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>();
}
} //int[,]
public GNPX_AnalyzerMan(GNPZ_Engin pENGN)
{
SolverLst0 = new List <UAlgMethod>();
this.pENGN = pENGN;
SprLKsMan = new SuperLinkMan(this);
var SSingle = new SimpleSingleGen(this);
SolverLst0.Add(new UAlgMethod(1, "LastDigit", 1, SSingle.LastDigit));
SolverLst0.Add(new UAlgMethod(2, "NakedSingle", 1, SSingle.NakedSingle));
SolverLst0.Add(new UAlgMethod(3, "HiddenSingle", 1, SSingle.HiddenSingle));
var GLTech = new GeneralLogicGen(this);
SolverLst0.Add(new UAlgMethod(4, " GeneralLogic", 2, GLTech.GeneralLogicExnm, true));
var LockedCand = new LockedCandidateGen(this);
SolverLst0.Add(new UAlgMethod(5, "LockedCandidate", 2, LockedCand.LockedCandidate));
var LockedSet = new LockedSetGen(this);
SolverLst0.Add(new UAlgMethod(10, "LockedSet(2D)", 3, LockedSet.LockedSet2));
SolverLst0.Add(new UAlgMethod(12, "LockedSet(3D)", 4, LockedSet.LockedSet3));
SolverLst0.Add(new UAlgMethod(14, "LockedSet(4D)", 5, LockedSet.LockedSet4));
SolverLst0.Add(new UAlgMethod(16, "LockedSet(5D)", -6, LockedSet.LockedSet5)); //complementary to 4D
SolverLst0.Add(new UAlgMethod(18, "LockedSet(6D)", -6, LockedSet.LockedSet6)); //complementary to 3D
SolverLst0.Add(new UAlgMethod(20, "LockedSet(7D)", -6, LockedSet.LockedSet7)); //complementary to 2D
SolverLst0.Add(new UAlgMethod(11, "LockedSet(2D)Hidden", 3, LockedSet.LockedSet2Hidden));
SolverLst0.Add(new UAlgMethod(13, "LockedSet(3D)Hidden", 4, LockedSet.LockedSet3Hidden));
SolverLst0.Add(new UAlgMethod(15, "LockedSet(4D)Hidden", 5, LockedSet.LockedSet4Hidden));
SolverLst0.Add(new UAlgMethod(17, "LockedSet(5D)Hidden", -6, LockedSet.LockedSet5Hidden)); //complementary to 4D
SolverLst0.Add(new UAlgMethod(19, "LockedSet(6D)Hidden", -6, LockedSet.LockedSet6Hidden)); //complementary to 3D
SolverLst0.Add(new UAlgMethod(21, "LockedSet(7D)Hidden", -6, LockedSet.LockedSet7Hidden)); //complementary to 2D
var Fish = new FishGen(this);
SolverLst0.Add(new UAlgMethod(30, "XWing", 4, Fish.XWing));
SolverLst0.Add(new UAlgMethod(31, "SwordFish", 5, Fish.SwordFish));
SolverLst0.Add(new UAlgMethod(32, "JellyFish", 6, Fish.JellyFish));
SolverLst0.Add(new UAlgMethod(33, "Squirmbag", -6, Fish.Squirmbag)); //complementary to 4D
SolverLst0.Add(new UAlgMethod(34, "Whale", -6, Fish.Whale)); //complementary to 3D
SolverLst0.Add(new UAlgMethod(35, "Leviathan", -6, Fish.Leviathan)); //complementary to 2D
SolverLst0.Add(new UAlgMethod(40, "Finned XWing", 5, Fish.FinnedXWing));
SolverLst0.Add(new UAlgMethod(41, "Finned SwordFish", 6, Fish.FinnedSwordFish));
SolverLst0.Add(new UAlgMethod(42, "Finned JellyFish", 6, Fish.FinnedJellyFish));
SolverLst0.Add(new UAlgMethod(43, "Finned Squirmbag", 7, Fish.FinnedSquirmbag)); //not complementary with fin
SolverLst0.Add(new UAlgMethod(44, "Finned Whale", 7, Fish.FinnedWhale)); //not complementary with fin
SolverLst0.Add(new UAlgMethod(45, "Finned Leviathan", 7, Fish.FinnedLeviathan)); //not complementary with fin
SolverLst0.Add(new UAlgMethod(90, "Franken/MutantFish", 8, Fish.FrankenMutantFish));
SolverLst0.Add(new UAlgMethod(91, "Finned Franken/Mutant Fish", 8, Fish.FinnedFrankenMutantFish));
