public DungeonRoom GetRoomInDirection(DungeonRoom fromRoom, Direction direction)
{
Vector2 toRoomLocation = fromRoom.roomCoordinates;
switch (direction)
{
case Direction.East:
toRoomLocation.x++;
break;
case Direction.West:
toRoomLocation.x--;
break;
case Direction.North:
toRoomLocation.y++;
break;
case Direction.South:
toRoomLocation.y--;
break;
default:
break;
}
DungeonRoom toRoom = GetRoom(toRoomLocation);
return toRoom;
}
/*
* METHODS
*/
// Clean QuadTree
public void Clear()
{
seed = -1;
boundary = new AABB();
northWest = null;
northEast = null;
southWest = null;
southEast = null;
room = null;
}
public void MoveToRoom(DungeonRoom room, bool spawnMonsters)
{
currentRoom = room;
SpawnerManager spawnManager = room.GetComponent<SpawnerManager>();
if (spawnManager != null)
{
if (spawnMonsters)
{
spawnManager.SelectAndSpawnMonsters();
}
else
{
spawnManager.monstersSpawned = true; //flag so this room doesn't spawn monsters later
}
}
}
private void AddHallways(AreaMap.Tile[] tiles, DungeonRoom[] allRooms, List <DungeonRoom> mainRoomGraph, out List <Vector2> doorLocations)
{
doorLocations = new List <Vector2>();
for (int i = 0; i < mainRoomGraph.Count; i++)
{
DungeonRoom mainRoom = mainRoomGraph[i];
DigOutRoom(tiles, mainRoom);
// and check all of this rooms connections to create hallways
for (int j = 0; j < mainRoom.neighbors.Count; j++)
{
DungeonRoom neighborRoom = mainRoom.neighbors[j];
// add a doorway for this hallway
//doorLocations.Add(DoorLocation(mainRoom, neighborRoom));
DigOutHallway(tiles, mainRoom, neighborRoom, allRooms, doorLocations);
}
}
}
private Direction CheckDirection(DungeonRoom other)
{
Vector2 dir = cellPos - other.cellPos;
if (Mathf.Abs(dir.x) > Mathf.Abs(dir.y)) //X軸の変化量がY軸より大きい場合
{
if (dir.x > 0) //自分のXが相手のXより大きい場合
{
return(Direction.Xplus);
}
else
{
return(Direction.Xminus);
}
}
if (dir.y > 0) //自分のZが相手のZより大きい場合
{
return(Direction.Zplus);
}
return(Direction.Zminus);
}
public void SetData(DungeonRoom roomInfo, Action <RoomPosition> callback)
{
_info = roomInfo;
_callback = callback;
_roomImage = GetComponent <Image>();
switch (_info.Content)
{
case RoomContent.None:
roomHint.text = "You hear nothing!";
break;
case RoomContent.Battle:
roomHint.text = "Sounds of Metal";
break;
case RoomContent.Obstacle:
roomHint.text = "The Path is blocked";
break;
case RoomContent.Trap:
roomHint.text = "This seems unsafe";
break;
case RoomContent.Generic:
roomHint.text = "What could be here?";
break;
case RoomContent.Gift:
roomHint.text = "Loot! Loot! Loot!";
break;
case RoomContent.Start:
break;
case RoomContent.Boss:
break;
}
}
public void AttachAstar(DungeonRoom room)
{
AStarGrid.transform.parent = room.gameObject.transform;
AStarGrid.transform.position = room.gameObject.transform.position;
AStarGrid.collidableMap = room.GetComponent <Tilemap>();
//AStarGrid.collidableMap = room.gameObject.transform.Find("Pattern").GetComponent<Tilemap>();
//collidableMap = DungeonManager.Instance.GetCurrentDungeonRoom()
// .transform.Find("Pattern").GetComponent<Tilemap>();
//AstarData data = AstarPath.active.data;
//GridGraph gridGraph = data.gridGraph;
// gridGraph.width = 80;
// gridGraph.depth = 60;
//gridGraph.SetDimensions(80, 60, 1f);
//gridGraph.center = room.gameObject.transform.position;
//gridGraph.Scan();
// Debug.Log(gridGraph.center);
// Debug.Log(gridGraph.center);
}
public static void LoadFromText(string fileName, DungeonRoom room)
{
// THese are used to parse the data from the text file
string path = "Assets/Levels/" + fileName;
string[] split;
string[] vector;
string[] size;
StreamReader reader = new StreamReader(path);
string line;
while ((line = reader.ReadLine()) != null)
{
// if (line == "Walls")
// {
// while ((line = reader.ReadLine()) != "Cubes")
// {
// line = line.Replace("(", string.Empty);
// line = line.Replace(")", string.Empty);
// split = line.Split(':');
// // Holds the x y z values of the position vector for the wall
// vector = split[0].Split(',');
// // Holds the size width/height for the walls spriteRenderer
// size = split[1].Split(',');
//
// // Adds this instantiation to the ObjectManagers walls list
// DungeonRoom.AddWall(
// new Vector3(float.Parse(vector[0]), float.Parse(vector[1]), float.Parse(vector[2])),
// float.Parse(size[0]), float.Parse(size[1]));
// }
// }
// Get the center position of the room to create the walls.
}
reader.Close();
}
private void GenerateRoom(int roomX, int roomY, int roomWidth, int roomHeight) /////Generates rooms in tiles[]
{
DungeonRoom newRoom = new DungeonRoom(roomWidth, roomHeight);
newRoom.xPos = roomX;
newRoom.yPos = roomY;
newRoom.roomType = roomTypes[rooms.Count];
for (int x = 0; x < roomWidth; x++)
{
for (int y = 0; y < roomHeight; y++)
{
if (x + roomX < gridSize && y + roomY < gridSize)
{
tiles[x + roomX, y + roomY] = Tile.FLOOR;
newRoom.roomTiles[x, y] = Tile.FLOOR;
}
}
}
rooms.Add(newRoom);
}
/// <summary>
/// Change une <see cref="DungeonRoom"/> d'un KeyLevel à un autre
/// </summary>
/// <param name="roomToUpdate">La pièce à update</param>
/// <param name="newKeyLevel">Le nouveau niveau de la pièece</param>
private void ChangeKeyLevel(DungeonRoom roomToUpdate, int newKeyLevel)
{
int oldKeyLevel = roomToUpdate.GetKeyLevel();
if (oldKeyLevel != newKeyLevel)
{
if (!roomPerKeyLevel.ContainsKey(oldKeyLevel))
{
throw new System.Exception("Erreur avec le vieux niveau de clé");
}
DungeonRoom roomToDelete = roomPerKeyLevel[oldKeyLevel].FirstOrDefault(r => r.GetRoomType() == RoomType.BOSS);
roomPerKeyLevel[oldKeyLevel].Remove(roomToDelete);
roomToUpdate.SetKeyLevel(currentKeyLevel);
if (!roomPerKeyLevel.ContainsKey(currentKeyLevel))
{
throw new System.Exception("Erreur avec le nouveau niveau de clé");
}
roomPerKeyLevel[newKeyLevel].Add(roomToUpdate);
}
}
public bool IsRoomSurounded(DungeonRoom room)
{
bool surroundedByRooms = true;
foreach (var dir in DirectionUtility.GetDirections())
{
if (GetRoomInDirection(room, dir) == null)
{
surroundedByRooms = false;
}
}
bool onEdge = false;
var coord = room.Coordinate;
if (Mathf.Abs(coord.x) >= MaxXCoord ||
Mathf.Abs(coord.y) >= MaxYCoord)
{
onEdge = true;
}
return(surroundedByRooms || onEdge);
}
protected Tile GetFreeTileOnRoom(DungeonRoom room, int radius = 0)
{
// get a random free tile inside the given room
int c = 0;
while (true)
{
DungeonTile dtile = room.tiles[Random.Range(0, room.tiles.Count)];
Tile tile = grid.GetTile(dtile.x, dtile.y);
if (tile != null && TileIsFree(tile, radius))
{
return(tile);
}
c++; if (c == 1000)
{
break;
}
}
//Debug.LogWarning ("No free tile available in room " + room.id + ". Escaping...");
return(null);
}
public void AssignWallMaterials(DungeonRoom dr)
{
DungeonRoomInfo info = dr.Info;
// Set wall materials according to walltype
dr.wall_N.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.North, info.northWallType);
dr.wall_E.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.East, info.eastWallType);
dr.wall_S.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.South, info.southWallType);
dr.wall_W.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.West, info.westWallType);
dr.wall_N2.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.North, DungeonRoomInfo.WallType.Top);
dr.wall_E2.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.East, DungeonRoomInfo.WallType.Top);
dr.wall_S2.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.South, DungeonRoomInfo.WallType.Top);
dr.wall_W2.GetComponent <Renderer>().material = GetWallMaterial(DungeonRoomInfo.WallDirection.West, DungeonRoomInfo.WallType.Top);
if (info.floorMaterial == null)
{
info.floorMaterial = new Material(defaultFloor);
}
dr.floor.GetComponent <Renderer>().material = info.floorMaterial;
dr.ceiling.GetComponent <Renderer>().material = defaultFloor;
}
