public static dynamic Division(dynamic a, dynamic b)
{
double resultA = DynamicCast.ConvertToDouble(a);
double resultB = DynamicCast.ConvertToDouble(b);
if (Math.Abs(resultB) < Tolerance)
{
return(double.PositiveInfinity);
}
return(resultA / resultB);
}
public static dynamic Log10(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Log10(resultA));
}
public static dynamic Negative(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(-resultA);
}
public static dynamic Pow10(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Pow(10.0, resultA));
}
public static dynamic Sqrt(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Sqrt(resultA));
}
public static dynamic Round(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Round(resultA));
}
public static bool IsNegative(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(resultA < 0);
}
public static bool IsWhole(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Abs(resultA % 1) < Tolerance);
}
public static dynamic Atan(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Atan(resultA) / Math.PI * 180);
}
public static dynamic Tan(dynamic a)
{
double resultA = DynamicCast.ConvertToDouble(a);
return(Math.Tan(resultA / 180 * Math.PI));
}
