What this book covers
Chapter 1, Getting Started, introduces the concepts that make up the genre of location-based AR games and our fictional game, Foody Go. This will be followed by a walk-through of downloading all the required software and setting up your mobile development environment with Unity.
Chapter 2, Mapping the Player's Location, starts by introducing the fundamental concepts of GIS, GPS, and mapping. Then shows how those concepts are applied to generating a real-time map and plotting the player’s location in a game.
Chapter 3, Making the Avatar, builds on the previous chapter and transforms our simple location marker into a moving animated character. This allows the player to see their avatar move around the map as they move carrying their mobile device.
Chapter 4, Spawning the Catch, explains that the premise of Foody Go is about catching experimental monsters. In this chapters, we learn how to spawn the monsters around the player on the map.
Chapter 5, Catching the Prey in AR, ups the intensity by introducing integrated AR part of the game by accessing the device's camera, introduces physics for throwing balls, tracking player swiping, using creature reactions, and working with a new game scene.
Chapter 6, Storing the Catch, devoted to developing the player's inventory bag, which will hold all the Foody creatures they catch, and other useful items. Here, we walk the reader through adding persistent storage and adding a simple inventory scene.
Chapter 7, Creating the AR World, adds locations of interest around the player based on a real-time data service.
Chapter 8, Interacting with an AR World, allows the player to interact with the locations of interest. In our simple game, the player will be able to sell their caught monsters.
Chapter 9, Finishing the Game, provides the reader with the information on how to finish the game or better yet write their own location-based AR game. For the purposes of this book, we will only develop the demo Foody Go game.
Chapter 10, Troubleshooting, cover a number of troubleshooting tips and tricks to overcome those development obstacles. As with any software development exercise, problems always arise.
