public Building(Vector2Int position, TilableDef def)
{
this.position = position;
this.def = def;
this.recipe = new Recipe(this.def.recipeDef, this, position);
this.work = 0;
if (this.def.type == TilableType.BuildingConnected)
{
this.mainGraphic = GraphicInstance.GetNew(
this.def.graphics,
new Color(112 / 255f, 78 / 255f, 46 / 255f, .5f), // update alpha when constructed
Res.textures[this.def.graphics.textureName + "_0"],
1
);
this._connectedUtility = new ConnectedTilable(this);
}
this.addGraphics = new Dictionary <string, GraphicInstance>();
Tilable tilable = Loki.map.grids[Layer.Plant].GetTilableAt(this.position);
if (tilable != null && tilable.def.cuttable)
{
tilable.AddOrder(Defs.orders["cut_plants"]);
}
}
public ConnectedTilable(Tilable tilable)
{
this.tilable = tilable;
this.connections = new bool[8];
this.connectionsInt = -1;
this.allCorners = false;
this.corners = new bool[4];
}
public ConnectedTilable(Tilable tilable)
{
this.tilable = tilable;
this.connections = new bool[8];
this.connectionsInt = -1;
this.allCorners = false;
this.corners = new bool[4];
this.defColor = tilable.mainGraphic.color;
}
/// Check if this.tilable is linked with an other tilable at "position".
private bool HasLink(Vector2Int position)
{
Tilable tilable = Loki.map.GetTilableAt(position, this.tilable.def.layer);
if (tilable == null || this.tilable.def != tilable.def)
{
return(false);
}
return(true);
}
public static void InRadius(int r, Vector2Int o, Vector2Int c, ref HashSet <Vector2Int> s)
{
if (c != null)
{
s.Add(c);
}
foreach (Vector2Int neighbour in Tilable.GetNeighboursPosition(c))
{
if (
neighbour.x >= 0 && neighbour.y >= 0 && neighbour.x <= Loki.map.size.x && neighbour.y <= Loki.map.size.y &&
!s.Contains(neighbour) &&
Utils.Distance(neighbour, o) <= r)
{
Tilable.InRadius(r, o, neighbour, ref s);
}
}
}
