def __on_scan_data(self, event):
levels = numpy.log10(event['l'])
levels *= 10
self._levels += levels
self._levels /= 2.
updated = False
for monitor in self._monitors:
freq = monitor.get_freq()
if monitor.is_enabled():
index = numpy.where(freq == event['f'])[0]
update = monitor.set_level(levels[index][0],
event['timestamp'],
self._location)
if update:
updated = True
if self._server is not None:
recording = format_recording(freq, update)
self._server.send(recording)
if self._dialogTimeline is not None and updated:
self._dialogTimeline.set_signals(self.__get_signals())
if self._dialogSpectrum is not None:
self._dialogSpectrum.set_spectrum(self._freqs,
self._levels,
event['timestamp'])
def __on_scan_data(self, event):
levels = numpy.log10(event['l'])
levels *= 10
noise = numpy.percentile(levels,
self._dynP)
for monitor in self._monitors:
freq = monitor.get_frequency()
if monitor.get_enabled():
monitor.set_noise(noise)
index = numpy.where(freq == event['f'])[0]
signal = monitor.set_level(levels[index][0],
event['timestamp'],
self._location)
if signal is not None:
signals = 'Signals: {}\r'.format(self.__count_signals() -
self._signalCount)
self.__std_out(signals, False)
if signal.end is not None:
recording = format_recording(freq, signal)
if self._pushUri is not None:
self._push.send(self._pushUri,
recording)
if self._server is not None:
self._server.send(recording)
if self._json:
sys.stdout.write(recording + '\n')
def __on_scan_data(self, event):
levels = numpy.log10(event['l'])
levels *= 10
self._levels = levels
noise = numpy.percentile(levels,
self._toolbar.get_dynamic_percentile())
updated = False
for monitor in self._monitors:
freq = monitor.get_frequency()
if monitor.get_enabled():
monitor.set_noise(noise)
index = numpy.where(freq == event['f'])[0]
signal = monitor.set_level(levels[index][0],
event['timestamp'],
self._location)
if signal is not None:
updated = True
if signal.end is not None:
recording = format_recording(freq, signal)
if self._settings.get_push_enable():
self._push.send(self._settings.get_push_uri(),
recording)
if self._server is not None:
self._server.send(recording)
if updated:
if self._isSaved:
self._isSaved = False
self.__set_title()
self.__set_timeline()
self.__set_spectrum(noise)
def __on_scan_data(self, event):
levels = numpy.log10(event['l'])
levels *= 10
for monitor in self._monitors:
freq = monitor.get_freq()
if monitor.is_enabled():
index = numpy.where(freq == event['f'])[0]
update = monitor.set_level(levels[index][0],
event['timestamp'],
self._location)
if update:
recording = format_recording(freq, update)
if self._server is not None:
self._server.send(recording)
if self._json:
sys.stdout.write(recording + '\n')
def __on_scan_data(self, event):
levels = numpy.log10(event['l'])
levels *= 10
self._levels = levels
noise = numpy.percentile(levels,
self._toolbar.get_dynamic_percentile())
updated = False
for monitor in self._monitors:
freq = monitor.get_frequency()
if monitor.get_enabled():
monitor.set_noise(noise)
index = numpy.where(freq == event['f'])[0]
signal = monitor.set_level(levels[index][0],
event['timestamp'],
self._location)
if signal is not None:
updated = True
if signal.end is not None:
recording = format_recording(freq, signal)
if self._settings.get_push_enable():
self._push.send(self._settings.get_push_uri(),
recording)
if self._server is not None:
self._server.send(recording)
if updated:
if self._isSaved:
self._isSaved = False
self.__set_title()
self.__set_timeline()
self.__set_spectrum(noise)
self._rssi.set_noise(numpy.mean(levels))
self._rssi.set_level(numpy.max(levels))