public static ActionArgs GetActionArgs(PlayerCharacter sender, string toParse)
{
toParse = toParse.ToLower();
MudCharacter target = null;
string arguments = null;
string[] words = toParse.Split(' ');
if (words.Length > 2)
{
return(null);
}
DungeonRoom room = sender.Room;
MudCharacter[] characters = room.GetCharactersInRoom();
foreach (string word in words)
{
if (target != null && arguments == null)
{
arguments = word;
break;
}
int targetNum;
if (int.TryParse(word, out targetNum))
{
if (targetNum >= sender.Roomates.Length)
{
sender.NotifyPlayer("not a valid target");
return(null);
}
target = sender.Roomates[targetNum];
continue;
}
arguments = word;
}
return(new ActionArgs(sender, target, arguments));
}
public void Hit(DungeonRoom other)
{
Direction direction = CheckDirection(other); //他の部屋のどの方向
//一マスずつ修正
switch (direction)
{
case Direction.Xplus:
cellPos.x += 1;
break;
case Direction.Xminus:
cellPos.x -= 1;
break;
case Direction.Zplus:
cellPos.y += 1;
break;
case Direction.Zminus:
cellPos.y -= 1;
break;
}
}
public DungeonRoom AddRoom(int x, int y, int sizeX, int sizeY)
{
if (!CheckValidBounds(x, y, sizeX, sizeY))
{
throw new ArgumentException("Invalid room bounds (outside dungeon)");
}
if (!CheckSpaceType(x, y, sizeX, sizeY, DungeonTileType.Wall))
{
throw new ArgumentException("Invalid room bounds (can't replace non-wall tiles)");
}
DungeonRoom room = new DungeonRoom(this, x, y, sizeX, sizeY);
rooms.Add(room);
DungeonTile roomTile = DungeonTile.EmptyTile;
roomTile.type = DungeonTileType.Room;
SetTile(x, y, sizeX, sizeY, roomTile);
return(room);
}
public void RespawnAllEnemies(DungeonRoom room)
{
room.isRespawned = true;
if (!room.isRespawnable)
{
return;
}
int baseIndex = 0;
for (int i = 0; i < room.monster.Count; i++)
{
for (int j = 0; j < room.monster[i].size; j++)
{
MonsterDungeon instance = null;
switch (room.monster[i].tier)
{
case Tier.TierOne:
instance = tierOne[Random.Range(0, tierOne.Count)];
MonsterPoolManager.Instance.ReuseObject(Tier.TierOne, instance.monster, room.respwanPoint[baseIndex + j].position, room.respwanPoint[baseIndex + j].rotation);
break;
case Tier.TierTwo:
instance = tierTwo[Random.Range(0, tierTwo.Count)];
MonsterPoolManager.Instance.ReuseObject(Tier.TierTwo, instance.monster, room.respwanPoint[baseIndex + j].position, room.respwanPoint[baseIndex + j].rotation);
break;
case Tier.TierThree:
instance = tierThree[Random.Range(0, tierThree.Count)];
MonsterPoolManager.Instance.ReuseObject(Tier.TierThree, instance.monster, room.respwanPoint[baseIndex + j].position, room.respwanPoint[baseIndex + j].rotation);
break;
}
}
baseIndex += room.monster[i].size;
}
}
public PlanetData Generate(float difficultySetting)
{
PlanetData data = new PlanetData();
PlanetDifficultyModifiers difficultyModifiers
= new PlanetDifficultyModifiers(difficultySetting);
DungeonRoom currentRoom = null;
int keyLevel = 1;
//rule 1 - Create starter room
DungeonRoom startRoom = new StartRoom(IntPair.zero, null);
data.AddRoom(startRoom);
data.startRoom = startRoom;
//rule 2 - "Current Room" is starter room
currentRoom = data.startRoom;
//rule 7 - Repeat steps 3 - 6 Y amount of times.
int branchCount = Mathf.Max(1, Random.Range(
difficultyModifiers.minBranchCount,
PlanetDifficultyModifiers.MAX_BRANCH_COUNT));
for (int j = 0; j < branchCount; j++)
{
//rule 3 - Create a single branch from the "Current room" until X rooms have been
// created. Branch can't overlap with existing rooms. If branch meets a dead
// end, end the branch.
int branchLength = Mathf.Max(1,
Random.Range(difficultyModifiers.minBranchLength, difficultyModifiers.maxBranchLength));
for (int i = 0; i < branchLength; i++)
{
DungeonRoom newRoom = CreateRandomExit(data, currentRoom, false,
keyLevel, false, false, difficultyModifiers);
if (newRoom == currentRoom)
{
break;
}
currentRoom = newRoom;
}
//rule 4 - Place a key at the end of that branch
currentRoom.AddKey(keyLevel);
//rule 5 - Create a locked exit to a new room from any existing room except the end of
// that branch.
List <DungeonRoom> existingRooms = data.GetRooms();
DungeonRoom lockRoom = currentRoom;
do
{
int randomIndex = Random.Range(0, existingRooms.Count);
lockRoom = existingRooms[randomIndex];
} while (lockRoom == currentRoom || lockRoom.ExitCount == 4);
lockRoom = CreateRandomExit(data, lockRoom, true,
keyLevel, j == branchCount - 1, false, difficultyModifiers);
keyLevel++;
//rule 6 - "Current room" is the new room on the other side of the locked exit
currentRoom = lockRoom;
}
//rule 8 - "Current room" is the final room
data.finalRoom = currentRoom;
//rule 9 - Create "Dead end" branches Z times of X length from any room except the boss
// room.
branchCount = Mathf.Max(0, Random.Range(difficultyModifiers.minDeadEndCount, difficultyModifiers.maxDeadEndCount));
for (int i = 0; i < branchCount; i++)
{
List <DungeonRoom> existingRooms = data.GetRooms();
DungeonRoom deadEndStart = null;
do
{
int randomIndex = Random.Range(0, existingRooms.Count);
deadEndStart = existingRooms[randomIndex];
} while (deadEndStart == data.finalRoom || deadEndStart.ExitCount == 4);
currentRoom = deadEndStart;
int branchLength = Mathf.Max(1,
Random.Range(difficultyModifiers.minBranchLength, difficultyModifiers.maxBranchLength));
for (int j = 0; j < branchLength; j++)
{
DungeonRoom newRoom = CreateRandomExit(data, currentRoom, false,
keyLevel, false, j == branchLength - 1, difficultyModifiers);
if (newRoom == currentRoom)
{
break;
}
currentRoom = newRoom;
}
}
for (int i = 0; i < data.GetRoomCount(); i++)
{
data.GetRooms()[i].GenerateContent();
}
for (int i = 0; i < data.GetRoomCount(); i++)
{
data.GetRooms()[i].GenerateOuterWalls();
}
return(data);
}
public bool Connects(DungeonRoom roomOne, DungeonRoom roomTwo)
{
return((RoomA == roomOne && RoomB == roomTwo) || (RoomB == roomOne && RoomA == roomTwo));
}
private void CreateFloor()
{
//The location for the next section of the dungeon floor to be created at
Vector3 SpawnLocation = new Vector3(0, 0, 0);
//The room number that is being added next
int NextRoomNumber = 0;
//The dimensions/size of a section of the dungeon floor
Vector2 FloorSectionDimensions = new Vector2(0, 0);
FloorSectionDimensions.x = DungeonFloor1x1Prefab.GetComponent<MeshFilter>().sharedMesh.bounds.size.x;
FloorSectionDimensions.y = DungeonFloor1x1Prefab.GetComponent<MeshFilter>().sharedMesh.bounds.size.z;
//Loop through the length and width of the room to instantiate each room
for ( int i = 0; i < DungeonSize.x; i++ )
{
for ( int j = 0; j < DungeonSize.y; j++ )
{
//Create a room object to hold all the objects in the room
DungeonRoom NewRoom = new DungeonRoom();
//Give the room its number
NewRoom.RoomNumber = NextRoomNumber;
NextRoomNumber++;
//Give the room its position in the grid
NewRoom.RoomPosition = new Vector2(i, j);
//Instantiate the floor of the new room
NewRoom.DungeonFloor = (GameObject) Instantiate(DungeonFloor1x1Prefab, SpawnLocation, Quaternion.identity);
//Set the floor as a child of the dungeon root object
NewRoom.DungeonFloor.transform.parent = DungeonRoot.transform;
//Add the new room to our list of all dungeon rooms
DungeonRooms.Add(NewRoom);
//Offset the x position for spawning the next floor section
SpawnLocation.x += FloorSectionDimensions.x;
}
//Offset the z position and reset the x pos for spawning the next floor section
SpawnLocation.x = 0;
SpawnLocation.z += FloorSectionDimensions.y;
}
}
private void LockVertically(DungeonRoom lower, DungeonRoom upper, int lockID)
{
ConnectVertically(lower, upper);
lower.Lock(Direction.Up, lockID);
upper.Lock(Direction.Down, lockID);
}
GameObject getRoomTriforce(Vector3 pos)
{
GameObject drHolder = new GameObject("RoomTriforce");
drHolder.transform.position = pos;
drHolder.transform.parent = roomHolder.transform;
DungeonRoom dr = new DungeonRoom();
