} // end GetCurrentGroup
private void LoadStandTable(TreeCalculatedValuesDO jsd, List <StandTables> listToLoad,
List <LCDDO> justGroups, int classInterval, int whichColumn)
{
// Which row?
nthRow = FindTreeDIBindex(listToLoad, jsd.Tree.DBH, classInterval);
//string currMeth = Utilities.MethodLookup(justGroups[whichColumn].Stratum);
string currMeth = Utilities.MethodLookup(jsd.Tree.Stratum.Code);
// Sum up appropriate value and products
// first sum up primary product then check whatProduct to add in secondary
switch (whatValue)
{
case "GBDFT":
LoadProperColumn(listToLoad, jsd.GrossBDFTPP * currEF * strAcres, whichColumn);
break;
case "NBDFT":
LoadProperColumn(listToLoad, jsd.NetBDFTPP * currEF * strAcres, whichColumn);
break;
case "GCUFT":
LoadProperColumn(listToLoad, jsd.GrossCUFTPP * currEF * strAcres, whichColumn);
break;
case "NCUFT":
LoadProperColumn(listToLoad, jsd.NetCUFTPP * currEF * strAcres, whichColumn);
break;
case "TREES":
// need to check for 3P and use tally trees instead
if (currMeth != "3P")
{
LoadProperColumn(listToLoad, currEF * strAcres, whichColumn);
}
else if (currMeth == "3P" || currMeth == "S3P")
{
if (justGroups[whichColumn].SumExpanFactor > 0)
{
if (jsd.Tree.STM == "Y")
{
LoadProperColumn(listToLoad, jsd.Tree.ExpansionFactor, whichColumn);
}
else
{
List <LCDDO> allGroups = Global.BL.getLCD().Where(
l => l.Stratum == jsd.Tree.Stratum.Code &&
l.SampleGroup == jsd.Tree.SampleGroup.Code &&
l.Species == jsd.Tree.Species).ToList();
double allTallied = allGroups.Sum(ag => ag.TalliedTrees);
double allExpanFac = allGroups.Sum(ag => ag.SumExpanFactor);
double calcValue = allTallied * jsd.Tree.ExpansionFactor / allExpanFac;
LoadProperColumn(listToLoad, calcValue, whichColumn);
} // endif
}
} // endif
break;
} // end switch
// secondary
if (whatProduct == "BOTH")
{
switch (whatValue)
{
case "GBDFT":
LoadProperColumn(listToLoad, jsd.GrossBDFTSP * currEF * strAcres, whichColumn);
break;
case "NBDFT":
LoadProperColumn(listToLoad, jsd.NetBDFTSP * currEF * strAcres, whichColumn);
break;
case "GCUFT":
LoadProperColumn(listToLoad, jsd.GrossCUFTSP * currEF * strAcres, whichColumn);
break;
case "NCUFT":
LoadProperColumn(listToLoad, jsd.NetCUFTSP * currEF * strAcres, whichColumn);
break;
} // switch
} // endif what product
return;
} // end LoadStandTable
} // end buildPrintArray
public static List <string> buildPrintArray(TreeCalculatedValuesDO tcv, string currUOM, ref int firstLine)
{
// currently for VSM4 (CP4) report only
var prtArray = new List <string>();
prtArray.Add("");
if (firstLine == 0)
{
prtArray.Add(tcv.Tree.Stratum.Code.PadLeft(2, ' '));
prtArray.Add(tcv.Tree.SampleGroup.Code.PadLeft(2, ' '));
firstLine = 1;
}
else
{
prtArray.Add(" ");
prtArray.Add(" ");
} // endif firstLine
prtArray.Add(tcv.Tree.CuttingUnit.Code.PadLeft(3, ' '));
if (tcv.Tree != null && tcv.Tree.Plot != null)
{
prtArray.Add(tcv.Tree.Plot.PlotNumber.ToString().PadLeft(4, ' '));
}
else
{
prtArray.Add(" ");
}
prtArray.Add(tcv.Tree.TreeNumber.ToString().PadLeft(4, ' '));
prtArray.Add(tcv.Tree.Species.PadRight(6, ' '));
prtArray.Add(String.Format("{0,5:F1}", tcv.Tree.DBH).PadLeft(5, ' '));
// volumes used depend on current UOM
double currVolume = 0;
switch (currUOM)
{
case "03":
prtArray.Add(String.Format("{0,7:F1}", tcv.GrossCUFTPP));
prtArray.Add(String.Format("{0,7:F1}", tcv.NetCUFTPP));
currVolume = tcv.NetCUFTPP;
break;
case "01":
prtArray.Add(String.Format("{0,7:F1}", tcv.GrossBDFTPP));
prtArray.Add(String.Format("{0,7:F1}", tcv.NetBDFTPP));
currVolume = tcv.NetBDFTPP;
break;
case "05":
prtArray.Add(String.Format("{0,7:F1}", tcv.BiomassMainStemPrimary));
prtArray.Add(String.Format("{0,7:F1}", tcv.BiomassMainStemPrimary));
currVolume = tcv.BiomassMainStemPrimary;
break;
case "02":
prtArray.Add(String.Format("{0,7:F1}", tcv.CordsPP));
prtArray.Add(String.Format("{0,7:F1}", tcv.CordsPP));
currVolume = tcv.CordsPP;
break;
} // end switch on UOM
prtArray.Add(String.Format("{0,8:F2}", tcv.Tree.ExpansionFactor));
prtArray.Add(tcv.Tree.KPI.ToString().PadLeft(5, ' '));
// April 2017 -- separate KPI from count table since it includes measured KPI
prtArray.Add(" ");
prtArray.Add(tcv.Tree.TreeCount.ToString().PadLeft(6, ' '));
// calculate ratio
if (tcv.Tree.KPI > 0)
{
prtArray.Add(String.Format("{0,7:F3}", (currVolume / tcv.Tree.KPI)));
}
else
{
prtArray.Add(" ");
}
// and finally marker's initials
if (tcv.Tree != null && tcv.Tree.Initials != null)
{
prtArray.Add(tcv.Tree.Initials.PadRight(3, ' '));
}
else
{
prtArray.Add(" ");
}
return(prtArray);
} // end buildPrintArray
