MonoGame has a great set of input controls, one of which is the TouchPanel. Handling user input is a major part of the game mechanics, so it’s important to select a game engine that can handle all types of input. Now that the bulk of the required configuration to keep track of game state is out of the way, it’s time to start implementing our game logic! Process User Touch As you continue to play MonkeyTap, more and more cells will be changed during a given level, making the game harder. How many cells should be altered in a levelĪll of these fields are used to track the various states the game can be in. TimeSpan tapToRestartTimer = TimeSpan.FromSeconds(2)
Define the delay between game ending and new game beginning TimeSpan increaseLevelTimer = TimeSpan.FromMilliseconds(0) Define how often the level difficulty increases TimeSpan gameTimer = TimeSpan.FromMilliseconds (0) Timers: Calculate when events should occur in our game GameState currentState = GameState.Start First, define an enumeration GameState in the MonkeyTap Shared Project with the following values: enum GameStateĬopy and paste the following class-level fields into the Game1 class:
#Monogame for xamarin studio update#
We need to update the monkey grid to allow users to interact with it to play the game. If you run MonkeyTap, you should get a grid of monkeys as seen below: To get started, either follow the steps for creating a user interface for MonkeyTap, or download a starter version to serve as a base to which to add game logic. Once you have a user interface built for your game, the next step is to add the necessary logic so that it can be played.
#Monogame for xamarin studio how to#
Today, we’re going to take a look at how to add simple game logic to MonkeyTap to make the game playable. Yesterday, we walked through the process of building a user interface, complete with sounds, textures, and other assets, for MonkeyTap, a Whack-a-Mole style game where gamers must tap monkeys before they disappear or risk having the monkey steal all of their bananas. MonoGame, a cross-platform gaming framework based on Microsoft’s XNA framework, makes it easy. Learning to build games has a reputation for being difficult.
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