dr.room = Instantiate(roomG, pos, Quaternion.identity) as GameObject;
dr.room.transform.parent = drHolder.transform;
GameObject objHolder = new GameObject("Objs");
objHolder.transform.position = pos;
objHolder.transform.parent = drHolder.transform;
const int NUM_OBJS = 1;
dr.objs = new GameObject[NUM_OBJS];
dr.objs[0] = Instantiate(triforce, new Vector3(0, -1, 0), Quaternion.identity) as GameObject;
// TODO: blocks around triforce
for(int i=0; i < NUM_OBJS; ++i){
dr.objs[i].GetComponent<SpriteRenderer>().sortingOrder = 2;
dr.objs[i].transform.parent = objHolder.transform;
}
return drHolder;
}
public void CreateRoom()
{
rooms.Add(i.ToString(), DungeonRoom.MakeRoom(wallPrefab));
i++;
}
//Uses A* pathfinding to create a path to the target room
//so it can be reached by the player
private void PathToRoomAStar(DungeonRoom TargetRoom)
{
//Layout of this A* pathfinder inspired by the tutorial at
//http://www.raywenderlich.com/4946/introduction-to-a-pathfinding
//The start and end nodes of the path
DungeonRoom StartRoom = GetClosestRoom(TargetRoom, false);
DungeonRoom EndRoom = TargetRoom;
//Dungeon Lists
List<DungeonRoom> OpenList = new List<DungeonRoom>(); //Rooms being considered to find the shortest path
List<DungeonRoom> ClosedList = new List<DungeonRoom>(); //Rooms that will no longer be considered
List<DungeonRoom> CameFrom = new List<DungeonRoom>(); //The path to follow
//We begin by adding the start room to the open list
OpenList.Add(StartRoom);
//Set the start nodes G Score to 0
StartRoom.GScore = 0;
//Set the start nodes F Score
StartRoom.FScore = StartRoom.GScore + CalculateHScore(StartRoom, EndRoom);
//Loop through the open set until its empty
while (OpenList.Count > 0)
{
//Find the node in OpenSet which has the lowest
//F Score value
DungeonRoom Current = GetLowestFScore(OpenList);
//If the Current room is the Target room, then the pathway
//has been completed
if (Current == EndRoom)
{
ReconstructPath(StartRoom, EndRoom);
return;
}
//Move the Current room from the open set to the closed set
OpenList.Remove(Current);
ClosedList.Add(Current);
//Find the neighbouring rooms of the Current room
List<DungeonRoom> CurrentNeighbours = new List<DungeonRoom>();
AddAdjacentRooms(Current, CurrentNeighbours);
//Loop through the Current neighbouring rooms
for ( int i = 0; i < CurrentNeighbours.Count; i++ )
{
//Get the neighbour room we are checking
DungeonRoom Neighbour = CurrentNeighbours[i];
//If the neighbour room is in the closed list, ignore it
if (ClosedList.Contains(Neighbour))
continue;
//Length of this path
int TentativeGScore = Current.GScore + (int)(Vector3.Distance(Current.DungeonFloor.transform.position, Neighbour.DungeonFloor.transform.position));
//Discover a new node
if (!OpenList.Contains(Neighbour))
OpenList.Add(Neighbour);
else if (TentativeGScore >= Current.GScore)
continue; //This is not a better path
//This path is the best until now, record it!
Neighbour.ParentRoom = Current;
Neighbour.GScore = TentativeGScore;
Neighbour.FScore = Neighbour.GScore + CalculateHScore(Neighbour, EndRoom);
}
}
}
/// <summary>
/// Reset the dungeon room array with the new number of dungeon rooms.
/// </summary>
/// <param name="numberOfRooms">The new number of dungeon rooms.</param>
public void ResetRooms(int numberOfRooms)
{
Rooms = new DungeonRoom[numberOfRooms];
}
private bool IsRoomAdjacent(DungeonRoom StartRoom, DungeonRoom TargetRoom)
{
//Find the 4 positions the 4 adjacent rooms would be in
Vector2 NorthPos = new Vector2(StartRoom.RoomPosition.x, StartRoom.RoomPosition.y + 1);
Vector2 EastPos = new Vector2(StartRoom.RoomPosition.x + 1, StartRoom.RoomPosition.y);
Vector2 SouthPos = new Vector2(StartRoom.RoomPosition.x, StartRoom.RoomPosition.y - 1);
Vector2 WestPos = new Vector2(StartRoom.RoomPosition.x - 1, StartRoom.RoomPosition.y);
//Check if these room positions are within the bounds of the dungeon size
bool NorthPosValid = NorthPos.x >= DungeonSize.x ||
NorthPos.y >= DungeonSize.y ||
NorthPos.x < 0 ||
NorthPos.y < 0
? false : true;
bool EastPosValid = EastPos.x >= DungeonSize.x ||
EastPos.y >= DungeonSize.y ||
EastPos.x < 0 ||
EastPos.y < 0
? false : true;
bool SouthPosValid = SouthPos.x >= DungeonSize.x ||
SouthPos.y >= DungeonSize.y ||
SouthPos.x < 0 ||
SouthPos.y < 0
? false : true;
bool WestPosValid = WestPos.x >= DungeonSize.x ||
WestPos.y >= DungeonSize.y ||
WestPos.x < 0 ||
WestPos.y < 0
? false : true;
/*
//Print if these room positions are valid
print("North Valid: " + NorthPosValid);
print("East Valid: " + EastPosValid);
print("South Valid: " + SouthPosValid);
print("West Valid: " + WestPosValid);
*/
//Get the 4 adjacent dungeon rooms if they are valid
DungeonRoom NorthRoom = NorthPosValid ? GetNorthRoom(StartRoom) : null;
DungeonRoom EastRoom = EastPosValid ? GetEastRoom(StartRoom) : null;
DungeonRoom SouthRoom = SouthPosValid ? GetSouthRoom(StartRoom) : null;
DungeonRoom WestRoom = WestPosValid ? GetWestRoom(StartRoom) : null;
//Check each room to see if any are the target room
if (NorthPosValid && NorthRoom.DungeonFloor.transform.position == TargetRoom.DungeonFloor.transform.position)
return true;
if (EastPosValid && EastRoom.DungeonFloor.transform.position == TargetRoom.DungeonFloor.transform.position)
return true;
if (SouthPosValid && SouthRoom.DungeonFloor.transform.position == TargetRoom.DungeonFloor.transform.position)
return true;
if (WestPosValid && WestRoom.DungeonFloor.transform.position == TargetRoom.DungeonFloor.transform.position)
return true;
//We have check each adjacent room, and found that none of them are the
//room that we are checking for
return false;
}
//Creates a path to the target room so it can be reached
//by the player
private void PathToRoom(DungeonRoom TargetRoom, bool UseAStar)
{
//If we are going to use A*, pass the job onto another function
if (UseAStar)
{
PathToRoomAStar(TargetRoom);
return;
}
//Find the room we will start the path from, this will be the
//closest non boss, non void type room to the target room
DungeonRoom CurrentRoom = GetClosestRoom(TargetRoom, false);
bool PathComplete = false;
while (!PathComplete)
{
//If the current room is adjacent to the target room then the path has been completed
if (IsRoomAdjacent(CurrentRoom, TargetRoom))
{
PathComplete = true;
return;
}
//Get the positions the 4 adjacent rooms would be in
Vector2 NorthPos = new Vector2(CurrentRoom.RoomPosition.x, CurrentRoom.RoomPosition.y + 1);
Vector2 EastPos = new Vector2(CurrentRoom.RoomPosition.x + 1, CurrentRoom.RoomPosition.y);
Vector2 SouthPos = new Vector2(CurrentRoom.RoomPosition.x, CurrentRoom.RoomPosition.y - 1);
Vector2 WestPos = new Vector2(CurrentRoom.RoomPosition.x - 1, CurrentRoom.RoomPosition.y);
//Check if these room positions are within the bounds of the dungeon size
bool NorthPosValid = NorthPos.x >= DungeonSize.x ||
NorthPos.y >= DungeonSize.y ||
NorthPos.x < 0 ||
NorthPos.y < 0
? false : true;
bool EastPosValid = EastPos.x >= DungeonSize.x ||
EastPos.y >= DungeonSize.y ||
EastPos.x < 0 ||
EastPos.y < 0
? false : true;
bool SouthPosValid = SouthPos.x >= DungeonSize.x ||
SouthPos.y >= DungeonSize.y ||
SouthPos.x < 0 ||
SouthPos.y < 0
? false : true;
bool WestPosValid = WestPos.x >= DungeonSize.x ||
WestPos.y >= DungeonSize.y ||
WestPos.x < 0 ||
WestPos.y < 0
? false : true;
//Get the four adjacent rooms if they are valid
DungeonRoom NorthRoom = NorthPosValid ? GetNorthRoom(CurrentRoom) : null;
DungeonRoom EastRoom = EastPosValid ? GetEastRoom(CurrentRoom) : null;
DungeonRoom SouthRoom = SouthPosValid ? GetSouthRoom(CurrentRoom) : null;
DungeonRoom WestRoom = WestPosValid ? GetWestRoom(CurrentRoom) : null;
//Calculate the distance from each of these adjacent rooms to the target room, if they are valid
float NorthDistance = NorthPosValid ? Vector3.Distance(NorthRoom.DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position) : -1;
