protected void setBlock(Position p, Block b, bool recalculateConnections)
{
Debug.Log("set " + p + " to " + b + " from " + p.getBlock() + " in " + this);
if (!loaded)
{
setBlockQueue.Enqueue(new KeyValuePair <Position, Block>(p, b));
return;
}
lock (blocks)
{
if (b.getMeshID() >= 0 && b.isTransparent())
{
liquid = b as Liquid;
if (liquid != null && !fluids.ContainsKey(liquid.getPrefab()))
{
fluids.Add(liquid.getPrefab(), null);
MainThread.runAction(() => fluids[liquid.getPrefab()] = GameObject.Instantiate(liquid.getPrefab(), empty.transform).gameObject);
}
}
//Debug.Log("Updating block at " + p.getRelativeCoords() + " (" + p + ")");
ServerNetworkManager.updateBlock(p, b);
if (blocksModified == null)
{
blocksModified = new BitArray[size, size];
}
if (blocksModified[p.getRelativeX(), p.getRelativeY()] == null)
{
blocksModified[p.getRelativeX(), p.getRelativeY()] = new BitArray(size);
}
blocksModified[p.getRelativeX(), p.getRelativeY()][p.getRelativeZ()] = true;
untouchedChunk = false;
modifiedSinceSave = true;
fluidMeshRebuildingNeeded = fluidMeshRebuildingNeeded || blocks[p.getRelativeX(), p.getRelativeY(), p.getRelativeZ()] is Liquid;
terrainMeshRebuildingNeeded = terrainMeshRebuildingNeeded || blocks[p.getRelativeX(), p.getRelativeY(), p.getRelativeZ()] is Solid;
lock (blockChangeListeners)
{
blockChangeListeners.Remove(blocks[p.getRelativeX(), p.getRelativeY(), p.getRelativeZ()]);
}
blocks[p.getRelativeX(), p.getRelativeY(), p.getRelativeZ()] = b;
blockUpdated(b, true);
faceRecalculationNeeded = true;
if (recalculateConnections)
{
BackgroundThread.runAction(() => recalculateFaceConnections());
}
Debug.Log("now " + p.getBlock() + " | " + b);
}
}
