public CorrectionProfile(CorrectionProfile profile1, CorrectionProfile profile2)
{
ArrayList newList = new ArrayList();
/* first sort the list by frequency */
List <CorrectionProfilePoint> list1 = new List <CorrectionProfilePoint>(profile1.ProfilePoints);
List <CorrectionProfilePoint> list2 = new List <CorrectionProfilePoint>(profile2.ProfilePoints);
list1.Sort(delegate(CorrectionProfilePoint p1, CorrectionProfilePoint p2)
{
return((int)(p1.Frequency - p2.Frequency));
});
list2.Sort(delegate(CorrectionProfilePoint p1, CorrectionProfilePoint p2)
{
return((int)(p1.Frequency - p2.Frequency));
});
int pos1 = 0;
int pos2 = 0;
while ((pos1 < list1.Count) || (pos2 < list2.Count))
{
if (pos1 >= list1.Count)
{
newList.Add(new CorrectionProfilePoint(list2[pos2].Frequency, list2[pos2].CorrectionOffset));
pos2++;
}
else if (pos2 >= list2.Count)
{
newList.Add(new CorrectionProfilePoint(list1[pos1].Frequency, list1[pos1].CorrectionOffset));
pos1++;
}
else if (list1[pos1].Frequency == list2[pos2].Frequency)
{
newList.Add(new CorrectionProfilePoint(list1[pos1].Frequency, (list1[pos1].CorrectionOffset + list2[pos2].CorrectionOffset) / 2));
pos1++;
pos2++;
}
else if (list1[pos1].Frequency < list2[pos2].Frequency)
{
newList.Add(new CorrectionProfilePoint(list1[pos1].Frequency, list1[pos1].CorrectionOffset));
pos1++;
}
else if (list1[pos1].Frequency > list2[pos2].Frequency)
{
newList.Add(new CorrectionProfilePoint(list2[pos2].Frequency, list2[pos2].CorrectionOffset));
pos2++;
}
}
LinkedList <CorrectionProfilePoint> profilePoints = new LinkedList <CorrectionProfilePoint>((CorrectionProfilePoint[])newList.ToArray(typeof(CorrectionProfilePoint)));
ProfilePoints = new LinkedList <CorrectionProfilePoint>(profilePoints);
}
public AttenuationCorrection(string fileName)
{
Profile = new CorrectionProfile(fileName);
}
public AttenuationCorrection(CorrectionProfile profile)
{
Profile = profile;
}
public AttenuationCorrection()
{
Profile = new CorrectionProfile();
}