float EastDistance = EastPosValid ? Vector3.Distance(EastRoom.DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position) : -1;
float SouthDistance = SouthPosValid ? Vector3.Distance(SouthRoom.DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position) : -1;
float WestDistance = WestPosValid ? Vector3.Distance(WestRoom.DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position) : -1;
//Find which of these, which isnt a boss room, is a valid room and is closest to the CurrentRoom
DungeonRoom ClosestRoom = null;
float ClosestDistance = 0.0f;
if (NorthPosValid && NorthRoom.RoomType != RoomTypes.BossRoom)
{
ClosestRoom = NorthRoom;
ClosestDistance = NorthDistance;
}
if (EastPosValid && EastRoom.RoomType != RoomTypes.BossRoom)
{
//If closest distance still equals 0, then north room was the boss room
//Otherwise, check if this room is closer
if (ClosestDistance == 0.0f || EastDistance < ClosestDistance)
{
ClosestRoom = EastRoom;
ClosestDistance = EastDistance;
}
}
if (SouthPosValid && SouthRoom.RoomType != RoomTypes.BossRoom)
{
if (SouthDistance < ClosestDistance)
{
ClosestRoom = SouthRoom;
ClosestDistance = SouthDistance;
}
}
if (WestPosValid && WestRoom.RoomType != RoomTypes.BossRoom)
{
if (WestDistance < ClosestDistance)
{
ClosestRoom = WestRoom;
ClosestDistance = WestDistance;
}
}
//Now we know the first step on our path toward the TargetRoom
CurrentRoom = ClosestRoom;
//If this room is a void room, change it to a path room
if (CurrentRoom.RoomType == RoomTypes.VoidRoom)
SetToPathRoom(ClosestRoom);
}
}
private DungeonRoom GetWestRoom(DungeonRoom StartRoom)
{
//Get the position of the north room
Vector2 WestPosition = new Vector2(StartRoom.RoomPosition.x - 1, StartRoom.RoomPosition.y);
//Return the room in this location
return GetRoom(WestPosition);
}
private DungeonRoom GetSouthRoom(DungeonRoom StartRoom)
{
//Get the position of the north room
Vector2 SouthPosition = new Vector2(StartRoom.RoomPosition.x, StartRoom.RoomPosition.y - 1);
//Return the room in this location
return GetRoom(SouthPosition);
}
//Returns the closest non void room to the room that is passed in
private DungeonRoom GetClosestRoom(DungeonRoom TargetRoom, bool PathFromBoss)
{
DungeonRoom ClosestRoom = null;
float ClosestRoomDistance = 0;
//Loop through every room in the dungeon
for ( int i = 0; i < RoomCount; i++ )
{
//Make sure this is not the room we are checking against
if(DungeonRooms[i].DungeonFloor.transform.position == TargetRoom.DungeonFloor.transform.position)
continue;
//If the room is a void type room, skip to the next room
if (DungeonRooms[i].RoomType == RoomTypes.VoidRoom)
continue;
//If we are ignoring pathing from the boss room, skip to the next room
if (!PathFromBoss && DungeonRooms[i].RoomType == RoomTypes.BossRoom)
continue;
//If the ClosestRoomDistance is 0, we have nothing to compare to
//so we store this room as the closest until we crosscheck it
if (ClosestRoomDistance == 0)
{
ClosestRoom = DungeonStartRoom;
ClosestRoomDistance = Vector3.Distance(ClosestRoom.DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position);
continue;
}
//Check if this room is closer than the current closest room
if ( Vector3.Distance(DungeonRooms[i].DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position) < ClosestRoomDistance)
{
//Store this as the new closest room
ClosestRoom = DungeonRooms[i];
ClosestRoomDistance = Vector3.Distance(DungeonRooms[i].DungeonFloor.transform.position, TargetRoom.DungeonFloor.transform.position);
}
}
if (ClosestRoom == null)
print("Get Closest Room returned null");
return ClosestRoom;
}
public DungeonRoom(IntPair position, DungeonRoom previousRoom) : this()
{
this.position = new IntPair(position.x, position.y);
this.previousRoom = previousRoom;
}
private void PlaceObjectives()
{
//Select a room where the player will start
int StartRoomNumber = RNG.Next(0, (int)(DungeonSize.x * DungeonSize.y));
//Select a second room, which isnt the same, for the boss
int BossRoomNumber = StartRoomNumber;
bool BossRoomPlaced = false;
DungeonRoom StartRoom = GetRoom(0);
DungeonRoom BossRoom = GetRoom(0);
//If this exceeds 10, the required distance is probably too small
//for the current size of the dungeon, if this happens we just
//place the boss room somewhere that breaks this rule and print
//an error message, so we dont get stuck in an infinite loop of
//trying to find a place far enough away to place the boss room
int BossRoomPlacementFailures = 0;
while(!BossRoomPlaced)
{
//Find a spot to potentially place the boss room
while (BossRoomNumber == StartRoomNumber)
BossRoomNumber = RNG.Next(0, (int)(DungeonSize.x * DungeonSize.y));
//Find these two rooms in the dungeon
StartRoom = GetRoom(StartRoomNumber);
BossRoom = GetRoom(BossRoomNumber);
//If the required distance is 0, dont check for it, just place the rooms
if (StartEndMinimumDistance == 0)
{
BossRoomPlaced = true;
break;
}
//Check if these two rooms are far enough away as required by the distance
//set in the inspector
float StartBossDistance = Vector3.Distance(StartRoom.DungeonFloor.transform.position, BossRoom.DungeonFloor.transform.position);
if (StartBossDistance >= StartEndMinimumDistance)
BossRoomPlaced = true;
else
{
//If the rooms are too close, reset the boss room number so it is placed again
BossRoomNumber = StartRoomNumber;
BossRoomPlacementFailures++;
//If we have failed too many times, stop trying
if(BossRoomPlacementFailures == 10)
{
print("Failed to place boss room too many times, breaking distance rule to avoid infinite loop");
BossRoomPlaced = true;
}
}
}
//Change the types of these two rooms
StartRoom.RoomType = RoomTypes.StartRoom;
BossRoom.RoomType = RoomTypes.BossRoom;
//Create the Start and Boss rooms indicators
GameObject StartRoomIndicator = (GameObject)Instantiate(DungeonTeleporterPrefab, StartRoom.DungeonFloor.transform.position, Quaternion.identity);
GameObject BossRoomIndicator = (GameObject)Instantiate(DungeonBossPrefab, BossRoom.DungeonFloor.transform.position, Quaternion.identity);
//Set the room indicators as child objects to the room they are in
StartRoomIndicator.transform.parent = StartRoom.DungeonFloor.transform;
BossRoomIndicator.transform.parent = BossRoom.DungeonFloor.transform;
//Store the room numbers of the Start and Boss rooms
StartRoomNumber = StartRoom.RoomNumber;
BossRoomNumber = BossRoom.RoomNumber;
//Also store the two rooms for later access
DungeonStartRoom = StartRoom;
DungeonBossRoom = BossRoom;
}
void RemoveUnusedObjects(DungeonRoom dr)
{
DungeonRoomInfo info = dr.Info;
// DoorTriggers and Halls
if (info.northWallType == DungeonRoomInfo.WallType.Closed)
{
if (!info.IsBombable(DungeonRoomInfo.WallDirection.North))
{
Destroy(dr.hall_N);
Destroy(dr.doorTrigger_N);
Destroy(dr.entranceBlock_N);
}
}
if (info.eastWallType == DungeonRoomInfo.WallType.Closed)
{
if (!info.IsBombable(DungeonRoomInfo.WallDirection.East))
{
Destroy(dr.hall_E);
Destroy(dr.doorTrigger_E);
Destroy(dr.entranceBlock_E);
}
}
if (info.southWallType == DungeonRoomInfo.WallType.Closed)
{
if (!info.IsBombable(DungeonRoomInfo.WallDirection.South))
{
Destroy(dr.hall_S);
Destroy(dr.doorTrigger_S);
Destroy(dr.entranceBlock_S);
}
}
if (info.westWallType == DungeonRoomInfo.WallType.Closed)
{
if (!info.IsBombable(DungeonRoomInfo.WallDirection.West))
{
Destroy(dr.hall_W);
Destroy(dr.doorTrigger_W);
Destroy(dr.entranceBlock_W);
}
}
// InnerBombable Walls
if (!info.IsBombable(DungeonRoomInfo.WallDirection.North))
{
Destroy(dr.wall_bombedInner_N);
}
if (!info.IsBombable(DungeonRoomInfo.WallDirection.East))
{
Destroy(dr.wall_bombedInner_E);
}
if (!info.IsBombable(DungeonRoomInfo.WallDirection.South))
{
Destroy(dr.wall_bombedInner_S);
}
if (!info.IsBombable(DungeonRoomInfo.WallDirection.West))
{
