creating a mega project, pros, super pros and traders join in! - page 11

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vitali_yv:


If I use MAs as filters, I have the following:

 Band 1 = close - MA(close, 2) Band 2 = MA(close, 2) - MA(close, 4); Band 3 = MA(close, 4) - MA(close, 8);
.......
 Band 1 = MA(close,256)-MA(close,512);

 Band last = MA(close,512);
 
Got it, thanks.
 
ZZZEROXXX:

The red line behaves like a close line (or nearly so). But what is 4, the averaging period?


I wouldn't say.

In a flat, yes, it looks like that. It is understandable, the LF fluctuations are small, the HF determines everything. In a trend it is vice versa.

Numbers mean frequencies. Actually frequency is measured in hertz, but I didn't want to write 0.000125Hz on the button. So button 4 turns on the filter with the frequency corresponding to a half-period of 4 bars.

 

About the mega project: here is the framework already written https://www.mql5.com/ru/articles/1578

Insert your TCs and good luck!!!

 
EvgeTrofi:

About the mega project: here is the framework already written https://www.mql5.com/ru/articles/1578

Insert your TCs and good luck!!!

pe4alno, tema zaglohla...
 
AlexeyFX:


If I use MAs as filters, I would have this

 Lane 1 = close - MA(close, 2) Lane 2 = MA(close, 2) - MA(close, 4); Lane 3 = MA(close, 4) - MA(close, 8); ....... Lane penultimate = MA(close,256)-MA(close,512);

The last bar = MA(close,512);

I'm confused by the harmonic decomposition in this case.

Band 1 = close - MA(close, 2)

 Band 2 = MA(close, 2) - MA(close,3); Band 3 = MA(close, 3) - MA(close, 4); ....... penultimate band = MA(close,511)-MA(close,512);
because we need changes on every bar in order to continue into the future
 
trol222:

What's confusing is that the harmonic decomposition is as follows


Try to put MA512 and MA511 on 1 chart and see at least some difference.
 
AlexeyFX:

Try putting MA512 and MA511 on 1 chart and see any difference.
I meant for extrapolation you need the whole list of ma
 
and you can do it by the window - in3) I love a breeze))
 
trol222:
I meant that to extrapolate, you need the entire list of ma

Why?
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