} // end ProcessSecondary
private void ProcessRecovered(StreamWriter strWriteOut, reportHeaders rh, ref int pageNumb, string volType, List <POPDO> popList)
{
// Reports ST1/ST2
foreach (StratumDO s in Global.BL.getStratum())
{
// first capture the sum of x and x squared
foreach (POPDO p in POPmethods.GetStratumData(popList, s.Code, currCL))
{
StatList slOne = new StatList();
StatList slTwo = new StatList();
// need method for stratum
string currMethod = Utilities.MethodLookup(p.Stratum);
switch (volType)
{
case "NET":
slOne.SumOfX = p.Stg1NetXRP;
slOne.SumOfX2 = p.Stg1NetXRsqrdRP;
break;
case "GROSS":
slOne.SumOfX = p.Stg1GrossXRP;
slOne.SumOfX2 = p.Stg1GrossXsqrdRP;
break;
} // end switch on volume type (gross or net)
stage1Stats.Add(slOne);
CalcAllStats(p, 1, currMethod);
// Stage 2?
switch (volType)
{
case "NET":
slTwo.SumOfX = p.Stg2NetXRP;
slTwo.SumOfX2 = p.Stg2NetXsqrdRP;
break;
case "GROSS":
slTwo.SumOfX = p.Stg2GrossXRP;
slTwo.SumOfX2 = p.Stg2GrossXsqrdRP;
break;
} // end switch on volume type (gross or net)
if (slTwo.SumOfX > 0)
{
stage2Stats.Add(slTwo);
CalcAllStats(p, 2, currMethod);
CalcCombinedError(currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 1, 3, currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 2, 3, currMethod);
}
else if (slOne.SumOfX > 0)
{
if (slOne.SumOfX > 0 && slOne.SumOfX2 > 0)
{
CalcCombinedError(currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 1, 3, currMethod);
} // endif
} // endif stage 2
stage1Stats.Clear();
stage2Stats.Clear();
} // end foreach loop
if (numOlines > 0)
{
strWriteOut.WriteLine();
numOlines++;
} // endif
} // end foreach on stratum
// print footnote
strWriteOut.WriteLine(" * CANNOT CALCULATE SAMPLING ERROR IF SMALL N EQUALS 1.");
return;
} // end ProcessRecovered
private void on_GO(object sender, EventArgs e)
{
processingStatus.Text = "READY TO BEGIN? Click GO.";
Cursor.Current = Cursors.WaitCursor;
// perform edit checks --
processingStatus.Text = "Edit checking the data. Please wait.";
processingStatus.Refresh();
// calls edit check routines
/* string outputFileName;
* // check for errors from FScruiser before running edit checks
* // generate an error report
* // June 2013
* List<ErrorLogDO> fscList = bslyr.getErrorMessages("E", "FScruiser");
* if (fscList.Count > 0)
* {
* ErrorReport eRpt = new ErrorReport();
* eRpt.fileName = fileName;
* eRpt.bslyr.fileName = bslyr.fileName;
* eRpt.bslyr.DAL = bslyr.DAL;
* outputFileName = eRpt.PrintFScruiserErrors(fscList);
* string outputMessage = "ERRORS FROM FSCRUISER FOUND!\nCorrect data and rerun\nOutput file is:" + outputFileName;
* MessageBox.Show(outputMessage, "ERRORS", MessageBoxButtons.OK, MessageBoxIcon.Stop);
* // request made to open error report in preview -- May 2015
* PrintPreview pp = new PrintPreview();
* pp.fileName = outputFileName;
* pp.setupDialog();
* pp.ShowDialog();
* Environment.Exit(0);
* } // endif report needed
*
* // clear out error log table for just CruiseProcessing before performing checks
* bslyr.DeleteErrorMessages();
*
* EditChecks eChecks = new EditChecks();
* eChecks.fileName = fileName;
* eChecks.bslyr.fileName = bslyr.fileName;
* eChecks.bslyr.DAL = bslyr.DAL;
*
* int errors = eChecks.TableEditChecks();
* if (errors == -1)
* {
* // no measured trees detected in the cruise. critical errpor stops the program.
