public BattleMap(string mapName, Battler[] battlers, int player)
{
this.mapName = mapName;
this.battlers = battlers;
this.player = player;
}
public void Initialize()
{
Global.camera.X = 0;
Global.camera.Y = 0;
//the first two indices are obviously x and y, although the third is NOT z!
//the third stores any number of tiles when z can be queryed.
//Note that this is not inefficient for the GraphicsCard since
//the TileMap takes the three-dimensional and skips the null cells
//when copying the vertices.
TileMapParser mapLoader = new TileMapParser();
TileMap demoMap = mapLoader.LoadMap("DemoMap");
demoMap.player = new OWPlayer("Images/Characters/nickOW", new int[3]{1,1,0}, Tile.Direction.SOUTH);
demoMap.Initialize();
tileMaps.Add("DemoMap", demoMap);
TileMap stairMap = mapLoader.LoadMap("StairMap");
tileMaps.Add("StairMap", stairMap);
tileMap = demoMap;
battleMaps = new Dictionary<string, BattleMap>();
Battler[] battlers = new Battler[1];
battlers[0] = new Battler("Images/Characters/nickBattle", new Vector3(0, 0, 0));
BattleMap testMap = new BattleMap("Ice_Path", battlers, 0);
testMap.Initialize();
battleMaps.Add("Ice_Path", testMap);
battleMap = testMap;
dialog = new Dialog();
dialog.Initialize();
}
public void Update(GameTime gameTime, Battler[] battlers)
{
}
public void Update(GameTime gameTime, Battler[] battlers)
{
UpdateMotion(gameTime);
UpdateVerts(gameTime);
if (animation != null){
int frameNum = animation.sceneIndex;
animation.Update(gameTime);
UpdateUVCoords();
}
}
