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ar-SA/code/rocket-launch-solution/main.py

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+# Import library code
+from p5 import *
+from random import randint
+
+# Set up global variables
+screen_size = 400
+rocket_position = screen_size
+
+
+# The draw_rocket function goes here
+def draw_rocket():
+    global rocket_position
+    rocket_position = rocket_position - 1
+    image(rocket, width / 2, rocket_position, 64, 64)
+    fill(200, 200, 200, 100)
+    no_stroke()
+    for i in range(20):
+        circle_size = randint(5, 10)
+        ellipse(
+            screen_size / 2 + randint(-5, 5),
+            rocket_position + randint(20, 50),
+            circle_size,
+            circle_size,
+        )
+
+
+# The draw_background function goes here
+def draw_background():
+    background(0, 0, 0)
+    image(planet, screen_size / 2, screen_size, 300, 300)
+
+
+def setup():
+    # Set up your animation here
+    size(screen_size, screen_size)
+    image_mode(CENTER)
+    global planet, rocket
+    planet = load_image("purple_planet.png")
+    rocket = load_image("rocket.png")
+
+
+def draw():
+    # Things to do in every frame
+    draw_background()
+    draw_rocket()
+
+
+run()

ar-SA/code/rocket-launch-solution/project_config.yml

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+name: 'Rocket Launch Example'
+identifier: 'rocket-launch-example'
+type: 'python'

ar-SA/code/rocket-launch-starter/main.py

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+# Import library code
+from p5 import *
+from random import randint
+
+# Set up global variables
+screen_size = 400
+
+# The draw_rocket function goes here
+
+
+
+# The draw_background function goes here
+
+
+
+def setup():
+    # Set up your animation here
+    size(screen_size, screen_size)
+    image_mode(CENTER)
+    global planet
+    planet = load_image('planet.png')
+
+
+def draw():
+    # Things to do in every frame
+
+
+
+
+run()
+
+

ar-SA/code/rocket-launch-starter/project_config.yml

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+name: "Rocket Launch"
+identifier: 'rocket-launch-starter'
+type: 'python'

ar-SA/code/rocket-launch-upgrade/main.py

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+#!/bin/python3
+
+# Import library code
+from p5 import *
+from random import randint
+
+# Setup global variables
+screen_size = 400
+rocket_y = screen_size  # Start at the bottom
+burn = 100  # How much fuel is burned in each frame
+orbit_radius = 250
+orbit_y = screen_size - orbit_radius
+high_orbit_radius = 350
+high_orbit_y = screen_size - high_orbit_radius
+speed = 1  # How far the rocket flies each frame
+
+# The draw_rocket function goes here
+
+
+def draw_rocket():
+    global rocket_y, fuel, burn
+
+    if fuel >= burn and rocket_y > high_orbit_y:  # Still flying
+        rocket_y -= speed  # Move the rocket
+        fuel -= burn  # Burn fuel
+        print('Fuel left: ', fuel)
+
+        no_stroke()  # Turn off the stroke
+
+        for i in range(25):  # Draw 25 burning exhaust ellipses
+            fill(255, 255 - i*10, 0)  # yellow
+            # i increases each time the loop repeats
+            ellipse(width/2, rocket_y + i, 8, 3)
+
+        fill(200, 200, 200, 100)  # transparent grey
+
+        for i in range(20):  # draw 20 random smoke ellipses
+            ellipse(width/2 + randint(-5, 5), rocket_y +
+                    randint(20, 50), randint(5, 10), randint(5, 10))
+
+    if fuel < burn and rocket_y > high_orbit_y:  # No more fuel and not in orbit
+        tint(255, 0, 0)  # Failure
+    elif rocket_y <= orbit_y and rocket_y > high_orbit_y:
+        tint(0, 255, 0)  # Success
+    elif fuel < 1000 and rocket_y <= high_orbit_y:
+        tint(0, 100, 200)  # High orbit success
+    elif fuel >= 1000 and rocket_y <= high_orbit_y:
+        tint(255, 200, 0)  # Too much fuel
+
+    image(rocket, width/2, rocket_y, 64, 64)
+    no_tint()
+
+
+# The draw_background function goes here
+def draw_background():
+    background(0)  # Short for background(0, 0, 0) - black
+    image(planet, width/2, height, 300, 300)  # draw the image
+
+    # Draw the lower orbit
+    no_fill()  # Turn off any fill
+    stroke(255)  # Set a white stroke
+    stroke_weight(2)
+    ellipse(width/2, height, orbit_radius*2, orbit_radius*2)
+
+    # Draw the higher orbit
+    stroke(0, 100, 200)  # Set a bluish stroke
+    stroke_weight(2)
+    ellipse(width/2, height, high_orbit_radius*2, high_orbit_radius*2)
+
+
+def setup():
+    # Setup your animation here
+    size(screen_size, screen_size)
+    image_mode(CENTER)
+    global planet, rocket
+    planet = load_image('orange_planet.png')  # Your chosen planet
+    rocket = load_image('rocket.png')
+
+
+def draw():
+    # Things to do in every frame
+    draw_background()
+    draw_rocket()
+
+
+fuel = int(input('How many kilograms of fuel do you want to use?'))
+burn = int(input('How much fuel should the rocket burn each frame?'))
+speed = int(input('How far should the rocket travel each frame?'))
+run()