* Close();
* return;
* } // endif
* errors = eChecks.MethodChecks();
* if (errors == -1)
* {
* // empty stratum detected and user wants to quit
* Close();
* return;
* } // endif
* // just check the ErrorLog table for entries
* List<ErrorLogDO> errList = bslyr.getErrorMessages("E", "CruiseProcessing");
* if (errList.Count > 0)
* {
* ErrorReport er = new ErrorReport();
* er.fileName = fileName;
* er.bslyr.fileName = fileName;
* er.bslyr.DAL = bslyr.DAL;
* outputFileName = er.PrintErrorReport(errList);
* string outputMessage = "ERRORS FOUND!\nCorrect data and rerun\nOutput file is:" + outputFileName;
* MessageBox.Show(outputMessage, "ERRORS", MessageBoxButtons.OK, MessageBoxIcon.Stop);
* // request made to open error report in preview -- May 2015
* PrintPreview pp = new PrintPreview();
* pp.fileName = outputFileName;
* pp.setupDialog();
* pp.ShowDialog();
* Environment.Exit(0);
* } // endif report needed
* moved to EditCheck routine*/
// Show editCheck message -- edit checks complete
EditChecks eChecks = new EditChecks();
eChecks.fileName = fileName;
eChecks.DAL = DAL;
int err = eChecks.CheckErrors();
if (err < 0)
{
Close();
return;
}
editCheck.Enabled = true;
// next show preparation of data
processingStatus.Text = "Preparing data for processing.";
processingStatus.Refresh();
// before making IDs, need to check for blank or null secondary products in sample groups
// if blank, default to 02 for every region but 6 where it will be 08 instead
// put a warning message in the error log table indicating the secondary product was set to a default
// June 2013
List <SaleDO> saleList = new List <SaleDO>();
saleList = DAL.From <SaleDO>().Read().ToList();
string currRegion = saleList[0].Region;
//string currRegion = bslyr.getRegion();
DefaultSecondaryProduct(currRegion);
CalculateTreeValues calcTreeVal = new CalculateTreeValues();
CalculatedValues calcVal = new CalculatedValues();
// retrieve lists needed and sets up population IDs
calcVal.fileName = fileName;
calcVal.DAL = DAL;
// List<SampleGroupDO> sgList = bslyr.getSampleGroups();
// List<TreeDefaultValueDO> tdvList = bslyr.getTreeDefaults();
// List<CountTreeDO> ctList = bslyr.getCountTrees();
// List<PlotDO> pList = bslyr.getPlots();
// calcVal.ClearCalculatedTables();
// calcVal.MakePopulationIDs(sgList, tdvList);
calcVal.CalcValues();
CPbusinessLayer bslyr = new CPbusinessLayer();
bslyr.DAL = DAL;
// now need some other tables to start summing values
List <LCDDO> lcdList = bslyr.getLCD();
List <POPDO> popList = bslyr.getPOP();
List <PRODO> proList = bslyr.getPRO();
List <StratumDO> sList = bslyr.getStratum();
List <SampleGroupDO> sgList = bslyr.getSampleGroups();
List <TreeDefaultValueDO> tdvList = bslyr.getTreeDefaults();
List <CountTreeDO> ctList = bslyr.getCountTrees();
List <PlotDO> pList = bslyr.getPlots();
List <TreeDO> tList = bslyr.getTrees();
calcTreeVal.fileName = fileName;
calcTreeVal.bslyr.fileName = fileName;
calcTreeVal.bslyr.DAL = bslyr.DAL;
// show preparation of data is complete
prepareCheck.Enabled = true;
// now loop through strata and show status message updating for each stratum
StringBuilder sb = new StringBuilder();
foreach (StratumDO sdo in sList)
{
// update status message for next stratum
sb.Clear();
sb.Append("Calculating stratum ");
sb.Append(sdo.Code);
processingStatus.Text = sb.ToString();
processingStatus.Refresh();
