public void StartTakeoff(Scr_Airport airport)
{
if (currentBaseState == BaseState.Parked)
{
currentAirport = airport;
SetState(BaseState.TakingOff);
takingOffStep = 0;
}
else
{
Debug.Log("The plane must be landed in order to take off!");
}
}
void Check()
{
if (currentBaseState == BaseState.Idle) // when the basestate is set to idle, it means the plane has successfully taken off
{
if (airport != null)
{
airport = Scr_AirportHandler.instance.GetRandomOtherNeutralOrFriendlyAirport(0, airport.transform.position); // find another airport
}
else
{
airport = Scr_AirportHandler.instance.GetClosestAirport(transform.position);
}
StartLanding(airport);// and land there
}
}
public Scr_Airport GetClosestAirport(Vector3 pos)
{
Scr_Airport currentClosest = null;
float currentDistance = -1;
foreach (Scr_Airport a in airports)
{
float dist = Vector3.Distance(a.transform.position, pos);
if (currentDistance == -1 || dist < currentDistance)
{
currentClosest = a;
currentDistance = dist;
}
}
return(currentClosest);
}
public void StartLanding(Scr_Airport airport)
{
if (airport != null)
{
if (currentBaseState != BaseState.Landed && currentBaseState != BaseState.Landing)
{
currentAirport = airport;
SetState(BaseState.Landing);
landingStep = 0;
}
}
else
{
SetState(BaseState.Idle);//airport not found
}
}
public Scr_Airport GetClosestNeutralOrFriendlyAirport(Vector3 pos, int team)
{
Scr_Airport currentClosest = null;
float currentDistance = -1;
foreach (Scr_Airport a in airports)
{
if (a.team == 0 || a.team == team) // neutral or same team
{
float dist = Vector3.Distance(a.transform.position, pos);
if (currentDistance == -1 || dist < currentDistance)
{
currentClosest = a;
currentDistance = dist;
}
}
}
return(currentClosest);
}
