else{
// WriteLine(" SnapSave GPSDK_Ctrl.UGPMan.MltUProbLst: "+SDK_Ctrl.UGPMan.MltUProbLst.Count+pGP.__SolRes);
// }
}
catch (Exception e) { WriteLine(e.Message + "\r" + e.StackTrace); }
pBDL.ForEach(p => p.ResetAnalysisResult());
pGP.SolCode = -1;
return(true);
}
public UPuzzle SDK_ToUPuzzle(string st, string name = "", int difLvl = 0, bool saveF = false)
{
List <UCell> B = _stringToBDL(st);
if (B == null)
{
return(null);
}
var UP = new UPuzzle(999999999, B, name, difLvl);
if (saveF)
{
SDK_Save(UP);
}
return(UP);
}
//@ private int solLevelCC=0;
//@ private int solLevelMax=0;
private void _Display_GB_GBoard(UPuzzle GPML = null, bool DevelopB = false)
{
if (GNP00.AnalyzerMode == "MultiSolve" && __DispMode != "Complated")
{
return;
}
try{
UPuzzle currentP = GPML ?? pGP;
if (currentP == null)
{
return;
}
lblUnderAnalysis.Visibility = (GNP00.GSmode == "tabASolve")? Visibility.Visible: Visibility.Hidden;
Lbl_onAnalyzerM.Visibility = Visibility.Visible;
SDKGrp.GBoardPaint(bmpGZero, currentP.BDL, GNP00.GSmode, sNoAssist);
PB_GBoard.Source = bmpGZero; //◆currentP.BDL set
__Set_CellsPZMCount();
txtProbNo.Text = (currentP.ID + 1).ToString();
txtProbName.Text = currentP.Name;
nUDDifficultyLevel.Text = currentP.DifLevel.ToString();
//The following code "pMethod" is rewritten to another thread.
//This may cause an access violation.
//here Try with try{...} catch(Exception){...}.
int DiffL = (GNP00.pGP.pMethod == null)? 0: GNP00.pGP.pMethod.DifLevel; //
lblCurrentnDifficultyLevel.Content = $"Difficulty: {DiffL}"; //CurrentLevel
if (DevelopB)
{
_Display_Develop();
}
if (GNP00.GSmode == "tabASolve")
{
_Display_ExtResultWin();
}
}
catch (Exception e) {
WriteLine(e.Message + "\r" + e.StackTrace);
#if DEBUG
using (var fpW = new StreamWriter("Exception_002e.txt", true, Encoding.UTF8)){
fpW.WriteLine($"---{DateTime.Now} {e.Message} \r{e.StackTrace}");
}
#endif
}
}
private RenderTargetBitmap bmpPD = new RenderTargetBitmap(176, 176, 96, 96, PixelFormats.Default);//176=18*9+2*4+1*6
private void _Display_CreateProblem()
{
txbNoOfTrials.Text = GNP00.SDKCntrl.LoopCC.ToString();
txbNoOfTrialsCum.Text = SDK_Ctrl.TLoopCC.ToString();
txbBasicPattern.Text = GNP00.SDKCntrl.PatternCC.ToString();
int n = gamGen05.Text.ToInt();
lblNoOfProblems1.Content = (n - _ProgressPer).ToString();
UPuzzle pGP = GNP00.pGP;
if (pGP != null)
{
int nn = GNP00.SDKProbLst.Count;
if (nn > 0)
{
txtProbNo.Text = nn.ToString();
txtProbName.Text = GNP00.SDKProbLst.Last().Name;
nUDDifficultyLevel.Text = pGP.DifLevel.ToString();
}
}
string st = AnalyzerLapElaped;
Lbl_onAnalyzerTS.Content = st;
Lbl_onAnalyzerTSM.Content = st;
txbEpapsedTimeTS3.Text = st;
if (__DispMode != null && __DispMode != "")
{
_SetScreenProblem();
displayTimer.Stop();
AnalyzerLap.Stop();
btnCreateProblemMlt.Content = pRes.btnCreateProblemMlt;
}
__DispMode = "";
if ((bool)chbCreateProblemEx2.IsChecked)
{
SDKGrp.GBPatternDigit(bmpPD, Sol99sta);
}
else
{
bmpPD.Clear();
}
PB_BasePatDig.Source = bmpPD;
}
private UPuzzle CreateDigitToUProblem(int[] SDK81)
{
string st = "";
for (int rc = 0; rc < 81; rc++)
{
int nn = SDK81[rc];
if (nn > 9)
{
nn = 0;
}
st += st.ToString();
}
UPuzzle UP = GNP00.SDK_ToUPuzzle(st, saveF: true);
return(UP);
}
private void displayTimer_Tick(object sender, EventArgs e)
{
