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Project overview

Learn what to build in this project and in which order.

The project plan

A project plan turns the tasks for your first scene into an ordered list. With a plan you always know which step you are on, and you never move on before finishing the current step. Your first scene plan has four steps.

// Ilk sahne plani
1. Kamera ve isigi yerlestir
2. Kupu sahneye ekle
3. Malzeme olustur ve ata
4. Play ile test et

This order makes the scene visible first, then colored, and finally tested.

Scope

Scope defines what the project includes. The scope of your first scene is deliberately kept small: a single camera, a single light, a single cube, and a single material. A small scope makes the work easier to finish and easier to debug.

// Kapsam
Kamera: 1 adet
Isik: 1 adet
Kup: 1 adet
Malzeme: 1 adet

Adding more objects may look tempting; finish the current scene first and add new ones later.

Practice Print the plan

Define a string[] array named plan holding "Kamera ve isik", "Kup ekle", "Malzeme ata", and "Test et". With a loop, print every step on its own line using Console.WriteLine. Expected output:

Kamera ve isik
Kup ekle
Malzeme ata
Test et

Starter code

Player.cs
using System;

class Plan {
    static void Main() {
        // 1) "Kamera ve isik", "Kup ekle", "Malzeme ata", "Test et"
        //    elemanlarini iceren bir plan dizisi olustur
        // 2) Dongu kur ve her adimi ayri satirda yazdir
    }
}

Sample solution

Player.cs
using System;

class Plan {
    static void Main() {
        string[] plan = { "Kamera ve isik", "Kup ekle", "Malzeme ata", "Test et" };
        foreach (string adim in plan) {
            Console.WriteLine(adim);
        }
    }
}

Expected output

Kamera ve isik
Kup ekle
Malzeme ata
Test et

Questions and answers

Review the lesson questions together with their answers. To test yourself, solve the lesson interactively.

1 What is a project plan for?

  • Shrinking the file size of the game
  • Speeding up the computer
  • Coloring scene objects automatically
  • Putting the steps in order Correct answer

Explanation: A project plan turns the tasks into an ordered list, so you complete every step in order.

2 Complete the plan step

Question 
string[] plan = { "Kamera ve isik", "____", "Malzeme ata", "Test et" };
Answer 
string[] plan = { "Kamera ve isik", "Kup ekle", "Malzeme ata", "Test et" };

Explanation: The second step of the plan is adding the cube to the scene; saving, menu, and sound steps are outside this plan's scope.

3 Project plan and scope

Term Meaning
project_plan Ordered list of steps
scope What project includes — boundary
Küçük kapsam Start with single object
Sıralı ilerleme Complete steps in order

All lessons in Beginner

1 What is game development?

  1. Intro to game development
  2. Game engines
  3. 2D and 3D games
  4. The game loop
  5. The scene concept
  6. Summary - Game dev fundamentals

2 Unity setup

  1. Installing Unity Hub
  2. Creating your first project
  3. The editor interface
  4. Toolbar and playback
  5. Saving the project
  6. Summary - Unity setup

3 First scene project

  1. Project overview
  2. Camera and light
  3. Your first cube in the scene
  4. Adding a material
  5. Testing in Play mode
  6. Summary - First scene

4 The GameObject concept

  1. What is a GameObject?
  2. Components
  3. The Hierarchy window
  4. Editing with the Inspector
  5. Tags and Layers
  6. Summary - GameObject

5 C# script basics

  1. Your first C# script
  2. using and namespace
  3. Class structure
  4. Variables and types
  5. Output with Debug.Log
  6. Summary - C# basics

6 MonoBehaviour

  1. What is MonoBehaviour?
  2. The Start method
  3. The Update method
  4. Awake vs Start
  5. SerializeField and public
  6. Summary - MonoBehaviour

7 Transform

  1. What is Transform?
  2. Changing position
  3. Moving with Translate
  4. Changing rotation
  5. Local vs world space
  6. Summary - Transform

8 Input

  1. The Input class
  2. Axis input
  3. Mouse input
  4. The new Input System
  5. Movement vector
  6. Summary - Input

9 Physics (Rigidbody/Collider)

  1. What is a Rigidbody?
  2. What is a Collider?
  3. Applying force with AddForce
  4. Collision events
  5. Trigger events
  6. Summary - Physics

10 2D Sprite

  1. What is a Sprite?
  2. SpriteRenderer
  3. Sprite import settings
  4. Sprite sorting
  5. Preparing sprite animation
  6. Summary - 2D Sprite

11 Godot basics

  1. The Godot editor
  2. A new project
  3. The scene tree
  4. The Node concept
  5. Saving the project
  6. Summary - Godot basics

12 GDScript

  1. What is GDScript?
  2. extends and variables
  3. Function definition
  4. Output with print
  5. Type hints
  6. Summary - GDScript

13 Node and Scene

  1. Node2D and Sprite2D
  2. Saving a scene
  3. Scene instance
  4. The _ready method
  5. The _process method
  6. Summary - Node and Scene

14 Beginner final

  1. Challenge 1: Print a score
  2. Challenge 2: Movement vector
  3. Challenge 3: Godot ready
  4. Challenge 4: Collision log
  5. Challenge 5: Final synthesis