ar-SA/code/rocket-launch-upgrade/project_config.yml

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+name: 'Rocket Launch Upgrade'
+identifier: 'rocket-launch-upgrade'
+type: 'python'

ar-SA/meta.yml

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+---
+title: إطلاق الصاروخ
+hero_image: images/banner.png
+description: اصنع رسمًا متحركًا لصاروخ يدفع قمرًا صناعيًا إلى مداره
+meta_title: Python coding projects for kids and teens | Rocket launch
+meta_description: Learn Python with the Raspberry Pi Foundation's coding projects for kids and teens. Make a Python animation that shows a rocket launching a satellite into orbit.
+version: 0.0.1
+listed: true
+copyedit: true
+last_tested: "2021-10-06"
+steps:
+  - 
+    title: المقدمة
+  - 
+    title: جهز المشهد
+    completion:
+      - engaged
+  - 
+    title: يغادر!
+  - 
+    title: آثار العادم
+  - 
+    title: حرق الوقود
+    knowledge_quiz:
+      path: quiz1
+      version: 1
+      questions: 3
+      passing_score: 3
+    completion:
+      - external
+  - 
+    title: الوصول إلى المدار
+    challenge: true
+  - 
+    title: انعكاس

ar-SA/python-comments.txt

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+تهيئة المتغيرات العامة
+
+قم بإعداد الرسوم المتحركة الخاصة بك هنا
+
+Positions the image in the center
+
+الكوكب الذي تختاره
+
+يتم وضع دالة draw_background هنا
+
+اختصار للخلفية (0, 0, 0) - اسود
+
+ارسم الصورة
+
+أشياء للقيام بها في كل إطار
+
+يتم وضع دالة draw_rocket هنا
+
+Start at the bottom
+
+استخدم متغير الصاروخ rocket_y variable
+
+حرك الصاروخ
+
+إيقاف السكتة الدماغية
+
+ارسم 25 علامة ناقصة لعادم مشتعلة
+
+أصفر
+
+i يزيد في كل مرة تتكرر فيها الحلقة
+
+تقليل مقدار القطع الناقص الأخضر
+
+رمادي شفاف
+
+ارسم 20 علامة حذف عشوائية للدخان
+
+كمية الوقود المحروقة في كل إطار
+
+How many kilograms of fuel do you want to use?
+
+حرق الوقود
+
+Fuel left: 
+
+وقود لا يزال موجود
+
+Turn off the stroke
+
+تعيين خط ابيض
+
+لا يزال يطير
+
+لا مزيد من الوقود ولست على المدار
+
+فشل
+
+حتى لا يتلون الكوكوب باللون الاحمر في الإطار التالي!
+
+نجاح
+
+وقود كثير
+
+Looping
+
+أخضر
+
+العنبر
+
+أحمر
+

ar-SA/python-translatable.txt

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+screen_size
+
+planet
+
+draw_background
+
+rocket
+
+rocket_y
+
+draw_rocket
+
+burn
+
+fuel
+
+orbit_radius
+
+orbit_y
+
+points
+
+lives
+

ar-SA/quiz1/question_1.md

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+## Quick quiz
+
+Answer the three questions. There are hints to guide you to the correct answer.
+
+بعد كل سؤال ، اضغط على **إرسال**. سيتم توجيهك نحو الإجابة الصحيحة.
+
+إستمتع!
+
+--- question ---
+---
+السؤال 1 من 3
+---
+
+ما هي النتيجة التي تتوقعوها إذا قمتم بتشغيل البرنامج أدناه؟
+
+```python
+for i in range(5):
+  print("Looping", i)
+```
+
+--- choices ---
+
+- ( ) Looping 1 <br> Looping 2 <br> Looping 3 <br> Looping 4 <br> Looping 5
+
+  --- feedback ---
+
+ليس تمامًا ، حلقة `for` في Python تكرر شفرتها البرمجية مرة واحدة لكل عنصر في تسلسل يتم تقديمه ، وهنا ينشئ `range` تسلسلًا يبدأ من `0`.
+
+  --- /feedback ---
+
+- ( ) i <br> i <br> i <br> i <br> i
+
+  --- feedback ---
+
+ليس تمامًا ، **متغير الحلقة** من حلقة `for` - في هذه الحالة `i` - يحمل القيمة الحالية من التسلسل الذي تعمل فيه الحلقة.
+
+  --- /feedback ---
+
+- (x) Looping 0 <br> Looping 1 <br> Looping 2 <br> Looping 3 <br> Looping 4
+
+  --- feedback ---
+
+صحيح. يتم تشغيل الحلقة مرة واحدة ، بالترتيب ، لكل عنصر `i` في النطاق [0 ,1 ,2 ,3 ,4].
+
+  --- /feedback ---
+
+- ( ) Looping 4 <br> Looping 3 <br> Looping 2 <br> Looping 1 <br> Looping 0
+
+  --- feedback ---
+
+Not quite. Unless you have specified otherwise, a `for` loop will start at 0 and count up the number of times specified in the range.
+
+  --- /feedback ---
+
+--- /choices ---
+
+--- /question ---