/// <summary>
/// Call this to initialize a Behaviour with data supplied in a file.
/// </summary>
/// <param name="fileName">The file to load from.</param>
public override void LoadContent(String fileName)
{
base.LoadContent(fileName);
ObjectPlacementDefinition def = GameObjectManager.pInstance.pContentManager.Load <ObjectPlacementDefinition>(fileName);
mCursor = new GameObject("GameObjects\\Interface\\PlacementCursor\\PlacementCursor");
mCursor.pPosition = mParentGOH.pPosition;
GameObjectManager.pInstance.Add(mCursor);
mCursorOffset = Vector2.Zero;
mItemOffset = new Vector2(-4, -4);
mItemSourceRect = new Rectangle(0, 0, 8, 8);
mItemColor = new Color(255, 255, 255, 200);
mAbsOffsetRange = def.mAbsOffsetRange;
mRemoveClassifications = new List <MBHEngineContentDefs.GameObjectDefinition.Classifications>(1);
mRemoveClassifications.Add(MBHEngineContentDefs.GameObjectDefinition.Classifications.WALL);
mGetTileAtPositionMsg = new Level.GetTileAtPositionMessage();
mGetMapInfoMsg = new Level.GetMapInfoMessage();
mSetTileTypeAtPositionMsg = new Level.SetTileTypeAtPositionMessage();
mGetCurrentObjectMsg = new Inventory.GetCurrentObjectMessage();
mOnPlaceObjectMsg = new OnPlaceObjectMessage();
mAddObjectMsg = new Inventory.AddObjectMessage();
mSelectNextItemMsg = new Inventory.SelectNextItemMessage();
mGetTexture2DMsg = new SpriteRender.GetTexture2DMessage();
mPeekCurrentObjectMsg = new Inventory.PeekCurrentObjectMessage();
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="clusterSize">
/// The number of Tile objects that make up a single wall of a cluster. Assumes square clusters.
/// </param>
public NavMesh(Int32 clusterSize)
: base()
{
mClusterSize = clusterSize;
mPlanner = new Planner();
// Remember the factory is static so make sure to only allocate it once.
if (null == mNodeFactory)
{
mNodeFactory = new NavMeshTileGraphNodeFactory();
}
mGetMapInfoMsg = new Level.GetMapInfoMessage();
mGetTileAtPositionMsg = new Level.GetTileAtPositionMessage();
}
/// <summary>
/// Call this to initialize a Behaviour with data supplied in a file.
/// </summary>
/// <param name="fileName">The file to load from.</param>
public override void LoadContent(String fileName)
{
base.LoadContent(fileName);
//ExampleDefinition def = GameObjectManager.pInstance.pContentManager.Load<ExampleDefinition>(fileName);
// We depend on the Map being loaded so that we can use the size of it to drive the size of the MiniMap.
mGetMapInfoMsg = new Level.GetMapInfoMessage();
WorldManager.pInstance.pCurrentLevel.OnMessage(mGetMapInfoMsg);
// For now just a hard coded scale from tile position to minimap pixel.
mTileToMapScale = new Vector2(0.1f, 0.1f);
// Since tile width drives the size of the map, it also drives how
// we convert from world position to pixel index on the map.
mWorldToMapScale = new Vector2(mTileToMapScale.X / mGetMapInfoMsg.mInfo_Out.mTileWidth, mTileToMapScale.Y / mGetMapInfoMsg.mInfo_Out.mTileHeight);
// The map dimensions are used throughout this class.
Int32 mapWidth = (Int32)((Single)mGetMapInfoMsg.mInfo_Out.mMapWidth * mTileToMapScale.X);
Int32 mapHeight = (Int32)((Single)mGetMapInfoMsg.mInfo_Out.mMapHeight * mTileToMapScale.Y);
mMiniMapSize = new Point(mapWidth, mapHeight);
// Create a new texture to use as our MiniMap.
mMapTexture = new Texture2D(GameObjectManager.pInstance.pGraphicsDevice, mMiniMapSize.X, mMiniMapSize.Y);
// This array is how data will be written to the MiniMap.
mColorData = new Color[mMiniMapSize.X * mMiniMapSize.Y];
Int32 safeZonePadding = 5;
Int32 rightEdge = 160;
Int32 bottomEdge = 90;
mParentGOH.pPosX = rightEdge - mMiniMapSize.X - safeZonePadding;
mParentGOH.pPosY = bottomEdge - mMiniMapSize.Y - safeZonePadding;
mMarkers = new List <Marker>(32);
}
