public bool PlaceNestedObject(NestedObject objInstance)
{
if (objInstance == null)
{
return(UnplaceNestedObject());
}
if (objInstance.IsValidPosition(this) == false)
{
Debug.ULogErrorChannel("Tile", "Trying to assign a NestedObject to a tile that isn't valid!");
return(false);
}
for (int x_off = X; x_off < X + objInstance.Width; x_off++)
{
for (int y_off = Y; y_off < Y + objInstance.Height; y_off++)
{
Tile t = World.Current.GetTileAt(x_off, y_off, Z);
t.NestedObject = objInstance;
}
}
return(true);
}
/// <summary>
/// Used to place NestedObject in a certain position.
/// </summary>
/// <param name="proto">The prototype NestedObject to place.</param>
/// <param name="tile">The base tile to place the NestedObject on, The tile will be the bottom left corner of the NestedObject (to check).</param>
/// <returns>NestedObject object.</returns>
public static NestedObject PlaceInstance(NestedObject proto, Tile tile)
{
if (proto.IsValidPosition(tile) == false)
{
Debug.ULogErrorChannel("NestedObject", "PlaceInstance -- Position Validity Function returned FALSE. " + proto.Name + " " + tile.X + ", " + tile.Y + ", " + tile.Z);
return(null);
}
// We know our placement destination is valid.
NestedObject nestObj = proto.Clone();
nestObj.Tile = tile;
if (tile.PlaceNestedObject(nestObj) == false)
{
// For some reason, we weren't able to place our object in this tile.
// (Probably it was already occupied.)
// Do NOT return our newly instantiated object.
// (It will be garbage collected.)
return(null);
}
// plug-in NestedObject only when it is placed in world
if (nestObj.PowerConnection != null)
{
World.Current.PowerNetwork.PlugIn(nestObj.PowerConnection);
}
// need to update reference to NestedObject and call Initialize (so components can place hooks on events there)
foreach (var comp in nestObj.components)
{
comp.Initialize(nestObj);
}
if (nestObj.LinksToNeighbour != string.Empty)
{
// This type of NestedObject links itself to its neighbours,
// so we should inform our neighbours that they have a new
// buddy. Just trigger their OnChangedCallback.
int x = tile.X;
int y = tile.Y;
for (int xpos = x - 1; xpos < x + proto.Width + 1; xpos++)
{
for (int ypos = y - 1; ypos < y + proto.Height + 1; ypos++)
{
Tile tileAt = World.Current.GetTileAt(xpos, ypos, tile.Z);
if (tileAt != null && tileAt.NestedObject != null && tileAt.NestedObject.Changed != null)
{
tileAt.NestedObject.Changed(tileAt.NestedObject);
}
}
}
}
// Let our workspot tile know it is reserved for us
World.Current.ReserveTileAsWorkSpot(nestObj);
// Call LUA install scripts
nestObj.EventActions.Trigger("OnInstall", nestObj);
// Update thermalDiffusivity using coefficient
float thermalDiffusivity = Temperature.defaultThermalDiffusivity;
if (nestObj.Parameters.ContainsKey("thermal_diffusivity"))
{
thermalDiffusivity = nestObj.Parameters["thermal_diffusivity"].ToFloat();
}
World.Current.temperature.SetThermalDiffusivity(tile.X, tile.Y, tile.Z, thermalDiffusivity);
return(nestObj);
}