//------------------------------------------------------------------------------
// Constructor: Enemy
// Author: Neil Holmes & Andrew Green
// Summary: Constructor - prepares the player for use
//------------------------------------------------------------------------------
public Enemy(Game game, GameObject2DManager gameObjectManager, DisplayManager displayManager, Vector2 position, ShadowSystem shadowSystem, Random random)
: base(game, gameObjectManager, displayManager, position, properties)
{
// store a reference to the shadow system
this.shadowSystem = shadowSystem;
// create a random number generator
this.random = random;
// create the player's state manager
stateManager = new GameObjectStateManager(game);
// set direction to right
Velocity = new Vector2(4, 0);
}
//------------------------------------------------------------------------------
// Method: LoadContent
// Author: nholmes
// Summary: load everything needed for the main game
//------------------------------------------------------------------------------
public override void LoadContent()
{
// load the background texture
backgroundTexture = content.Load<Texture2D>(@"game\background\background");
foregroundTexture = content.Load<Texture2D>(@"game\background\foreground");
// create the shadow system and cause it to load
shadowSystem = new ShadowSystem();
shadowSystem.LoadContent(content);
// initialise the players - note that while the players are standard game objects we do NOT
// add them to the game object managers list of managed objects but instead update them manually
// this is to ensure that the player can be processed before any other objects etc
playerOne = new Player(game, gameObjectManager, displayManager, new Vector2(128, 128), PlayerIndex.One, shadowSystem, 1);
playerTwo = new Player(game, gameObjectManager, displayManager, new Vector2(256, 128), PlayerIndex.Two, shadowSystem, 2);
// load the players content (this is normally handled by the game object manager - but see above)
playerOne.LoadContent(content);
playerTwo.LoadContent(content);
// create a random number generator for the bugs
Random random = new Random();
// create some bugs!
for (int i = 0; i < 50; i++)
{
gameObjectManager.AddObject(new GreenBug(game, gameObjectManager, displayManager, new Vector2(-128 - (i * 64) - random.Next(16), 345 + random.Next(64)), shadowSystem, random));
}
// once the load has finished, we must tell the timer system that we have
// finished a very long frame, so it does not try to catch up
timerSystem.ResetElapsedTime();
}
//------------------------------------------------------------------------------
// Constructor: GreenBug
// Author: Neil Holmes & Andrew Green
// Summary: Constructor - prepares the player for use
//------------------------------------------------------------------------------
public GreenBug(Game game, GameObject2DManager gameObjectManager, DisplayManager displayManager, Vector2 position, ShadowSystem shadowSystem, Random random)
: base(game, gameObjectManager, displayManager, position, shadowSystem, random)
{
// nothing special to do here :)
}
