Merge pull request #21 from raspberrypilearning/draft

Apply LandingStripper migration

Author: MistaSee

en/landing.md

@@ -1,23 +1,11 @@
 ## What you will make
 
-Display the word 'Hello' on the screen
+Create a turtle race program with four racers, numbered lanes, and random movement across the track.
 
---- print-only ---
+Run the project to watch the turtles race across the screen and see which one reaches the finish line first.
 
-![An archery target with a hit point on the outer circle. The text 'You hit the outer circle, 50 points!' is displayed underneath](images/blue-points.png){:width="640px"}
+<div class="c-project-output">
 
---- /print-only ---
+![Finished turtle race project](images/step_8.png)
 
-### You will:
-- print() text, including emojis 😃, and get input() ⌨️ from the user
-- Store text and numbers in variables
-- Use functions to organise your code
-
---- no-print ---
-
-Click the **Run** button below to start the game. When the dot appears on the target 🎯, click the mouse (or tap on your tablet) to fire your arrow. 
-
-  <iframe src="https://editor.raspberrypi.org/en/embed/viewer/target-practice-solution" width="400" height="710" frameborder="0" marginwidth="0" marginheight="0" allowfullscreen>
-  </iframe>
-
---- /no-print ---
+</div>

en/meta.yml

@@ -7,17 +7,17 @@ copyedit: false
 last_tested: "2025-01-01"
 landing: true
 steps:
-  - title: Step 1
-  - title: Step 2
+  - title: Add a turtle
+  - title: Add another turtle
     completion:
       - engaged
-  - title: Step 3
-  - title: Step 4
-  - title: Step 5
-  - title: Step 6
-  - title: Step 7
-  - title: Step 8
+  - title: Add a third turtle
+  - title: Add the fourth turtle
+  - title: Get the track pen ready
+  - title: Number the track
     completion:
       - internal
+  - title: Draw the race markers
+  - title: Start the race
+    completion:
       - external
-

en/step_1.md

@@ -4,15 +4,14 @@ Create your first racing turtle and get it ready at the starting line.
 
 <h2 class="c-project-heading--explainer">Say hello to Ada! 🐢</h2>
 
---- task ---
+### Step 1
 
 Start by adding one turtle to the screen.
 
 You can name the turtle anything you like. Here, it is called `ada`.
 
 This turtle gets a colour and shape, then moves to its starting position on the track.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_2.md

@@ -4,15 +4,14 @@ Give your race a second speedy turtle.
 
 <h2 class="c-project-heading--explainer">Meet Bob! 🐢</h2>
 
---- task ---
+### Step 1
 
 Create a new turtle called `bob`.
 
 Set Bob’s colour and shape, then move him to the next starting spot.
 
 Bob is almost the same as Ada. Just the colour and position change. The important lines that make Bob different are highlighted.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_3.md

@@ -4,13 +4,12 @@ Now your race needs a third turtle.
 
 <h2 class="c-project-heading--explainer">Hello, Eve! 🐢</h2>
 
---- task ---
+### Step 1
 
 Create a turtle named `eve`.
 
 Give Eve a [colour](https://www.tcl-lang.org/man/tcl8.5/TkCmd/colors.htm) and shape, then move her to the starting line below Bob.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_4.md

@@ -4,13 +4,12 @@ Every race needs a full line-up.
 
 <h2 class="c-project-heading--explainer">Say hi to Kai! 🐢</h2>
 
---- task ---
+### Step 1
 
 Create a turtle called `kai`.
 
 Set the colour and shape, then move Kai to the last starting spot.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_5.md

@@ -4,13 +4,12 @@ Now set up the turtle that will draw the race track. This will just have the bas
 
 <h2 class="c-project-heading--explainer">Ready, set, draw! ✏️</h2>
 
---- task ---
+### Step 1
 
 Lift the pen so no line is drawn.
 
 Move to the top-left corner of the track and make the turtle move fast.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_6.md

@@ -4,13 +4,12 @@ Add number markers along the top of the race track.
 
 <h2 class="c-project-heading--explainer">Count the steps! 🔢</h2>
 
---- task ---
+### Step 1
 
 Use a loop to write the numbers `0` to `11`.
 
 After writing each number, move forward to the next spot.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_7.md

@@ -4,13 +4,12 @@ Add the race markers under each number.
 
 <h2 class="c-project-heading--explainer">Make the track! 🏁</h2>
 
---- task ---
+### Step 1
 
 Inside the loop, turn and draw a line down for each marker.
 
 Then move back up, face forward again, and write the next number.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---

en/step_8.md

@@ -4,13 +4,12 @@ Make the turtles move forward a random amount each turn.
 
 <h2 class="c-project-heading--explainer">Let them race! 🐢🐢🐢🐢</h2>
 
---- task ---
+### Step 1
 
 Use a loop to take 100 turns.
 
 On each turn, move every turtle forward by a random number of steps.
 
---- /task ---
 
 <div class="c-project-code">
 --- code ---