Newton | library providing physics units | Math library

You write the data in a file, the position within the file moves to the end of it. If you then re-read the file using soundfile, you must first jump back to the beginning of the file.

repeat ... until C; loop terminates when the expression C evaluates to true. In your code, after the first iteration abs(x - a / x) > eps is true, so the loop terminates.

The termination condition should be inverted:

Does the support for Ubuntu 18.04.6 LTS (bionic) deprecated?

Not exactly.

As a general rule, the latest version of the script targets the latest supported (by Openstack) versions of the host operating systems. Older versions may work. But there might be minor issues ... that someone with the ability to read / diagnose shell scripts ought to be able to figure out.

If you need a version of the script that explicitly supports (say) Bionic, there will be one in the Git6 repo history.

^{(This is in line with general OpenStack Ubuntu support. The latest OpenStack release is Wallably and Wallaby no longer supports Bionic. The Bionic -> Focal cross-over release of Openstack was Ussuri; see https://ubuntu.com/openstack/docs/supported-versions. Note that Devstack is not an official OpenStack product, but they are effectively forced to track the "supported release" rules, at least loosely.)}

The version of the Devstack script that you checked out does not explicitly supports Focal rather than Bionic.

If you look at https://opendev.org/openstack/devstack/src/branch/master/stack.sh on line 230, it currently says:

The algorithm is right, the code is not. Here it is, corrected.
At the end there is a uniroot solution, verifying the code's solution.

As pointed out by Tsyvarev in the comment, the problem was that my OpenMp on Linux didn't support the braces initialiser for the for iterators.

You end up with the error with precision because some of your penalization is too strong for this model, if you check the results, you get 0 for f1 score when C = 0.001 and C = 0.01

You could just leave the default param value Warning to parameter category in the context manager ignore_warnings this will mute all category warnings.

Your question wasn't very clear from your post, so i'll just try to address the issues and doubts you wrote about.

I had some doubt about whether functions should be placed in methods or in watch.

Functions that are invoked from the template should be placed inside the methods property, as opposed to computed which does not accept parameters and is expected to only return a "computed" value.

Watch is a property meant to hold the functions that "listen" for changes (in props, route params etc...), that way they will trigger each time the props or params change.

I put the eventListener call in the html and used @input, but I don’t know if it would be correct to use @change.

The difference between @input and @change is that @input triggers with each key press, but @change triggers with each submit (or pressing enter if not inside of a form and there's no submit button linked to that input).

So it really comes down to expected outcome, performance, and taste.

If your'e not fetching a lot of data from an API when the input value (that is linked via v-model) changes, then i would probably go with @input, and even if you are fetching a lot of data, i would use a "debounce" method to only fetch the data after a certain delay to avoid over-fetching.

It's very long but maybe we can figure it out.

The use is correct, the problem in my opinion is that you're not checking the state and just printing the default values everytime