Browse Library
Sign In Start Free Trial
Close icon Search icon
Account
Browse Library Sign In Start Free Trial

Add to playlist

Create a Playlist

Modal Close icon
You need to login to use this feature.
  • Book Overview & Buying OUYA Game Development by Example
  • Table Of Contents Toc
OUYA Game Development by Example

OUYA Game Development by Example

By : John Donovan
4 (3)
Buy this Book
close
close
OUYA Game Development by Example

OUYA Game Development by Example

4 (3)
By: John Donovan
Buy this Book

Overview of this book

The OUYA console and development kit gives you the power to publish video games for the players, creating a console marketplace of the gamers, for the gamers, and by the gamers. Using the OUYA developer kit and the Unity3D game engine, even beginners with a captivating game idea can bring it to life with a hint of imagination. OUYA Game Development by Example uses a series of feature-based, step-by-step tutorials that teach beginners how to integrate essential elements into a game engine and then combine them to form a polished gaming experience.
Table of Contents (18 chapters)
close
close
close
OUYA Game Development by Example Beginner's Guide
Icon
OUYA Game Development by Example Beginner's Guide
Credits
Icon
Credits
About the Author
Icon
About the Author
Acknowledgments
Icon
Acknowledgments
About the Reviewers
Icon
About the Reviewers
www.PacktPub.com
Icon
www.PacktPub.com
Preface
Icon
Preface
Lock Free Chapter
1
Experiencing the OUYA
Icon
Experiencing the OUYA
Icon
Setting up the console
Icon
Networking
Icon
Displaying games
Icon
Time for action – installing your first game
Icon
Playing the OUYA
Icon
Touch controls
Icon
Summary
2
Installing Unity and the OUYA ODK
Icon
Installing Unity and the OUYA ODK
Icon
Installing the game engine
Icon
Time for action – setting up Unity
Icon
Downloading and configuring additional packages
Icon
Time for action – downloading Java, the Android SDK, and the ODK
Icon
Modifying the PATH variable
Icon
Time for action – editing PATH on Mac OS
Icon
Time for action – editing PATH on Windows
Icon
Time for action – installing Android packages
Icon
Configuring the USB connection
Icon
Time for action – configuring the USB driver on Windows
Icon
Time for action – exporting OUYA packages from Unity
Icon
Time for action – importing packages into a new workspace
Icon
Summary
3
Diving into Development
Icon
Diving into Development
Icon
Creating a 3D text prototype
Icon
Time for action – manipulating the scene
Icon
Time for action – creating and scripting 3D text
Icon
Creating a custom function
Icon
Time for action – writing a function
Icon
Time for action – capturing data with return values
Icon
Time for action – controlling functions with parameters
Icon
Making our scripts interactive
Icon
Time for action – adding keyboard interaction to scripts
Icon
Deploying our code on OUYA
Icon
Time for action – running your first test on OUYA
Icon
Summary
4
Moving Your Player with Controller Input
Icon
Moving Your Player with Controller Input
Icon
Creating an interactive marble prototype
Icon
Time for action – setting the scene
Icon
Time for action – importing a Unity input script
Icon
Time for action – turning input into movement
Icon
Time for action – movement with the OUYA SDK
Icon
Adding additional functionality to our marble
Icon
Time for action – adding button features
Icon
Time for action – improving the camera
Icon
Completing our game
Icon
Time for action – adding a goal zone
Icon
Summary
5
Enhancing Your Game with Touch Dynamics
Icon
Enhancing Your Game with Touch Dynamics
Icon
Using the touchpad to interact with buttons
Icon
Time for action – creating a cannon prefab
Icon
Time for action – creating an interactive button
Icon
Time for action – adding an impulse force to a rigidbody component
Icon
Using cursor data to add touch input to games
Icon
Time for action – reading mouse position in Unity
Icon
Time for action – creating a vector from cursor movement
Icon
Incorporating touch data into your mechanics
Icon
Time for action – hiding the cursor on the screen
Icon
Time for action – creating a target for the cannon
Icon
Summary
6
Saving Data to Create Longer Games
Icon
Saving Data to Create Longer Games
Icon
Creating collectibles to save
Icon
Time for action – creating a basic collectible
Icon
Time for action – scripting the collectible
Icon
Time for action – accessing the scripts on other objects
Icon
Saving data with the Unity engine
Icon
Time for action – saving data with PlayerPrefs
Icon
Time for action – setting up a GUI Text object
Icon
Time for action – counting cannonballs
Icon
Time for action – checking high scores in a new scene
Icon
Time for action – displaying high score values
Icon
Saving data with the OUYA API
Icon
Summary
7
Expanding Your Gameplay with In-app Purchases
Icon
Expanding Your Gameplay with In-app Purchases
Icon
The different kinds of in-app purchases
Icon
Setting up a product on the OUYA developer portal
Icon
Time for action – preparing your game for in-app purchasing
Icon
Coding in-app purchasing in your game
Icon
Time for action – creating a purchase screen
Icon
Time for action – creating your first purchase function
Icon
Time for action – saving and loading successful purchases
Icon
Time for action – reflecting unlocked functionality in games
Icon
Adding polish with Unity Asset Store packages
Icon
Time for action – adding explosions to your cannonballs
Icon
Pricing your in-app purchases
Icon
Picking a monetization model
Icon
Summary
8
Polishing and Prepping Your Game for Deployment
Icon
Polishing and Prepping Your Game for Deployment
Icon
Meeting the OUYA content guidelines
Icon
Time for action – containing game elements within the safe zone
Icon
Time for action – creating icons for your game
Icon
Polishing Unity projects in depth
Icon
Time for action – creating a title screen
Icon
Time for action – creating a loss screen
Icon
Time for action – creating a tutorial scene
Icon
Time for action – linking your tutorial to your game
Icon
Creating a following camera in Unity
Icon
Time for action – creating a following third-person camera
Icon
Time for action – adding audio to your game
Icon
Packaging your project for submission
Icon
Time for action – creating your game on the developer portal
Icon
Summary
9
Blazing Your Own Development Trail
chevron up
Icon
Blazing Your Own Development Trail
Icon
Expanding your skills with advanced challenges
Icon
Time for action – creating a custom font with a text shader
Icon
Time for action – creating a fire effect with a particle shader
Icon
Time for action – saving the player's position
Icon
Time for action – creating a reusable GUI Skin
Icon
Time for action – making an automatically scaling GUI texture
Icon
Time for action – adding realism to your scene with lightmapping
Icon
Time for action – applying an ice Physics Material
Icon
Popular game development methodologies
Icon
Basic design patterns for larger code projects
Icon
Getting started with version control
Icon
Time for action – creating a BitBucket repository
Icon
Time for action – preparing Unity for version control
Icon
Time for action – making your first commit and push
Icon
Finding your own answers to questions online
Icon
Summary
1
Pop Quiz Answers
Icon
Pop Quiz Answers
Icon
Chapter 2, Installing Unity and the OUYA ODK
Icon
Chapter 3, Diving into Development
Icon
Chapter 4, Moving Your Player with Controller Input
Icon
Chapter 5, Enhancing Your Game with Touch Dynamics
Icon
Chapter 6, Saving Data to Create Longer Games
Icon
Chapter 7, Expanding Your Gameplay with In-app Purchases
Icon
Chapter 8, Polishing and Prepping Your Game for Deployment
Icon
Chapter 9, Blazing Your Own Development Trail
2
Index
Icon
Index

