public GNPXApp000(NuPz_Win pGNP00win)
{
List <string> DirLst = Directory.EnumerateDirectories(".").ToList();
LanguageLst = new List <string>();
LanguageLst.Add("en");
foreach (var P in DirLst)
{
var Q = P.Replace(".", "").Replace("\\", "");
if (Q == "en")
{
continue;
}
if (Q.Length == 2 || (Q[2] == '-' && Q.Length == 5))
{
LanguageLst.Add(Q);
}
}
LanguageLst = LanguageLst.FindAll(P => (P.Length == 2 || (P[2] == '-' && P.Length == 5)));
LanguageLst.Sort();
this.pGNP00win = pGNP00win;
cellSizeP = cellSize + lineWidth;
SDKCntrl = new SDK_Ctrl(this, 0);
GNPX_Eng = new GNPZ_Engin(this, new UPuzzle());
UPuzzleMan.pGNPX_Eng = GNPX_Eng;
SDK_Ctrl.pGNPX_Eng = GNPX_Eng;
PTrans = new PuzzleTrans(this);
SolverLst2 = new List <UMthdChked>();
}
private void btnMPre_Click(object sender, RoutedEventArgs e)
{
LstBxMltAns.ItemsSource = null;
if (SDK_Ctrl.UGPMan == null)
{
MAnalizeBtnSet(); return;
}
SDK_Ctrl.MovePre();
if (SDK_Ctrl.UGPMan == null)
{
_ResetAnalizer(true); return;
}
List <UPuzzle> pMltUProbLst = SDK_Ctrl.UGPMan.MltUProbLst;
if (!GNPXApp000.chbConfirmMultipleCells || pMltUProbLst == null)
{
return;
}
AnalyzerCC = SDK_Ctrl.UGPMan.stageNo;
GNPZ_Engin.GNPX_AnalyzerMessage = SDK_Ctrl.UGPMan.pGPsel.Sol_ResultLong;
txbStepCC.Text = AnalyzerCC.ToString();
txbStepMCC.Text = txbStepCC.Text;
lblAnalyzerResult.Text = SDK_Ctrl.UGPMan.pGPsel.Sol_ResultLong;
selXUPP = SDK_Ctrl.UGPMan.pGPsel.IDm;
if (selXUPP < 0)
{
return;
}
UPP = pMltUProbLst.ConvertAll(P => new UProbS(P));
LstBxMltAns.ItemsSource = UPP;
LstBxMltAns.SelectedIndex = selXUPP;
if (selXUPP < UPP.Count)
{
LstBxMltAns.ScrollIntoView(UPP[selXUPP]);
}
_Set_DGViewMethodCounter(); //Counter of applied algorithm
}
public patternGenerator(SDK_Ctrl SDKCx)
{
this.pSDKCntrl = SDKCx;
GPat = new int[9, 9];
}
