public void UpdatePlayerLocationAndSpawnRoom(GameObject corridor)
{
//Retrieve information about corridor
Corridor corridorData = null;
foreach (Corridor corr in corridors)
{
if (corridor.name == corr.name)
{
corridorData = corr;
}
}
//Disable old room
roomGrid[playerGridLocX][playerGridLocY].SetActive(false);
//Disable old walls
foreach (Transform wall in rooms[new Vector3(playerGridLocX, playerGridLocY)].walls)
{
wall.GetComponent <ShadowTrigger>().DisableWall();
}
Vector3 newPlayerPos = new Vector3();
//Create new room in right direction
int playerXOfsset = 0;
int playerYOfsset = 0;
GameObject roomToAdd;
//TODO refactor to use rooms from right biome
switch (direction)
{
case Constants.EXIT_TOP:
playerGridLocY++;
playerYOfsset = -2;
roomToAdd = templates.roomsPerBiome[currentBiome].Brooms[Random.Range(0, templates.roomsPerBiome[currentBiome].Brooms.Count)];
//roomToAdd = templates.dungeonBrooms[Random.Range(0, templates.dungeonBrooms.Count)];
break;
case Constants.EXIT_BOT:
playerGridLocY--;
playerYOfsset = 2;
roomToAdd = templates.roomsPerBiome[currentBiome].Trooms[Random.Range(0, templates.roomsPerBiome[currentBiome].Trooms.Count)];
//roomToAdd = templates.dungeonTrooms[Random.Range(0, templates.dungeonTrooms.Count)];
break;
case Constants.EXIT_RIGHT:
playerGridLocX++;
playerXOfsset = -2;
roomToAdd = templates.roomsPerBiome[currentBiome].Lrooms[Random.Range(0, templates.roomsPerBiome[currentBiome].Lrooms.Count)];
//roomToAdd = templates.dungeonLrooms[Random.Range(0, templates.dungeonLrooms.Count)];
break;
case Constants.EXIT_LEFT:
playerGridLocX--;
playerXOfsset = 2;
roomToAdd = templates.roomsPerBiome[currentBiome].Rrooms[Random.Range(0, templates.roomsPerBiome[currentBiome].Rrooms.Count)];
//roomToAdd = templates.dungeonRrooms[Random.Range(0, templates.dungeonRrooms.Count)];
break;
default:
roomToAdd = null;
Debug.LogError($"Entrance code unknown: {direction}");
break;
}
GameObject addedRoom = null;
if (roomGrid.ContainsKey(playerGridLocX))
{
if (!roomGrid[playerGridLocX].ContainsKey(playerGridLocY))
{
//X exists, Y does not
addedRoom = AddRoom(roomToAdd);
AddExits(addedRoom.transform);
}
else
{
//X/Y both exist -> enable existing room
addedRoom = roomGrid[playerGridLocX][playerGridLocY];
possibleEntrances = rooms[new Vector3(playerGridLocX, playerGridLocY)].entrancePositions;
roomGrid[playerGridLocX][playerGridLocY].SetActive(true);
}
}
else
{
//X/Y do not exist
addedRoom = AddRoom(templates.dungeonRooms[Random.Range(0, templates.dungeonRooms.Length)]);
AddExits(addedRoom.transform);
}
foreach (Transform entrance in possibleEntrances)
{
if (entrance.name == Constants.opositeEntrance[direction])
{
Debug.Log($"Opposite entrance = {entrance.name}, position = {entrance.position}");
newPlayerPos = entrance.position;
break;
}
}
newPlayerPos.x += playerXOfsset;
newPlayerPos.y += playerYOfsset;
//Set player to right spot
playerController.setPlayerPosition(newPlayerPos);
//Set direction to origin dir
direction = Constants.opositeEntrance[direction];
//Once all exits have been added rescan the A* pathfinding
//AstarPath.active.Scan();
}