When differentiating, the shift is automatic, as the series becomes one element shorter, and then all that is needed is to shorten the sample (table with observations) by the last element
here's an example
SomeData <- c(10,20,30,20,10,20,30,40,50,40)
Y <- diff(SomeData)
cbind.data.frame( Y , SomeData[-length(SomeData)])
I don't know, I never understood the problem, maybe I overheated already, but I did as you say. Got
I have not counted - there is no package.
And the result is very decent and also very similar to the truth. There guys are struggling to get close to 70% (30% error). And this is clearly less than 30%. And from the wheels, on the principle of "as is".
And the result is very decent and also very similar to the truth. These guys are struggling to get close to 70% (30% error). And this is clearly less than 30%. And with wheels, on the principle of "as is".
I don't know.... I don't believe in miracles for a long time... I think I'm stuck again, that's why I want someone to double-check
Totally new thought in forming predictors. Will do. Very interesting for me is the question of the prescaling power of each of the predictors. I will post it as soon as I calculate it. If the predictive power is too good, I will post it.
mytarmailS: I don't know.... I don't believe in miracles for a long time... I think it's a glitch again, that's why I want someone to double-check it.
I'm getting below 25% error by pre-cleaning the predictors. That sounds about right. Send me the RData, and I'll do the math. But the main thing is the predictive ability of predictors exactly to the specified target variable
SanSanych Fomenko: If you do not feel sorry, attach the .RData
Not sorry, but I do not know how, just can not do it how many times I've tried, you try it your way, what I did the target you know, and tell me how you do it
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When differentiating, the shift is automatic, as the series becomes one element shorter, and then all that is needed is to shorten the sample (table with observations) by the last element
here's an example
Y <- diff(SomeData)
cbind.data.frame( Y , SomeData[-length(SomeData)])
get
1 10 10
2 10 20
3 -10 30
4 -10 20
5 10 10
6 10 20
7 10 30
8 10 40
9 -10 50
Incorrect. It should be like this
>
> Y <- diff(SomeData)
>
> Y
[1] 10 10 -10 -10 10 10 10 10 -10
> require(magrittr)
Loading required package: magrittr
> Y <- diff(SomeData) %>% c(., NA)
> dt <- cbind(SomeData, Y) %>% na.omit()
> dt
SomeData Y
[1,] 10 10
[2,] 20 10
[3,] 30 -10
[4,] 20 -10
[5,] 10 10
[6,] 20 10
[7,] 30 10
[8,] 40 10
[9,] 50 -10
attr(,"na.action")
[1] 10
attr(,"class")
[1] "omit"
> Y
[1] 10 10 -10 -10 10 10 10 10 -10 NA
The target has now been shifted forward by 1 bar.
It is not the predictorsthat should be shifted to the left, but the target.
Let me try to explain again.
I do not know, I still do not understand the problem, maybe I overheated, but I did as you say. I got
Reference
Prediction 0 1
0 1862 487
1 487 2164
Accuracy : 0.8052
95% CI : (0.7939, 0.8161)
No Information Rate : 0.5302
P-Value [Acc > NIR] : <2e-16
Kappa : 0.609
Mcnemar's Test P-Value : 1
Sensitivity : 0.7927
Specificity : 0.8163
Pos Pred Value : 0.7927
Neg Pred Value : 0.8163
Prevalence : 0.4698
Detection Rate : 0.3724
Detection Prevalence : 0.4698
Balanced Accuracy : 0.8045
What is your error?
Maybe I did something wrong again, it's too optimistic.
Where did you getcandlesticks? I don't have any on CRAN and RSUDIO.
There's a lot missing on the crane, unfortunately...
Wrong. It should be like this
Now the target is shifted to the future by 1 bar.
Well, if instead of adding NA at the end of"Y" and then deleting the same NA, I just delete the last line in SomeData, won't it be the same?
I really do not understand the difference, maybe already overheated completely (
I don't know, I never understood the problem, maybe I overheated already, but I did as you say. Got
I have not counted - there is no package.
And the result is very decent and also very similar to the truth. There guys are struggling to get close to 70% (30% error). And this is clearly less than 30%. And from the wheels, on the principle of "as is".
I have not counted - no package.
And the result is very decent and also very similar to the truth. These guys are struggling to get close to 70% (30% error). And this is clearly less than 30%. And with wheels, on the principle of "as is".
There's a lot missing from the tap, unfortunately...
Thanks, all downloaded.
Totally new thought in forming predictors. Will do. Very interesting for me is the question of the prescaling power of each of the predictors. I will post it as soon as I calculate it. If the predictive power is too good, I will post it.
If you don't mind, pin the .RDataI don't know.... I don't believe in miracles for a long time... I think it's a glitch again, that's why I want someone to double-check it.
If you do not feel sorry, attach the .RData