public GtPlayedNotesAnalyserHelper(GtFactory pFactory, IAudioListener pAudioListener)
{
if (pAudioListener == null)
{
throw new Exception("pAudioListener can't be null!");
}
this.Factory = pFactory;
this.AudioListener = pAudioListener;
this.LastQueriedPlayedNotes = new List <MusicalNoteAndTimeStamp>();
this.SpectrumAnalyzer = this.Factory.Instantiate <ISpectrumAnalyzer>();
}
public SpectrumViewModel(RadioViewModel radioViewModel, ISpectrumAnalyzer spectrumAnalyzer)
{
_radioViewModel = radioViewModel;
SpectrumAnalyzer = spectrumAnalyzer;
Resolutions = new ObservableCollection <ResolutionBandwidth>();
for (uint i = 0; i < 8; i++)
{
Resolutions.Add(new ResolutionBandwidth()
{
Resolution = Extensions.Pow(2, i)
});
}
if (SpectrumAnalyzer != null)
{
SpectrumAnalyzer.BandwidthChanged += (range, value) =>
{
if (_updating)
{
return;
}
// var shift = TransformFromChartSamples(value);
// var bandwidth = TransformFromChartSamples(range.End) - TransformFromChartSamples(range.Start);
var shift = value;
var bandwidth = range.End - range.Start;
if ((shift >= long.MinValue && shift <= long.MaxValue) &&
(bandwidth >= uint.MinValue && bandwidth <= uint.MaxValue))
{
Shift = (long)shift;
Bandwidth = (uint)bandwidth;
Update();
}
};
SpectrumAnalyzer.NotchChanged += (range, value) =>
{
var bandwidth = range.End - range.Start;
};
}
}
private void btnSpeOpen_Click(object sender, RoutedEventArgs e)
{
SpectrumAnalyzerType type = (SpectrumAnalyzerType)(this.cmbSpeType.SelectedIndex);
string addr = this.tbSpeAddr.Text;
if (!isSpectrumMeterConnected)
{
spectrumAnalyzer = SpectrumAnalyzer.GetInstance(type);
isSpectrumMeterConnected = spectrumAnalyzer.Connect(addr);
if (isSpectrumMeterConnected)
{
this.btnSpeOpen.Background = sucessColor;
}
else
{
this.btnSpeOpen.Background = normalColor;
}
}
else
{
this.btnSpeOpen.Background = sucessColor;
}
}
public RadioViewModel(RadioModel model, ISpectrumAnalyzer spectrumAnalyzer, ISweeperAnalyzer sweeperAnalyzer)
{
SpectrumAnalyzer = spectrumAnalyzer;
SweeperAnalyzer = sweeperAnalyzer;
SpectrumAnalyzer.BandwidthChanged += (range, value) =>
{
var bandwidth = range.End - range.Start;
//var halfBand = bandwidth/2;
//var shift = range.Start + halfBand;
IfBandwidthValue = (uint)bandwidth;
IfShiftValue = (int)value;
};
SpectrumAnalyzer.NotchChanged += (range, value) =>
{
var bandwidth = range.End - range.Start;
NotchBandwidth = (uint)bandwidth;
NotchFrequency = (int)value;
};
_model = model;
_model.FftAnalyzer.FftCalculated += FftAnalyzer_FftCalculated;
MeterView = new MeterViewModel();
RecordingView = new RecordingViewModel(_model);
BlockScanView = new BlockScanViewModel(_model, this);
SweepView = new SweeperViewModel(_model, this);
MemoryView = new MemoryViewModel(_model, this);
CommandDefeatSquelch = new DelegateCommand(() => SquelchValue = G313RadioLimits.SQUELCH_MIN);
CommandDefeatIfGain = new DelegateCommand(() => IfGainValue = G313RadioLimits.IFGAIN_MIN);
CommandDefeatAfSquelch = new DelegateCommand(() => AfSquelchValue = G313RadioLimits.AF_SQUELCH_MIN);
CommandTuneToPeak = new DelegateCommand(() => FrequencyValue = (uint)(MeterView.PeakFrequencyValue * 1000000));
CommandNextStep = new DelegateCommand(() => FrequencyValue += FrequencyStep);
CommandNextTenStep = new DelegateCommand(() => FrequencyValue += (FrequencyStep * 10));
CommandPreviousStep = new DelegateCommand(() => FrequencyValue -= FrequencyStep);
CommandPreviousTenStep = new DelegateCommand(() => FrequencyValue -= (FrequencyStep * 10));
CommandSpectrumZoomIn = new DelegateCommand(() => SpectrumAnalyzer.ZoomIn());
CommandSpectrumZoomOut = new DelegateCommand(() => SpectrumAnalyzer.ZoomOut());
CommandSweeperZoomIn = new DelegateCommand(() => SweeperAnalyzer.ZoomIn());
CommandSweeperZoomOut = new DelegateCommand(() => SweeperAnalyzer.ZoomOut());
CommandIfShiftReset = new DelegateCommand(() => IfShiftValue = 0);
CommandOpenSetup = new DelegateCommand(() =>
{
var settings = new SettingsWindow(_model);
settings.ShowDialog();
ReInitDataContext();
});
NotchBandwidth = _model.Radio.Demodulator().NotchFilter().Bandwidth;
NotchFrequency = _model.Radio.Demodulator().NotchFilter().Frequency;
NotchState = _model.Radio.Demodulator().NotchFilter().Active;
BlankerThreshold = (uint)_model.Radio.Demodulator().NoiseBlanker().Threshold;
BlankerState = _model.Radio.Demodulator().NoiseBlanker().Active;
SquelchValue = G313RadioLimits.SQUELCH_MIN;
VideoPoints = 1000;
FrequencyStep = 500;
SoftwareAgcState = Agc.Off;
MuteState = true; //start as muted
FrequencyValue = _model.Settings.StartFrequency;
VolumeValue = _model.Radio.Demodulator().Volume();
}
public IfSpectrumViewModel(RadioViewModel radioViewModel, ISpectrumAnalyzer spectrumAnalyzer)
: base(radioViewModel, spectrumAnalyzer)
{
SelectedResolution = Resolutions.ToArray <ResolutionBandwidth>()[3];
}