// Sum counts and KPI for LCD table
List <PlotDO> justPlots = PlotMethods.GetStrata(pList, sdo.Code);
// need cut and leave trees for this
List <LCDDO> justCurrentLCD = LCDmethods.GetStratum(lcdList, sdo.Code);
calcVal.SumTreeCountsLCD(sdo.Code, ctList, justPlots, justCurrentLCD, sdo.Method, lcdList);
// Sum counts and KPI for POP table
List <POPDO> justCurrentPOP = POPmethods.GetStratumData(popList, sdo.Code, "");
calcVal.SumTreeCountsPOP(sdo.Code, ctList, justPlots, justCurrentPOP, sdo.Method, popList);
// Sum counts and KPI for PRO table
List <PRODO> justCurrentPRO = PROmethods.GetCutTrees(proList, sdo.Code, "", "", 0);
calcVal.SumTreeCountsPRO(sdo.Code, ctList, justPlots, justCurrentPRO, sdo.Method, proList);
// Calculate expansion factor
calcVal.CalcExpFac(sdo, justPlots, justCurrentPOP);
// Calculate volumes
calcTreeVal.ProcessTrees(sdo.Code, sdo.Method, (long)sdo.Stratum_CN);
// Update 3P tally
if (sdo.Method == "3P")
{
List <LCDDO> LCDstratum = LCDmethods.GetStratumGroupedBy(fileName, sdo.Code, bslyr);
Update3Ptally(fileName, ctList, justCurrentLCD, tList, LCDstratum);
// Save
bslyr.SaveLCD(justCurrentLCD);
} // endif method is 3P
// Update expansion factors for methods 3PPNT, F3P, and P3P
if (sdo.Method == "3PPNT" || sdo.Method == "F3P" || sdo.Method == "P3P")
{
List <TreeDO> justCurrentStratum = tList.FindAll(
delegate(TreeDO td)
{
return(td.Stratum.Code == sdo.Code);
});
List <TreeCalculatedValuesDO> tcvList = bslyr.getTreeCalculatedValues((int)sdo.Stratum_CN);
UpdateExpansionFactors(justCurrentStratum, tcvList);
// Save update
bslyr.SaveTrees(justCurrentStratum);
} // endif on method
// Sum data for the LCD, POP and PRO table
SumAll Sml = new SumAll();
Sml.fileName = fileName;
Sml.bslyr.fileName = bslyr.fileName;
Sml.bslyr.DAL = bslyr.DAL;
Sml.SumAllValues(sdo.Code, sdo.Method, (int)sdo.Stratum_CN, sList, pList, justCurrentLCD,
justCurrentPOP, justCurrentPRO);
// Update STR tally after expansion factors are summed
if (sdo.Method == "STR")
{
UpdateSTRtally(fileName, sdo.Code, justCurrentLCD, ctList, lcdList);
// save
bslyr.SaveLCD(lcdList);
} // endif method is STR
} // end foreach stratum
// show volume calculation is finished
volumeCheck.Enabled = true;
processingStatus.Text = "Processing is DONE";
processingStatus.Refresh();
System.Threading.Thread.Sleep(5000);
Cursor.Current = this.Cursor;
Close();
return;
} // end on_GO
} // end SumTreeCountsLCD
public void SumTreeCountsPOP(string currST, List <CountTreeDO> ctList, List <PlotDO> justPlots,
string currMethod, List <POPDO> popList)
{
// also need first and second stage sample counts
double stage1 = 0.0;
double stage2 = 0.0;
// Sums trees and counts from either the Count Tree table or tree count records
foreach (POPDO pop in POPmethods.GetStratumData(popList, currST, ""))
{
firstSum = 0.0;
talliedSum = 0.0;
totalKPI = 0.0;
totalMeasuredKPI = 0.0;
// find measured trees for current POP group
var popTrees = Global.BL.getPOPtrees(pop, "M");
// measured tree is just a count of the trees for the current group
pop.MeasuredTrees = popTrees.Count();
// now need count trees from tree count records
var popCntTrees = Global.BL.getPOPtrees(pop, "C");
// sum all tree counts for first stage and total tallied
if (currMethod == "STR" || currMethod == "100")
{
firstSum = popTrees.Count();
// I thought tree count was supposed to default to 1 for 100% -- Feb 2014
