def do_scan(self):
self.stopper = False
f_start = int(float(self.startFreq.get()) * 10)
f_stop = int(float(self.stopFreq.get()) * 10)
f_inc = int(float(self.incFreq.get()) * 10)
w_time = float(self.waitTime.get())
print "Starting Scanning from %.01f kHz to %.01f kHz with %.01f" % (
float(f_start / 10.0), float(f_stop / 10.0), float(f_inc / 10.0))
# Get all the frequencies to scan
freqs = range(f_start, f_stop, f_inc)
if not freqs[-1] == f_stop:
freqs += [f_stop]
print "Scanning will take %.01f" % (w_time * len(freqs))
# Scan through all the frequencies
if not radio.is_remote():
radio.start_radio()
radio.remote(True)
for freq in freqs:
if self.stopper:
break
resp = radio.setFrequency(freq)
time.sleep(w_time)
# Turn off remote
#radio.remote(False)
#radio.close()
self.startFreq.set("%.1f" % (float(freq) / 10.0))
return None
def setFrequency(self):
self.currentFrequency = self.freqDropDown.current()
freq = int(self.get_current_frequency() * 10) - 19
if not self.radioFrequency == freq:
self.radioFrequency = freq
resp = radio.setFrequency(freq)
return True
def dninc(self):
f_inc = int(float(self.incFreq.get()) * 10)
freq = radio.getFrequency() * 10
freq -= f_inc
radio.setFrequency(freq)
self.startFreq.set("%.1f" % (float(freq) / 10.0))
def start_radio(self, frequency=0):
radio.start_radio()
if frequency:
radio.remote(True)
radio.setFrequency(int(frequency * 10))
return None
def setChannel(self):
radio.setFrequency(int(float(self.channel.get()) * 10))