Minnamor This will happen for ANY tools that are computing higher the time frame price (OHLC, MP(),Typ(), WC() etc.) from a lower time frame data. I believe this behavior should be OK even for back-testing if you make sure in your system tester that you code the trading signal based on a higher time frame indicator to be done or looked for its ...

This is an example of the type of indicators that ''spawned'' from the work of leading scientists like Dr. Ehlers. The attached image plots the current time frame and the 4x time frame Hotelling transform applied to Price. The example provided used a 60 min time frame. For Daily charts the recommended value for TF is 2 (weekly indicator on the ...

Jose I appreciate very much your input. I am inclined to agree with you regarding a complex trading system: I don't believe the more complex the system the better. Quite the opposite. But to disqualify the advances of science and its increasing capability to provide new models for the trading market I cannot agree with. I truly believe the more ...

Roy I don't have your MSFL expertise but the decision to spend the additional time to find a more ''efficient'' solution to implement the same thing without PREV is very easy for me to make: - pay a MFSL expert like you or Jose to see if there is a solution at all OR - wait for a DLL that provides the function My perception as a ''young'' trader ...

I finaly got it by myself! A good example is posted in the ''Formula Collection'' under the Forum Index or in ''Formulae'': - ''ITrend by Dr. Ehlers''. In short this is the general equation I was asking about: f:= A0*Pr + A1*Ref(Pr,-1) + A2*Ref(Pr,-2) + A3*Ref(Pr,-3) + A4*Ref(Pr,-4) + B0*PREV + B1*Ref(PREV,-1) + B2*Ref(PREV,-2) + ...

Finally I got a solution for my own older post inquiry: ''How To Code Recursive Functions in MS''. Below is Dr. Ehlers ITrend indicator, as described in his excellent work ''Cybernetic Analysis for Stocks and Futures''. I have added my own initialization periods linear algorithm that will eliminate the large converging time required by the ...

Patrick I was not aiming at you! Your profession puts you at a better position to give us all a valuable advice regarding operating systems and not only. I don't know if there are issues with HW drivers for WinXP-64, but I assume the whole system and motherboard should come with the appropriate drivers. I do not care much about it as my company ...

mbcullen I had to buy a new dual processor PC for my daily work job, and our IT dept. told me that WinXP-64 shouldn't pose any problem even for the 32 bit applications. WinXP64 has a 32 bit kernel anyway and is able to identify if the application required to be ran is a 32 bit or 64 bit and it will switch to the use of the appropriate Kernel ...

This is a BIG request for anybody who can develop a DLL to support this feature. If it's possible to find a good implementation for a generic recursive function with a format like this one: - f:= P1*PrType + P2*PrType[1] + P3*PrType[2] + P4*PrType[3] + P5*PrType[4] +A*f[1] +B*f[2] +C*f[3] +D*f[4]; (where f[1],f[2],f[3] and f[4] are references

Here is the ITrend formula with an Initialization addition that reduces the long convergence time for very low values of Alpha. It presents also the addition of a trigger. Code: {=======================} {Need the ADSI's DLL from www.thedml.com} Pc:= Input(''Price Code=C,Med,Typ,WMA4 ...

hayseed and denl As I remember the trial period is for 30 days and Brad can extend it upon your request. If you are using very low values for Alpha (<0.05) you will need to use an ''Initialization'' linear slope. If you don't like a linear solution, you can build your own as well. I will post my solution in the formula section in the next ...

Thank you Jose and Patrick for your answers. 1) The ''+PREV-PREV'' construct Here is my sequence of tests for the ''+PREV-PREV'' combination: z1:=LastValue(C+PREV-PREV); z2:=C; z1==z2 at any point in the chart. The 2nd test has proved also that the following 2 equation generate exactly the same output, where ''x'' and ''y'' are listed in your ...