Difference calculus, examples. - page 9 12345678910111213141516...26 New comment Renat Akhtyamov 2018.02.04 19:09 #81 Nikolai Semko: In any case, the last few bars are redrawn, which means the value of the code = 0. no Renat Akhtyamov 2018.02.04 19:09 #82 Aleksey Panfilov: On the "four digits"?yes, on the 4 if more than that, the signal Nikolai Semko 2018.02.04 19:18 #83 Renat Akhtyamov: no You are either wrong or deceiving.Or they invented a time machine. Then I congratulate you!You can see with the naked eye that at least one next bar takes part in the construction of the current bar. Is there a need The essence of optimisation Can anyone explain why Renat Akhtyamov 2018.02.04 19:22 #84 Nikolai Semko: You are either wrong or deceiving.Or they invented a time machine. Then I congratulate you!You can see with the naked eye that at least one next bar takes part in the construction of the current bar.agree In the construction of the last visible bar the next bar is involved, which is absent. the next bar is missing. I suspect that in the quote that we see it is exactly what is missing there is only one last bar which is not longer than 10 minutes hidden //the version, not the fact I started to calculate it, but so far I haven't had the brains to do it. Coding help... Cyclical indicator Eurusd/gbpusd From theory to practice Nikolai Semko 2018.02.04 20:20 #85 Renat Akhtyamov: agree the construction of the last visible bar involves the next bar, which is absent the next bar is missing I suspect that in the quote we see it is exactly what is missing only one last bar is hidden, the duration of which is no more than 10 minutes I started to calculate it, but so far I haven't had the brains to do it.Here is, for example, a redrawable Fourier approximation: And here is an ordinary non-drawn SMA with a period of 4, but shifted left by 2: These are all toys and self-deception Renat Akhtyamov 2018.02.04 20:25 #86 Nikolai Semko: Here is a redrawable Fourier approximation, for example: And here is a regular SMA with a period of 4 and a shift to the left by 2: It's all toys and self-delusion.Fourier approximation is even steeper than mine. What is redrawn there? Nikolai Semko 2018.02.04 20:37 #87 Renat Akhtyamov: Fourier is even cooler than mine. What is redrawn there?Everything is redrawn. I dumped the code of this indicator here animated GIF: Renat Akhtyamov 2018.02.04 20:44 #88 Nikolai Semko: Everything redraws. I' ve dumped the code for this indicator here Animated GIF:It's funny and cool on the other hand //have to learn animation too really hard to redraw and if the starting point of the calculation is tied to a certain time stamp? Nikolai Semko 2018.02.04 21:48 #89 Renat Akhtyamov:really hard to redraw What if the starting point of calculation is attached to a certain time stamp? Fourier extrapolation in this form is a useless toy.Well, maybe it can be useful in such a form for RSI Aleksey Panfilov 2018.02.06 07:24 #90 To see the dynamics. The same Expert Advisor on M15. Files: 2018_02_04.zip 432 kb 12345678910111213141516...26 New comment
In any case, the last few bars are redrawn, which means the value of the code = 0.
On the "four digits"?
yes, on the 4
if more than that, the signal
no
You are either wrong or deceiving.
agree
In the construction of the last visible bar the next bar is involved, which is absent.
the next bar is missing.
I suspect that in the quote that we see it is exactly what is missing
there is only one last bar which is not longer than 10 minutes hidden //the version, not the fact
I started to calculate it, but so far I haven't had the brains to do it.agree
the construction of the last visible bar involves the next bar, which is absent
the next bar is missing
I suspect that in the quote we see it is exactly what is missing
only one last bar is hidden, the duration of which is no more than 10 minutes
I started to calculate it, but so far I haven't had the brains to do it.Here is, for example, a redrawable Fourier approximation:
And here is an ordinary non-drawn SMA with a period of 4, but shifted left by 2:
These are all toys and self-deception
Here is a redrawable Fourier approximation, for example:
And here is a regular SMA with a period of 4 and a shift to the left by 2:
It's all toys and self-delusion.
Fourier approximation is even steeper than mine.
What is redrawn there?
Fourier is even cooler than mine.
What is redrawn there?
Everything is redrawn. I dumped the code of this indicator here
animated GIF:
Everything redraws. I' ve dumped the code for this indicator here
Animated GIF:
It's funny and cool on the other hand
//have to learn animation too
really hard to redraw
and if the starting point of the calculation is tied to a certain time stamp?really hard to redraw
What if the starting point of calculation is attached to a certain time stamp?To see the dynamics.
The same Expert Advisor on M15.