protected virtual IReadOnlyList <Interval> GetIntervals()
{
var accidentalKind = AccidentalKind.Flat;
var result = new IntervalsList(Absolute, accidentalKind);
return(result);
}
private void UpdateIntervalsFields()
{
if (IntervalsList.Count > 0)
{
AvgInterval = IntervalsList.Sum() / IntervalsList.Count;
MinInterval = IntervalsList.Min();
MaxInterval = IntervalsList.Max();
}
}
public void AddRecognitionTime(double recognitionTime)
{
double previous = -1;
if (RecognitionsTimesList.Count > 0)
{
previous = RecognitionsTimesList.Last();
}
RecognitionsTimesList.Add(recognitionTime);
if (previous > 0)
{
IntervalsList.Add(recognitionTime - previous);
}
UpdateIntervalsFields();
}
protected override IReadOnlyList <Interval> GetIntervals()
{
var modeNotes = GetModeNotes();
var modeRoot = modeNotes.First();
var intervals = new List <Interval>();
var keys = Key.Major[modeRoot];
var key = keys.First();
foreach (var modeNote in modeNotes)
{
var interval = key.GetIntervalFromRoot(modeNote);
intervals.Add(interval);
}
var result = new IntervalsList(intervals);
return(result);
}
void updateLastSectionFields(double previousDuration)
{
LastSectionTimeSpan = Duration - previousDuration;
LastSectionRecognitionsCount =
RecognitionsTimesList.Count(d => (d > previousDuration && d <= Duration));//new Func<double, bool>(d => (d > previousDuration && d <= duration))
int firstIndexInSection = RecognitionsTimesList.IndexOf(
RecognitionsTimesList.Where(d => (d > previousDuration && d <= Duration)).FirstOrDefault());
List <double> intervalsInLastSection = new List <double>(IntervalsList.Skip(firstIndexInSection));
//validation test: the above list's count shuold be equal to lastSectionRecognitionsCount-1
if (intervalsInLastSection.Count > 0)
{
LastSectionMinInterval = intervalsInLastSection.Min();
LastSectionMaxInterval = intervalsInLastSection.Max();
LastSectionAvgInterval = intervalsInLastSection.Sum() / intervalsInLastSection.Count;
}
else
{
LastSectionMinInterval = LastSectionMaxInterval = LastSectionAvgInterval = -10; //test
}
}
