arb | DEPRECATED DO N'T USE - AngularJS RequireJS Bootstrap | Plugin library

If you're using MaterialApp / CupertinoApp / WidgetsApp then you can just pass your current locale with the locale parameter.

So you can treat your locale as any other state in the app – change it on button press, store it in shared preferences, etc.

The downside of the intl packages, it requires to use call the class within the context. for the example

I got bitten by this in the past as well. link_to is a rails views helper, using this inside arbres output capturing doesn't work well, unless you enclose it in a span like so:

An order in a set X is a relation between elements of X, this is, a subset R of the Cartesian product X × X that satisfies the axioms of order (or total order, etc.).

If Y is a subset of X, the restriction to Y of the order on X is the intersection R ∩ Y×Y of the relation R with the subset Y×Y ⊆ X×X.

In other words, is the same order, but restricted to the subset Y.

you can add languageCode on locale

All the default localization approaches via l10n or arb/json are not capable of runtime localizing. It is because they use InheritedWidget/BuildContext resolving of the localization - thus the assets bundle with resources should be prebuilt beforehand - as with fonts, images, etc(otherwise you will have an error Unable to load asset).

But what you want is possible. You will have to set up your own approach though. The easiest way to do it is to on app load download all the needed JSON localization files and store them in shared prefs(db/file system). Before entering each screen check current localization and retrieve the needed(language-wise) file, parse it and use it in your Text widgets.

Also, you can do it backends style - each request to the backend should contain locale query in its URL or locale field in body. It will retrieve not only values but also titles in key-value style like

When the extension is the same as a new feature in a later OpenGL version, they keep the function names the same (no suffix) for consistency.

See this question about ARB_framebuffer_object, and this note in ARB_uniform_buffer_object (which you linked to):

Use x*(1 - x^2/3! + x^4/5! - x^6/7! ...) to effect a better initial addition and clearer loop terminating condition.

The usually sine Taylor's series: sine(x) is x - x^3/3! + x^5/5! - x^6/7! ... and is the form used by OP.

Each term of the sine Taylor's series is expected to have about the same relative precession, only losing a little precision in later terms.

Yet by adding terms (and tracking tolerance), the sum is no more precise than the absolute precision of the largest 2 terms.

By forming sine(x) as x*(1 - x^2/3! + x^4/5! - x^6/7! ...), we have unlimited precision in the first term 1.0, thus the precision, for small x, is limited by the 2nd term and the loop can stop when adding a term to 1.0 makes no difference.

This does not well explain why OP's result was stuck at 0.09983341665 +/- 3.18e-12.

Yet taking care of summing the largest terms (by having one of them 1.0 with unlimited precision) helps.

According to the discord.py docs (https://discordpy.readthedocs.io/en/latest/ext/commands/commands.html#positional) you can have however many positional arguments you want. So just add some positional arguments.