public static void PlaneLand(Ped pilot, Vehicle plane, RunwayID runwayId)
{
Runway runway = Runways[(int)runwayId];
Vector3 touchdown = (runway.Start + runway.End) / 2;
Vector3 start = runway.Start;
start.Z = start.Z + 30;
KeyValuePair <Vector3, Vector3> approach = calculateApproach(runway.Start, runway.End);
//GTA.UI.Screen.FadeOut(2000);
//Wait(2000);
plane.Position = approach.Key;
plane.Speed = 180;
plane.Heading = runway.Heading;
PlaneFlySlow(pilot, plane, approach.Value, 20f);
//GTA.UI.Screen.FadeIn(2000);
plane.LandingGearState = VehicleLandingGearState.Deploying;
pilot.Task.LandPlane(runway.Start, runway.End, plane);
while (plane.WheelSpeed == 0)
{
Yield();
}
Normal(pilot, plane, runway.End, 30f);
}
public static void PlaneTakeoff(Ped pilot, Vehicle plane, RunwayID runwayID)
{
Runway runway = Runways[(int)runwayID];
Vector3 start = plane.Position;
float startDistance = start.DistanceTo2D(runway.End);
PlaneSpeed planeSpeed;
PlaneSpeeds.TryGetValue(plane.Model.Hash, out planeSpeed);
float airSpeed = planeSpeed.Air * 1;
float groundSpeed = planeSpeed.Ground;
float initSpeed = planeSpeed.Taxi;
float initDistance = plane.Position.DistanceTo2D(runway.End);
float distance = plane.Position.DistanceTo2D(runway.End);
while (distance > 10f)
{
float distanceTraveled = initDistance - distance;
float speed = distanceTraveled / initDistance * (groundSpeed - initSpeed) * 2 + initSpeed;
speed = Math.Min(speed, groundSpeed);
Vector3 end = runway.End;
if (distance < 130f)
{
end.Z = end.Z + 30;
speed = airSpeed;
}
DriveToCoord(pilot, plane, end, speed, DrivingStyle.Normal);
distance = plane.Position.DistanceTo2D(runway.End);
Yield();
}
plane.LandingGearState = VehicleLandingGearState.Retracting;
}