// Apparently, FScruiser can put whatever it wants in tree count
}
else if (currMethod != "3P")
{
firstSum = popTrees.Sum(tdo => tdo.TreeCount);
firstSum += popCntTrees.Sum(tdo => tdo.TreeCount);
}
if (pop.STM == "Y")
{
firstSum += pop.MeasuredTrees;
talliedSum += pop.MeasuredTrees;
//talliedSum = popTrees.Sum(tdo => tdo.TreeCount);
}
else
{
// see note above on 100% method
//if (currMethod == "3P" || currMethod == "100")
if (currMethod == "100")
{
talliedSum += pop.MeasuredTrees;
}
else
{
talliedSum = popTrees.Sum(tdo => tdo.TreeCount);
talliedSum += popCntTrees.Sum(tdo => tdo.TreeCount);
} // endif on current method
} // endif
// insurance trees go into just the tallied tree count
var lcdInsurance = Global.BL.getPOPtrees(pop, "I");
talliedSum += lcdInsurance.Sum(tdo => tdo.TreeCount);
// Complete totals for tree count and stage samples and KPIs based on method
stage1 = justPlots.Count();
List <CountTreeDO> popCountCounts = new List <CountTreeDO>();
switch (currMethod)
{
case "100":
stage1 = popTrees.Count();
break;
case "STR":
stage1 = popTrees.Count();
//popCountCounts = ctList.FindAll(
// delegate(CountTreeDO ctd)
// {
// return pop.CutLeave == ctd.SampleGroup.CutLeave &&
// pop.Stratum == ctd.SampleGroup.Stratum.Code &&
// pop.SampleGroup == ctd.SampleGroup.Code &&
// pop.PrimaryProduct == ctd.SampleGroup.PrimaryProduct &&
// pop.SecondaryProduct == ctd.SampleGroup.SecondaryProduct &&
// pop.UOM == ctd.SampleGroup.UOM;
// });
talliedSum += Global.BL.getPOPCounts(pop).Sum(ctd => ctd.TreeCount);
break;
case "S3P":
case "3P":
if (currMethod == "S3P")
{
stage2 = popTrees.Count();
}
// popCountCounts = ctList.FindAll(
// delegate(CountTreeDO ctd)
// {
// return pop.CutLeave == ctd.SampleGroup.CutLeave &&
// pop.Stratum == ctd.SampleGroup.Stratum.Code &&
// pop.SampleGroup == ctd.SampleGroup.Code &&
// pop.PrimaryProduct == ctd.SampleGroup.PrimaryProduct &&
// pop.SecondaryProduct == ctd.SampleGroup.SecondaryProduct &&
// pop.UOM == ctd.SampleGroup.UOM;
// });
if (pop.STM == "N")
{
stage1 = popTrees.Count();
firstSum += pop.MeasuredTrees;
foreach (CountTreeDO ctd in Global.BL.getPOPCounts(pop))
{
talliedSum += ctd.TreeCount;
totalKPI += ctd.SumKPI;
}
//talliedSum += popCountCounts.Sum(ctd => ctd.TreeCount);
//totalKPI += popCountCounts.Sum(ctd => ctd.SumKPI);
}
// Sum measured KPI from trees
totalMeasuredKPI = popTrees.Sum(tdo => tdo.KPI);
// for S3P and 3P, sum of KPI is total of count and measured KPI from the trees == November 2013
// even though individual KPI may be zero for either one.
// however, countTree has sum of count and measured KPI for 3P so adding measured and count
// from trees will double count for 3P ONLY -- December 2013
if (currMethod == "S3P")
{
totalKPI += popCntTrees.Sum(lc => lc.KPI);
totalKPI += popTrees.Sum(lt => lt.KPI);
} // endif on method
break;
case "PCM":
case "PCMTRE":
stage2 = popTrees.Count();
break;
case "F3P":
case "P3P":
stage2 = popTrees.Count();
totalMeasuredKPI = popTrees.Sum(tdo => tdo.KPI);
totalKPI = popCntTrees.Sum(tdo => tdo.KPI);
totalKPI += totalMeasuredKPI;
totalKPI += popCountCounts.Sum(ctd => ctd.SumKPI);
break;
case "FCM":
// August 2014 -- according to Ken C. this needs to be just the total measured trees
// and not the sum of tree counts. Some tree counts could be zero when they should be one.
