// Use this for initialization
void Awake()
{
playerObject = GameObject.FindWithTag("Player");
player = playerObject.GetComponent <Player>();
_statePattern = new FairyState(this);
_statePattern.StartState();
StartCoroutine(ChangeTargetPosition());
}
private void SetSprite(FairyType iType, FairyState iState, int nIndex)
{
this.fairySprite.spriteName = ((iType != 0) ? $"mini{(int)iType}_{iState.ToString()}_{nIndex:D2}" : string.Empty);
UISprite fairySprite = this.fairySprite;
FairyAnimParameter fairyAnimParameter = _listFairyAnimationParameter[(int)iType];
fairySprite.localSize = fairyAnimParameter.baseSpriteSize;
}
public void Show(FairyType iType, FairyState iState, Action onFinished)
{
ReqFairyType(iType);
Transform transform = base.transform;
FairyAnimParameter fairyAnimParameter = _listFairyAnimationParameter[(int)iType];
transform.localPosition = fairyAnimParameter.startPos;
PreparaAnimation(isFoward: true, delegate
{
((Collider)collider).enabled = true;
ReqFairyState(iState);
Dlg.Call(ref onFinished);
});
}
private void ReqFairyType(FairyType iType)
{
if (_iType != iType)
{
_iType = iType;
_iState = (_iStatePrev = FairyState.Idle);
_nSpriteIndex = 0;
SetSprite(_iType, _iState, _nSpriteIndex);
_listObserverStream.ForEach(delegate(IDisposable x)
{
x?.Dispose();
});
}
}
public StateParam GetStateParam(FairyState iState)
{
switch (iState)
{
case FairyState.Idle:
return(idleStateParam);
case FairyState.Move:
return(moveStateParam);
case FairyState.Jump:
return(jumpStateParam);
default:
return(default(StateParam));
}
}
public void HoverOnObject(Transform _target)
{
target = _target;
fairyState = FairyState.HoveringOnObject;
}
public void FollowPlayer()
{
target = playerAttachPoint;
fairyState = FairyState.FollowingPlayer;
}
private void ReqFairyState(FairyState iState)
{
if (_iType == FairyType.None)
{
return;
}
StateParam stateParam = _listFairyAnimationParameter[(int)_iType].GetStateParam(iState);
if (stateParam.spriteNum <= 0)
{
return;
}
_nSpriteIndex = 0;
_listObserverStream.ForEach(delegate(IDisposable x)
{
x?.Dispose();
});
List <IDisposable> listObserverStream = _listObserverStream;
FairyState index2 = iState;
StateParam stateParam2 = _listFairyAnimationParameter[(int)_iType].GetStateParam(iState);
listObserverStream[(int)index2] = (from x in Observable.IntervalFrame(stateParam2.drawIntervalFrame)
select _nSpriteIndex ++).Subscribe(delegate(int index)
{
StateParam stateParam3 = _listFairyAnimationParameter[(int)_iType].GetStateParam(iState);
int num = index % stateParam3.spriteNum;
StateParam stateParam4 = _listFairyAnimationParameter[(int)_iType].GetStateParam(iState);
int nIndex = stateParam4.convertSpriteNumber[num];
SetSprite(_iType, iState, nIndex);
}).AddTo(base.gameObject);
_iStatePrev = _iState;
_iState = iState;
switch (iState)
{
case FairyState.Idle:
break;
case FairyState.Jump:
{
FairyAnimParameter fairyAnimParameter3 = _listFairyAnimationParameter[(int)_iType];
Observable.TimerFrame(fairyAnimParameter3.jumpFrame).Subscribe(delegate
{
ReqFairyState(_iStatePrev);
});
break;
}
case FairyState.Move:
if (_iStatePrev != FairyState.Jump)
{
FairyAnimParameter fairyAnimParameter = _listFairyAnimationParameter[(int)_iType];
float tripTime = fairyAnimParameter.tripTime;
FairyAnimParameter fairyAnimParameter2 = _listFairyAnimationParameter[(int)_iType];
float rotTime = fairyAnimParameter2.rotTime;
float delayTime = tripTime * 2f;
base.transform.LTCancel();
base.transform.LTDelayedCall(delayTime, (Action) delegate
{
base.transform.LTRotateLocal(Vector3.zero, rotTime).setEase(LeanTweenType.easeOutSine);
Transform transform = base.transform;
FairyAnimParameter fairyAnimParameter4 = _listFairyAnimationParameter[(int)_iType];
transform.LTMoveLocalX(fairyAnimParameter4.endPos.x, tripTime).setEase(LeanTweenType.linear);
base.transform.LTRotateLocal(Vector3.up * 180f, rotTime).setDelay(tripTime).setEase(LeanTweenType.easeOutSine);
Transform transform2 = base.transform;
FairyAnimParameter fairyAnimParameter5 = _listFairyAnimationParameter[(int)_iType];
transform2.LTMoveLocalX(fairyAnimParameter5.startPos.x, tripTime).setDelay(tripTime).setEase(LeanTweenType.linear);
}).setOnCompleteOnStart(isOn: true).setLoopClamp();
}
break;
}
}