Destroy(dr.wall_bombedInner_W);
}
// NpcContainer
if (dr.IsNpcRoom)
{
dr.npcContainer.gameObject.SetActive(true);
if (dr.ContainsBombUpgrade && info.BombUpgradeHasBeenPurchased)
{
Destroy(dr.rupeeTrigger);
}
}
else
{
Destroy(dr.npcContainer.gameObject);
}
}
private void ReconstructPath(DungeonRoom StartRoom, DungeonRoom EndRoom)
{
//Follow the EndRoom through its parents all the way back to the StartRoom
//Placing indicators and changing room types as we go along
print("reconstruction path");
DungeonRoom CurrentRoom = EndRoom;
int i = 0;
while(true)
{
//If the CurrentRooms parent is the StartRoom, we have finished the path
if (CurrentRoom == StartRoom)
{
print("reconstruction complete after " + i + " iterations");
return;
}
//Follow the CurrentRoom to its parent
CurrentRoom = CurrentRoom.ParentRoom;
//If the room type is void, change it to path and place an indicator
if(CurrentRoom.RoomType == RoomTypes.VoidRoom)
{
//Change room type
SetToPathRoom(CurrentRoom);
//Place indicator
GameObject PathIndicator = (GameObject)Instantiate(DungeonPathPrefab, CurrentRoom.DungeonFloor.transform.position, Quaternion.identity);
//Set indicator as child of the room
PathIndicator.transform.parent = CurrentRoom.DungeonFloor.transform;
}
i++;
//Break out if we get stuck in a loop too many times
if(i>100)
{
print("Reconstruct Path iterations exceeded 100, breaking out to avoid inifinite loop.");
print("If you are generating extremely large levels, this limit may need to be increased.");
}
}
}
//Genera l'intero dungeon, il paramentro dungeon container è un semplice empty game object di contenimento, minshiftValue è il valore di spostamento
//utilizzato dall'algoritmo di piazzamento delle stanze
public void Generate(int minWidth, int maxWidth, int minHeight, int maxHeight, int roomNum, Dungeon dungeonContainer, int minShitValue)
{
//questo array serve per memorizzare i dati delle stanze
//le stanze non vengono fisicamente allocate ma servono solo per l'algoritmo di piazzamento
DungeonRoom[] roomArray = new DungeonRoom[roomNum];
corridorsGO = new GameObject("corridors");
//algoritmo di separazione
for (int i = 0; i < roomNum; i++)
{
roomArray[i] = new DungeonRoom(minWidth, maxWidth, minHeight, maxHeight);
roomArray[i].Data.Origin = new IntVector2(0, 0);//l'origine delle stanze è sempre dal punto 0,0
roomArray[i].Data.Name = "Room: " + i;
while (tileMatrix.checkOverLap(roomArray[i].Data.Origin, roomArray[i].Data.Width, roomArray[i].Data.Height))
{
int dir = Random.Range(0, 2);
if (dir == 0)//muovo in orizzontale
{
roomArray[i].moveRoom(minShitValue, 0);
}
else if (dir == 1) //muovo in verticale
{
roomArray[i].moveRoom(0, minShitValue);
}
}
updateTileMatrix(roomArray[i]);
}//fine algoritmo di separazione
//comincia la creazione delle stanze nello spazio 3D
DungeonRoom[] gameObjectRoomArray = new DungeonRoom[roomNum];//queste invece vengono effettivamente allocate
for (int i = 0; i < roomNum; i++)
{
gameObjectRoomArray[i] = Instantiate(dungeonRoomPrefab) as DungeonRoom;
gameObjectRoomArray[i].transform.parent = dungeonContainer.transform;
gameObjectRoomArray[i].generateRoom(roomArray[i]);
gameObjectRoomArray[i].Data.Name = roomArray[i].Data.Name;
gameObjectRoomArray[i].name = gameObjectRoomArray[i].Data.Name;
gameObjectRoomArray[i].transform.localPosition = new Vector3(roomArray[i].Data.Origin.x, 0, roomArray[i].Data.Origin.z);
gameObjectRoomArray[i].AllocateRoomInSpace();
updateDungeonActiveCells(roomArray[i].Data.Origin, gameObjectRoomArray[i]);//utilizzo un dizionario per mantenermi le mattonelle attive all'interno del dungeon corridoi + stanze
}
//algoritmo di connessione O(n^3), crea prima il gravo RNG e poi connette le stanze con percorsi rettangolari
int ijDist, ikDist, jkDist;
bool skip = false;
for (int i = 0; i < roomNum; i++)
{
for (int j = i + 1; j < roomNum; j++)
{
skip = false;
ijDist = roomArray[i].distance(roomArray[j]);
//per ogni coppia di stanze (i,j) controllo che non esista un terzo nodo k t.c Mathf.Max(ikDist, jkDist) < ijDist
//se esiste break dal questo for e quindi significa che non esiste l'arco i,j
for (int k = 0; k < roomNum; k++)
{
if (k == i || k == j)
{
continue;
}
ikDist = roomArray[i].distance(roomArray[k]);
jkDist = roomArray[j].distance(roomArray[k]);
if (Mathf.Max(ikDist, jkDist) < ijDist)
{
skip = true;
break;
}
}
if (!skip)
{//se la prima coppia scelta i,j non è stata scartata vuol dire che il suo arco può essere aggiunto al grafo
Gizmos.color = Color.blue;
Vector3 c1 = new Vector3(roomArray[i].Data.Center.x, 3, roomArray[i].Data.Center.z);
Vector3 c2 = new Vector3(roomArray[j].Data.Center.x, 3, roomArray[j].Data.Center.z);
centerList.Add(new centerPair(c1, c2)); //serve per disegnare il grafo rosso di overlay
//ora quindi si crea il corridoio tra i e j
createCorridor(corridorsGO, gameObjectRoomArray[i], gameObjectRoomArray[j]); // va passato il gameobject istanziato nello spazio e non il roomArray[i]
corridorsGO.transform.parent = transform;
//print("ROOM " + gameObjectRoomArray[i] + " --- connected to ROOM --- " + gameObjectRoomArray[j]);
}
}
}//fine algoritmo di connessione
//foreach (KeyValuePair<IntVector2, DungeonCell> entry in activeDungeonCells)
//{
// print("key: " + entry.Key + ", value: " + entry.Value);
//}
print(tileMatrix);
} //fine generate
public BossRoom(IntPair position, DungeonRoom previousRoom, float difficulty)
: base(position, previousRoom)
{
this.difficulty = difficulty;
}
void PlaceRoomOnMap(DungeonRoom room)
{
for (int x = room.UpperLeftX - roomSurroundings; x < room.LowerRightX + roomSurroundings; x++)
{
for (int y = room.UpperLeftY - roomSurroundings; y < room.LowerRightY + roomSurroundings; y++)
{
if (x == room.UpperLeftX - roomSurroundings || x == room.LowerRightX + (roomSurroundings - 1))
{
dungeonMap[x, y] = SURROUNDING_WALL_TILE;
}
else if (y == room.UpperLeftY - roomSurroundings || y == room.LowerRightY + (roomSurroundings - 1))
{
dungeonMap[x, y] = SURROUNDING_WALL_TILE;
}
else if (x == room.UpperLeftX - (roomSurroundings - 1) || x == room.LowerRightX)
{
dungeonMap[x, y] = VERTICAL_WALL_TILE;
}
else if (y == room.UpperLeftY - (roomSurroundings - 1) || y == room.LowerRightY)
{
dungeonMap[x, y] = HORIZONTAL_WALL_TILE;
}
else
{
dungeonMap[x, y] = FLOOR_TILE_0;
}
dungeonMap[room.UpperLeftX - 1, room.UpperLeftY - 1] = CORNER_TILE;
dungeonMap[room.UpperLeftX - 1, room.LowerRightY] = CORNER_TILE;
dungeonMap[room.LowerRightX, room.UpperLeftY - 1] = CORNER_TILE;
dungeonMap[room.LowerRightX, room.LowerRightY] = CORNER_TILE;
}
}
int columns = Program.rand.Next(MAX_COLUMNS_IN_ROOM);
for (int i = 0; i < columns; i++)
{
PlaceObjectInsideRoom(COLUMN_TILE, room);
}
AddRoomToDungeon(room);
}
//Takes in a list and a room, adds any rooms adjacent that can be moved in between
private void AddAdjacentRooms(DungeonRoom TargetRoom, List<DungeonRoom> TargetList)
{
//Get the positions the 4 adjacent rooms would be in
Vector2 NorthPos = new Vector2(TargetRoom.RoomPosition.x, TargetRoom.RoomPosition.y + 1);
Vector2 EastPos = new Vector2(TargetRoom.RoomPosition.x + 1, TargetRoom.RoomPosition.y);
Vector2 SouthPos = new Vector2(TargetRoom.RoomPosition.x, TargetRoom.RoomPosition.y - 1);
Vector2 WestPos = new Vector2(TargetRoom.RoomPosition.x - 1, TargetRoom.RoomPosition.y);
//Check if these room positions are within the bounds of the dungeon size
bool NorthPosValid = NorthPos.x >= DungeonSize.x ||
NorthPos.y >= DungeonSize.y ||
NorthPos.x < 0 ||
NorthPos.y < 0
? false : true;
bool EastPosValid = EastPos.x >= DungeonSize.x ||
EastPos.y >= DungeonSize.y ||
EastPos.x < 0 ||
EastPos.y < 0
? false : true;
bool SouthPosValid = SouthPos.x >= DungeonSize.x ||
SouthPos.y >= DungeonSize.y ||
SouthPos.x < 0 ||
SouthPos.y < 0
? false : true;
bool WestPosValid = WestPos.x >= DungeonSize.x ||
