public static VolumeSample[] Split(NormalizedSample Sample, double MinVolume, double MaxVolume)
{
List <VolumeSample> Result = new List <VolumeSample>();
double VolumeSum;
double[] SampleData = Sample.Data;
int StartInd;
for (int i = 0; i < SampleData.Length; i++)
{
if (Math.Abs(SampleData[i]) >= MinVolume && Math.Abs(SampleData[i]) <= MaxVolume)
{
StartInd = i;
VolumeSum = 0;
do
{
VolumeSum += Math.Abs(SampleData[i]);
i++;
}while (i < SampleData.Length && Math.Abs(SampleData[i]) >= MinVolume && Math.Abs(SampleData[i]) <= MaxVolume);
long StartTime = (long)Math.Round(Sample.Time + (double)StartInd / SampleData.Length * Sample.Duration);
long Duration = (long)Math.Round((double)(i - StartInd) / SampleData.Length * Sample.Duration);
double[] Temp = new double[i - StartInd];
Array.Copy(SampleData, StartInd, Temp, 0, i - StartInd);
Result.Add(new VolumeSample(new NormalizedSample(StartTime, Duration, Temp), VolumeSum / (i - StartTime)));
}
else
{
StartInd = i;
VolumeSum = 0;
do
{
VolumeSum += Math.Abs(SampleData[i]);
i++;
}while (i < SampleData.Length && Math.Abs(SampleData[i]) < MinVolume && Math.Abs(SampleData[i]) > MaxVolume);
long StartTime = (long)Math.Round(Sample.Time + (double)StartInd / SampleData.Length * Sample.Duration);
long Duration = (long)Math.Round((double)(i - StartInd) / SampleData.Length * Sample.Duration);
double[] Temp = new double[i - StartInd];
Array.Copy(SampleData, StartInd, Temp, 0, i - StartInd);
Result.Add(new VolumeSample(new NormalizedSample(StartTime, Duration, Temp), VolumeSum / (i - StartTime)));
}
}
return(Result.ToArray());
}
public VolumeSample(NormalizedSample Sample, double AvgVolume) : base(Sample.Time, Sample.Duration, Sample.Data)
{
this.AvgVolume = AvgVolume;
}
