public BinaryExpression (Parser yyp, Expression lhs , Expression rhs , string expressionSymbol ):base(((LSLSyntax
)yyp)){ m_expressionSymbol = expressionSymbol ;
AddExpression ( lhs );
AddExpression ( rhs );
}
public UnaryExpression (Parser yyp, string unarySymbol , Expression e ):base(((LSLSyntax
)yyp)){ m_unarySymbol = unarySymbol ;
AddExpression ( e );
}
public RotationConstant (Parser yyp, Expression valX , Expression valY , Expression valZ , Expression valS ):base(((LSLSyntax
)yyp),"rotation", null ){ kids . Add ( valX );
kids . Add ( valY );
kids . Add ( valZ );
kids . Add ( valS );
}
protected void AddExpression ( Expression e ){ if ( e is ConstantExpression ) while (0< e . kids . Count ) kids . Add ( e . kids . Pop ());
else kids . Add ( e );
}
public VectorConstant (Parser yyp, Expression valX , Expression valY , Expression valZ ):base(((LSLSyntax
)yyp),"vector", null ){ kids . Add ( valX );
kids . Add ( valY );
kids . Add ( valZ );
}
public ExpressionArgument (Parser yyp, Expression e ):base(((LSLSyntax
)yyp)){ if ( e is ConstantExpression ) while (0< e . kids . Count ) kids . Add ( e . kids . Pop ());
else kids . Add ( e );
}
public ForLoopStatement (Parser yyp, ForLoopStatement fls , Expression e ):base(((LSLSyntax
)yyp)){ while (0< fls . kids . Count ) kids . Add ( fls . kids . Pop ());
kids . Add ( e );
}
public ForLoopStatement (Parser yyp, Expression e ):base(((LSLSyntax
)yyp)){ kids . Add ( e );
}
public ForLoop (Parser yyp, ForLoopStatement flsa , Expression e , ForLoopStatement flsb , Statement s ):base(((LSLSyntax
)yyp)){ kids . Add ( flsa );
kids . Add ( e );
kids . Add ( flsb );
if (0< s . kids . Count && s . kids . Top is CompoundStatement ) kids . Add ( s . kids . Pop ());
else kids . Add ( s );
}