_Display_GB_GBoard(); //******************
UPuzzle GPML = null;
if (GNP00.GSmode == "DigRecogCmp" || GNP00.GSmode == "DigRecogCancel")
{
if (GNP00.SDK81 != null)
{
GNP00.CurrentPrbNo = 999999999;
GPML = GNP00.SDK_ToUPuzzle(GNP00.SDK81, saveF: true);
GNP00.CurrentPrbNo = GPML.ID; //20180731
}
displayTimer.Stop();
_SetScreenProblem();
GNP00.GSmode = "tabACreate";
}
// else{ bdrCamera.BorderBrush=Brushes.Orange;}
/*
* bool? B=SDK_Ctrl.paraSearching;
* if(B!=null && !(bool)B){
* displayTimer.Stop();
* _SetScreenProblem( );
* SDK_Ctrl.paraSearching=null;
* }
*/
switch (GNP00.GSmode)
{
case "DigRecog":
case "DigRecogTry":
case "tabACreate": _Display_CreateProblem(); break;
case "tabBMultiSolve":
case "tabASolve": _Display_AnalyzeProb(); break;
}
lblResourceMemory.Content = "Memory: " + GC.GetTotalMemory(true).ToString("N0");
if (((++__GCCounter__) % 1000) == 0)
{
GC.Collect(); __GCCounter__ = 0;
}
}
public void SDK_Remove()
{
UPuzzle pGP = GNPX_Eng.pGP;
int PnoMemo = CurrentPrbNo;
if (PnoMemo == SDKProbLst.Count - 1)
{
PnoMemo--;
}
if (Contain(pGP))
{
SDKProbLst.Remove(pGP);
}
int id = 0;
SDKProbLst.ForEach(P => P.ID = (id++));
CurrentPrbNo = PnoMemo;
}
private void DspNumRandmize(UPuzzle P)
{
List <int> ranNum = new List <int>();
for (int r = 0; r < 9; r++)
{
ranNum.Add(rnd.Next(0, 9) * 10 + r);
}
ranNum.Sort((x, y) => (x - y));
for (int r = 0; r < 9; r++)
{
ranNum[r] %= 10;
}
int n;
P.BDL.ForEach(q => { if ((n = q.No) > 0)
{
q.No = ranNum[n - 1] + 1;
}
});
}
public void btnTransRes()
{
if (pGP.AnsNum == null)
{
return;
}
UPbas = UPorg.Copy(0, 0);
UPuzzle tGP = UPorg.Copy(0, 0);
pGNP.SDKProbLst[ID] = tGP;
pGNP.GNPX_Eng.pGP = tGP;
TrPara = new int[18];
RCX = new int[4, 12];
for (int k = 0; k < 9; k++)
{
RCX[0, k] = RCX[1, k] = k;
}
for (int k = 0; k < 3; k++)
{
RCX[0, k + 9] = RCX[1, k + 9] = k * 3;
}
}
private void Initialize(bool StartF = true)
{
pGNPX_Eng.Set_MethodLst_Run(AllMthd: true, GenLogUse: false); //True:All Method
pGNP.SetSolution(pGP, false, SolAll: true); //Solver
pGP.AnsNum = pGP.BDL.ConvertAll(P => P.No).ToArray();
TrPara = new int[18];
RCX = new int[4, 12];
for (int k = 0; k < 9; k++)
{
RCX[0, k] = RCX[1, k] = k;
}
for (int k = 0; k < 3; k++)
{
RCX[0, k + 9] = RCX[1, k + 9] = k * 3;
}
if (StartF)
{
UPorg = pGP.Copy(0, 0);
}
UPbas = pGP.Copy(0, 0);
}
public SDKSolutionEventArgs(UPuzzle GPX)
{
this.UPB = new UProbS(GPX);
this.GPX = GPX;
}
public UProbS(UPuzzle P)
{
this.IDmp1 = P.IDmp1; this.DifLevel = P.DifLevel;
this.Sol_Result = P.Sol_Result; this.Sol_ResultLong = P.Sol_ResultLong;
}
//----------------------------------------------------------------------
public GNPZ_Engin(GNPXApp000 pGNP00, UPuzzle pGP)
{
this.pGNP00 = pGNP00;
this.pGP = pGP;
AnMan = new GNPX_AnalyzerMan(this);
}
public void SDK_TransProbG(string ctrl, bool DspSolB)
{
if (pGP.AnsNum == null)
{
Initialize();
}
int ixM = 0, ixR = TrPara[8], ixC = 1 - ixR, nx, m, n;
switch (ctrl)
{
case "NumChange": break;
case "Checked": break;
case "random": break;
case "btnPatCVRg":
ixM = TrPara[0] = (++TrPara[0]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + 9] = prmX[ixM, k] * 3;
}
break;
case "btnPatCVR123g":
nx = RCX[ixR, 9]; ixM = TrPara[1] = (++TrPara[1]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVR456g":
