def getInputs(self) -> List[Input]:
return super().getInputs() + [
DropdownInput("attenuator", "Attenuator", options=AttenuatorOptions),
CheckboxInput("adc_preamp", "Activate ADC preamp"),
CheckboxInput("adc_dither", "Enable ADC dithering"),
CheckboxInput("wideband", "Disable analog filters"),
]
def getInputs(self) -> List[Input]:
return [
CheckboxInput("enabled", "Enable this device", converter=OptionalConverter(defaultFormValue=True)),
GainInput("rf_gain", "Device gain", self.hasAgc()),
NumberInput(
"ppm",
"Frequency correction",
append="ppm",
),
CheckboxInput(
"always-on",
"Keep device running at all times",
infotext="Prevents shutdown of the device when idle. Useful for devices with unreliable startup.",
),
CheckboxInput(
"services",
"Run background services on this device",
),
ExponentialInput(
"lfo_offset",
"Oscillator offset",
"Hz",
infotext="Use this when the actual receiving frequency differs from the frequency to be tuned on the"
+ " device. <br/> Formula: Center frequency + oscillator offset = sdr tune frequency",
),
WaterfallLevelsInput("waterfall_levels", "Waterfall levels"),
SchedulerInput("scheduler", "Scheduler"),
ExponentialInput("center_freq", "Center frequency", "Hz"),
ExponentialInput("samp_rate", "Sample rate", "S/s"),
ExponentialInput("start_freq", "Initial frequency", "Hz"),
ModesInput("start_mod", "Initial modulation"),
NumberInput("initial_squelch_level", "Initial squelch level", append="dBFS"),
]
def getInputs(self) -> List[Input]:
return super().getInputs() + [
BiasTeeInput(),
CheckboxInput(
"rf_notch",
"Enable RF notch filter",
),
CheckboxInput(
"dab_notch",
"Enable DAB notch filter",
),
DropdownInput(
"if_mode",
"IF Mode",
IfModeOptions,
),
]
def getInputs(self) -> List[Input]:
return super().getInputs() + [
BiasTeeInput(),
CheckboxInput(
"bitpack",
"Enable bit-packing",
infotext="Packs two 12-bit samples into 3 bytes." +
" Lowers USB bandwidth consumption, increases CPU load",
),
]
def getSections(self):
return [
Section(
"Background decoding",
CheckboxInput(
"services_enabled",
"Enable background decoding services",
),
ServicesCheckboxInput("services_decoders", "Enabled services"),
),
]
def getInputs(self) -> List[Input]:
return super().getInputs() + [
NumberInput(
"rtltcp_compat",
"Port for rtl_tcp compatible data",
infotext="Activate an rtl_tcp compatible interface on the port number specified.<br />"
+ "Note: Port is only available on the local machine, not on the network.<br />"
+ "Note: IQ data may be degraded by the downsampling process to 8 bits.",
),
CheckboxInput(
"iqswap",
"Swap I and Q channels",
infotext="Swapping inverts the spectrum, so this is useful in combination with an inverting mixer",
),
]
def getInputs(self) -> List[Input]:
return super().getInputs() + [
RemoteInput(),
DropdownInput("protocol", "Protocol", ProtocolOptions),
CheckboxInput("long", "Use 32-bit sample size (LONG)"),
]
def getSections(self):
return [
Section(
"Demodulator settings",
NumberInput(
"squelch_auto_margin",
"Auto-Squelch threshold",
infotext=
"Offset to be added to the current signal level when using the auto-squelch",
append="dB",
),
DropdownInput(
"wfm_deemphasis_tau",
"Tau setting for WFM (broadcast FM) deemphasis",
WfmTauValues,
infotext=
'See <a href="https://en.wikipedia.org/wiki/FM_broadcasting#Pre-emphasis_and_de-emphasis"'
+
' target="_blank">this Wikipedia article</a> for more information',
),
),
Section(
"Digital voice",
TextInput(
"digital_voice_codecserver",
"Codecserver address",
infotext=
"Address of a remote codecserver instance (name[:port]). Leave empty to use local"
+ " codecserver",
converter=OptionalConverter(),
),
CheckboxInput(
"digital_voice_dmr_id_lookup",
'Enable lookup of DMR ids in the <a href="https://www.radioid.net/" target="_blank">'
+ "radioid</a> database to show callsigns and names",
),
CheckboxInput(
"digital_voice_nxdn_id_lookup",
'Enable lookup of NXDN ids in the <a href="https://www.radioid.net/" target="_blank">'
+ "radioid</a> database to show callsigns and names",
),
),
Section(
"Digimodes",
NumberInput("digimodes_fft_size",
"Digimodes FFT size",
append="bins"),
),
Section(
"Decoding settings",
NumberInput("decoding_queue_workers",
"Number of decoding workers"),
NumberInput("decoding_queue_length",
"Maximum length of decoding job queue"),
NumberInput(
"wsjt_decoding_depth",
"Default WSJT decoding depth",
infotext=
"A higher decoding depth will allow more results, but will also consume more cpu",
),
WsjtDecodingDepthsInput(
"wsjt_decoding_depths",
"Individual decoding depths",
),
NumberInput(
"js8_decoding_depth",
"Js8Call decoding depth",
infotext=
