public RefrigtzDLL.AllDraw GetRefregiz(int No)
{
Object o = new Object();
lock (o)
{
FileStream DummyFileStream = null;
DummyFileStream = new FileStream(SAllDraw, System.IO.FileMode.OpenOrCreate, System.IO.FileAccess.Read);
int p = 0;
RefrigtzDLL.AllDraw Dummy = null;
BinaryFormatter Formatters = new BinaryFormatter();
DummyFileStream.Seek(0, SeekOrigin.Begin);
while (p <= No)
{
if (DummyFileStream.Length >= DummyFileStream.Position)
{
Dummy = (RefrigtzDLL.AllDraw)Formatters.Deserialize(DummyFileStream);
}
else
{
Dummy = null;
}
p++;
}
DummyFileStream.Flush(); DummyFileStream.Close();
return(Dummy);
}
}
public bool Load(bool FOUND, bool Quantum, FormRefrigtz Curent, ref bool LoadTree, bool MovementsAStarGreedyHuristicFound, bool IInoreSelfObjects, bool UsePenaltyRegardMechnisam, bool BestMovments, bool PredictHuristic, bool OnlySelf, bool AStarGreedyHuristic, bool ArrangmentsChanged)
{
DrawManagement(FOUND, UsePenaltyRegardMechnisam, AStarGreedyHuristic);
bool DrawDrawen = false;
//Load Middle Targets.
try
{
if (File.Exists(FormRefrigtz.AllDrawKindString))
{
if (FormRefrigtz.MovmentsNumber >= 0)
{
if (!Quantum)
{
GalleryStudio.RefregizMemmory tr = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHuristic, OnlySelf, AStarGreedyHuristic, ArrangmentsChanged);
t = (RefrigtzDLL.AllDraw)tr.Load(Quantum, FormRefrigtz.OrderPlate);
if (t != null)
{
Curent.Draw = t;
LoadTree = true;
Curent.Draw = Curent.RootFound();
t = Curent.Draw;
//Curent.SetDrawFounding(ref FOUND, ref THIS, false);
DrawDrawen = true;
System.Windows.Forms.MessageBox.Show("Load Completed.");
}
}
else
{
GalleryStudio.RefregizMemmory tr = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHuristic, OnlySelf, AStarGreedyHuristic, ArrangmentsChanged);
tt = (QuantumRefrigiz.AllDraw)tr.LoadQ(Quantum, FormRefrigtz.OrderPlate);
if (t != null)
{
Curent.DrawQ = tt;
LoadTree = true;
Curent.DrawQ = Curent.RootFoundQ();
tt = Curent.DrawQ;
DrawDrawen = true;
System.Windows.Forms.MessageBox.Show("Load Completed.");
}
}
}
File.Delete(FormRefrigtz.AllDrawKindString);
}
}
catch (Exception t) { Log(t); }
return(DrawDrawen);
}
public bool Load(bool FOUND, bool Quantum, ChessForm Curent, ref bool LoadTree, bool MovementsAStarGreedyHeuristicFound, bool IInoreSelfObjects, bool UsePenaltyRegardMechnisam, bool BestMovments, bool PredictHeuristic, bool OnlySelf, bool AStarGreedyHeuristic, bool ArrangmentsChanged)
{
Object OO = new Object();
lock (OO)
{
DrawManagement(FOUND, UsePenaltyRegardMechnisam, AStarGreedyHeuristic);
bool DrawDrawen = false;
//Load Middle Targets.
try
{
if (File.Exists(ChessForm.AllDrawKindString))
{
if (ChessForm.MovmentsNumber >= 0)
{
//if (!Quantum)
{
GalleryStudio.RefregizMemmory tr = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHeuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHeuristic, OnlySelf, AStarGreedyHeuristic, ArrangmentsChanged);
t = (RefrigtzDLL.AllDraw)tr.Load(Quantum, ChessForm.OrderPlate);
if (t != null)
{
Curent.Draw = t;
LoadTree = true;
Curent.Draw = Curent.RootFound();
//Curent.Draw.UpdateLoseAndWinDepenOfKind(Curent.Draw.OrderP);
t = Curent.Draw;
DrawDrawen = true;
System.Windows.Forms.MessageBox.Show("Load Completed.");
}
}
}
File.Delete(ChessForm.AllDrawKindString);
}
}
catch (Exception t) { Log(t); }
return(DrawDrawen);
}
}
public RefregitzOperator(int Order, bool MovementsAStarGreedyHeuristicTFou, bool IgnoreSelfObject, bool UsePenaltyRegardMechnisa, bool BestMovment, bool PredictHurist, bool OnlySel, bool AStarGreedyHuris, bool Arrangments//) : base(MovementsAStarGreedyHeuristicTFou, IgnoreSelfObject, UsePenaltyRegardMechnisa, BestMovment, PredictHurist, OnlySel, AStarGreedyHuris, Arrangments
)
{
if (UsePenaltyRegardMechnisamT && AStarGreedyHeuristicT)
{
AllDrawKind = 4;
}
else
if ((!UsePenaltyRegardMechnisamT) && AStarGreedyHeuristicT)
{
AllDrawKind = 3;
}
if (UsePenaltyRegardMechnisamT && (!AStarGreedyHeuristicT))
{
AllDrawKind = 2;
}
if ((!UsePenaltyRegardMechnisamT) && (!AStarGreedyHeuristicT))
{
AllDrawKind = 1;
}
//Set Configuration To True for some unknown reason!.
