//Metodo para explorar la generacion
public void ExploreMap()
{
//Obtiene el grid
DynamicGridController grid = FindObjectOfType <DynamicGridController>();
//Obtiene la posicion donde debe de ser creado el jugador
Vector3 position = grid.Grid.GetCellWorldPosition(grid.width / 2, grid.height - 1, grid.length / 2);
Instantiate(playerPrefab, position, Quaternion.identity);
//Esconde el menu
playMenuPanel.SetActive(false);
//Indica que puede pausar
canPause = true;
}
//Metodo para generar el terreno y estructuras
public void GenerateTerrain()
{
creationMenuPanel.SetActive(false);
playMenuPanel.SetActive(true);
//Asigna todos los datos a los controladorse correspondientes
DynamicGridController grid = FindObjectOfType <DynamicGridController>();
TerrainGenerator terrain = FindObjectOfType <TerrainGenerator>();
RoomGenerator room = FindObjectOfType <RoomGenerator>();
grid.width = Parse(worldWidth);
grid.height = Parse(worldHeight);
grid.length = Parse(worldLength);
terrain.maxHeight = Parse(worldMaxHeight);
terrain.seed = Parse(worldSeed);
terrain.scale = Parse(worldScale);
room.minWidth = Parse(roomMinWidth);
room.roomHeight = Parse(roomCeilingHeight);
room.minLength = Parse(roomMinLength);
room.roomLayer = Parse(roomGenerationLayer);
room.hallWidth = Parse(roomHallWidth);
room.maxIterations = Parse(roomIterations);
//Destruye la malla anterior y la regenera
FindObjectOfType <DynamicGridController>().CreateGrid();
//Crea el terreno
FindObjectOfType <TerrainGenerator>().StartTerrainGeneration();
//Crea las estructuras
FindObjectOfType <RoomGenerator>().StartRoomGeneration();
//Posiciona la camara principal donde se pueda observar la generacion
Vector3 position = new Vector3(grid.transform.position.x + grid.width / 2 * grid.unitSize + grid.unitSize / 2f, grid.transform.position.y + terrain.maxHeight * grid.unitSize * 2, grid.transform.position.z - 10);
Camera.main.transform.position = position;
Camera.main.transform.LookAt(grid.Grid.GetCellWorldPosition(grid.width / 2, 0, grid.length / 2));
}