Time for action – creating a custom font with a text shader

You've already displayed text in your prototypes, but up until this point, we've been using the standard Arial font. However, you can display text in any Unity-compatible font using a Text Shader; the steps are as follows:

  1. Create a new material and select Text Shader from the GUI list in the Shader drop-down menu.

    A custom material with a Text Shader material attached to it has an area where you can input a texture in the Inspector window, as shown in the following screenshot:

  2. Add this texture to your asset list by importing a font file into your project and using the resulting font texture.

  3. Next, link the Text Shader material to a GUI Text object and make sure that it is displayed properly on the screen.

If you've configured the material and shader properly, you should be able to change the color of the displayed text in real time by changing the Text Color property of the material you created.

The following example shows a GUI Text...

CONTINUE READING
83
Tech Concepts
36
Programming languages
73
Tech Tools
Icon Unlimited access to the largest independent learning library in tech of over 8,000 expert-authored tech books and videos.
Icon Innovative learning tools, including AI book assistants, code context explainers, and text-to-speech.
Icon 50+ new titles added per month and exclusive early access to books as they are being written.
OUYA Game Development by Example
End of Section 9
Next Section
notes
bookmark Notes and Bookmarks search Search in title playlist Add to playlist font-size Font size

Change the font size

margin-width Margin width

Change margin width

day-mode Day/Sepia/Night Modes

Change background colour

Close icon Search
Country selected
Close icon Your notes and bookmarks

Confirmation

Modal Close icon
claim successful
Order Page Read Now

Buy this book with your credits?

Modal Close icon
Are you sure you want to buy this book with one of your credits?
Close
YES, BUY

Submit Your Feedback

Modal Close icon
Modal Close icon
Modal Close icon