private void FixedUpdate()
{
if (this._isShake)
{
if (this._fShakeIntensity > 0f)
{
if (this._isShakePos)
{
base.get_transform().set_position(this._vOriginPosition + XorRandom.GetInsideUnitSphere(this._fShakeIntensity));
}
if (this._isShakeRot)
{
base.get_transform().set_rotation(new Quaternion(this._quaOriginRotation.x + XorRandom.GetFLim(-this._fShakeIntensity, this._fShakeIntensity) * 2f, this._quaOriginRotation.y + XorRandom.GetFLim(-this._fShakeIntensity, this._fShakeIntensity) * 2f, this._quaOriginRotation.z + XorRandom.GetFLim(-this._fShakeIntensity, this._fShakeIntensity) * 2f, this._quaOriginRotation.w + XorRandom.GetFLim(-this._fShakeIntensity, this._fShakeIntensity) * 2f));
}
this._fShakeIntensity -= this._fShakeDecay;
}
else
{
Observable.TimerFrame(2, FrameCountType.EndOfFrame).Subscribe(delegate(long _)
{
this._isShake = false;
if (this._actCallback != null)
{
this._actCallback.Invoke();
}
});
}
}
}
private void FixedUpdate()
{
if (!_isShake)
{
return;
}
if (_fShakeIntensity > 0f)
{
if (_isShakePos)
{
base.transform.position = _vOriginPosition + XorRandom.GetInsideUnitSphere(_fShakeIntensity);
}
if (_isShakeRot)
{
base.transform.rotation = new Quaternion(_quaOriginRotation.x + XorRandom.GetFLim(0f - _fShakeIntensity, _fShakeIntensity) * 2f, _quaOriginRotation.y + XorRandom.GetFLim(0f - _fShakeIntensity, _fShakeIntensity) * 2f, _quaOriginRotation.z + XorRandom.GetFLim(0f - _fShakeIntensity, _fShakeIntensity) * 2f, _quaOriginRotation.w + XorRandom.GetFLim(0f - _fShakeIntensity, _fShakeIntensity) * 2f);
}
_fShakeIntensity -= _fShakeDecay;
}
else
{
Observable.TimerFrame(2, FrameCountType.EndOfFrame).Subscribe(delegate
{
_isShake = false;
if (_actCallback != null)
{
_actCallback();
}
});
}
}
public static Vector2 GetInsideUnitCircle(float radius)
{
return(XorRandom.GetInsideUnitSphere(radius));
}
