def setup(self, fields: Tuple[str]):
super().setup(fields)
time_utc = empty_None(fields[1])
latitude = empty_None(fields[3])
latitude_ns = empty_None(fields[4])
longitude = empty_None(fields[5])
longitude_ew = empty_None(fields[6])
date_utc = empty_None(fields[9])
self._time_utc = None
self._status = empty_None(fields[2])
self._latitude = None
self._longitude = None
self._speed_knots = empty_None(fields[7], float)
self._true_course = empty_None(fields[8], float)
self._date_utc = None
self._mode = empty_None(fields[12])
if time_utc is not None:
self._time_utc = self.calc_time_utc(time_utc)
if latitude is not None and latitude_ns is not None:
self._latitude = self.calc_latitude(latitude, latitude_ns)
if longitude is not None and longitude_ew is not None:
self._longitude = self.calc_longitude(longitude, longitude_ew)
if date_utc is not None:
self._date_utc = self.calc_date_utc(date_utc)
def setup(self, fields: Tuple[str]):
super().setup(fields)
self._num_message = empty_None(fields[1], int)
self._seq_num = empty_None(fields[2], int)
self._satellites_in_view = empty_None(fields[3], int)
self._satellite_1 = None
self._satellite_2 = None
self._satellite_3 = None
self._satellite_4 = None
# NOTE a length of the GSV format is changable.
if len(fields) > 8:
self._satellite_1 = self.SatelliteProperty(fields[4], fields[5], fields[6], fields[7])
else:
self._satellite_1 = self.SatelliteProperty()
if len(fields) > 12:
self._satellite_2 = self.SatelliteProperty(fields[8], fields[9], fields[10], fields[11])
else:
self._satellite_2 = self.SatelliteProperty()
if len(fields) > 16:
self._satellite_3 = self.SatelliteProperty(fields[12], fields[13], fields[14], fields[15])
else:
self._satellite_3 = self.SatelliteProperty()
if len(fields) > 20:
self._satellite_4 = self.SatelliteProperty(fields[16], fields[17], fields[18], fields[19])
else:
self._satellite_4 = self.SatelliteProperty()
def setup(self, fields: Tuple[str]):
super().setup(fields)
self._true_course = empty_None(fields[1], float)
self._mag_course = empty_None(fields[3], float)
self._speed_knots = empty_None(fields[5], float)
self._speed_km = empty_None(fields[7], float)
self._mode = empty_None(fields[9])
def setup(self, fields: Tuple[str]):
super().setup(fields)
self._mode = empty_None(fields[1])
self._fix_type = empty_None(fields[2])
self._satellite_id = tuple([empty_None(id, int) for id in fields[3:15]])
self._PDOP = empty_None(fields[15], float)
self._HDOP = empty_None(fields[16], float)
self._VDOP = empty_None(fields[17], float)
def setup(self, fields: Tuple[str]):
super().setup(fields)
time_utc = empty_None(fields[1])
day = empty_None(fields[2], int)
month = empty_None(fields[3])
year = empty_None(fields[4][2:])
self._time_utc = None
self._date_utc = None
self._local_zone_hour = empty_None(fields[5], int)
self._local_zone_min = empty_None(fields[6], int)
if time_utc is not None:
self._time_utc = self.calc_time_utc(time_utc)
if day is not None and month is not None and year is not None:
self._date_utc = (day, month, year)
def setup(self, fields: Tuple[str]):
super().setup(fields)
latitude = empty_None(fields[1])
latitude_ns = empty_None(fields[2])
longitude = empty_None(fields[3])
longitude_ew = empty_None(fields[4])
time_utc = empty_None(fields[5])
self._latitude: Optional[float] = None
self._longitude: Optional[float] = None
self._time_utc: Optional[Tuple[Union[int, float]]] = None
self._status = empty_None(fields[6])
if latitude is not None and latitude_ns is not None:
self._latitude = self.calc_latitude(latitude, latitude_ns)
if longitude is not None and longitude_ew is not None:
self._longitude = self.calc_longitude(longitude, longitude_ew)
if time_utc is not None:
self._time_utc = self.calc_time_utc(time_utc)
def setup(self, fields: Tuple[str]):
super().setup(fields)
time_utc = empty_None(fields[1])
latitude = empty_None(fields[2])
latitude_ns = empty_None(fields[3])
longitude = empty_None(fields[4])
longitude_ew = empty_None(fields[5])
self._time_utc: Optional[Tuple[Union[int, float]]] = None
self._latitude: Optional[float] = None
self._longitude: Optional[float] = None
self._quality: Optional[int] = empty_None(fields[6], int)
self._satellites_used: Optional[int] = empty_None(fields[7], int)
self._HDOP: Optional[float] = empty_None(fields[8], float)
self._altitude: Optional[float] = empty_None(fields[9], float)
self._geoidal_separation: Optional[float] = empty_None(fields[11], float)
self._station_id: Optional[float] = empty_None(fields[14], int)
if time_utc is not None:
self._time_utc = self.calc_time_utc(time_utc)
if latitude is not None and latitude_ns is not None:
self._latitude = self.calc_latitude(latitude, latitude_ns)
if longitude is not None and longitude_ew is not None:
self._longitude = self.calc_longitude(longitude, longitude_ew)
def __init__(self, id: str = "", elev: str = "", azim: str = "", SNR: str = "") -> None:
self._id = empty_None(id, int)
self._elev = empty_None(elev, int)
self._azim = empty_None(azim, int)
self._SNR= empty_None(SNR, int)
def setup(self, fields: Tuple[str]):
self._talker = fields[0][:2]
self._type = fields[0][2:]
self._checksum = empty_None(fields[-1])