Component Translated Unfinished Unfinished words Unfinished characters Untranslated Checks Suggestions Comments
application MIT 0 0 0 0 2 8 0
classref_database MIT 0 0 0 0 0 0 0
Error explanations MIT 12% 42 2,031 11,653 42 0 0 0
glossary_database MIT 0 0 0 0 0 0 0
Glossary Learn GDScript From Zero MIT 47% 9 14 188 9 0 0 0
lesson-1-what-code-is-like MIT 58% 16 789 4,778 6 8 0 0
lesson-10-the-game-loop MIT 83% 4 113 702 1 2 0 0
lesson-11-time-delta MIT 87% 5 232 1,456 1 2 0 0
lesson-12-using-variables MIT 0 0 0 0 0 0 0
lesson-13-conditions MIT 83% 6 362 2,254 2 1 0 0
lesson-14-multiplying MIT 96% 1 32 248 0 1 0 0
lesson-16-2d-vectors MIT 17% 23 617 4,017 23 0 0 0
lesson-17-while-loops MIT 4% 20 769 4,745 20 0 0 0
lesson-18-for-loops MIT 3% 27 713 4,368 27 0 0 0
lesson-19-creating-arrays MIT 4% 22 706 4,166 22 0 0 0
lesson-2-your-first-error MIT 57% 6 268 1,562 0 2 0 0
lesson-20-looping-over-arrays MIT 4% 22 680 4,229 22 0 0 0
lesson-21-strings MIT 15% 16 397 2,574 16 0 0 0
lesson-22-functions-return-values MIT 5% 17 626 3,804 17 0 0 0
lesson-23-append-to-arrays MIT 4% 23 746 4,561 23 0 0 0
lesson-24-access-array-indices MIT 3% 26 582 3,502 26 0 2 0
lesson-25-creating-dictionaries MIT 3% 28 701 4,185 28 0 0 0
lesson-26-looping-over-dictionaries MIT 5% 16 465 2,687 16 0 0 0
lesson-27-value-types MIT 3% 27 789 4,931 27 0 0 0
lesson-28-specifying-types MIT 4% 23 722 4,281 23 0 0 0
lesson-3-standing-on-shoulders-of-giants MIT 80% 7 310 1,919 2 4 0 0
lesson-4-drawing-a-rectangle MIT 54% 11 420 2,821 6 2 1 0
lesson-5-your-first-function MIT 0 0 0 0 0 0 0
lesson-6-multiple-function-parameters MIT 88% 6 423 2,709 1 3 0 0
lesson-7-member-variables MIT 81% 6 281 1,764 0 2 0 0
lesson-8-defining-variables MIT 80% 4 394 2,484 0 3 0 0
lesson-9-adding-and-subtracting MIT 0 0 0 0 0 0 0

Overview

Project website github.com/GDQuest/learn-gdscript
Instructions for translators

Welcome to the translation Weblate for the free and open-source app Learn GDScript from Zero.

You can use Weblate to translate the application and its content. We keep translations in a dedicated repository on GitHub: https://github.com/GDQuest/learn-gdscript-translations/

You can find the application's source code with published translation in the following repository: https://github.com/GDQuest/learn-gdscript/

The app is available on itch.io to download and try on your desktop: https://gdquest.itch.io/learn-godot-gdscript

Finally, you can use the bleeding edge version of the app right in your browser at the following address: https://gdquest.github.io/learn-gdscript/staging/

When we publish translations

We publish the translations in a given language when at least 50% of the app's content is translated and peer-reviewed.

Because this app is a course to learn to code, it is not enough to just translate the interface for people to use it in their native language: without the lessons' translations, they can't use the app.

Licenses

All translations, as well as the application's source code, are MIT licensed.
Project maintainers User avatar NathanLovato
Language Polish
Language code pl
Text direction Left to right
Number of speakers 41,461,705
10 hours ago

String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 1,031 24,271 150,124
Translated 59% 618 41% 10,089 42% 63,536
Needs editing 5% 53 13% 3,162 13% 19,930
Read-only 1% 5 1% 5 1% 63
Failing checks 3% 32 8% 2,007 8% 12,706
Strings with suggestions 1% 11 1% 218 1% 1,280
Untranslated strings 34% 360 45% 11,020 44% 66,658
Last 12 months Previous

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Quick numbers

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Resource updated
The “pl/lesson-18-for-loops.po” file was changed. a month ago
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In the above example, for each item in the list [code][0, 1, 2][/code], Godot sets [code]number[/code] to the item, then executes the code in the [code]for[/code] loop.

We'll explain arrays more thoroughly in the next lesson, but notice that [code]number[/code] is just a temporary variable. You create it when defining the loop, and the loop takes care of changing its value. Also, you can name this variable anything you want.

This code behaves the same as the previous example:
 
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Translation added
You get this error when the name between the [code]for[/code] and [code]in[/code] is not a valid variable name, or you are missing the [code]in[/code] keyword.

In a [code]for[/code] loop, the [code]in[/code] keyword only accepts a valid temporary variable name to assign values in each loop iteration. The loop creates a new variable with the desired name and assigns each element of the array to it.
Bład ten występuje kiedy nazwa pomiędzy [code]for[/code] i [code]in[/code] nie jest prawidłową nazwą zmiennej, albo kiedy brakuje słowa kluczowego [code]in[/code].

W pętli for [code]for[/code], słowo kluczowe [code]in[/code] akceptuje tylko tymczasową nazwę zmiennej do przypisywania wartości poprzez każdą iterację pętlin. Pętla tworzy nową zmienną z podaną nazwą i przypisuje każdy element tablicy do niej.
4 months ago
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Translation completed
Translation completed 4 months ago
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Translation changed
An argument is a value that you pass to a function when calling the function. For example, in the call [code]rotate(0.5)[/code], the value [code]0.5[/code] in the parentheses is an argument.

A function can receive no arguments, one argument, or multiple arguments. Arguments can be mandatory or optional.

When a function takes multiple arguments, you separate the values with commas, like in this function call: [code]jump(50, 100)[/code]

When [i]calling[/i] a function, we name the values passed in parentheses [i]arguments[/i].

When writing a function definition, however, we talk about function [i]parameters[/i]. In the following example, the names [code]x[/code] and [code]y[/code] are [i]parameters[/i].
Argument to wartość, którą przekazujesz do funkcji podczas jej wywoływania. Na przykład w wywołaniu [code]rotate(0.5)[/code] argumentem jest znajdująca się w nawiasach wartość [code]0.5[/code].

Funkcja może nie otrzymać żadnych argumentów, otrzymywać jeden argument lub wiele argumentów. Argumenty mogą być obowiązkowe lub opcjonalne.

Gdy funkcja przyjmuje wiele argumentów, oddzielasz wartości przecinkami, tak jak w tym wywołaniu funkcji: [code]jump(50, 100)[/code]

Gdy [i]wywołujemy[/i] funkcję, nazywamy wartości podane w nawiasach [i]argumentami[/i].

Jednak w wypadku tworzenia definicji funkcji, mówimy już o [i]parametrach[/i] funkcji. W poniższym przykładzie nazwy [code]x[/code] i [code]y[/code] są [i]parametrami[/i].
4 months ago
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