// Direction = V
// Direction = H
public bool AddMove(int Index, int Position, Direction Direction, out string clo)
{
clo = "non";
//closeLine(Index, Position, v, Ori).
VariableTerm aClo = new VariableTerm();
FPEngine.SetPredicate(new Close_Line_4(new IntegerTerm(Index), new IntegerTerm(Position), new IntegerTerm((int)Direction), aClo, new ReturnCs(FPEngine)));
if (FPEngine.Call())
{
clo = (string)aClo.ToCsObject();
FPEngine.Success();
}
Term[] argss = { new IntegerTerm(Index), new IntegerTerm(Position), new IntegerTerm((int)Direction) };
StructureTerm newLine = new StructureTerm(SymbolTerm.MakeSymbol("line", 3), argss);
FPEngine.SetPredicate(new Assert_1(newLine, new ReturnCs(FPEngine)));
if (FPEngine.Call())
{
FPEngine.Success();
return true;
}
else
return false;
}
public string go(bool FirstRed, GameLevel RedPlayer, GameLevel YellowPlayer)
{
List<int> Indexes = GenerateArray(7);
List<int> Positions = GenerateArray(6);
#region Create Terms Indexes and Positions
ListTerm lindexes = new ListTerm(new IntegerTerm(Indexes[0]),
new ListTerm(new IntegerTerm(Indexes[1]),
new ListTerm(new IntegerTerm(Indexes[2]),
new ListTerm(new IntegerTerm(Indexes[3]),
new ListTerm(new IntegerTerm(Indexes[4]),
new ListTerm(new IntegerTerm(Indexes[5]),
new ListTerm(new IntegerTerm(Indexes[6]), SymbolTerm.MakeSymbol("[]"))))))));
ListTerm lpositions = new ListTerm(new IntegerTerm(Positions[0]),
new ListTerm(new IntegerTerm(Positions[1]),
new ListTerm(new IntegerTerm(Positions[2]),
new ListTerm(new IntegerTerm(Positions[3]),
new ListTerm(new IntegerTerm(Positions[4]),
new ListTerm(new IntegerTerm(Positions[5]), SymbolTerm.MakeSymbol("[]")))))));
#endregion
FPEngine.SetPredicate(new Deldb_0(new ReturnCs(FPEngine)));
if (!FPEngine.Call())
{
aReturnString = "false";
return aReturnString;
}
FPEngine.Success();
StructureTerm a;
Term[] args = { lpositions };
a = new StructureTerm(SymbolTerm.MakeSymbol("availablePositions", 1), args);
FPEngine.SetPredicate(new Assert_1(a, new ReturnCs(FPEngine)));
if (FPEngine.Call())
{
FPEngine.Success();
Term[] argss = { lindexes };
a = new StructureTerm(SymbolTerm.MakeSymbol("availableIndexs", 1), argss);
FPEngine.SetPredicate(new Assert_1(a, new ReturnCs(FPEngine)));
if (FPEngine.Call())
{
FPEngine.Success();
S();
VariableTerm Index = new VariableTerm();
VariableTerm Position = new VariableTerm();
VariableTerm Dir = new VariableTerm();
VariableTerm Team = new VariableTerm();
VariableTerm Orientation = new VariableTerm();
String aDirection;
if (FirstRed)
switch (RedPlayer)
{
case GameLevel.Easy:
FPEngine.SetPredicate(new Go_5(Index, Position, Dir, Team, Orientation, new ReturnCs(FPEngine)));
break;
case GameLevel.Normal:
FPEngine.SetPredicate(new GoSmart_5(Index, Position, Dir, Team, Orientation, new ReturnCs(FPEngine)));
break;
case GameLevel.Hard:
break;
}
else
switch (YellowPlayer)
{
case GameLevel.Easy:
FPEngine.SetPredicate(new Go_5(Index, Position, Dir, Team, Orientation, new ReturnCs(FPEngine)));
break;
case GameLevel.Normal:
FPEngine.SetPredicate(new GoSmart_5(Index, Position, Dir, Team, Orientation, new ReturnCs(FPEngine)));
break;
case GameLevel.Hard:
break;
}
if (!FPEngine.Call())
{
aReturnString = "false";
return aReturnString;
}
this.aIndex = (int)Index.ToCsObject();
this.aPosition = (int)Position.ToCsObject();
this.aDirection = (Direction)Dir.ToCsObject();
string or = (string)Orientation.ToCsObject();
if (or == "left")
this.Ori = Ori.left;
else if (or == "leftright")
this.Ori = Ori.leftright;
else if (or == "rightleft")
this.Ori = Ori.rightleft;
else if (or == "right")
this.Ori = Ori.right;
else if (or == "up")
this.Ori = Ori.up;
else if (or == "updown")
this.Ori = Ori.updown;
else if (or == "downup")
this.Ori = Ori.downup;
else if (or == "down")
this.Ori = Ori.down;
else if (or == "non")
this.Ori = Ori.non;
FPEngine.Success();
aReturnString = (string)Team.ToCsObject();
return aReturnString;
}
}
aReturnString = "false";
return aReturnString;
}