//UpdateConfigurationTableVal = true;
SetAllDrawKindString();
SAllDraw = AllDrawKindString;
Object o = new Object();
lock (o)
{
MovementsAStarGreedyHeuristicFoundT = MovementsAStarGreedyHeuristicTFou;
IgnoreSelfObjectsT = IgnoreSelfObject;
UsePenaltyRegardMechnisamT = UsePenaltyRegardMechnisa;
BestMovmentsT = BestMovment;
PredictHeuristicT = PredictHurist;
OnlySelfT = OnlySel;
AStarGreedyHeuristicT = AStarGreedyHuris;
ArrangmentsT = Arrangments;
RefrigtzDLL.AllDraw Current = new RefrigtzDLL.AllDraw(Order, MovementsAStarGreedyHeuristicFoundT, IgnoreSelfObjectsT, UsePenaltyRegardMechnisamT, BestMovmentsT, PredictHeuristicT, OnlySelfT, AStarGreedyHeuristicT, ArrangmentsT);
}
}
public RefrigtzDLL.AllDraw Load(bool Quantum, int Order)
{
Object o = new Object();
lock (o)
{
if (File.Exists(SAllDraw))
{
FileInfo A = new FileInfo(SAllDraw);
if (A.Length == 0)
{
return(null);
}
RefrigtzDLL.AllDraw tt = new RefrigtzDLL.AllDraw(Order, MovementsAStarGreedyHeuristicFoundT, IgnoreSelfObjectsT, UsePenaltyRegardMechnisamT, BestMovmentsT, PredictHeuristicT, OnlySelfT, AStarGreedyHeuristicT, ArrangmentsT);
FileStream DummyFileStream = new FileStream(SAllDraw, System.IO.FileMode.OpenOrCreate, System.IO.FileAccess.ReadWrite);
BinaryFormatter Formatters = new BinaryFormatter();
DummyFileStream.Seek(0, SeekOrigin.Begin);
//Console.WriteLine("Loading...");
tt = (RefrigtzDLL.AllDraw)Formatters.Deserialize(DummyFileStream);
if (tt == null)
{
return(tt);
}
tt = (RefrigtzDLL.AllDraw)tt.LoaderEC(Quantum, Order, DummyFileStream, Formatters);
DummyFileStream.Flush();
DummyFileStream.Close();
return(tt);
}
return(null);
//return Node.al;
}
}
public RefrigtzDLL.AllDraw Load(bool Quantum, int Order)
{
Object o = new Object();
lock (o)
{
RefrigtzDLL.AllDraw tt = null;
FileStream DummyFileStream = new FileStream(SAllDraw, System.IO.FileMode.OpenOrCreate, System.IO.FileAccess.ReadWrite);
BinaryFormatter Formatters = new BinaryFormatter();
DummyFileStream.Seek(0, SeekOrigin.Begin);
Console.WriteLine("Loading...");
tt = (RefrigtzDLL.AllDraw)Formatters.Deserialize(DummyFileStream);
tt = tt.LoadrEC(Quantum, Order, DummyFileStream, Formatters);
DummyFileStream.Flush();
DummyFileStream.Close();
return(tt);
//return Node.al;
}
}
public bool Save(bool FOUND, bool Quantum, ChessForm Curent, ref bool LoadTree, bool MovementsAStarGreedyHeuristicFound, bool IInoreSelfObjects, bool UsePenaltyRegardMechnisam, bool BestMovments, bool PredictHeuristic, bool OnlySelf, bool AStarGreedyHeuristic, bool ArrangmentsChanged)
{
Object OO = new Object();
lock (OO)
{
object o = new object();
lock (o)
{
if (!Quantum)
{
if (!RefrigtzDLL.AllDraw.ChangedInTreeOccured)
{
return(true);
}
}
else
{
if (!QuantumRefrigiz.AllDraw.ChangedInTreeOccured)
{
return(true);
}
}
} //System.Threading.Thread ttt = new System.Threading.Thread(new System.Threading.ThreadStart(Wait));
//ttt.Start();
//ttt.Join();
/*if (!Quantum)
* {
* while (Curent.Draw.AStarGreedyString != null)
* Curent.Draw = Curent.Draw.AStarGreedyString;
* }
* else
* {
* while (Curent.DrawQ.AStarGreedyString != null)
* Curent.DrawQ = Curent.DrawQ.AStarGreedyString;
* }
* if (UsePenaltyRegardMechnisam && AStarGreedyHeuristic)
* AllDrawKind = 4;
* else
* if ((!UsePenaltyRegardMechnisam) && AStarGreedyHeuristic)
* AllDrawKind = 3;
* if (UsePenaltyRegardMechnisam && (!AStarGreedyHeuristic))
* AllDrawKind = 2;
* if ((!UsePenaltyRegardMechnisam) && (!AStarGreedyHeuristic))
* AllDrawKind = 1;
* //Set Configuration To True for some unknown reason!.