nx = RCX[ixR, 10]; ixM = TrPara[2] = (++TrPara[2]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVR789g":
nx = RCX[ixR, 11]; ixM = TrPara[3] = (++TrPara[3]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVCg":
ixM = TrPara[4] = (++TrPara[4]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + 9] = prmX[ixM, k] * 3;
}
break;
case "btnPatCVC123g":
nx = RCX[ixC, 9]; ixM = TrPara[5] = (++TrPara[5]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVC456g":
nx = RCX[ixC, 10]; ixM = TrPara[6] = (++TrPara[6]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVC789g":
nx = RCX[ixC, 11]; ixM = TrPara[7] = (++TrPara[7]) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
break;
#if false
case "btnTransRtg": //clockwise
ixR = TrPara[8] = (++TrPara[8]) % 2;
ixC = 1 - ixR;
subTransLR(ixC);
if (ixR == 0)
{
subTransLR(ixC);
}
break;
#endif
case "btnPatCVRCg":
case "btnPatCVRCg2":
ixR = TrPara[8] = (++TrPara[8]) % 2;
ixC = 1 - ixR;
if (ctrl == "btnTransRtg")
{
goto case "btnTransLRg"; //if clockwise,goto horizontal flip
}
break;
case "btnTransLRg": //horizontal flip
subTransLR(ixC);
break;
case "btnTransUDg": //vertical flip
subTransUD(ixR);
break;
//Symmetric transformation
case "btnPatCVR123987g": //row 123
nx = RCX[ixR, 9]; m = TrPara[1]; ixM = TrPara[1] = (m + 1) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
nx = RCX[ixR, 11]; n = TrPara[3]; ixM = TrPara[3] = trsX[m, n];
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVC123987g": //Column 123
nx = RCX[ixC, 9]; m = TrPara[5]; ixM = TrPara[5] = (m + 1) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
nx = RCX[ixC, 11]; n = TrPara[7]; ixM = TrPara[7] = trsX[m, n];
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVR46g": //row 46
nx = RCX[ixR, 10]; ixM = TrPara[2] = (TrPara[2] + 3) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixR, k + nx] = prmX[ixM, k] + nx;
}
break;
case "btnPatCVC46g": //Column 46
nx = RCX[ixC, 10]; ixM = TrPara[6] = (TrPara[6] + 3) % 6;
for (int k = 0; k < 3; k++)
{
RCX[ixC, k + nx] = prmX[ixM, k] + nx;
}
break;
}
for (int j = 0; j < 2; j++)
{
for (int k = 0; k < 9; k++)
{
nx = RCX[j, k / 3 + 9];
RCX[j + 2, k] = RCX[j, nx + k % 3];
}
}
List <UCell> UCL = new List <UCell>();
int[] AnsN2 = new int[81];
int r, c, w;
for (int rc = 0; rc < 81; rc++)
{
r = RCX[ixR + 2, rc / 9]; c = RCX[ixC + 2, rc % 9];
if (ixR == 1)
{
w = r; r = c; c = w;
}
int rc2 = r * 9 + c;
UCell P = UPbas.BDL[rc2];
UCL.Add(new UCell(rc, P.No, P.FreeB));
AnsN2[rc] = UPbas.AnsNum[rc2];
}
UPuzzle UP = pGP.Copy(0, 0);
UP.BDL = UCL; UP.AnsNum = AnsN2;
if (ID >= 0)
{
pGNP.SDKProbLst[ID] = UP;
}
else
{
UP.ID = pGP.ID = 0;
pGNP.SDKProbLst.Add(UP);
}
if (!DspSolB)
{
UP.BDL.ForEach(P => { P.No = Max(P.No, 0); });
}
pGNP.CurrentPrbNo = ID;
SetIDCode(TrPara, AnsN2);
/*
* string st="RCX:";
* for(int j=0; j<4; j++ ){
* for(int k=0; k<12; k++ ) st+=" "+RCX[j,k];
* st+=" / ";
* }
* for(int k=0; k<9; k++ ) st+=" "+TrPara[k];
* st+="//";
* int[] BPw=new int[3];
* for(int k=9; k<12; k++ ){BPw[k-9]=TrPara[k]; st+=" "+TrPara[k]; }
* WriteLine(st);
*
* Bit81 BP=new Bit81(BPw);
* WriteLine(BP);
*/
}
public bool AnalyzerControl(CancellationToken ct, ref int ret2, bool SolInfoB)
{
List <UCell> XYchainList = new List <UCell>();
Stopwatch AnalyzerLap = new Stopwatch();
AnMan.GStage++;
