public void ObjActive(RayManager gameObject)
{
rayShooter = gameObject;
RaycastHit hit;
Vector3 hitRayPos = transform.position;
hitRayPos.y = rayShooter._nowRay.hitPoint.y;
Vector3 hitRayDir = rayShooter._nowRay.hitPoint - hitRayPos;
switch (type)
{
case EType.None:
Debug.Log(name + " no type");
break;
case EType.Robot:
if (!GetComponent <RobotMotion>().enabled)
{
// (임시) LayerMask 1.
// Robot에서 Ray를 쏜 주체로 다시 한번 쏴주는 역벡터 Ray.
Physics.Raycast(hitRayPos, hitRayDir, out hit, Vector3.Distance(rayShooter._nowRay.hitPoint, hitRayPos), 1);
// 역벡터Ray의 충돌 포인트가 Ray가 쏘아진 시작점과 일치하거나 역벡터Ray의 충돌체가 Ray를 쏴주는 Object와 같으면 Robot을 기동.
if (hit.point == rayShooter._nowRay.hitPoint)
{
ActiveRobot();
}
else if (hit.collider.GetComponent <RayManager>() == rayShooter)
{
ActiveRobot();
}
}
break;
case EType.Mirror:
Vector3 reflDir = Vector3.Reflect(rayShooter._nowRay.hitDir, rayShooter._nowRay.hitRay.normal);
rayShooter.CreateRay(rayShooter._nowRay.hitRay.point, reflDir);
break;
case EType.Antenna:
Physics.Raycast(hitRayPos, hitRayDir, out hit, Vector3.Distance(rayShooter._nowRay.hitPoint, hitRayPos), 1);
if (rayShooter._nowRay.hitRay.collider.GetComponent <RayManager>() &&
!rayShooter._nowRay.hitRay.collider.GetComponent <RayManager>().enabled)
{
// Robot과 같음.
if (hit.point == rayShooter._nowRay.hitPoint)
{
ActiveAntenna();
}
else if (hit.collider.GetComponent <RayManager>() == rayShooter)
{
ActiveAntenna();
}
}
break;
}
}
