IEnumerator LockCheck()
{
gateLocks = Physics.OverlapSphere(myTr.position, 5f, lockLayer);
if (gateLocks.Length >= 1)
{
float closestSqr = Mathf.Infinity; //가장 가까운 거리
Transform closestTarget = null; //가장 가까운 타겟
float targetDist; //자신과 타겟과의 거리
for (int i = 0; i < gateLocks.Length; i++) //검색
{
Vector3 objectPos = gateLocks[i].transform.position; //찾은 타겟의 포지션
targetDist = (objectPos - myTr.position).sqrMagnitude; //자신과 새 타겟과의 현재 거리
if (targetDist < closestSqr) //새 타겟과의 현재 거리가 기존 타겟보다 가까우면
{
closestSqr = targetDist; //현재 거리가 가장 가까운 거리가 됨
closestTarget = gateLocks[i].transform; //가장 가까운 타겟은 지금 거리계산한 타겟
}
}
targetTr = closestTarget.transform; //타겟은 가장 가까운 타겟
if (targetTr.CompareTag("PC"))
{
hackingPC = targetTr.GetComponent <HackingPC>();
}
else
{
gateAccess = targetTr.GetComponent <GateAccess>();
}
yield return(StartCoroutine(HackingStart()));
}
else
{
print("해킹대상 없음");
currentState = CurrentState.hackingOff;
isHacking = false;
droneManager.currState = DroneManager.CurrentState.idle;
StartCoroutine(droneManager.SwitchUtile());
yield return(null);
}
}
IEnumerator HackingStart()
{
while (targetTr != null)
{
myTr.LookAt(targetTr);
heading = targetTr.position - myTr.position;
if (heading.sqrMagnitude > minDistance) //해킹장소가 멀면 이동
{
myTr.position = Vector3.Lerp(myTr.position
, targetTr.position
, Time.deltaTime * dampSpeed);
}
else //해킹장소가 가까우면
{
if (gateAccess != null)
{
gateAccess.enabled = true;
gateAccess.isHacking = true;
}
if (hackingPC != null)
{
hackingPC.enabled = true;
hackingPC.isHacking = true;
}
//빔 쏘기
/*if(!scanBeam.gameObject.activeSelf)
* scanBeam.gameObject.SetActive(true);
*
* scanBeamRotX = scanBeam.eulerAngles.x;
* if(scanBeamRotX <= -150f)
* {
* Vector3.Lerp(myTr.eulerAngles
* , new Vector3(-30f, 0f, 0f)
* , Time.deltaTime * dampSpeed);
* }
* if(scanBeamRotX >= -30f)
* {
* Vector3.Lerp(myTr.eulerAngles
* , new Vector3(-150f, 0f, 0f)
* , Time.deltaTime * dampSpeed);
* }*/
currTime += 1f * Time.deltaTime;
if (currTime >= maxTime) //일정 시간이 되면
{
targetTr.gameObject.layer = 0;
targetTr = null;
hackingPC = null;
gateAccess = null;
isHacking = false;
currTime = 0f;
currentState = CurrentState.hackingOff;
droneManager.currState = DroneManager.CurrentState.idle;
StartCoroutine(droneManager.SwitchUtile());
}
}
yield return(null);
}
}
private void OnEnable()
{
audioSource = this.GetComponent <AudioSource>();
meshRenderer = this.GetComponent <MeshRenderer>();
gateAccess = this.GetComponent <GateAccess>();
}