public ItemStack(SLOT data,EntityLocation pl)
{
world = pl.world;
physics = new Physics(pl,this,PhysicsType.Item);
ItemData = data;
Entities.Add(this);
}
internal EntityLocation OffsetBy(EntityLocation pl)
{
_x += pl.X;
_y += pl.Y;
_stance += pl.Stance;
_z += pl.Z;
return(this);
}
public override bool Equals(object obj)
{
if (obj == null)
{
return(false);
}
EntityLocation PL = (EntityLocation)obj;
return(GetDistance(PL) < .75); //return true if the players are less than .75 blocks apart
}
internal EntityLocation(EntityLocation pl)
{
_onGround = true;
_x = pl.X;
_y = pl.Y;
_stance = pl.Stance;
_z = pl.Z;
_pitch = pl.Pitch;
_yaw = pl.Yaw;
_world = pl.world;
}
void CalculateAdditionalData()
{
int cx = (int)Math.Floor((double)_x / 16); //Get the x/z in chunk coordinates, converting via math.floor to make sure were getting lower bounds
int cz = (int)Math.Floor((double)_z / 16);
//if (_x < 0) cx--; //If BL_X or BL_Z are negative then we need to go DOWN one more chunk (because 0 0 is a positive only chunk)
//if (_z < 0) cz--;
_chunkLocation = _chunkLocation.MoveTo(cx, cz, world); //Get the chunk based on the cx and cz variables defined above
_playerLocation = _playerLocation.MoveTo(X, Y, Y, Z, true);
}
internal EntityLocation MoveTo(EntityLocation pl)
{
_x = pl.X;
_y = pl.Y;
_stance = pl.Stance;
_z = pl.Z;
_pitch = pl.Pitch;
_yaw = pl.Yaw;
_world = pl.world;
return(this);
}
internal BlockLocation(int x, byte y, int z, World w)
{
_x = x;
_y = y;
_z = z;
_world = w;
//_chunk = null;
//_chunkSection = null;
_chunkLocation = new ChunkLocation(w);
_playerLocation = new EntityLocation(w);
CalculateAdditionalData();
}
internal BlockLocation(World w)
{
_x = 0;
_y = 0;
_z = 0;
_world = w;
//_chunk = null;
//_chunkSection = null;
_chunkLocation = new ChunkLocation(w);
_playerLocation = new EntityLocation(w);
CalculateAdditionalData();
}
internal float GetDistance(EntityLocation pl) //TODO Verify this is correct, should it be sqrt or cubed-rt?
{
pl = GetOffset(pl); //Delta
return((float)Math.Sqrt(pl.X * pl.X + pl.Y * pl.Y + pl.Z * pl.Z));
}
internal EntityLocation GetOffset(EntityLocation pl)
{
return(new EntityLocation(pl.X - X, pl.Y - Y, pl.Z - Z, world));
}