code: def api_tracks(self, icao24: str) -> Flight:
          
          c = requests.get(
              f"https://opensky-network.org/api/tracks/?icao24={icao24}"
          )
          if c.status_code != 200:
              raise ValueError(c.content.decode())
          json = c.json()
  
          df = pd.DataFrame.from_records(
              json["path"],
              columns=[
                  "timestamp",
                  "latitude",
                  "longitude",
                  "altitude",
                  "track",
                  "onground",
              ],
          ).assign(icao24=json["icao24"], callsign=json["callsign"])
          return Flight(self._format_dataframe(df, nautical_units=True))
docs: Returns a Flight corresponding to a given aircraft.
  
          Official documentation
          ----------------------
  
          Retrieve the trajectory for a certain aircraft at a given time. The
          trajectory is a list of waypoints containing position, barometric
          altitude, true track and an on-ground flag.
  
          In contrast to state vectors, trajectories do not contain all
          information we have about the flight, but rather show the aircraft’s
          general movement pattern. For this reason, waypoints are selected among
          available state vectors given the following set of rules:
  
          - The first point is set immediately after the the aircraft’s expected
          departure, or after the network received the first poisition when the
          aircraft entered its reception range.
          - The last point is set right before the aircraft’s expected arrival, or
          the aircraft left the networks reception range.
          - There is a waypoint at least every 15 minutes when the aircraft is
          in-flight.
          - A waypoint is added if the aircraft changes its track more than 2.5°.
          - A waypoint is added if the aircraft changes altitude by more than 100m
          (~330ft).
          - A waypoint is added if the on-ground state changes.
  
          Tracks are strongly related to flights. Internally, we compute flights
          and tracks within the same processing step. As such, it may be
          benificial to retrieve a list of flights with the API methods from
          above, and use these results with the given time stamps to retrieve
          detailed track information.