WestPos.y >= DungeonSize.y ||
WestPos.x < 0 ||
WestPos.y < 0
? false : true;
//Get the four adjacent rooms if they are valid
DungeonRoom NorthRoom = NorthPosValid ? GetNorthRoom(TargetRoom) : null;
DungeonRoom EastRoom = EastPosValid ? GetEastRoom(TargetRoom) : null;
DungeonRoom SouthRoom = SouthPosValid ? GetSouthRoom(TargetRoom) : null;
DungeonRoom WestRoom = WestPosValid ? GetWestRoom(TargetRoom) : null;
//Add the adjacent valid rooms to the list
if (NorthPosValid)
TargetList.Add(NorthRoom);
if (EastPosValid)
TargetList.Add(EastRoom);
if (SouthPosValid)
TargetList.Add(SouthRoom);
if (WestPosValid)
TargetList.Add(WestRoom);
}
GameObject getRoomTwo(Vector3 pos)
{
GameObject drHolder = new GameObject("Room2");
drHolder.transform.position = pos;
drHolder.transform.parent = roomHolder.transform;
DungeonRoom dr = new DungeonRoom();
dr.room = Instantiate(roomTB, pos, Quaternion.identity) as GameObject;
dr.room.transform.parent = drHolder.transform;
return drHolder;
}
private int CalculateHScore(DungeonRoom FirstRoom, DungeonRoom SecondRoom)
{
//We use the manhattan distance method to find the h score
int XDistance = (int)(FirstRoom.RoomPosition.x > SecondRoom.RoomPosition.x ? FirstRoom.RoomPosition.x - SecondRoom.RoomPosition.x : SecondRoom.RoomPosition.x - FirstRoom.RoomPosition.x);
int YDistance = (int)(FirstRoom.RoomPosition.y > SecondRoom.RoomPosition.y ? FirstRoom.RoomPosition.y - SecondRoom.RoomPosition.y : SecondRoom.RoomPosition.y - FirstRoom.RoomPosition.y);
return XDistance + YDistance;
}
//Takes in what is presumed to be a void type room and turns it into a path type
//room, spawns a box to indicate this
private void SetToPathRoom(DungeonRoom TargetRoom)
{
//If this is not a void room, dont do anything
if (TargetRoom.RoomType != RoomTypes.VoidRoom)
return;
//Change the rooms type
TargetRoom.RoomType = RoomTypes.PathRoom;
//Add an indicator to show what type this room is
GameObject DungeonPath = (GameObject)Instantiate(DungeonPathPrefab, TargetRoom.DungeonFloor.transform.position, Quaternion.identity);
//Set the indicator as a child object to the room its indicating
DungeonPath.transform.parent = TargetRoom.DungeonFloor.transform;
}
GameObject getRoomZero(Vector3 pos)
{
GameObject drHolder = new GameObject("Room0");
drHolder.transform.position = pos;
drHolder.transform.parent = roomHolder.transform;
DungeonRoom dr = new DungeonRoom();
dr.room = Instantiate(roomB, pos, Quaternion.identity) as GameObject;
dr.room.transform.parent = drHolder.transform;
GameObject objHolder = new GameObject("Objs");
objHolder.transform.position = pos;
objHolder.transform.parent = drHolder.transform;
const int NUM_OBJS = 39;
dr.objs = new GameObject[NUM_OBJS];
// top left corner
dr.objs[0] = Instantiate(water, new Vector3(pos.x - 5.5f, pos.y + 3, 0), Quaternion.identity) as GameObject;
dr.objs[1] = Instantiate(water, new Vector3(pos.x - 4.5f, pos.y + 3, 0), Quaternion.identity) as GameObject;
dr.objs[2] = Instantiate(water, new Vector3(pos.x - 3.5f, pos.y + 3, 0), Quaternion.identity) as GameObject;
dr.objs[3] = Instantiate(water, new Vector3(pos.x - 5.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
// top right corner
dr.objs[4] = Instantiate(water, new Vector3(pos.x + 5.5f, pos.y + 3, 0), Quaternion.identity) as GameObject;
dr.objs[5] = Instantiate(water, new Vector3(pos.x + 4.5f, pos.y + 3, 0), Quaternion.identity) as GameObject;
dr.objs[6] = Instantiate(water, new Vector3(pos.x + 1.5f, pos.y + 1, 0), Quaternion.identity) as GameObject;
dr.objs[7] = Instantiate(water, new Vector3(pos.x + 5.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
// bot right corner
dr.objs[8] = Instantiate(water, new Vector3(pos.x + 5.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[9] = Instantiate(water, new Vector3(pos.x + 4.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[10] = Instantiate(water, new Vector3(pos.x + 3.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[11] = Instantiate(water, new Vector3(pos.x + 5.5f, pos.y - 2, 0), Quaternion.identity) as GameObject;
// bot left corner
dr.objs[12] = Instantiate(water, new Vector3(pos.x - 5.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[13] = Instantiate(water, new Vector3(pos.x - 4.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[14] = Instantiate(water, new Vector3(pos.x - 3.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[15] = Instantiate(water, new Vector3(pos.x - 5.5f, pos.y - 2, 0), Quaternion.identity) as GameObject;
dr.objs[16] = Instantiate(water, new Vector3(pos.x - 2.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[17] = Instantiate(water, new Vector3(pos.x - 1.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[18] = Instantiate(water, new Vector3(pos.x + 2.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[19] = Instantiate(water, new Vector3(pos.x + 1.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[20] = Instantiate(water, new Vector3(pos.x - 5.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[21] = Instantiate(water, new Vector3(pos.x + 5.5f, pos.y + 1, 0), Quaternion.identity) as GameObject;
dr.objs[22] = Instantiate(water, new Vector3(pos.x + 1.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
dr.objs[23] = Instantiate(water, new Vector3(pos.x + 0.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[24] = Instantiate(water, new Vector3(pos.x - 0.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[25] = Instantiate(water, new Vector3(pos.x - 1.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[26] = Instantiate(water, new Vector3(pos.x - 1.5f, pos.y + 0, 0), Quaternion.identity) as GameObject;
dr.objs[27] = Instantiate(water, new Vector3(pos.x - 1.5f, pos.y + 1, 0), Quaternion.identity) as GameObject;
dr.objs[28] = Instantiate(water, new Vector3(pos.x + 1.5f, pos.y - 2, 0), Quaternion.identity) as GameObject;
dr.objs[29] = Instantiate(water, new Vector3(pos.x + 1.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[30] = Instantiate(water, new Vector3(pos.x + 2.5f, pos.y - 2, 0), Quaternion.identity) as GameObject;
dr.objs[31] = Instantiate(water, new Vector3(pos.x + 2.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[32] = Instantiate(water, new Vector3(pos.x - 4.5f, pos.y - 2, 0), Quaternion.identity) as GameObject;
dr.objs[33] = Instantiate(water, new Vector3(pos.x - 4.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[34] = Instantiate(water, new Vector3(pos.x - 0.5f, pos.y + 1, 0), Quaternion.identity) as GameObject;
dr.objs[35] = Instantiate(water, new Vector3(pos.x + 0.5f, pos.y + 1, 0), Quaternion.identity) as GameObject;
dr.objs[36] = Instantiate(water, new Vector3(pos.x - 0.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
dr.objs[37] = Instantiate(water, new Vector3(pos.x + 0.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
foreach(GameObject g in dr.objs)
{
waterTiles.Add(g);
}
if(!keyIsFound){
dr.objs[38] = Instantiate(key, new Vector3(pos.x + -0.5f, pos.y, 0), Quaternion.identity) as GameObject;
}
for(int i=0; i < NUM_OBJS; ++i){
if(i == 38 && keyIsFound){
continue;
}
dr.objs[i].GetComponent<SpriteRenderer>().sortingOrder = 2;
dr.objs[i].transform.parent = objHolder.transform;
}
return drHolder;
}
public static List <DungeonRoomEnemy> GenerateChallenge(float difficulty, DungeonRoom room)
{
List <DungeonRoomEnemy> enemies = new List <DungeonRoomEnemy>();
return(enemies);
}
public bool CellInsideRoomBounds(DungeonRoom room, int x, int y)
{
return (x >= (room.UpperLeftX - roomSurroundings) && x < (room.LowerRightX + roomSurroundings))
&& (y >= (room.UpperLeftY - roomSurroundings) && y < (room.LowerRightY + roomSurroundings));
}
public void generateRoom(DungeonRoom aRoom)
{
data = aRoom.Data;
}
/// <summary>
/// Creates the simple dungeon map with size depending on the amount of rooms.
