Hi Kusnadi --
For an alternative method to insure that the second variable is always
greater than the first, change this code:
///////////////////////////////
firstvar = Optimize("Firstvar",1,1,20,1);
Secondvar = Optimize("Secondvar",1,1,firstvar,1);
Buy = Sell = True;
/////////////////////////////////////////////////////////////
to this code:
///////////////////////////////
firstvar = Optimize("Firstvar",1,1,20,1);
VarIncrement = Optimize("VarIncrement",1,1,20,1);
Secondvar = firstvar + VarIncrement;
Buy = Sell = True;
/////////////////////////////////////////////////////////////
Thanks,
Howard
On Thu, Aug 5, 2010 at 12:17 AM, Kusnady <[email protected]> wrote:
>
>
> Dear friends,
>
> is there anyone having some experiences with parameter of optimization?
>
> Look at the afl below:
>
> /////////////////////////////////////////////////////////////
> firstvar = Optimize("Firstvar",1,1,20,1);
> Secondvar = Optimize("Secondvar",1,1,firstvar,1);
>
> Buy = Sell = True;
> /////////////////////////////////////////////////////////////
>
> I need the Secondvar is always less than firstvar, so above I put firstvar
> as the maximum of SecondVar optimize definition.
>
> But once optimized, the SecondVar can be bigger than firstvar....
>
> This slowdown the optimization process.....do you think so?
>
> Could you help me how to code efficiently, so the engine just take the
> firstvar as the maximum for secondvar instead of 20.
>
> Regards
> Kusnadi
>
>
>
