private List <(Room, Room)> GetRoomsToConnect()
{
RoomGraph graph = new RoomGraph();
graph.AddRoomsAndConnectAll(cities);
RoomGraph minSpan = graph.MinSpanningTree(random, (r1, r2) => r1.DistanceToSquared(r2));
foreach (Room r in cities)
{
foreach (Room other in cities)
{
if (r == other || minSpan.connections[r].Contains(other))
{
continue;
}
double directDist = r.DistanceTo(other);
double distInGraph = GetDistanceInGraph(minSpan, r, other);
if (directDist * 1.5 < distInGraph)
{
minSpan.AddConnectionBothWays(r, other);
}
}
}
return(minSpan.ToConnectionList());
}
void CreateRoomGraph()
{
current_map_graph = new RoomGraph(actual_room_count);
foreach (Room current_room in current_room_list)
{
current_map_graph.AddRoom(current_room);
}
}
private double GetDistanceInGraph(RoomGraph graph, Room from, Room to)
{
//use Astar. My generic astar implementation is only suitable for 2D arrays at the moment, so reimplement it here...
Dictionary <Room, Room> prev = new Dictionary <Room, Room>(graph.Count);
Dictionary <Room, double> cost = new Dictionary <Room, double>(graph.Count);
bool targetReached = false;
foreach (Room r in graph.rooms)
{
prev.Add(r, null);
cost.Add(r, double.MaxValue);
}
var closedList = new HashSet <Room>();
var openList = new Barely.Util.Priority_Queue.SimplePriorityQueue <Room>();
openList.Enqueue(from, 0);
cost[from] = 0;
prev[from] = null;
while (openList.Count > 0)
{
Room currentRoom = openList.Dequeue();
if (currentRoom == to)
{
targetReached = true;
break;
}
closedList.Add(currentRoom);
foreach (Room n in graph.connections[currentRoom])
{
if (closedList.Contains(n))
{
continue;
}
double tenativeCost = cost[currentRoom] + currentRoom.DistanceTo(n);
bool contains = openList.Contains(n);
if (contains && tenativeCost >= cost[n])
{
continue;
}
prev[n] = currentRoom;
cost[n] = tenativeCost;
tenativeCost += n.DistanceTo(to);
if (contains)
{
openList.UpdatePriority(n, tenativeCost);
}
else
{
openList.Enqueue(n, tenativeCost);
}
}
}
Debug.Assert(cost[to] < double.MaxValue);
return(cost[to]);
}
List<Weapon> weapons; // a list to hold all of the weapons for the level
#endregion Fields
#region Constructors
// constructor
public Level(string mapFile)
{
// initializes things
this.mapFile = mapFile;
basicEnemies = new List<Enemy>();
walls = new List<Wall>();
weapons = new List<Weapon>();
coins = new List<Coin>();
doors = new List<Door>();
keys = new List<Key>();
disguises = new List<Disguise>();
floorSwitchers = new List<FloorSwitcher>();
font = ScreenManager.SharedManager.Content.Load<SpriteFont>("Arial");
graphics = ScreenManager.SharedManager.gDevice;
spriteBatch = ScreenManager.SharedManager.sBatch;
levelMap = new Map(mapFile, new int[11] { 1, 1, 1, 1, 1, int.MaxValue, int.MaxValue, int.MaxValue, int.MaxValue, 0, 0 });
roomGraph = new RoomGraph();
foreach (var groupname in levelMap.ObjectGroups.Keys) // goes through each layer in the map file
{
int currentFloor = int.Parse(groupname[5].ToString()) - 1; // gets the floor number of the map layer.
if (groupname.Substring(6, 8) == "Entities") // the layer contains GameObjects
{
foreach (var entity in levelMap.ObjectGroups[groupname]) // goes through each entity and creates a GameObject if possible.
{
if (entity.Type == "Enemy") // adds an enemy to the basicEnemies list.
{
string sDir = entity.Properties.Find(x => x.Item1 == "startDirection").Item2;
int dir = (sDir != null) ? int.Parse(sDir) : 3;
basicEnemies.Add(EntityGenerator.GenerateEnemy(new Vector3(entity.X, entity.Y, currentFloor), entity.Properties, dir));
}
else if (entity.Type == "Player") // creates the player.
{
player = EntityGenerator.GeneratePlayer(new Vector3(entity.X, entity.Y, currentFloor), 5, 400);
}
else if (entity.Type == "Wall") // adds a wall to the walls list.
{
walls.Add(EntityGenerator.GenerateWall(new Vector3(entity.X, entity.Y, currentFloor), entity.Width, entity.Height));
}
else if (entity.Type == "LockedDoor") // adds a door to the doors list.