* //UpdateConfigurationTableVal = true;
* SetAllDrawKindString();
*/
try
{
RefrigtzDLL.AllDraw Stote = Curent.Draw;
if (!File.Exists(AllDrawKindString))
{
GalleryStudio.RefregizMemmory rt = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHeuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHeuristic, OnlySelf, AStarGreedyHeuristic, ArrangmentsChanged
);
//if (!Quantum)
{
if (Curent.Draw != null)
{
Curent.Draw = Curent.RootFound();
rt.AllDrawCurrentAccess = Curent.Draw;
rt.RewriteAllDraw(ChessForm.OrderPlate);
RefrigtzDLL.AllDraw.DrawTable = false;
//.SetBoxText("\r\nSaved Completed.");
//Curent.RefreshBoxText();
//PictureBoxRefrigtz.SendToBack();
//PictureBoxTimerGray.SendToBack();
//PictureBoxTimerBrown.SendToBack();
//MessageBox.Show("Saved Completed.");
}
}
/*else {
* if (Curent.DrawQ != null)
* {
* Curent.DrawQ = Curent.RootFoundQ();
* rt.AllDrawCurrentAccessQ = Curent.DrawQ;
* rt.RewriteAllDrawQ(ChessForm.OrderPlate);
* QuantumRefrigiz.AllDraw.DrawTable = false;
* //Curent.SetBoxText("\r\nSaved Completed.");
* // Curent.RefreshBoxText();
* //PictureBoxRefrigtz.SendToBack();
* //PictureBoxTimerGray.SendToBack();
* //PictureBoxTimerBrown.SendToBack();
* //MessageBox.Show("Saved Completed.");
* }
*/
}
else
if (File.Exists(AllDrawKindString))
{
//DrawManagement(FOUND, UsePenaltyRegardMechnisam, AStarGreedyHeuristic);
File.Delete(ChessForm.AllDrawKindString);
GalleryStudio.RefregizMemmory rt = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHeuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHeuristic, OnlySelf, AStarGreedyHeuristic, ArrangmentsChanged
);
//"Universal Root Founding";
if (Curent.Draw != null)
{
Curent.Draw = Curent.RootFound();
rt.AllDrawCurrentAccess = Curent.Draw;
rt.RewriteAllDraw(ChessForm.OrderPlate);
RefrigtzDLL.AllDraw.DrawTable = false;
// Curent.SetBoxText("\r\nSaved Completed.");
// Curent.RefreshBoxText();
//PictureBoxRefrigtz.SendToBack();
//PictureBoxTimerGray.SendToBack();
//PictureBoxTimerBrown.SendToBack();
//MessageBox.Show("Saved Completed.");
}
//DrawManagement(FOUND, UsePenaltyRegardMechnisam, AStarGreedyHeuristic);
}
Curent.Draw = Stote;
return(true);
return(true);
}
catch (Exception t)
{
Log(t);
return(false);
}
}
}
public bool Save(bool FOUND, bool Quantum, ChessForm Curent, ref bool LoadTree, bool MovementsAStarGreedyHeuristicFound, bool IInoreSelfObjects, bool UsePenaltyRegardMechnisam, bool BestMovments, bool PredictHeuristic, bool OnlySelf, bool AStarGreedyHeuristic, bool ArrangmentsChanged)
{
Object OO = new Object();
lock (OO)
{
object o = new object();
lock (o)
{
if (!Quantum)
{
if (!RefrigtzDLL.AllDraw.ChangedInTreeOccured)
{
return(true);
}
}
}
try
{
RefrigtzDLL.AllDraw Stote = Curent.Draw;
if (!File.Exists(AllDrawKindString))
{
GalleryStudio.RefregizMemmory rt = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHeuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHeuristic, OnlySelf, AStarGreedyHeuristic, ArrangmentsChanged
);
//if (!Quantum)
{
if (Curent.Draw != null)
{
Curent.Draw = Curent.RootFound();
rt.AllDrawCurrentAccess = Curent.Draw;
rt.RewriteAllDraw(ChessForm.OrderPlate);
RefrigtzDLL.AllDraw.DrawTable = false;
}
}
}
else
if (File.Exists(AllDrawKindString))
{
File.Delete(ChessForm.AllDrawKindString);
GalleryStudio.RefregizMemmory rt = new GalleryStudio.RefregizMemmory(MovementsAStarGreedyHeuristicFound, IInoreSelfObjects, UsePenaltyRegardMechnisam, BestMovments, PredictHeuristic, OnlySelf, AStarGreedyHeuristic, ArrangmentsChanged
);
if (Curent.Draw != null)
{
Curent.Draw = Curent.RootFound();
rt.AllDrawCurrentAccess = Curent.Draw;
rt.RewriteAllDraw(ChessForm.OrderPlate);
RefrigtzDLL.AllDraw.DrawTable = false;
}
}
Curent.Draw = Stote;
return(true);
return(true);
}
catch (Exception t)
{
Log(t);
return(false);
}
}
}