public SettingsModel()
{
RecordingPath = Path.Combine(DataPath(), RECORDING_FOLDER);
RecordMp3 = true;
RecordWav = true;
SlowSagc = new SoftwareAgc {
AttackTime = 25, DecayTime = 4000, ReferenceLevel = -8
};
MediumSagc = new SoftwareAgc {
AttackTime = 15, DecayTime = 2000, ReferenceLevel = -8
};
FastSagc = new SoftwareAgc {
AttackTime = 5, DecayTime = 200, ReferenceLevel = -8
};
StartFrequency = 88600000;
AudioBuffer = 0.3F;
AfcThreshold = 500;
MeterUpdateSpeed = 5;
DetailedAnalyze = true;
AsyncAnalyze = false;
}
internal static SoftwareAgc FillManged(this SoftwareAgc agc, NativeDefinitions.SoftAgcData data)
{
agc.ReferenceLevel = data.iRefLevel;
agc.AttackTime = data.dwAttackTime;
agc.DecayTime = data.dwDecayTime;
return(agc);
}
internal static NativeDefinitions.SoftAgcData ToNative(this SoftwareAgc agc)
{
return(new NativeDefinitions.SoftAgcData
{
dwAttackTime = (uint)agc.AttackTime,
dwDecayTime = (uint)agc.DecayTime,
iRefLevel = (int)agc.ReferenceLevel
});
}
public SettingsModel()
{
RecordingPath = Path.Combine(DataPath(), RECORDING_FOLDER);
RecordMp3 = true;
RecordWav = true;
SlowSagc = new SoftwareAgc {
AttackTime = 0.025, DecayTime = 4.000, ReferenceLevel = -8
};
MediumSagc = new SoftwareAgc {
AttackTime = 0.015, DecayTime = 2.000, ReferenceLevel = -8
};
FastSagc = new SoftwareAgc {
AttackTime = 0.005, DecayTime = 0.200, ReferenceLevel = -8
};
StartFrequency = 88600000;
AudioBuffer = 0.3F;
AfcThreshold = 500;
MeterUpdateSpeed = 5;
DetailedAnalyze = true;
AsyncAnalyze = false;
// by Hossein
IfParameter = new BinParameters();
Ddc1Parameter = new BinParameters();
Ddc2Parameter = new BinParameters();
IfParameter.MinimumIntensityDb = -150;
IfParameter.CalibrationAmplitude = 1;
IfParameter.CalibrationOffset = 0;
Ddc1Parameter.MinimumIntensityDb = -150;
Ddc1Parameter.CalibrationAmplitude = 1;
Ddc1Parameter.CalibrationOffset = 0;
Ddc2Parameter.MinimumIntensityDb = -150;
Ddc2Parameter.CalibrationAmplitude = 1;
Ddc2Parameter.CalibrationOffset = 0;
}
public Demodulator Agc(SoftwareAgc agc)
{
_radio.Check(_api.SetAgcParams(_radio.GetHandle(), _ddc2.Channel(), agc.AttackTime, agc.DecayTime,
agc.ReferenceLevel));
return(this);
}
public bool TryAgc(SoftwareAgc agc)
{
return(_api.SetAgcParams(_radio.GetHandle(), _ddc2.Channel(), agc.AttackTime, agc.DecayTime,
agc.ReferenceLevel));
}
/// <summary>
/// Function for setting the desired AGC behaviour. The AGC is active for as long as the reference level is below 0. The attack and decay times are automatically set to 1 if the values passed to the API are 0.
/// </summary>
/// <param name="agc"><see cref="Devices.SoftwareAgc"/> Gain control parameters</param>
/// <returns>Returns <see cref="G313Demodulator"/></returns>
public G313Demodulator SoftwareAgc(SoftwareAgc agc)
{
var result = TrySoftwareAgc(agc);
return(CheckFluent(result, "failed to set software agc"));
}
/// <summary>
/// Function for setting the desired AGC behaviour. The AGC is active for as long as the reference level is below 0. The attack and decay times are automatically set to 1 if the values passed to the API are 0.
/// </summary>
/// <param name="agc"><see cref="Devices.SoftwareAgc"/> Gain control parameters</param>
/// <returns>Returns true if parametars are set.</returns>
public bool TrySoftwareAgc(SoftwareAgc agc)
{
return(G313DemodulatorApi.SetSoftAGC(GetHandle(), agc.ToNative()));
}
