public void AddPhysicalObject(PhysicalObject Object)
{
if (!PhysicalObjects.Contains(Object))
{
PhysicalObjects.Add(Object);
}
}
public void Add(PhysicalObject po)
{
if (po.Position.X > _highX || po.Position.Z > _highZ ||
po.Position.X < _lowX || po.Position.Z < _lowZ)
{
_log.Error("Tried to add physical object " + po.ObjectInstanceId + " outside the world.");
return;
}
if (po is Terrain)
{
// keep terrain separate
int terrainX = DivTruncate((int)(po.Position.X - _lowX), Constants.TerrainPieceSize);
int terrainZ = DivTruncate((int)(po.Position.Z - _lowZ), Constants.TerrainPieceSize);
_terrain[terrainX, terrainZ] = (Terrain)po;
}
else
{
// keep everything at ground level
double?altitude = AltitudeAt(po.Position.X, po.Position.Z);
if (altitude.HasValue)
{
po.Position.Y = altitude.Value + po.Height / 2F;
}
else
{
_log.Warn("Physical object " + po.ObjectInstanceId + " is not on terrain.");
}
// add the object to the world
PhysicalObjects.Add(po.ObjectInstanceId, po);
if (po is MobileAvatar)
{
Mobiles.Add((MobileAvatar)po);
}
int squareX = (int)(po.Position.X - _lowX) / Square.SquareSize;
int squareZ = (int)(po.Position.Z - _lowZ) / Square.SquareSize;
if (_square[squareX, squareZ] == null)
{
_square[squareX, squareZ] = new Square();
}
_square[squareX, squareZ].Add(po);
}
// notify all nearby clients that a new
// physical object has entered the world
InformNearby(po, ToClient.AddPhysicalObject.CreateMessage(po));
//Log.Info( "Added new " + po.GetType() + " " + po.ObjectInstanceID + " at (" + po.Position.X + "," + po.Position.Y + "," +po.Position.Z + ") - ("+squareX+","+squareZ+")" );
}