def _communicate_tracking_info(self):
"""
Runs as a daemon thread, communicating tracking info to remote socket.
Uses observer and satellite objects set by trackobject().
Will exit when observation_end timestamp is reached.
"""
sock = Commsocket(self._IP, self._PORT)
sock.connect()
# track satellite
while self.is_alive:
# check if we need to exit
self.check_observation_end_reached()
p = pinpoint(self.observer_dict, self.satellite_dict)
if p['ok']:
dict = {
'azimuth': p['az'].conjugate() * 180 / math.pi,
'altitude': p['alt'].conjugate() * 180 / math.pi,
'frequency':
self._frequency * (1 - (p['rng_vlct'] / ephem.c)),
'tle0': self.satellite_dict['tle0'],
'tle1': self.satellite_dict['tle1'],
'tle2': self.satellite_dict['tle2']
}
socketio.emit('update_rotator',
dict,
namespace='/update_status')
self.send_to_socket(p, sock)
time.sleep(self.SLEEP_TIME)
sock.disconnect()
def _communicate_tracking_info(self):
"""
Runs as a daemon thread, communicating tracking info to remote socket.
Uses observer and satellite objects set by trackobject().
Will exit when observation_end timestamp is reached.
"""
sock = Commsocket(self._IP, self._PORT)
sock.connect()
# track satellite
while self.is_alive:
# check if we need to exit
self.check_observation_end_reached()
p = pinpoint(self.observer_dict, self.satellite_dict)
if p['ok']:
self.send_to_socket(p, sock)
time.sleep(self._sleep_time)
sock.disconnect()
def _communicate_tracking_info(self):
"""
Runs as a daemon thread, communicating tracking info to remote socket.
Uses observer and satellite objects set by trackobject().
Will exit when observation_end timestamp is reached.
"""
sock = Commsocket(self._IP, self._PORT)
sock.connect()
# track satellite
while self.is_alive:
# check if we need to exit
self.check_observation_end_reached()
p = pinpoint(self.observer_dict, self.satellite_dict)
if p['ok']:
self.send_to_socket(p, sock)
time.sleep(self.SLEEP_TIME)
sock.disconnect()
