public void AddReaderStamp(LightStamp stamp, float crownRadiusInMeters)
{
float rest = (crownRadiusInMeters % 1.0F) + 0.0001F;
int hdClass = (int)(10.0F * rest); // 0 .. 9.99999999
if (hdClass >= Constant.Stamp.HeightDiameterClassCount)
{
hdClass = Constant.Stamp.HeightDiameterClassCount - 1;
}
int diameterClass = (int)crownRadiusInMeters;
//Debug.WriteLine("Readerstamp r="<< crown_radius_m<<" index dbh hd:" << cls_dbh << cls_hd;
stamp.SetCrownRadiusAndArea(crownRadiusInMeters);
// prepare special keys for reader stamps
this.AddStamp(stamp, diameterClass, hdClass, crownRadiusInMeters, 0.0F, 0.0F); // set crownradius, but not dbh/hd
}
private void AddStamp(LightStamp stamp, int diameterClass, int hdClass, float crownRadiusInM, float dbh, float hdRatio)
{
//if (this.UseLookup)
//{
if (diameterClass < 0 || diameterClass >= Constant.Stamp.DbhClassCount || hdClass < 0 || hdClass >= Constant.Stamp.HeightDiameterClassCount)
{
throw new NotSupportedException(String.Format("addStamp: Stamp out of range. dbh={0} hd={1}.", dbh, hdRatio));
}
lightStampsByDbhAndHDRatio[diameterClass, hdClass] = stamp; // save address in look up table
//} // if (useLookup)
stamp.SetCrownRadiusAndArea(crownRadiusInM);
LightStampWithTreeSize si = new()
{
Dbh = dbh,
HDratio = hdRatio,
CrownRadius = crownRadiusInM,
Stamp = stamp
};
lightStampsWithTreeSizes.Add(si); // store entry in list of stamps
}