//stage2 = popTrees.Sum(p => p.TreeCount);
stage2 = pop.MeasuredTrees;
break;
case "3PPNT":
// Stage 2 samples
foreach (PlotDO pdo in justPlots)
{
TreeDO tree = popTrees.FirstOrDefault(tdo => tdo.Plot_CN == pdo.Plot_CN);
if (tree != null)
{
stage2++;
//nthRow = -1;
} // endif nthRow
} // end foreach loop
// this will probably no longer work on legacy data until
// the conversion program handles this change
if (popTrees.Count() > 0)
{
// means there are measured trees so this was a measured plot
// KPI in the plot table is measured
totalMeasuredKPI = justPlots.Sum(pd => pd.KPI);
// plus add to total KPI
totalKPI = justPlots.Sum(pd => pd.KPI);
}
else
{
// no measured trees means this is a count plot
// just add plot KPI to total KPI
totalKPI += justPlots.Sum(pd => pd.KPI);
} // endif
// this piece of code will no longer work -- September 2013
//totalMeasuredKPI = lcdTrees.Sum(tdo => tdo.KPI);
//totalKPI += lcdCountCounts.Sum(ctd => ctd.SumKPI);
// Add plot KPI to total KPI
//totalKPI += justPlots.Sum(pd => pd.KPI);
//totalMeasuredKPI = popTrees.Sum(tdo => tdo.KPI);
//totalKPI += popCntTrees.Sum(tdo => tdo.KPI);
// Also need plot KPI for this method
//totalKPI += justPlots.Sum(pd => pd.KPI);
break;
} // end switch on method
pop.FirstStageTrees = firstSum;
pop.TalliedTrees = talliedSum;
pop.SumKPI = totalKPI;
pop.SumMeasuredKPI = totalMeasuredKPI;
pop.StageOneSamples = stage1;
pop.StageTwoSamples = stage2;
} // end foreach loop
// Save list before continuing
Global.BL.SavePOP(popList);
return;
} // end SumTreeCountsPOP
} // end SumTreeCountsPRO
public void CalcExpFac(StratumDO sdo, List <PlotDO> justPlots, List <POPDO> popList)
{
// Calculates expansion factor, tree factor and point factor for each tree in the current population
double EF = 0.0; // expansion factor
double TF = 0.0; // tree factor
double PF = 0.0; // point factor
// Need total number of plots and measured plots (3PPNT only)
double totalPlots = justPlots.Count();
double totalMeasPlots = 0.0;
// process by population
foreach (POPDO pdo in POPmethods.GetStratumData(popList, sdo.Code, ""))
{
// pull trees for population
List <TreeDO> justTrees = Global.BL.getPOPtrees(pdo, sdo.Method == "FIXCNT" ? "C" : "M").ToList();
//if (sdo.Method == "FIXCNT")
// justTrees = Global.BL.getPOPtrees(pdo, "C");
//else
// justTrees = Global.BL.getPOPtrees(pdo, "M");
// 3PPNT uses measured plots
if (sdo.Method == "3PPNT")
{
foreach (PlotDO p in justPlots)
{
TreeDO tdo = justTrees.FirstOrDefault(td => td.Plot_CN == p.Plot_CN && td.Stratum_CN == p.Stratum_CN);
if (tdo != null)
{
totalMeasPlots++;
}
} // end foreach loop
} // endif Method is 3PPNT
// calculate factors on each tree
foreach (TreeDO tdo in justTrees)
{
// Calculate point factor for P3P S3P F3P PCM FCM and 3PPNT
switch (sdo.Method)
{
case "P3P":
case "S3P":
case "F3P":
PF = CommonEquations.Frequency3P(pdo.SumKPI, tdo.KPI, pdo.MeasuredTrees);
break;
case "PCM":
case "PCMTRE":
PF = CommonEquations.CalcTreeFactor(pdo.FirstStageTrees, pdo.MeasuredTrees, 0.0, 1, 2);
break;
case "FCM":
PF = CommonEquations.CalcTreeFactor(0.0, pdo.MeasuredTrees, pdo.TalliedTrees, 3, 2);
break;
case "3PPNT":
// uses plot KPI
PlotDO plotKPI = justPlots.Find(
delegate(PlotDO p)
{
return(p.Plot_CN == tdo.Plot_CN);
});
PF = CommonEquations.Frequency3P(pdo.SumKPI, plotKPI.KPI, totalMeasPlots);
break;
} // end switch on method to calculate point factor
// Calculate tree factor for FIXCNT FIX F3P FCM PNT P3P PCM 3PPNT and S3P
switch (sdo.Method)
{
case "FIXCNT":
case "FIX":
case "F3P":
TF = sdo.FixedPlotSize;
break;
case "FCM":
