void Failed(EventInfoS e)
{
defaultFailGOCycle.negativeGratification = actualCycle.negativeGratification;
SetGOCycleByPlace(defaultFailGOCycle, actualPlaceNo);
PlayNegativeGratification();
DoCycle();
}
void Destroy(EventInfoS e)
{
GameManager.eventSystem.Unsubscribe("Success", Destroy);
GameManager.eventSystem.Unsubscribe("Failed", Failed);
Destroy(gameObject);
}
void PlayerDied(EventInfoS e)
{
state = States.GameOver;
endScreen.gameObject.SetActive(true);
PlaySound("Dead");
endScreen.text.text = "Your score:\n" + points.ToString();
pointsText.gameObject.SetActive(false);
}
void Failed(EventInfoS e)
{
GameManager.eventSystem.Unsubscribe("Success", Destroy);
GameManager.eventSystem.Unsubscribe("Failed", Failed);
twirl.center = GameManager.mainCamera.GetComponent <Camera>().WorldToViewportPoint(GameManager.player.GetNextPlacePosition());
GameManager.instance.PlaySound("TimeTravel2");
state = States.Spawn;
}
void OnPlayerSuccess(EventInfoS e)
{
GameManager.eventSystem.Unsubscribe("Succeeded", OnPlayerSuccess);
GameManager.eventSystem.Unsubscribe("Failed", OnPlayerFailure);
mover.animationFrames = new MovePlayer.SimpleAniStep[1];
mover.animationFrames[0] = new MovePlayer.SimpleAniStep(end, 1, 2f, 0);
mover.destroyAtTheEnd = true;
mover.Play();
Destroy(gameObject);
}
void Die(EventInfoS s)
{
Debug.Log("I'm Dying");
state = States.Dead;
controlAllowed = false;
GameObject corpses = Instantiate(leftovers, transform.position, transform.rotation) as GameObject;
Destroy(corpses, 5f);
Destroy(gameObject);
}
void LastBreathe(EventInfoS e)
{
MovePlayer mover = gameObject.AddComponent <MovePlayer>();
mover.animationFrames = new MovePlayer.SimpleAniStep[2];
mover.animationFrames[0] = new MovePlayer.SimpleAniStep(new Vector3(5.7f, -1f, 0), 1, 2, 0);
mover.animationFrames[1] = new MovePlayer.SimpleAniStep(new Vector3(5.7f, -0.8f, 0), 0, 1f, 0);
mover.destroyAtTheEnd = true;
mover.Play();
}
void OnPlayerFailure(EventInfoS e)
{
GameManager.eventSystem.Unsubscribe("Succeeded", OnPlayerSuccess);
GameManager.eventSystem.Unsubscribe("Failed", OnPlayerFailure);
walker.GetComponentInChildren <CapsuleCollider2D>().enabled = true;
layerManager.flipX = false;
layerManager.name2 = "Queue";
layerManager.SetLayerRecursively(layerManager.gameObject, 8);
layerManager.Init();
queue.AddPerson(walker);
Destroy(gameObject);
}
public bool Call(string eventName, IgorEventSystemS caller)
{
int index = Array.FindIndex(eventsList, s => eventName == s);
if (index >= 0)
{
EventInfoS e = new EventInfoS(this, caller, index);
if (events[index] != null)
{
events[index](e);
}
return(true);
}
return(false);
}
void DefaultEvent(EventInfoS e)
{
Debug.Log("Event sie dzieje: " + eventSystem.eventsList[e.eventId]);
}
void StopGenerating(EventInfoS e)
{
generateCave = false;
}
void EmptyPlace(EventInfoS e)
{
PlayCulmination();
GameManager.player.AllowMovementForTime(actualCycle.spaceBarWaitTime);
}
void Succeeded(EventInfoS e)
{
PlayPositiveGratification();
DoCycle();
}
void StartGenerating(EventInfoS e)
{
generateCave = true;
}
void AllowMovement(EventInfoS e)
{
offset = gameObject.transform.position - GameManager.player.transform.position;
movementAllowed = true;
}
void StopMovement(EventInfoS e)
{
movementAllowed = false;
}
void AllowControl(EventInfoS e)
{
controlAllowed = true;
}
void Destroy(EventInfoS e)
{
Destroy(gameObject);
}
void WaitForOccurence(EventInfoS e)
{
float randWaitingTime = GameManager.instance.RandomRange(MIN_WAITING_TIME, MAX_WAITING_TIME);
Invoke("PlayOccurenceAtMyPlace", randWaitingTime);
}
