Yesterday I presented a longer version of my seminar Game development for iPhone, iPad and Android devices that I held at the Scandinavian Developer Conference, three weeks ago. I did not film it since I already have the Scandinavian Developer Conference version up, but if you are interested you can now download the individual steps to create a game with Unity below.

Download the updated presentation as a PDF document here

You can view and download the individual videos below:

Game Development with Unity 1/9
In this video I will show you how to create a menu background and buttons with Photoshop:

1. Create a new document 1024 x 768 for iPad
2. Draw a gradient background
3. Create normal and touch down buttons
4. Save background as PNG
5. Save each button as PNG
   Note: each button is saved as a 1024×768 image
6. Save image as PSD

Game Development with Unity 2/9
In this video I will show how to create a game level with colliders in Modo:

1. Zoom to right unit scale
   Unity uses 1 unit = 1 meter
2. Create game level objects
3. Set materials
4. Create colliders
   Prefix with Cn (CX = Box Collider, etc)
5. Save as Modo object
6. Use Modo2Unity script to save FBX
   Script removes camera, light, etc

Game Development with Unity 3/9
In the video I will show how to import menu graphics and level data, and set up colliders, lightning, lightmaps and dynamics:

1. Create new Unity project
2. Create some standard folders
   Materials, Scripts, Textures
3. Import Level1.FBX, Menu graphics, Helper scripts
   AssignMaterial.js, BuildColliders.js
4. Drag Level1.FBX to a new Scene
5. Save Scene as Level1.unity
6. Change Camera near / far distance
7. Add a Directional Light
8. Create Colliders from meshes prefixed with CX
9. Create Lightmaps
10. Add Rigidbody + Sphere Collider to our Ball
11. Change Project Physics settings (precision)

Game Development with Unity 4/9
In this video I will create a script to control the ball by tilting the device:

1. Create BallController.cs script
2. # Get device Tilt values
3. # Normalize Tilt values
4. # Add Tilt force to the Ball
5. Drag BallController script to the Ball in Unity

Game Development with Unity 5/9
In this video I will add script logic to detect if the ball falls down:

1. Open BallController.cs script
2. # Store original Ball position
3. # Store original Ball rotation
4. # If Ball Y position < 1.0 then reset values

Game Development with Unity 6/9
In this video I will create the menu system with EZ GUI and Sprite Manager 2:

1. Create a new Scene: MainMenu1024
2. Set camera to Orthographic
   Size = 384 (half height of 1024 x 768)
3. Add EZ GUI: UI Manager
4. Add EZ GUI: Simple Sprite for background
5. Add EZ GUI: Load Scene Button for Play button
   Set it to load Level1.unity
6. Add a material for the background
   Shader = Unlit / Texture
7. Add a material for all buttons
   Material will be created by EZ GUI Build Atlases
   Shader = Unlit / Transparent
8. Size and position the Play Button
   Using EZ GUI Size Sprites
9. Add Level1.unity to the Build settings
   So it can be loaded by the Play button

Game Development with Unity 7/9
In this video I will create the end game menu screen with EZ GUI and Sprite Manager 2. The steps in the video are the same as video 6/9.

Game Development with Unity 8/9
In this video I will show how to disable PVRT texture compression on menu textures in Unity.

Game Development with Unity 9/9
In this last video I will show how to add a trigger to our goal object to load the end game menu. I will also switch target platform to iOS:

1. Add a Trigger collider to our Goal object
2. Add OnTriggerEnter() to BallController.cs
   Load the level “GameEnd1024” once the ball enter
3. Add the scene GameEnd1024 to Build settings
4. Switch target platform to iOS
5. Play the game!