// SolverLst0.Add( new UAlgMethod( 100, "EndoFinned F/M Fish", 11, Fish.EndoFinnedFMFish ) );
// SolverLst0.Add( new UAlgMethod( 101, "Cannibalistic F/M Fish", 11, Fish.CannibalisticFMFish ) );
var nxgCellLink = new NXGCellLinkGen(this);
SolverLst0.Add(new UAlgMethod(50, "Skyscraper", 5, nxgCellLink.Skyscraper));
SolverLst0.Add(new UAlgMethod(51, "EmptyRectangle", 5, nxgCellLink.EmptyRectangle));
SolverLst0.Add(new UAlgMethod(52, "XY-Wing", 6, nxgCellLink.XYwing));
SolverLst0.Add(new UAlgMethod(53, "W-Wing", 7, nxgCellLink.Wwing));
SolverLst0.Add(new UAlgMethod(55, "RemotePair", 6, nxgCellLink.RemotePair));
SolverLst0.Add(new UAlgMethod(56, "XChain", 7, nxgCellLink.XChain));
SolverLst0.Add(new UAlgMethod(57, "XYChain", 7, nxgCellLink.XYChain));
SolverLst0.Add(new UAlgMethod(60, "Color-Trap", 6, nxgCellLink.Color_Trap));
SolverLst0.Add(new UAlgMethod(61, "Color-Wrap", 6, nxgCellLink.Color_Wrap));
SolverLst0.Add(new UAlgMethod(62, "MultiColor-Type1", 7, nxgCellLink.MultiColor_Type1));
SolverLst0.Add(new UAlgMethod(63, "MultiColor-Type2", 7, nxgCellLink.MultiColor_Type2));
var ALSTechP = new AALSTechGen(this); //fakeALS(2次ALS)
SolverLst0.Add(new UAlgMethod(59, "SueDeCoq", 6, ALSTechP.SueDeCoq));
//var SimpleXYZ=new SimpleUVWXYZwingGen(this); // -----------> Replaced with ALS version
//SolverLst0.Add( new UAlgMethod( 70, "XYZ-Wing", 6, SimpleXYZ.XYZwing ) );
//SolverLst0.Add( new UAlgMethod( 71, "WXYZ-Wing", 6, SimpleXYZ.WXYZwing ) );
//SolverLst0.Add( new UAlgMethod( 72, "VWXYZ-Wing", 7, SimpleXYZ.VWXYZwing ) );
//SolverLst0.Add( new UAlgMethod( 73, "UVWXYZ-Wing", 7, SimpleXYZ.UVWXYZwing ) );
var ALSTech = new ALSTechGen(this); // ALS version
SolverLst0.Add(new UAlgMethod(75, "XYZ-WingALS", 8, ALSTech.XYZwingALS));
SolverLst0.Add(new UAlgMethod(80, "ALS-XZ", 8, ALSTech.ALS_XZ));
SolverLst0.Add(new UAlgMethod(81, "ALS-XY-Wing", 9, ALSTech.ALS_XY_Wing));
SolverLst0.Add(new UAlgMethod(82, "ALS-Chain", 10, ALSTech.ALS_Chain));
SolverLst0.Add(new UAlgMethod(83, "ALS-DeathBlossom", 10, ALSTech.ALS_DeathBlossom));
SolverLst0.Add(new UAlgMethod(83, "ALS-DeathBlossomExt", 10, ALSTech.ALS_DeathBlossomExt));
var NLTech = new NiceLoopGen(this);
SolverLst0.Add(new UAlgMethod(95, "NiceLoop", 11, NLTech.NiceLoop));
var GNLTech = new GroupedLinkGen(this);
//SolverLst0.Add( new UAlgMethod( 96, "GroupedNiceLoop", 12, GNLTech.GroupedNiceLoop ) );
SolverLst0.Add(new UAlgMethod(97, "GroupedNiceLoopEx", 12, GNLTech.GroupedNiceLoopEx)); //Updated to Radiation Search
//SolverLst0.Add( new UAlgMethod( 103, "Kraken Fish", 12, GNLTech.KrakenFish ) );
//SolverLst0.Add( new UAlgMethod( 104, "Kraken FinnedFish", 12, GNLTech.KrakenFinnedFish ) );
SolverLst0.Add(new UAlgMethod(105, "Kraken FishEx", 12, GNLTech.KrakenFishEx));
SolverLst0.Add(new UAlgMethod(106, "Kraken FinnedFishEx", 12, GNLTech.KrakenFinnedFishEx));
SolverLst0.Add(new UAlgMethod(112, "ForceChain_CellEx", 12, GNLTech.ForceChain_CellEx));
SolverLst0.Add(new UAlgMethod(114, "ForceChain_HouseEx", 12, GNLTech.ForceChain_HouseEx));
SolverLst0.Add(new UAlgMethod(116, "ForceChain_ContradictionEx", 12, GNLTech.ForceChain_ContradictionEx));
SolverLst0.Sort((a, b) => (a.ID - b.ID));
}