Multiple Dll calls....

[LPrice <lprice1023@xxxxxxxxxxxxx>]

We are using the Mesa Dll's.  It is our understanding that it is
possible to call a cycle measurement on two different data streams in a
TS Strategy by renaming the Dll files.  However our results suggest that
we are merely calling the same Dll rather than the two separate Dll's.

Here is a sample indicator that we are using.  Could anyone give us some
suggestions?  The Mesa manual is very vague on this point and when we
spoke to Mr. Ehlers, he said that he would not consult on system
development.
Thank you very much,
Lawrence Price


{DomTest -- Test use of 2 Dominant Cycle calcs in one indicator: Data2
is a 120-minute bar of any stock,
     and data3 is the $TICK data.}


     Variables: TK(5), Smooth(0), dc1(0), dc2(0);


     {-------------------------- Mesa DLL setup
--------------------------------}
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"INIT",int;
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"MATRIX",lpstr;
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"DomCycle",int, float,
float, float, lpfloat;
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"FindPhase",lpfloat;
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"FindTrend",lpfloat,
lpfloat;
     defineDllFunc: "c:\mesadll\m2002x1.dll",int,"FindMode";

     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"INIT",int;
     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"MATRIX",lpstr;
     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"DomCycle",int, float,
float, float, lpfloat;
     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"FindPhase",lpfloat;
     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"FindTrend",lpfloat,
lpfloat;
     defineDllFunc: "c:\mesadll\m2002x2.dll",int,"FindMode";


     If currentbar = 1 then begin
        Init(1);
        Matrix("XXXXXXXX");
     End;

     {First DomCycle operates on data2, i.e. stock 120-minute bars}
     DomCycle(1, close of data2, H, L, &dc1);


     {Second DomCycle operates on data3, a smoothed $Tick data3 stream
biased by +2000
     for a positive number}
     TK=(close of data3)+2000;
     Smooth = AverageFC(TK, 5);
     DomCycle(1, Smooth, H, L, &dc2);


     Plot1(dc1,"dc1");
     Plot2(dc2,"dc2");