/// </summary>
/// <returns>LabMapContainer object</returns>
/// <param name="roomsAmount">How many rooms will the dungeon have.</param>
/// /// <param name="hasExitToNextFloor">True if this dungeon is not the last floor of the dungeon system.</param>
/// /// <param name="specialRooms">Optional array of rooms with custom RoomType</param>
public LabMapContainer CreateSimpleDungeonMap(int roomsAmount, bool hasExitToNextFloor, params DungeonRoom[] specialRooms)
{
//Assess approximatie dungeon dimensions
int approxDungeonArea = (int)(dungeonStretchCoeff * (roomsAmount + specialRooms.Length) * ((minRoomWidth * minRoomHeight) + (maxRoomWidth * maxRoomHeight)) / 2);
columns = (int)Math.Sqrt(approxDungeonArea);
rows = columns;
fogOfWarMap = new bool[columns, rows];
dungeonMap = new int[columns, rows];
rooms = new List<DungeonRoom>();
//fill dungeon with walls
for (int x = 0; x < columns; x++)
{
for (int y = 0; y < rows; y++)
{
dungeonMap[x, y] = WALL_TILE;
}
}
//create rooms array and place them on map
for (int i = 0; i < roomsAmount; i++)
{
DungeonRoom roomToAdd = GenerateNewRoom();
rooms.Add(roomToAdd);
PlaceRoomOnMap(roomToAdd);
}
foreach (DungeonRoom specialRoom in specialRooms)
{
DungeonRoom targetRoom = GenerateNewRoom();
if (targetRoom == null)
{
Console.WriteLine("Couldn't find a place for a secret room =(((");
continue;
}
targetRoom.roomType = specialRoom.roomType;
rooms.Add(targetRoom);
PlaceRoomOnMap(targetRoom);
}
PlaceDoorsOnMap();
int startRoomNumber = Program.rand.Next(0, rooms.Count);
while (rooms[startRoomNumber].roomType != RoomType.RegularlRoom)
{
startRoomNumber = Program.rand.Next(0, rooms.Count);
}
startRoom = rooms[startRoomNumber];
dungeonMap[startRoom.CenterX, startRoom.CenterY] = START_TILE;
if (hasExitToNextFloor)
{
int exitRoomNumber = Program.rand.Next(0, rooms.Count);
while (exitRoomNumber == startRoomNumber || rooms[exitRoomNumber].roomType != RoomType.RegularlRoom)
{
exitRoomNumber = Program.rand.Next(0, rooms.Count);
}
exitRoom = rooms[exitRoomNumber];
dungeonMap[exitRoom.CenterX, exitRoom.CenterY] = EXIT_TILE;
}
renderingMap = CreateRenderingMap(dungeonMap);
walkableMap = CreateWalkableMap(renderingMap);
//return CreateRenderingMap(dungeonMap);
return new LabMapContainer(dungeonMap, renderingMap, fogOfWarMap, walkableMap, rooms);
}
private void LockHorizontally(DungeonRoom left, DungeonRoom right, int lockID)
{
ConnectHorizontally(left, right);
left.Lock(Direction.Right, lockID);
right.Lock(Direction.Left, lockID);
}
GameObject getRoomSix(Vector3 pos)
{
GameObject drHolder = new GameObject("Room6");
drHolder.transform.position = pos;
drHolder.transform.parent = roomHolder.transform;
DungeonRoom dr = new DungeonRoom();
dr.room = Instantiate(roomRBL, pos, Quaternion.identity) as GameObject;
dr.room.transform.parent = drHolder.transform;
GameObject objHolder = new GameObject("Objs");
objHolder.transform.position = pos;
objHolder.transform.parent = drHolder.transform;
dr.objs = new GameObject[10];
// smiley face
dr.objs[0] = Instantiate(block, new Vector3(pos.x - 1.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
dr.objs[1] = Instantiate(block, new Vector3(pos.x + 1.5f, pos.y + 2, 0), Quaternion.identity) as GameObject;
dr.objs[2] = Instantiate(block, new Vector3(pos.x - 2.5f, pos.y, 0), Quaternion.identity) as GameObject;
dr.objs[3] = Instantiate(block, new Vector3(pos.x - 1.5f, pos.y, 0), Quaternion.identity) as GameObject;
dr.objs[4] = Instantiate(block, new Vector3(pos.x - 0.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[5] = Instantiate(block, new Vector3(pos.x + 0.5f, pos.y - 1, 0), Quaternion.identity) as GameObject;
dr.objs[6] = Instantiate(block, new Vector3(pos.x + 1.5f, pos.y, 0), Quaternion.identity) as GameObject;
dr.objs[7] = Instantiate(block, new Vector3(pos.x + 2.5f, pos.y, 0), Quaternion.identity) as GameObject;
// floor mat
dr.objs[8] = Instantiate(mat, new Vector3(pos.x - 0.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
dr.objs[9] = Instantiate(mat, new Vector3(pos.x + 0.5f, pos.y - 3, 0), Quaternion.identity) as GameObject;
for(int i=0; i < 10; ++i){
dr.objs[i].GetComponent<SpriteRenderer>().sortingOrder = 2;
dr.objs[i].transform.parent = objHolder.transform;
}
return drHolder;
}
public bool Connects(DungeonRoom room)
{
return(RoomA == room || RoomB == room);
}
/// <summary>
/// Adds the room to the dungeon and connects it with the closest dungeon cell.
