public static SDateTime DateTimeAddSeconds(SDateTime d, SNumber n)
{
return(new SDateTime(d.Value.AddSeconds(n.Value)));
}
public static SString StringListGetByIndex(SStringList sl, SNumber index)
{
return(new SString(sl.Value[(int)index.Value - 1]));
}
public static SDateTime DateTimeAddMonths(SDateTime d, SNumber n)
{
return(new SDateTime(d.Value.AddMonths((int)n.Value)));
}
public static SBool NumberListDoesNotContainNumber(SNumberList nl, SNumber n)
{
return(new SBool(!nl.Value.Contains(n.Value)));
}
public static SNumber NumberListGetByIndex(SNumberList nl, SNumber index)
{
return(new SNumber(nl.Value[(int)index.Value - 1]));
}
public static SNumber NumberAbsolute(SNumber n)
{
return(new SNumber(Math.Abs(n.Value)));
}
public static SNumber NumberRound(SNumber n, SNumber digits)
{
return(new SNumber(Math.Round(n.Value, (int)digits.Value)));
}
public static SNumber NumberMultipliedByNumber(SNumber n1, SNumber n2)
{
return(new SNumber(n1.Value * n2.Value));
}
public static SNumber NumberDividedByNumber(SNumber n1, SNumber n2)
{
return(new SNumber(n1.Value / n2.Value));
}
public static SNumber NumberAddNumber(SNumber n1, SNumber n2)
{
return(new SNumber(n1.Value + n2.Value));
}
public static SNumber NumberMinusNumber(SNumber n1, SNumber n2)
{
return(new SNumber(n1.Value - n2.Value));
}
public static SBool NumberIsBetweenNumbers(SNumber d, SNumber min, SNumber max)
{
return(new SBool(d.Value >= min.Value && d.Value <= max.Value));
}
public static SBool NumberIsLessThenOrEqualToNumber(SNumber n1, SNumber n2)
{
return(new SBool(n1.Value <= n2.Value));
}
public static SBool NumberIsLessThenNumber(SNumber n1, SNumber n2)
{
return(new SBool(n1.Value < n2.Value));
}
public static SBool NumberIsGreaterThenOrEqualToNumber(SNumber n1, SNumber n2)
{
return(new SBool(n1.Value >= n2.Value));
}
public static SBool NumberIsNotEqualToNumber(SNumber n1, SNumber n2)
{
return(new SBool(n1.Value != n2.Value));
}