public override bool CanStartTask(TrafficAI_Base ai)
{
TrafficAI_CAP capAI = ai as TrafficAI_CAP;
if (capAI == null)
{
return(false);
}
return(base.CanStartTask(ai));
}
public override void StartTask(TrafficAI_Base ai)
{
Debug.Log("Starting scout airbase!");
TrafficAI_CAP capAI = (TrafficAI_CAP)ai;
ai.waypoint.GetTransform().position = VTMapManager.GlobalToWorldPoint(point);
capAI.Orbit(ai.waypoint, radius, alt);
idleTimer = UnityEngine.Random.Range(30f, 120f);
arived = false;
base.StartTask(ai);
}
public override void StartTask(TrafficAI_Base ai)
{
Debug.Log("Starting air to air refueling!");
TrafficAI_CAP capAI = (TrafficAI_CAP)ai;
foreach (TrafficAI_CAP.CAP_Aircraft plane in capAI.formation)
{
plane.pilot.fuelTank.SetNormFuel(Mathf.Min(plane.pilot.fuelTank.fuel / plane.pilot.fuelTank.maxFuel, 0.5f));
plane.pilot.CommandCancelOverride();
plane.pilot.GoRefuel(refuelPlane);
}
base.StartTask(ai);
}
public override bool IsTaskCompleted(TrafficAI_Base ai)
{
TrafficAI_CAP capAI = (TrafficAI_CAP)ai;
foreach (TrafficAI_CAP.CAP_Aircraft plane in capAI.formation)
{
if (plane.pilot.commandState == AIPilot.CommandStates.AirRefuel)
{
return(false);
}
}
return(true);
}
public override void UpdateTask(TrafficAI_Base ai, float deltaTime)
{
TrafficAI_CAP capAI = (TrafficAI_CAP)ai;
Vector3 flatPos = capAI.formation[0].transform.position;
flatPos.y = 0;
Vector3 flatWaypoint = ai.waypoint.GetTransform().position;
flatPos.y = 0;
if ((flatPos - flatWaypoint).magnitude < radius * 1.2f)
{
arived = true;
}
if (arived)
{
idleTimer -= Time.fixedDeltaTime;
}
}
