New Crowdin translations

de-DE/meta.yml

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+title: Olympic rings
+hero_image: images/banner.png
+description: Create a program that will accurately draw the Olympic rings.
+version: 4
+listed: true
+copyedit: true
+last_tested: "2024-07-24"
+steps:
+  - title: Das wirst du machen
+  - title: Set up the rings
+    completion:
+    - engaged
+  - title: Draw the rings
+    completion:
+    - internal
+  - title: Wie geht es weiter?
+    completion:
+    - external

de-DE/scratch-translatable.txt

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+rings

de-DE/step_1.md

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+### Was du machen wirst
+
+You will use the pen extension blocks to draw the Olympic Rings, making sure that they overlap correctly.
+
+\--- no-print ---
+
+<div class="scratch-preview">
+  <iframe allowtransparency="true" width="485" height="402" src="https://scratch.mit.edu/projects/embed/1048245134/?autostart=false" frameborder="0"></iframe>
+</div>
+
+\--- /no-print ---
+
+\--- print-only ---
+
+![Complete project](images/showcase_static.png)
+
+\--- /print-only ---
+
+## --- collapse ---
+
+## title: Was du brauchen wirst
+
+### Software
+
+- Scratch 3 (either [online](http://rpf.io/scratchon){:target="_blank"} or [offline](http://rpf.io/scratchoff){:target="_blank"})
+
+### Downloads
+
+- If you are working offline, download the [starter project](https://rpf.io/p/en/olympic-rings-go){:target="_blank"}
+
+\--- /collapse ---
+
+## --- collapse ---
+
+## title: Zusätzliche Informationen für Pädagogen
+
+You can download the completed project [here](https://scratch.mit.edu/projects/1048245134){:target="_blank"}.
+
+If you need to print this project, please use the [printer-friendly version](https://projects.raspberrypi.org/en/projects/olympic-rings/print){:target="_blank"}.
+
+\--- /collapse ---
+
+With thanks to Kaye North from Code Club Australia for the [original project](https://www.codeclubau.org/projects/olympic-rings)!

de-DE/step_2.md

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+## Set up the rings
+
+You will use the pen tool to draw the Olympic rings accurately.
+
+Pay close attention to where the rings cross each other and which ring sits on top at each overlap.
+
+\--- task ---
+
+If you are working **online**, open the [starter project](https://scratch.mit.edu/projects/1048263697/){:target="_blank"} in Scratch.
+
+If you are working **offline**, open the project [starter file](https://rpf.io/p/en/olympic-rings-go){:target="_blank"} in the Scratch offline editor. If you need to download and install Scratch, you can find it [here](https://scratch.mit.edu/download){:target="_blank"}.
+
+\--- /task ---
+
+\--- task ---
+
+Click 'see inside'.
+
+\--- /task ---
+
+Add the pen extension blocks.
+
+\--- task ---
+
+Click on the extension menu in the bottom left corner.
+
+![The extension menu](images/extension_menu.png)
+
+Choose the pen extension blocks.
+
+\--- /task ---
+
+\--- task ---
+
+Select the dot sprite.
+
+\--- /task ---
+
+\--- task ---
+
+Drag out a `when green flag clicked`{:class="block3events"} block from the `Events`{:class="block3events"} blocks menu.
+
+```blocks3
+when flag clicked
+```
+
+\--- /task ---
+
+A variable will be used to control the five rings.
+
+\--- task ---
+
+Create a `rings`{:class="block3variables"} variable and add a `set rings`{:class="block3variables"} block.
+
+```blocks3
+when flag clicked
++set [rings v] to (0)
+```
+
+\--- /task ---
+
+Erase any previous drawing.
+
+\--- task ---
+
+From the pen blocks, add an erase all block.
+
+Add a block to set the pen size to 10.
+
+```blocks3
+when flag clicked
+set [rings v] to (0)
++erase all
++set pen size to (10)
+```
+
+\--- /task ---
+
+The next section of code will repeat five times, one for each coloured ring.
+
+\--- task ---
+
+Add a repeat block.
+
+```blocks3
+when flag clicked
+set [rings v] to (0)
+erase all
+set pen size to (10)
++repeat (5)
+```
+
+\--- /task ---
+
+Each ring will be identified by a number from 1 to 5.
+
+\--- task ---
+
+Add a block to change the `rings`{:class="block3variables"} variable by 1.
+
+```blocks3
+when flag clicked
+set [rings v] to (0)
+erase all
+set pen size to (10)
+repeat (5)
++change [rings v] by (1)
+```
+
+\--- /task ---
+
+You need five clones (copies), because there are five rings.
+
+\--- task ---
+
+Add a block to create a clone of itself and a wait block.
+
+```blocks3
+when flag clicked
+set [rings v] to (0)
+erase all
+set pen size to (10)
+repeat (5)
+change [rings v] by (1)
++create clone of (myself v)
++wait (0.1) seconds
+```
+
+\--- /task ---
+
+**Tip**: You can hide the variable on your screen.
+Right-click on the variable box on your screen and select hide.
+
+\--- save ---

