public ProtoRoom(int id, PointInt coordinatesXY, int elevation = 3)
{
ID = id;
ProtoRegion = null;
ProtoSubregion = null;
CoordinatesXY = coordinatesXY;
// DirectionalRoomConnections = new List<string>();
DirectionalRoomConnections = new Dictionary<string, Tuple<int, int, int>>();
ProtoRoomConnections = new List<RoomConnection>();
Available = true;
Elevation = elevation; // default (3) is grass/green
}
private PointInt GetNeighborCoordinates(PointInt sourceCoordinates, string strDirection)
{
switch (strDirection)
{
case "nw": return new PointInt(sourceCoordinates.X - 1, sourceCoordinates.Y - 1);
case "n": return new PointInt(sourceCoordinates.X, sourceCoordinates.Y - 1);
case "ne": return new PointInt(sourceCoordinates.X + 1, sourceCoordinates.Y - 1);
case "w": return new PointInt(sourceCoordinates.X - 1, sourceCoordinates.Y);
case "e": return new PointInt(sourceCoordinates.X + 1, sourceCoordinates.Y);
case "sw": return new PointInt(sourceCoordinates.X - 1, sourceCoordinates.Y + 1);
case "s": return new PointInt(sourceCoordinates.X, sourceCoordinates.Y + 1);
case "se": return new PointInt(sourceCoordinates.X + 1, sourceCoordinates.Y + 1);
default: return null;
}
}
public void CenterOnPoint(PointInt p)
{
CenterOnPoint(p.X, p.Y);
}
private ProtoRoom AddRoomConnection(ProtoRoom currentRoom, string strDirection, ProtoRoom[,] masterRoomList, bool bForce = false)
{
Tuple<int, int, int> connectionWorldCoordinates;
if (currentRoom.DirectionalRoomConnections.TryGetValue(strDirection, out connectionWorldCoordinates)) { return currentRoom; }
string strOppositeDirection = string.Empty;
PointInt connectingRoomCoordinates = null;
switch (strDirection)
{
case "nw":
strOppositeDirection = "se";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X - 1, currentRoom.CoordinatesXY.Y - 1);
break;
case "n":
strOppositeDirection = "s";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X, currentRoom.CoordinatesXY.Y - 1);
break;
case "ne":
strOppositeDirection = "sw";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X + 1, currentRoom.CoordinatesXY.Y - 1);
break;
case "w":
strOppositeDirection = "e";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X - 1, currentRoom.CoordinatesXY.Y);
break;
case "e":
strOppositeDirection = "w";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X + 1, currentRoom.CoordinatesXY.Y);
break;
case "sw":
strOppositeDirection = "ne";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X - 1, currentRoom.CoordinatesXY.Y + 1);
break;
case "s":
strOppositeDirection = "n";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X, currentRoom.CoordinatesXY.Y + 1);
break;
case "se":
strOppositeDirection = "nw";
connectingRoomCoordinates = new PointInt(currentRoom.CoordinatesXY.X + 1, currentRoom.CoordinatesXY.Y + 1);
break;
default:
throw new Exception();
}
if (connectingRoomCoordinates.X < 0) { return currentRoom; }
if (connectingRoomCoordinates.X > Width - 1) { return currentRoom; }
if (connectingRoomCoordinates.Y < 0) { return currentRoom; }
if (connectingRoomCoordinates.Y > Height - 1) { return currentRoom; }
ProtoRoom connectingRoom = masterRoomList[connectingRoomCoordinates.X, connectingRoomCoordinates.Y];
if (connectingRoom.Elevation == 0 || connectingRoom.Elevation == 30) { return currentRoom; }
if (connectingRoom.HasMaximumConnections && !bForce) { return currentRoom; }
Debug.TotalConnectionCount++;
currentRoom.DirectionalRoomConnections.Add(strDirection, connectingRoom.WorldCoordinatesAsTuple);
connectingRoom.DirectionalRoomConnections.Add(strOppositeDirection, currentRoom.WorldCoordinatesAsTuple);
return connectingRoom;
}