Project 1, Develop a Sprite and Platform Game: This project will show the user how to create a sprite animation for a 2D platform game. There will be an explanation of the difference between a perspective and orthographic camera, how to set up a background camera and the character camera, how to create a 2D sprite from your texture (using mainTexture and mainTextureOffset function in Unity), how to set up a sprite sheet, as well as the jumping and gravity animations.

Project 2, Create a Menu for an RPG Game- Add Powerups, Weapons, and Armor: This project will use the first project to create a cool and complex UI that is mostly used in the RPG game. The project starts by creating the menu window with OnGUI(), which will include the tab button for the user to go to different menus, and be able to manage the items, change the armor or weapon for the character, and choose the items and skills.

Project 3, Model and Shade your Hero/Heroine: We will start by exporting the 3D character model from 3D Studio MAX with the right unit scale and rotation by using the FBX exporter from 3D Studio Max and import it to Unity. Then, we will write a custom shader by using the new surface shader, which will be available from version 3.0.

Project 4, Add Character Control and Animation to your Hero/Heroine: Beginning with setting up the walk, run, idle, jump, and fall animations, we will adapt the built-in third-person controller in Unity to create a custom third-person controller. We will also use the character controller, cross fade animation, and the camera to follow our character.

Project 5, Build a Rocket Launcher!: In this project, we will create a first-person controller similar to the Resident Evil Style with the character animation. We will create a rocket launcher, rocket, and the particle effect by using the prefab and instantiate function to clone the object.

Project 6, Create Smart AI: This project will continue from the last project, and we will create an AI enemy and make it smart enough to follow our character, shoot at us, and follow the way point. We will also use the Gizmo class to help us show the direction of the AI.

Project 7, Forge a Destructible and Interactive Virtual World: We will use the new unity built-in beast lightmap to create a lightmap to make the world more realistic. Then, we will create the Physics object in the scene that will react with our character by walking through it or shooting at it.

Project 8, Let the World See the Carnage! Save, Load, and Post High Scores: This project will show you how to load, save, and post your high score by using playerPref. We will also learn to make the web game load faster and not let the user wait too long by using streaming when we publish from Unity.

Appendix A, Important Functions: This appendix includes the details of some important functions such as, Awake(), Start(), and so on, sourced from Unity scripting reference.

Appendix B, Coroutines and Yield: This appendix includes the explanation of Coroutines/Yield and how to use them, sourced from Unity scripting reference.

Appendix C, Major Differences between C# and Unity JavaScript: This appendix shows the differences between C# and Unity JavaScript by using examples sourced from the Unity answer website and Unity scripting reference.

Appendix D, Shaders and Cg/HLSL Programming: This appendix explains the structure of the Shaders and Cg/HLSL language, basic function in CG/HLSL, and so on, sourced from Unity scripting reference and NVIDIA website.

You will need Unity 3.x that you can download from http://www.unity3d.com/download/ and 3D Studio Max (Optional), which can be downloaded from http://usa.autodesk.com/3ds-max/trial/.

This book is for users who already have some basic knowledge of how to use the Unity game engine and intermediate users who want to explore Unity above and beyond the basic techniques.

In this book, you will find several headings appearing frequently.

To give clear instructions of how to complete a procedure or task, we use:

public var f_speed : float = 5.0;
public var loopSprites : SpriteManager[];
private var in_direction : int;

if (hit.collider.tag == "Key") {
    if (!b_hasKey) {
      //We hit our Key
      audio.volume = 1.0;
      audio.PlayOneShot(getKeySound);
      b_hasKey = true;
      Destroy (hit.gameObject);
    }
  }

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