private void Player_Moved(object sender, ItemMovedEventArgs <IGameObject> e)
{
Map.CalculateFOV(Map.ControlledGameObject.Position, Map.ControlledGameObject.FOVRadius, Radius.SQUARE);
MapRenderer.CenterViewPortOnPoint(Map.ControlledGameObject.Position);
// TODO: Start using GameFrameManager instead
TickWorld();
}
public MapScreen(int viewportWidth, int viewportHeight)
{
// TODO: Improve this, I would like to not be limited by map size.
const int panelStatsWidth = 20;
const int panelLogsHeight = 10;
int mapWidth = viewportWidth - panelStatsWidth;
int mapHeight = viewportHeight - panelLogsHeight;
// Add stats panel
StatsPanel = new StatsPanel(panelStatsWidth, viewportHeight);
StatsPanel.Position = new Microsoft.Xna.Framework.Point(mapWidth, 0);
Children.Add(StatsPanel);
// Add logs panel
LogsPanel = new LogsPanel(mapWidth, panelLogsHeight);
LogsPanel.Position = new Microsoft.Xna.Framework.Point(0, mapHeight);
Children.Add(LogsPanel);
Map = DungeonBuilder.GenerateDungeon(mapWidth, mapHeight);
// Get a console that's set up to render the map,
// and add it as a child of this container so it renders
MapRenderer = Map.CreateRenderer(0, 0, mapWidth, mapHeight);
Children.Add(MapRenderer);
// Set player to receive input, since in this example the player handles movement
Map.ControlledGameObject.IsFocused = true;
// Set up to recalculate FOV and set camera position appropriately when the player moves.
// Also make sure we hook the new Player if that object is reassigned.
Map.ControlledGameObject.Moved += Player_Moved;
Map.ControlledGameObjectChanged += ControlledGameObjectChanged;
// Calculate initial FOV and center camera
Map.CalculateFOV(Map.ControlledGameObject.Position, Map.ControlledGameObject.FOVRadius, Radius.SQUARE);
MapRenderer.CenterViewPortOnPoint(Map.ControlledGameObject.Position);
}
