private static void RotateAilerons()
{
float degrees = currentJoystickCoords.x * DEGREES_PER_JOTSTICK_MOVE;
var leftAileronRotation =
new Vector3(leftAileronStartingRotations.x, -degrees, leftAileronStartingRotations.z);
leftAileron.Rotate(leftAileronRotation);
var rightAileronRotation =
new Vector3(rightAileronStartingRotations.x, degrees, rightAileronStartingRotations.z);
rightAileron.Rotate(rightAileronRotation);
}
// Method moves the flaps objects based on the flaps slider value
public static void MoveFlaps()
{
// Flaps are only moved at low speed, so firstly ensure airspeed is low
if (throttleSlider.value <= 1)
{
// either zero, one or two, so 0, 5 or 10 degrees change
float degrees = flapsSlider.value * 5;
var flapRotation =
new Vector3(leftFlapStartingRotations.x, -degrees, leftFlapStartingRotations.z);
leftFlap.Rotate(flapRotation);
rightFlap.Rotate(flapRotation);
}
else
{
flapsSlider.value = 0; // Reset the flaps slider back to top
var flapRotation =
new Vector3(leftFlapStartingRotations.x, 0, leftFlapStartingRotations.z);
leftFlap.Rotate(flapRotation);
rightFlap.Rotate(flapRotation);
}
}
// Method rotates the elevators based on the joystick position
private static void RotateElevators()
{
/* rotate around parent objects pivot point on the y axis to the
* required degrees (20 is the maximum) */
float degrees = currentJoystickCoords.y * DEGREES_PER_JOTSTICK_MOVE;
var leftElevatorRotation =
new Vector3(leftElevatorStartingRotations.x, degrees, leftElevatorStartingRotations.z);
leftElevator.Rotate(leftElevatorRotation);
var rightElevatorRotation =
new Vector3(rightElevatorStartingRotations.x, -degrees, rightElevatorStartingRotations.z);
rightElevator.Rotate(rightElevatorRotation);
}