void Start()
{
//cambia dimensione camera ortografica in base alla dimensione dello schermo in modo da mostrare l'intera board
camera.orthographicSize = Screen.height * 800 / 1920;
gm = this;
lives = maxLives;
numberFluxesDepleteded = 0;
levelCompleted = false;
SaveManager.Instance().SaveLastScene(SceneManager.GetActiveScene().name);
MapUtility.LowerPins = new List <Pin>();
MapUtility.UpperPins = new List <Pin>();
MapUtility.Holes = new List <Hole>();
MapUtility.Bridges = new List <Bridge>();
MapUtility.IsChipWiring = false;
var lowPins = MapUtility.GetAllObjectsOnlyInScene().Where(x => x.name.Contains("LPin")).OrderBy(pin => pin.name).ToList();
var upperPins = MapUtility.GetAllObjectsOnlyInScene().Where(x => x.name.Contains("UPin")).OrderBy(pin => pin.name).ToList();
var holes = MapUtility.GetAllObjectsOnlyInScene().Where(x => x.name.Contains("Hole")).OrderBy(hole => hole.name).ToList();
var bridges = MapUtility.GetAllObjectsOnlyInScene().Where(x => x.name.Contains("Bridge")).ToList();
MapUtility.collisionMapBaseSetup();
//per ogni lowPin trovato, creo un'istanza di Pin
var pinIndex = 0;
foreach (var pin in lowPins)
{
var attachmentPosition = pin.transform.GetChild(0).position;
var attachmentRotation = pin.transform.GetChild(0).rotation;
var attachment = new Tuple <Vector3, Quaternion>(attachmentPosition, attachmentRotation);
var pinInstance = new Pin()
{
IsConnected = false,
Type = PinType.Lower,
Instance = pin,
AttachmentPoint = attachment,
Index = pinIndex
};
MapUtility.setCollisionMap(attachmentPosition.x, attachmentPosition.z, CollisionEntity.getFullCollisionEntity());
MapUtility.LowerPins.Add(pinInstance);
pinIndex++;
}
//per ogni upperPin trovato, creo un'istanza di Pin
pinIndex = 0;
foreach (var pin in upperPins)
{
var attachmentPosition = pin.transform.GetChild(0).position;
var attachmentRotation = pin.transform.GetChild(0).rotation;
var attachment = new Tuple <Vector3, Quaternion>(attachmentPosition, attachmentRotation);
var spawnPointPosition = new Vector3(attachmentPosition.x, attachmentPosition.y, attachmentPosition.z - 950);
var fluxSpawnPoint = new Tuple <Vector3, Quaternion>(spawnPointPosition, attachmentRotation);
var pinInstance = new Pin()
{
IsConnected = false,
Type = PinType.Upper,
Instance = pin,
FluxSpawnPoint = fluxSpawnPoint,
AttachmentPoint = attachment,
Index = pinIndex
};
MapUtility.setCollisionMap(attachmentPosition.x, attachmentPosition.z, CollisionEntity.getFullCollisionEntity());
MapUtility.UpperPins.Add(pinInstance);
pinIndex++;
}
idleFluxes = new List <Flux>();
depletingFluxes = new List <Flux>();
//salva i buchi trovati nella scena
foreach (var hole in holes)
{
var holeInstance = new Hole()
{
IsConnected = false,
Instance = hole
};
MapUtility.Holes.Add(holeInstance);
MapUtility.setCollisionMap(hole.transform.position.x, hole.transform.position.z, holeInstance);
}
//salva i ponti trovati nella scena
foreach (var bridge in bridges)
{
var bridgeInstance = new Bridge();
MapUtility.Bridges.Add(bridgeInstance);
MapUtility.setCollisionMap(bridge.transform.position.x, bridge.transform.position.z, bridgeInstance);
}
//flag per prevenire lo spawn dei flussi, == true nei tutorial
if (!preventFluxSpawning)
{
//il livello 7 prevede la possibilità di spawnare due flussi contemporaneamente su due pin diversi
if (SceneManager.GetActiveScene().name == "Level 7")
{
StartCoroutine(spawnRandomFluxesForeverWithDoubleFlux());
}
else
{
StartCoroutine(spawnRandomFluxesForever());
}
}
MapUtility.GamePaused = false;
}
