public override PDLPred ToPDL(List <MonaMacro> macros, Dictionary <string, string> sub)
{
switch (op)
{
case MonaLogicalOperator.And: return(new PDLAnd(phi1.ToPDL(macros, sub), phi2.ToPDL(macros, sub)));
case MonaLogicalOperator.If: return(new PDLIf(phi1.ToPDL(macros, sub), phi2.ToPDL(macros, sub)));
case MonaLogicalOperator.Iff: return(new PDLIff(phi1.ToPDL(macros, sub), phi2.ToPDL(macros, sub)));
case MonaLogicalOperator.Or: return(new PDLOr(phi1.ToPDL(macros, sub), phi2.ToPDL(macros, sub)));
}
throw new MonaException("undefined operator");
}
public override PDLPred ToPDL(List <MonaMacro> macros, Dictionary <string, string> sub)
{
switch (q)
{
case MonaQuantifier.ExistsFO:
{
var ret = phi.ToPDL(macros, sub);
foreach (var v in vars)
{
return(ret = new PDLExistsFO(v, ret));
}
return(ret);
}
case MonaQuantifier.ExistsSO:
{
var ret = phi.ToPDL(macros, sub);
foreach (var v in vars)
{
return(ret = new PDLExistsSO(v, ret));
}
return(ret);
}
case MonaQuantifier.ForallFO:
{
var ret = phi.ToPDL(macros, sub);
foreach (var v in vars)
{
return(ret = new PDLForallFO(v, ret));
}
return(ret);
}
case MonaQuantifier.ForallSO:
{
var ret = phi.ToPDL(macros, sub);
foreach (var v in vars)
{
return(ret = new PDLForallSO(v, ret));
}
return(ret);
}
default: throw new MonaException("Quantifier undefined");
}
}
public override PDLPred ToPDL(List <MonaMacro> macros, Dictionary <string, string> sub)
{
return(new PDLNot(phi.ToPDL(macros, sub)));
}
