void recorder_MaximumCalculated(object sender, MaxSampleEventArgs e)
{
SamplePoint newSample = new SamplePoint();
newSample.sampleNum = sampleData.Count;
newSample.sampleVal = Math.Max(e.MaxSample, Math.Abs(e.MinSample));
sampleData.Add(newSample);
RaisePropertyChanged("SampleData");
RaisePropertyChanged("XRange");
}
void recorder_MaximumCalculated(object sender, MaxSampleEventArgs e)
{
SamplePoint newSample = new SamplePoint();
newSample.sampleNum = currentTrackSamples.Count;
newSample.sampleVal = Math.Max(e.MaxSample, Math.Abs(e.MinSample));
currentTrackSamples.Add(newSample);
RaisePropertyChanged("CurrentTrackData");
RaisePropertyChanged("CurrentTrackXRange");
lastPeak = Math.Max(e.MaxSample, Math.Abs(e.MinSample));
RaisePropertyChanged("CurrentInputLevel");
}
void recorder_MaximumCalculated(object sender, MaxSampleEventArgs e)
{
SamplePoint newSample = new SamplePoint();
newSample.sampleNum = sampleData.Count;
newSample.sampleVal = Math.Max(e.MaxSample, Math.Abs(e.MinSample));
sampleData.Add(newSample);
RaisePropertyChanged("SampleData");
RaisePropertyChanged("XRange");
}
void SampleAggregator_MaximumCalculated(object sender, MaxSampleEventArgs e)
{
waveFormRenderer.AddValue(e.MaxSample, e.MinSample);
}
void SampleAggregator_MaximumCalculated(object sender, MaxSampleEventArgs e)
{
waveFormRenderer.AddValue(e.MaxSample, e.MinSample);
}