bool ret = false;
try{
pGP.Sol_ResultLong = "";
int lvlLow = SDK_Ctrl.lvlLow;
int lvlHgh = SDK_Ctrl.lvlHgh;
AnMan.SolversInitialize();
#region Solve
int mCC = 0;
do
{
ret = AnMan.VerifyRoule_SuDoKu();
if (!ret)
{
if (SolInfoB)
{
pGP.Sol_ResultLong = "No solution";
}
ret2 = -999888777;
return(false);
}
ret = false;
//-------------------------------------------
LblRestart:
AnalyzerLap.Start();
DateTime MltAnsTimer = DateTime.Now;
UPuzzle GPpre = null;
if (SDK_Ctrl.MltAnsSearch)
{
GPpre = pGP.Copy(0, 0);
}
try{
if (AnMan.pBDL.All(p => (p.FreeB == 0)))
{
break;
}
pGP.SolCode = -1;
bool L1SolFound = false;
foreach (var P in MethodLst_Run)
{
if (ct != null && ct.IsCancellationRequested)
{
return(false);
}
int lvl = P.DifLevel;
int lvlAbs = Abs(lvl);
if (lvlAbs > lvlHgh)
{
continue;
}
try{
if (SDK_Ctrl.MltAnsSearch) //Multiple Solutions Analysis
{
if (L1SolFound && lvlAbs >= 2)
{
break;
}
if (lvlAbs > (int)SDK_Ctrl.MltAnsOption["MaxLevel"])
{
continue;
}
if ((string)SDK_Ctrl.MltAnsOption["abortResult"] != "")
{
GNPX_AnalyzerMessage = (string)SDK_Ctrl.MltAnsOption["abortResult"];
break;
}
}
else
{
if (lvl < 0)
{
continue; //(negative difficulty method is used only Multiple Solutions Analysis)
}
}
if (__ChkPrint__)
{
WriteLine($"---> method{(mCC++)} :{P.MethodName}");
}
GNPX_AnalyzerMessage = P.MethodName;
if (ct != null && ct.IsCancellationRequested) /*ct.ThrowIfCancellationRequested();*/ return {
(false);
}
if (pGP.DifLevel < P.DifLevel)
{
pGP.DifLevel = P.DifLevel; //БеTBDБе
}
if ((ret = P.Method()))
{
if (SDK_Ctrl.UGPMan != null && SDK_Ctrl.UGPMan.MltUProbLst != null &&
SDK_Ctrl.UGPMan.MltUProbLst.Any(q => q.SolCode == 1))
{
L1SolFound = true;
}
P.UsedCC++;
pGP.pMethod = P;
if (SDK_Ctrl.UGPMan != null && SDK_Ctrl.UGPMan.pGPsel != null)
{
SDK_Ctrl.UGPMan.pGPsel.pMethod = P;
}
if (__ChkPrint__)
{
WriteLine($"========================> solved {P.MethodName}");
}
if (!SDK_Ctrl.MltAnsSearch)
{
goto succeedBreak;
}
}
}
catch (Exception e) {
WriteLine(e.Message + "\r" + e.StackTrace);
using (var fpW = new StreamWriter("Exception_201_1.txt", true, Encoding.UTF8)){
fpW.WriteLine($"---{DateTime.Now} {e.Message} \r{e.StackTrace}");
}
goto LblRestart;
}
}
if (SDK_Ctrl.MltAnsSearch && SDK_Ctrl.UGPMan != null && SDK_Ctrl.UGPMan.MltUProbLst != null)
{
if (SDK_Ctrl.UGPMan.MltUProbLst.Count > 0)
{
pGP = SDK_Ctrl.UGPMan.MltUProbLst.First();
SDK_Ctrl.UGPMan.pGPsel = pGP;
ret = true;
goto succeedBreak;
}
}
if (__ChkPrint__)
{
WriteLine("========================> can not solve");
}
if (SolInfoB)
{
pGP.Sol_ResultLong = "can not solve";
}
ret2 = -999888777;
return(false);
}
catch (OperationCanceledException) {}
catch (Exception e) {
WriteLine(e.Message + "\r" + e.StackTrace);
using (var fpW = new StreamWriter("ExceptionXXX_2.txt", true, Encoding.UTF8)){
fpW.WriteLine($"---{DateTime.Now} {e.Message} \r{e.StackTrace}");
}
goto LblRestart;
}
finally{
AnalyzerLap.Stop();
SDK_Ctrl.solLevelNN = Min(SDK_Ctrl.solLevelNN, AnMan.pBDL.Count(p => (p.FreeB != 0)));
}
}while(false);
}
catch (ThreadAbortException ex) {
WriteLine(ex.Message + "\r" + ex.StackTrace);
}
succeedBreak: //found
SdkExecTime = AnalyzerLap.Elapsed;
#endregion Solve
return(ret);
}
public void SetGP(UPuzzle pGP)
{
this.pGP = pGP;
AnMan.Set_CellFreeB();
GNPX_AnalyzerMessage = "";
}