{
doors.Add(EntityGenerator.GenerateDoor(new Vector3(entity.X, entity.Y, currentFloor), doors.Count));
}
else if (entity.Type == "Key") // adds a key to the keys list.
{
keys.Add(EntityGenerator.GenerateKey(new Vector3(entity.X, entity.Y, currentFloor), keys.Count));
}
else if (entity.Type == "Weapon") // adds a weapon to the weapons list.
{
weapons.Add(EntityGenerator.GenerateWeapon(new Vector3(entity.X, entity.Y, currentFloor), int.Parse(entity.Properties.Find(x => x.Item1 == "durability").Item2), entity.Properties.Find(x => x.Item1 == "type").Item2));
}
else if (entity.Type == "Coin") // adds a coin to the coins list.
{
coins.Add(EntityGenerator.GenerateCoin(new Vector3(entity.X, entity.Y, currentFloor), int.Parse(entity.Properties.Find(x => x.Item1 == "value").Item2)));
}
else if (entity.Type == "Disguise") //adds a disguise to the disguises list.
{
disguises.Add(EntityGenerator.GenerateDisguise(new Vector3(entity.X, entity.Y, currentFloor), entity.Properties.Find(x => x.Item1 == "disguiseType").Item2));
}
else if (entity.Type == "FloorSwitcher") // adds a floor switcher to the floorSwitchers list.
{
floorSwitchers.Add(new FloorSwitcher(new Rectangle(entity.X, entity.Y, entity.Width, entity.Height), currentFloor, currentFloor + 1, bool.Parse(entity.Properties.Find(x => x.Item1 == "Horizontal").Item2)));
}
}
}
if (groupname.Contains("Room")) // layer contains rooms
{
foreach (var entity in levelMap.ObjectGroups[groupname]) // goes through each room object in the layer.
{
// creates a new RoomGraphNode and sets up it's connections.
RoomGraphNode node = new RoomGraphNode(new Rectangle(entity.X, entity.Y, entity.Width, entity.Height), currentFloor, entity.Name);
List<string> connections = new List<string>();
foreach (var t in entity.Properties)
{
if (t.Item1 != null)
connections.Add(t.Item1);
if (t.Item2 != null)
node.validDisguises.Add(t.Item2);
}
roomGraph.AddNode(node, connections);
}
}
// how much money the player needs to complete the level is 70% of the total money in the level.
player.moneyNeeded = (basicEnemies.Count + coins.Count) * 70;
}
foreach (Door lockedDoor in doors) // if there aren't enough keys, the extra locked doors are unlocked.
{
if (keys[lockedDoor.keyAssociation] == null)
lockedDoor.locked = false;
}
// sets up what part of the level to show on screen.
windowSpace = new Rectangle((int)(player.location.X + (player.rectangle.Width / 2)) - (graphics.Viewport.Width / 2), (int)(player.location.Y + (player.rectangle.Height / 2)) - (graphics.Viewport.Height / 2), graphics.Viewport.Width, graphics.Viewport.Height);
}
void Awake()
{
// Set up the map and the rooms that will be used in the dungeon
map = new RoomGraph();
generateDungeon();
}
//메인 방들을 연결한 최소 신장 트리를 구하고 보스방과 플레이어방을 선택.
List<RoomEdge> GetMST(List<Room> mainRoomList)
{
List<RoomVertex> roomVertexList = new List<RoomVertex>();
List<RoomEdge> roomEdgeList = new List<RoomEdge>();
//정점을 만듬
for (int i = 0; i < mainRoomList.Count; ++i)
{
var vertex = new RoomVertex(mainRoomList[i]);
roomVertexList.Add(vertex);
}
//모든 정점을 간선으로 연결
for (int i = 0; i < roomVertexList.Count - 1; ++i)
{
for (int j = i + 1; j < roomVertexList.Count; ++j)
{
RoomVertex vertexA = roomVertexList[i];
RoomVertex vertexB = roomVertexList[j];
float weight = (mainRoomList[i].CachedTransform.position - mainRoomList[j].CachedTransform.position).sqrMagnitude;
RoomEdge edge = new RoomEdge(vertexA, vertexB, (int)weight);
roomEdgeList.Add(edge);
}
}
//그래프로 만든뒤 MST를 구한다.
RoomGraph graph = new RoomGraph(roomVertexList, roomEdgeList);
var mst = graph.GetMST();
//플레이어 방과 보스방을고름
SelectPlayerRoomAndBossRoom(mst, roomVertexList);
return mst;
}