"A higher decoding depth will allow more results, but will also consume more cpu",
),
Js8ProfileCheckboxInput("js8_enabled_profiles",
"Js8Call enabled modes"),
MultiCheckboxInput(
"fst4_enabled_intervals",
"Enabled FST4 intervals",
[
Option(v, "{}s".format(v))
for v in Fst4Profile.availableIntervals
],
),
MultiCheckboxInput(
"fst4w_enabled_intervals",
"Enabled FST4W intervals",
[
Option(v, "{}s".format(v))
for v in Fst4wProfile.availableIntervals
],
),
Q65ModeMatrix("q65_enabled_combinations",
"Enabled Q65 Mode combinations"),
),
]
def getSections(self):
return [
Section(
"Demodulator settings",
NumberInput(
"squelch_auto_margin",
"Auto-Squelch threshold",
infotext=
"Offset to be added to the current signal level when using the auto-squelch",
append="dB",
),
DropdownInput(
"wfm_deemphasis_tau",
"Tau setting for WFM (broadcast FM) deemphasis",
WfmTauValues,
infotext=
'See <a href="https://en.wikipedia.org/wiki/FM_broadcasting#Pre-emphasis_and_de-emphasis"'
+
' target="_blank">this Wikipedia article</a> for more information',
),
),
Section(
"Digital voice",
NumberInput(
"digital_voice_unvoiced_quality",
"Quality of unvoiced sounds in synthesized voice",
infotext=
"Determines the quality, and thus the cpu usage, for the ambe codec used by digital voice"
+
" modes.<br />If you're running on a Raspberry Pi (up to 3B+) you should leave this set at 1",
),
CheckboxInput(
"digital_voice_dmr_id_lookup",
'Enable lookup of DMR ids in the <a href="https://www.radioid.net/" target="_blank">'
+ "radioid</a> database to show callsigns and names",
),
),
Section(
"Digimodes",
NumberInput("digimodes_fft_size",
"Digimodes FFT size",
append="bins"),
),
Section(
"Decoding settings",
NumberInput("decoding_queue_workers",
"Number of decoding workers"),
NumberInput("decoding_queue_length",
"Maximum length of decoding job queue"),
NumberInput(
"wsjt_decoding_depth",
"Default WSJT decoding depth",
infotext=
"A higher decoding depth will allow more results, but will also consume more cpu",
),
WsjtDecodingDepthsInput(
"wsjt_decoding_depths",
"Individual decoding depths",
),
NumberInput(
"js8_decoding_depth",
"Js8Call decoding depth",
infotext=
"A higher decoding depth will allow more results, but will also consume more cpu",
),
Js8ProfileCheckboxInput("js8_enabled_profiles",
"Js8Call enabled modes"),
MultiCheckboxInput(
"fst4_enabled_intervals",
"Enabled FST4 intervals",
[
Option(v, "{}s".format(v))
for v in Fst4Profile.availableIntervals
],
),
MultiCheckboxInput(
"fst4w_enabled_intervals",
"Enabled FST4W intervals",
[
Option(v, "{}s".format(v))
for v in Fst4wProfile.availableIntervals
],
),
Q65ModeMatrix("q65_enabled_combinations",
"Enabled Q65 Mode combinations"),
),
]
def getSections(self):
return [
Section(
"APRS-IS reporting",
CheckboxInput(
"aprs_igate_enabled",
"Send received APRS data to APRS-IS",
infotext=
"Due to limits of the APRS-IS network, reporting will only work for background decoders"
),
TextInput(
"aprs_callsign",
"APRS callsign",
infotext=
"This callsign will be used to send data to the APRS-IS network",
),
TextInput("aprs_igate_server", "APRS-IS server"),
TextInput("aprs_igate_password", "APRS-IS network password"),
CheckboxInput(
"aprs_igate_beacon",
"Send the receiver position to the APRS-IS network",
infotext=
"Please check that your receiver location is setup correctly before enabling the beacon",
),
DropdownInput(
"aprs_igate_symbol",
"APRS beacon symbol",
AprsBeaconSymbols,
),
TextInput(
"aprs_igate_comment",
"APRS beacon text",
infotext=
"This text will be sent as APRS comment along with your beacon",
converter=OptionalConverter(),
),
NumberInput(
"aprs_igate_height",
"Antenna height",
infotext="Antenna height above average terrain (HAAT)",
append="m",
converter=OptionalConverter(),
),
NumberInput(
"aprs_igate_gain",
"Antenna gain",
append="dBi",
converter=OptionalConverter(),
),
DropdownInput("aprs_igate_dir", "Antenna direction",
AprsAntennaDirections),
),
Section(
"pskreporter settings",
CheckboxInput(
"pskreporter_enabled",
"Enable sending spots to pskreporter.info",
),
TextInput(
"pskreporter_callsign",
"pskreporter callsign",
infotext=
"This callsign will be used to send spots to pskreporter.info",
),
TextInput(
"pskreporter_antenna_information",
"Antenna information",
infotext=
"Antenna description to be sent along with spots to pskreporter",
converter=OptionalConverter(),
),
),
Section(
"WSPRnet settings",
CheckboxInput(
"wsprnet_enabled",
"Enable sending spots to wsprnet.org",
),
TextInput(
"wsprnet_callsign",
"wsprnet callsign",
infotext=
"This callsign will be used to send spots to wsprnet.org",
),
),
]