/// </summary>
/// <param name="target">Room to add</param>
void AddRoomToDungeon(DungeonRoom target)
{
if (rooms.Count < 2) return;
int[] closestDungeonCell = { 9999, 9999 };
int closestDistance = Math.Abs(closestDungeonCell[0] - target.CenterX) + Math.Abs(closestDungeonCell[1] - target.CenterY);
for (int x = 0; x < columns; x++)
{
for (int y = 0; y < rows; y++)
{
if (CellInsideRoomBounds(target, x, y) || (dungeonMap[x, y] != FLOOR_TILE_0 && dungeonMap[x, y] != DOOR_TILE))
{
continue;
}
else
{
int distance = Math.Abs(x - target.CenterX) + Math.Abs(y - target.CenterY);
if (distance <= closestDistance)
{
if (target.roomType == RoomType.SecretRoom)
{
//Check that secret rooms are attached only to other rooms, not to coridors
if (!CellInsideAnyRoom(x, y))
{
continue;
}
}
closestDistance = distance;
closestDungeonCell[0] = x;
closestDungeonCell[1] = y;
}
}
}
}
// Console.WriteLine("Target room center coordinates are {0}:{1}.", target.CenterX, target.CenterY);
// Console.WriteLine("Target room left corner coordinates are {0}:{1}.", target.UpperLeftX, target.UpperLeftY);
// Console.WriteLine("Target room right corner coordinates are {0}:{1}.", target.LowerRightX, target.LowerRightY);
// Console.WriteLine("Trying to connect room with cell {0}:{1}.", closestDungeonCell[0], closestDungeonCell[1]);
// Console.WriteLine("Is this cell inside the room? {0}", CellInsideRoomBounds(target, closestDungeonCell[0], closestDungeonCell[1]));
ConnectRoomWithCell(target, closestDungeonCell[0], closestDungeonCell[1]);
}
public void SetNeighbourRoom(DungeonRoom neighbour, Direction direction) => neighbourRooms[direction] = neighbour;
void ConnectRoomWithCell(DungeonRoom room1, int targetX, int targetY)
{
int x1 = room1.CenterX;
int y1 = room1.CenterY;
int x2 = targetX;
int y2 = targetY;
int xDir = (x2 > x1) ? 1 : -1;
int yDir = (y2 > y1) ? 1 : -1;
//horizontal corridor
for (int x = x1; x != x2 + xDir; x += xDir)
{
if (dungeonMap[x, y1] == CORNER_TILE || dungeonMap[x, y1] == HORIZONTAL_WALL_TILE)
{
y1 += yDir;
dungeonMap[x - xDir, y1] = FLOOR_TILE_0;
dungeonMap[x, y1] = FLOOR_TILE_0;
}
else
{
if (dungeonMap[x, y1] == FOG_TRIGGER_TILE || dungeonMap[x, y1] == SECRET_DOOR_TILE)
{
continue;
}
else
{
if (dungeonMap[x, y1] == VERTICAL_WALL_TILE && room1.roomType == RoomType.SecretRoom)
{
dungeonMap[x, y1] = SECRET_DOOR_TILE;
}
else
{
dungeonMap[x, y1] = FLOOR_TILE_0;
}
}
}
}
//vertical corridor
for (int y = y1; y != y2 + yDir; y += yDir)
{
if (dungeonMap[x2, y] == CORNER_TILE || dungeonMap[x2, y] == VERTICAL_WALL_TILE)
{
x2 += xDir;
dungeonMap[x2, y - yDir] = FLOOR_TILE_0;
dungeonMap[x2, y] = FLOOR_TILE_0;
}
else
{
if (dungeonMap[x2, y] == FOG_TRIGGER_TILE || dungeonMap[x2, y] == SECRET_DOOR_TILE)
{
continue;
}
else
{
if (dungeonMap[x2, y] == HORIZONTAL_WALL_TILE && room1.roomType == RoomType.SecretRoom)
{
dungeonMap[x2, y] = SECRET_DOOR_TILE;
}
else
{
dungeonMap[x2, y] = FLOOR_TILE_0;
}
}
}
}
// dungeonMap[x2, y1] = FOG_TRIGGER_TILE;
//dungeonMap[x2, y2] = FOG_TRIGGER_TILE;
}
void DiscoverRoom(DungeonRoom room)
{
for (int x = room.UpperLeftX - 1; x < room.LowerRightX + 1; x++)
{
for (int y = room.UpperLeftY - 1; y < room.LowerRightY + 1; y++)
{
fogOfWarMap[x, y] = true;
}
}
}
DungeonRoom FindNearestRoom(DungeonRoom target)
{
if (rooms.Count <= 1)
{
return null;
}
else
{
int targetX = target.CenterX;
int targetY = target.CenterY;
int nearestDistance = 0;
DungeonRoom nearestRoom = null;
foreach (DungeonRoom room in rooms)
{
int distance = (int)(Math.Abs(room.CenterX - target.CenterX) + Math.Abs(room.CenterY - target.CenterY));
if (nearestDistance != 0 && (room.CenterX != targetX || room.CenterY != targetY))
{
if (distance < nearestDistance)
{
nearestDistance = distance;
nearestRoom = room;
}
}
else if (nearestDistance == 0 && (room.CenterX != targetX || room.CenterY != targetY))
{
nearestDistance = (int)(Math.Abs(room.CenterX - target.CenterX) + Math.Abs(room.CenterY - target.CenterY));
nearestRoom = room;
}
}
return nearestRoom;
}
}
void CreateHolesInFloor()
{
if (holeMarkersContainer == null)
{
return;
}
foreach (Transform hole in holeMarkersContainer)
{
HoleMarker holeMarker = hole.GetComponent <HoleMarker>();
if (holeMarker == null)
{
continue;
}
DungeonRoom dr = DungeonRoom.GetRoomForPosition(hole.position);
if (dr == null)
{
//print(" hole -> " + hole.name + ": " + hole.transform.position.x + ", " + hole.transform.position.z);
continue;
}
Vector2 tile = dr.WorldPointToTile(hole.position);
Rect floorTextureArea = dr.TileToFloorTextureArea(tile);
//print("tile: " + tile.ToString());
//print("floorTextureArea: " + floorTextureArea.ToString());
// Create a new texture
Texture2D origTexture;
if (holeMarker.appearsOnPushBlock && dr.Info.PushBlockChangeFloorMaterial != null)
{
origTexture = dr.Info.PushBlockChangeFloorMaterial.mainTexture as Texture2D;
}
else
{
origTexture = dr.floor.GetComponent <Renderer>().material.mainTexture as Texture2D;
}
Texture2D newTexture = new Texture2D(origTexture.width, origTexture.height);
newTexture.filterMode = origTexture.filterMode;
// Copy the pixels and cut the hole
Color[] pixels = origTexture.GetPixels();
int y = (int)floorTextureArea.yMin;
while (y < (int)floorTextureArea.yMax)
{
int x = (int)floorTextureArea.xMin;
while (x < (int)floorTextureArea.xMax)
{
int i = newTexture.width * y + x;
pixels[i].a = 0;
pixels[i].r = 0.9f;
pixels[i].g = 0.8f;
pixels[i].b = 0.7f;
++x;
}
++y;
}
newTexture.SetPixels(pixels);
newTexture.Apply();
// Assign the new texture
if (holeMarker.appearsOnPushBlock)
{
dr.Info.PushBlockChangeFloorMaterial = new Material(dr.floor.GetComponent <Renderer>().material);
dr.Info.PushBlockChangeFloorMaterial.mainTexture = newTexture;
}
else
{
dr.Info.floorMaterial.mainTexture = newTexture;
dr.floor.GetComponent <Renderer>().material.mainTexture = newTexture;
}
}
}
DungeonRoom GenerateNewRoom()
{
int roomX = Program.rand.Next(4, columns - maxRoomWidth - 4);
int roomY = Program.rand.Next(4, rows - maxRoomHeight - 4);
int roomWidth = Program.rand.Next(minRoomWidth, maxRoomWidth);
int roomHeight = Program.rand.Next(minRoomHeight, maxRoomHeight);
DungeonRoom targetRoom = new DungeonRoom(roomX, roomY, roomWidth, roomHeight);
int iterations = 0;
while (!AbleToPlace(targetRoom))
{
roomX = Program.rand.Next(4, columns - maxRoomWidth - 4);
roomY = Program.rand.Next(4, rows - maxRoomHeight - 4);
targetRoom = new DungeonRoom(roomX, roomY, roomWidth, roomHeight);
iterations++;
if (iterations > 14000) return null;
}
return targetRoom;
}
public TreasureRoom(IntPair position, DungeonRoom previousRoom)
: base(position, previousRoom)
{
}
void PlaceObjectInsideRoom(int objectType, DungeonRoom room)
{
int x = Program.rand.Next(room.UpperLeftX, room.LowerRightX);
int y = Program.rand.Next(room.UpperLeftY, room.LowerRightY);
if (dungeonMap[x, y] == FLOOR_TILE_0)
{
dungeonMap[x, y] = objectType;
}
else
{
PlaceObjectInsideRoom(objectType, room);
}
}
bool AbleToPlace(DungeonRoom room)
{
int count = 0;
for (int x = room.UpperLeftX - roomSurroundings; x < room.LowerRightX + roomSurroundings; x++)
{
for (int y = room.UpperLeftY - roomSurroundings; y < room.LowerRightY + roomSurroundings; y++)
{
if (dungeonMap[x, y] != WALL_TILE)
{
count++;
return false;
}
else count++;
}
}
return true;
}
GameObject getRoomThree(Vector3 pos)
{
// boss room
GameObject drHolder = new GameObject("Room3");
drHolder.transform.position = pos;
drHolder.transform.parent = roomHolder.transform;
DungeonRoom dr = new DungeonRoom();
dr.room = Instantiate(roomG, pos, Quaternion.identity) as GameObject;//roomBombN
dr.room.transform.parent = drHolder.transform;
GameObject objHolder = new GameObject("Objs");
objHolder.transform.position = pos;
objHolder.transform.parent = drHolder.transform;
dr.objs = new GameObject[1];
/*dr.objs[0] = Instantiate(stairs, new Vector3(pos.x + 0.5f, pos.y, 0), Quaternion.identity) as GameObject;
dr.objs[0].GetComponent<DungeonStairs>().isRoomBoss = true;
for(int i=0; i < 1; ++i){
dr.objs[i].GetComponent<SpriteRenderer>().sortingOrder = 2;
dr.objs[i].transform.parent = objHolder.transform;
}*/
return drHolder;
}