private void OnTriggerEnter(Collider pCollider)
{
Transform pTrans = pCollider.transform;
int iHashCode = pCollider.GetHashCode();
float fDistance = (pTrans.position - _pTransformCached.position).sqrMagnitude;
if (_mapMagneticPool.ContainsKey(iHashCode) == false)
{
IMagneticListener IMagneticListener = pTrans.GetComponent <IMagneticListener>();
SInfoMagnetic sInfoMagnetic = new SInfoMagnetic();
sInfoMagnetic.pTransCached = pTrans;
sInfoMagnetic.IMagneticListener = IMagneticListener;
sInfoMagnetic.eStateMagnetic = EStateMagnetic.None;
sInfoMagnetic.fLastDistance = fDistance;
_mapMagneticPool.Add(iHashCode, sInfoMagnetic);
}
else
{
SInfoMagnetic sInfoMagnetic = _mapMagneticPool[iHashCode];
sInfoMagnetic.eStateMagnetic = EStateMagnetic.None;
sInfoMagnetic.fLastDistance = fDistance;
}
}
public SMagneticInfo(Transform pTransCached, IMagneticListener iMagneticListener, float fRandomSpeed)
{
this.pTransCached = pTransCached;
this.iMagneticListener = iMagneticListener;
this.fMagneticStartTime = Time.time;
this.fRandomSpeed = fRandomSpeed;
this._pRigidbody = pTransCached.GetComponent <Rigidbody>();
this._pRigidbody2D = pTransCached.GetComponent <Rigidbody2D>();
bool bIsStartMagnetic = true;
iMagneticListener.IMagneticListener_OnStartMagnetic(ref bIsStartMagnetic);
this.bIsStartMagnetic = bIsStartMagnetic;
}
// ========================================================================== //
#region Private
/* private - [Proc] Function
* 로직을 처리(Process Local logic) */
private void OnEnter(int iHashCode, Transform pTrans)
{
IMagneticListener iMagneticListener = pTrans.GetComponent <IMagneticListener>();
if (iMagneticListener == null)
{
return;
}
if (_mapMagneticPool.ContainsKey(iHashCode) == false)
{
_mapMagneticPool.Add(iHashCode, new SMagneticInfo(pTrans, iMagneticListener, Random.Range(p_fMagnetPower_Random_Min, p_fMagnetPower_Random_Max)));
}
else
{
_mapMagneticPool[iHashCode] = _mapMagneticPool[iHashCode].ResetStartTime();
}
}
private void OnTriggerStay(Collider pCollider)
{
int iHashCode = pCollider.GetHashCode();
SInfoMagnetic sInfoMagnetic = _mapMagneticPool[iHashCode];
if (sInfoMagnetic.eStateMagnetic == EStateMagnetic.Attracted)
{
return;
}
Transform pTrans = sInfoMagnetic.pTransCached;
float fDistanceSqrt = (pTrans.position - _pTransformCached.position).sqrMagnitude;
float fDistAtrractSqrt = (p_fMagnetReactRadius * p_fMagnetReactRadius);
if (sInfoMagnetic.eStateMagnetic == EStateMagnetic.Reaction || fDistanceSqrt < fDistAtrractSqrt)
{
if (sInfoMagnetic.eStateMagnetic == EStateMagnetic.None)
{
sInfoMagnetic.eStateMagnetic = EStateMagnetic.Reaction;
}
Vector3 v3Direction = (pTrans.position - _pTransformCached.position);
float fLastDistance = sInfoMagnetic.fLastDistance;
float fRealDistance = v3Direction.sqrMagnitude;
float fCurrentDistance = PrimitiveHelper.GetCalcReverseFloat(sInfoMagnetic.fLastDistance, fRealDistance) * p_fMagnetReactMultiplier;
fCurrentDistance = Mathf.Clamp(fCurrentDistance, 0f, 50f);
pTrans.position += fCurrentDistance * (v3Direction * _iMagneticTypeDir) * Time.deltaTime;
if (fRealDistance < float.Epsilon && sInfoMagnetic.eStateMagnetic != EStateMagnetic.Attracted)
{
sInfoMagnetic.eStateMagnetic = EStateMagnetic.Attracted;
IMagneticListener IMagneticListener = sInfoMagnetic.IMagneticListener;
if (IMagneticListener != null)
{
IMagneticListener.IOnAttracted();
}
}
}
}
