Comments (3)
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If you wish, but it will need to be a quick test. Tests take long enough already...
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I do not understand
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I do not see the point for maximum errors.
I have seen lots of these predictions and average errors are predictable.
Only for very long training sets ( not possible on travis ) the maximum errors go down a little bit and a test
@test 0 < predicted_value < maximum(field)
does not seem particularly useful
from timeseriesprediction.jl.
If you wish, but it will need to be a quick test. Tests take long enough already...
Travis has a time limit of 50 minutes, we are waaaay below that, but I understand your point.
But yeah in general one more of these tests is only about 1 minute. I believe we can afford this.
I do not understand
So that we are sure that the actual scale of a field is preserved. As I said in chat, the field scale is an invariant of the method. So: compare the maximum and minimum value between prediction and reality, and make sure they are "close enough" (relative scale: 0.1).
I do not see the point for maximum errors.
Okay, for this you are right, but minimum should be tested and it is easy: relative minimum error should be between 0.0 and 0.1
Relative error = abs_error / 2*(maximum field value - minimum field value)
from timeseriesprediction.jl.
ok. Fair enough.
The scale of barkley is pretty close to 0-1 anyway. So I will just add minimum(abs_err) < 0.1
.
from timeseriesprediction.jl.
Related Issues (20)
- Renaming: change all `D` to `γ` in general
- Move documentation of TSPred to this repo.
- Issue with light cone embedding
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from timeseriesprediction.jl.