de-DE/step_3.md

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+## Draw the rings
+
+In this step, you will set up the starting point and starting direction for each of the rings.
+
+\--- task ---
+
+Drag out a `when I start as a clone`{:class="block3events"} block from the `Events`{:class="block3events"} blocks menu.
+
+```blocks3
+when I start as a clone
+```
+
+\--- /task ---
+
+Make sure the sprite is facing the correct direction to start drawing.
+
+\--- task ---
+
+Add a `point in direction 90`{:class="block3motion"} block from the `Motion`{:class="block3motion"} blocks menu.
+
+```blocks3
+when I start as a clone
++point in direction (90)
+```
+
+\--- /task ---
+
+The clone that is created with the variable of 1 will follow this program first.
+
+\--- task ---
+
+Add an `if then`{:class="block3control"} block from the `Control`{:class="block3control"} blocks menu.
+
+Add an `=`{:class="block3operators"} block from the `Operators`{:class="block3operators"} menu.
+
+Add the `rings`{:class="block3variables"} reporter from the `Variables`{:class="block3variables"} menu.
+
+Change the `50` to `1`.
+
+```blocks3
+when I start as a clone
+point in direction (90)
++if <(rings) = (1)> then
+```
+
+\--- /task ---
+
+\--- task ---
+
+Add blocks to set the starting position of the first clone.
+
+Set the angle to start with.
+
+Set the pen colour to blue (use hex code #0078D0).
+
+Add a block to put the pen down.
+
+```blocks3
+when I start as a clone
+point in direction (90)
+if <(rings) = (1)> then
++go to x: (-116) y: (-20)
++turn cw (156) degrees
++set pen color to (#0078D0)
++pen down
+```
+
+\--- /task ---
+
+The ring with the variable of 2 is drawn with different characteristics.
+
+\--- task ---
+
+Duplicate the if-then block you just created (or drag in the same blocks again).
+
+Change the starting location.
+
+Change the angle that it starts with.
+
+Also change the colour to yellow (use hex code #FFB114).
+
+```blocks3
++if <(rings) = (2)> then
+go to x: (-13) y: (-13)
+turn cw (78) degrees
+set pen color to (#FFB114)
+pen down
+```
+
+\--- /task ---
+
+Now do the same for the ring with the variable of 3.
+**Tip**: The hex code to use for black is #000000.
+
+\--- task ---
+
+Duplicate the if-then block again.
+
+Change the starting location.
+
+Change the angle that it starts with.
+
+Also change the colour to black (hex code #000000).
+
+```blocks3
++if <(rings) = (3)> then
+go to x: (-56) y: (19)
+turn cw (-102) degrees
+set pen color to (#000000)
+pen down
+```
+
+\--- /task ---
+
+Now do the same for the ring with the variable of 4.
+**Tip**: The hex code to use for green is #00A651.
+
+\--- task ---
+
+```blocks3
++if <(rings) = (4)> then
+go to x: (46) y: (28)
+turn cw (-24) degrees
+set pen color to (#00A651)
+pen down
+```
+
+\--- /task ---
+
+Now do the same for the ring with the variable of 5.
+**Tip**: The hex code to use for red is #F0282D.
+
+\--- task ---
+
+```blocks3
++if <(rings) = (5)> then
+go to x: (85) y: (20)
+turn cw (-102) degrees
+set pen color to (#F0282D)
+pen down
+```
+
+\--- /task ---
+
+Now that you have set the starting location and direction for each clone, it is time to make it draw!
+
+\--- task ---
+
+Add a repeat block at the bottom.
+
+Add a move 1 step block and a turn right block.
+
+This will make it draw a circle.
+
+Finally, outside of the repeat at the bottom, add a pen up block.
+
+```blocks3
+repeat (360)
+move (1) steps
+turn cw (1) degrees
+end
+pen up
+```
+
+\--- /task ---
+
+Teste deinen Code.
+
+You should see the Olympic rings being drawn!
+
+\--- save ---

de-DE/step_4.md

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+## Wie geht es weiter?
+
+If you want to have more fun exploring Scratch, then you could try out any of [these projects](https://projects.raspberrypi.org/en/projects?software%5B%5D=scratch&curriculum%5B%5D=%201).

es-419/meta.yml

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+title: Olympic rings
+hero_image: images/banner.png
+description: Create a program that will accurately draw the Olympic rings.
+version: 4
+listed: true
+copyedit: true
+last_tested: "2024-07-24"
+steps:
+  - title: Lo que harás
+  - title: Set up the rings
+    completion:
+    - engaged
+  - title: Draw the rings
+    completion:
+    - internal
+  - title: '¿Qué sigue?'
+    completion:
+    - external

es-419/scratch-translatable.txt

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+rings