if (totalPlots > 0)
{
TF = sdo.FixedPlotSize / totalPlots;
}
break;
case "PNT":
case "P3P":
case "PCM":
case "PCMTRE":
case "3PPNT":
if (tdo.DBH > 0)
{
TF = CommonEquations.PointSampleFrequency(sdo.BasalAreaFactor, tdo.DBH);
}
else if (tdo.DRC > 0)
{
TF = CommonEquations.PointSampleFrequency(sdo.BasalAreaFactor, tdo.DRC);
}
break;
case "S3P":
TF = CommonEquations.CalcTreeFactor(pdo.FirstStageTrees, 0.0, pdo.TalliedTrees, 3, 1);
break;
} // end switch on method to calculate tree factor
// Calculate expansion factor
switch (sdo.Method)
{
case "100":
EF = 1.0;
break;
case "FIXCNT":
if (totalPlots > 0)
{
EF = (sdo.FixedPlotSize / totalPlots) * tdo.TreeCount;
}
break;
case "FIX":
if (totalPlots > 0)
{
EF = sdo.FixedPlotSize / totalPlots;
}
break;
case "PNT":
if (totalPlots > 0)
{
EF = TF / totalPlots;
}
break;
case "STR":
EF = CommonEquations.CalcTreeFactor(0.0, pdo.MeasuredTrees, pdo.TalliedTrees, 3, 2);
break;
case "P3P":
case "F3P":
case "PCM":
case "PCMTRE":
case "3PPNT":
if (totalPlots > 0)
{
EF = (TF * PF) / totalPlots;
}
break;
case "FCM":
case "S3P":
EF = TF * PF;
break;
case "3P":
EF = CommonEquations.Frequency3P(pdo.SumKPI, tdo.KPI, pdo.MeasuredTrees);
break;
} // end switch on method to calculate expansion factor
if (tdo.STM == "Y")
{
EF = 1.0;
}
// round just the expansion factor
EF = CommonEquations.RoundExpansionFactor(EF);
// store factors
tdo.ExpansionFactor = (float)EF;
tdo.TreeFactor = (float)TF;
tdo.PointFactor = (float)PF;
} // end foreach loop on justTrees
// save this bunch of trees
Global.BL.SaveTrees(justTrees);
} // end foreach loop on justCurrentPOP
return;
} // end CalcExpFac
} // end ProcessPrimary
private void ProcessSecondary(StreamWriter strWriteOut, reportHeaders rh, ref int pageNumb, string volType)
{
// Reports ST1/ST2
List <StratumDO> sList = bslyr.getStratum();
foreach (StratumDO s in sList)
{
List <POPDO> justStratum = POPmethods.GetStratumData(popList, s.Code, currCL);
// first capture the sum of x and x squared
foreach (POPDO p in justStratum)
{
StatList slOne = new StatList();
StatList slTwo = new StatList();
// need method for stratum
string currMethod = Utilities.MethodLookup(p.Stratum, bslyr);
switch (volType)
{
case "NET":
slOne.SumOfX = p.Stg1NetXSP;
slOne.SumOfX2 = p.Stg1NetXsqrdSP;
break;
case "GROSS":
slOne.SumOfX = p.Stg1GrossXSP;
slOne.SumOfX2 = p.Stg1GrossXsqrdSP;
break;
} // end switch on volume type (gross or net)
stage1Stats.Add(slOne);
CalcAllStats(p, 1, currMethod);
// Stage 2?
switch (volType)
{
case "NET":
slTwo.SumOfX = p.Stg2NetXSP;
slTwo.SumOfX2 = p.Stg2NetXsqrdSP;
break;
case "GROSS":
slTwo.SumOfX = p.Stg2GrossXSP;
slTwo.SumOfX2 = p.Stg2GrossXsqrdSP;
break;
} // end switch on volume type (gross or net)
if (slTwo.SumOfX > 0)
{
stage2Stats.Add(slTwo);
CalcAllStats(p, 2, currMethod);
CalcCombinedError(currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 1, 2, currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 2, 2, currMethod);
}
else if (slOne.SumOfX > 0)
{
if (slOne.SumOfX > 0 && slOne.SumOfX2 > 0)
{
CalcCombinedError(currMethod);
WriteCurrentGroup(p, strWriteOut, rh, ref pageNumb, 1, 2, currMethod);
} // endif
} // endif stage 2
stage1Stats.Clear();
stage2Stats.Clear();
} // end foreach loop
if (numOlines > 0)
{
strWriteOut.WriteLine();
numOlines++;
} // endif
} // end foreach on stratum
// print footnote
//strWriteOut.Write("\x00B9"); this puts a funny character at the beginning that I can't get rid of
strWriteOut.WriteLine(" * CANNOT CALCULATE SAMPLING ERROR IF SMALL N EQUALS 1.");
return;
} // end ProcessSecondary
