public void Initialize()
{
// Set the singleton object.
singleton = this;
// Set some default values
CurrentPickup = PickupType.Normal;
_currentChamberNumber = -1;
_lastCoinChamberNumber = short.MinValue; // must be further than minimum coin distance from 0, but not too small that it'd overflow on distance calculation.
// Create our random number generators, and store/restore the chamber generator state.
_pickupRNG = new RandomGen();
_chamberRNG = new RandomGen();
if (!string.IsNullOrEmpty(_initialChamberRNGState))
{
_chamberRNG.SetStateJson(_initialChamberRNGState);
}
else
{
_initialChamberRNGState = _chamberRNG.GetStateJson();
}
// Sort our chambers for quick lookups.
_continuousChambersByDirection = new Dictionary <ChamberDirection, List <Chamber> >();
_continuousChambersByDirection[ChamberDirection.Straight] = new List <Chamber>();
_continuousChambersByDirection[ChamberDirection.Turn] = new List <Chamber>();
foreach (Chamber chamber in _continuousChambers)
{
_continuousChambersByDirection[chamber.ChamberDirection].Add(chamber);
}
// Sort our pickups for quick lookups.
_pickupsByType = new Dictionary <PickupType, List <Pickup> >();
foreach (Pickup pickup in _pickups)
{
if (!_pickupsByType.ContainsKey(pickup.PickupType))
{
_pickupsByType[pickup.PickupType] = new List <Pickup>();
}
_pickupsByType[pickup.PickupType].Add(pickup);
}
}
// Use this for initialization
void Start()
{
GM = GameObject.FindGameObjectWithTag("GameManager").GetComponent <GameManager>();
chamber = GetComponentInParent <ChamberManager>();
position = this.transform.position;
}