23 | | For example, if [#flight_angle flight_angle] = 0.0 (180.0), the aircraft moves parallel to the x-axis in positive (negative) x-direction, respectively. If [#flight_angle flight_angle] = 90.0 (270.0), the aircraft moves parallel to the y-axis in positive (negative) y-direction, respectively. Please note, the parameters has only an effect if the respective [#leg_mode leg_mode] is in 'cyclic'-mode, else the flight direction is determined directly by [#x_start x_start], [#x_end x_end], [#y_start y_start] and [#y_end y_end]. |
| 23 | For example, if [#flight_angle flight_angle] = 0.0 (180.0), the aircraft moves parallel to the x-axis in positive (negative) x-direction, respectively. If [#flight_angle flight_angle] = 90.0 (270.0), the aircraft moves parallel to the y-axis in positive (negative) y-direction, respectively. Please note, the parameters has only an effect if the respective [#leg_mode leg_mode] is in 'cyclic'-mode, else the flight direction is determined directly by [#x_start x_start], [#x_end x_end], [#y_start y_start] and [#y_end y_end]. \\ |
| 24 | [#flight_angle flight_angle] must be within the range between 0 and 360. |