Fourier connoisseurs... - page 7
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Sergey please explain how it is possible to use Neumann-Pearson rule for likelihood of two functions which have different amplitudes or it does not fit this rule...
What do you mean you don't believe me, Sergei? I still think of you as a nerve-racking enthusiast.
P.S. I decided to refresh an unfinished project from a year and a half ago. Fibs. And I'm afraid my code will resemble AIS's one in style of naming functions (only them, though)...
Hi Alexey!
The sphere of a human's perception of this World and his/her interaction with it may be divided into three conditional and non-overlapping sectors - Knowledge, Belief and Love. One cannot say that something is better or worse than another - everything is of equal value and leads to Truth.
So, by saying that I do not believe in anything, I meant only my way of perception - through knowledge.
P.S. I am currently reading Vince. >> Cool!
Sergey please explain how it is possible to use Neumann-Pearson rule for likelihood of two functions which have different amplitudes or it does not fit to this rule...
It's more or less correctly explained here. http://de.ifmo.ru/bk_netra/page.php?dir=4&tutindex=24&index=9&layer=1
Let's continue the topic from a slightly different perspective...
The task is to select node points (albeit with the same sampling period) and transform the resulting signal to an inverse curve with inter-node points...
Let's continue the topic from a slightly different perspective...
The task is to select node points (albeit with the same sampling period) and transform the resulting signal to an inverse curve but with inter-node points...
Explain please, that I did not get sense.
Spectrum analysts are encouraged to dump their depot and not bother with this analysis, wasting their time.
Answer please (there seems to be a gap in my knowledge on this subject)
When we divide the data series y(x) in PF by the series Sin(2*Pi*k*x), we get a series of coefficients "a".
How do we find from this series of coefficients the one that
then assigns to a given harmonic?
I've been doing this for a long time. I made an indicator based on Fourier series. It turned out to be a good substitute for the moving average line.
I tried to run it through the Expert Advisor, but I didn't get much noticeable results.
The main problem is determining the period of oscillations.
In this example I just took 100 and 200 bars.
If you don't mind, you can see the code that forms the sequel...you can drop it in the mail...