} // end ClearCalculatedTables
public void MakePopulationIDs(List <SampleGroupDO> sgList, List <TreeDefaultValueDO> tdvList)
{
CPbusinessLayer bslyr = new CPbusinessLayer();
bslyr.DAL = DAL;
bslyr.fileName = fileName;
// Load ID info into tables
List <LCDDO> lcdList = new List <LCDDO>();
List <POPDO> popList = new List <POPDO>();
List <PRODO> proList = new List <PRODO>();
List <TreeDO> tList = bslyr.getTrees();
// need to check Contract Species in TDV table before doing unique
// reset to a blank if it is null -- September 2016
List <TreeDefaultValueDO> treeDefaults = bslyr.getTreeDefaults();
foreach (TreeDefaultValueDO tdv in treeDefaults)
{
if (tdv.ContractSpecies == null)
{
tdv.ContractSpecies = " ";
}
else if (tdv.ContractSpecies == "")
{
tdv.ContractSpecies = " ";
}
} // end foreach
bslyr.SaveTreeDefaults(treeDefaults);
foreach (SampleGroupDO sgd in sgList)
{
// Load LCD population IDs
// Need unique species, livedead and grade from Tree table
// not sure about the count table -- need IDs from there? 11/2012
List <TreeDO> distinctSpecies = bslyr.GetDistinctSpecies((long)sgd.SampleGroup_CN);
foreach (TreeDO t in distinctSpecies)
{
LCDDO lcd = new LCDDO();
lcd.CutLeave = sgd.CutLeave;
lcd.Stratum = sgd.Stratum.Code;
lcd.SampleGroup = sgd.Code;
lcd.PrimaryProduct = sgd.PrimaryProduct;
lcd.SecondaryProduct = sgd.SecondaryProduct;
lcd.UOM = sgd.UOM;
lcd.Species = t.Species;
lcd.LiveDead = t.LiveDead;
if (t.Grade == null)
{
lcd.TreeGrade = "";
}
else
{
lcd.TreeGrade = t.Grade;
}
lcd.STM = t.STM;
// per K.Cormier, because a null value in contract species causes
// causes problems, it is being dropped from the population ID for LCD
// Howeverm it will be stored as null but not used as part of the ID
// September 2016
// Found a slicker way to address this -- default contract species to a blank
// however, this would be in the TreeDefaultValue table and only affects
// new cruises. CP still needs to set CS in TDV to blank (see above).
lcd.ContractSpecies = t.TreeDefaultValue.ContractSpecies;
//if (t.TreeDefaultValue.ContractSpecies != null)
// lcd.ContractSpecies = t.TreeDefaultValue.ContractSpecies;
//else lcd.ContractSpecies = "";
if (t.Stratum.YieldComponent != null)
{
lcd.Yield = t.Stratum.YieldComponent;
}
else
{
lcd.Yield = "";
}
//} // endif nthRow
lcdList.Add(lcd);
} // end foreach loop on species
// Load POP population IDs
POPDO pop = new POPDO();
// Don't need unique species for this group
pop.CutLeave = sgd.CutLeave;
pop.Stratum = sgd.Stratum.Code;
pop.SampleGroup = sgd.Code;
pop.PrimaryProduct = sgd.PrimaryProduct;
pop.SecondaryProduct = sgd.SecondaryProduct;
pop.UOM = sgd.UOM;
// check for sure-to-measure trees for this group
// Add non-sure-to-measure first and then STM
pop.STM = "N";
popList.Add(pop);
List <TreeDO> justSTM = tList.FindAll(
delegate(TreeDO td)
{
return(sgd.CutLeave == td.SampleGroup.CutLeave && sgd.Stratum.Code == td.Stratum.Code &&
sgd.Code == td.SampleGroup.Code && sgd.PrimaryProduct == td.SampleGroup.PrimaryProduct &&
sgd.SecondaryProduct == td.SampleGroup.SecondaryProduct && sgd.UOM == td.SampleGroup.UOM &&
td.STM == "Y");
});
if (justSTM.Count > 0)
{
POPDO popSTM = new POPDO();
popSTM.CutLeave = sgd.CutLeave;
popSTM.Stratum = sgd.Stratum.Code;
popSTM.SampleGroup = sgd.Code;
popSTM.PrimaryProduct = sgd.PrimaryProduct;
popSTM.SecondaryProduct = sgd.SecondaryProduct;
popSTM.UOM = sgd.UOM;
popSTM.STM = "Y";
popList.Add(popSTM);
} // endif
// Load PRO population IDs
// These need cutting unit numbers -- from Cutting Unit
List <CuttingUnitStratumDO> strataUnits = bslyr.getCuttingUnitStratum((long)sgd.Stratum_CN);
foreach (CuttingUnitStratumDO cudo in strataUnits)
{
PRODO pro = new PRODO();
pro.CutLeave = sgd.CutLeave;
pro.Stratum = sgd.Stratum.Code;
pro.CuttingUnit = cudo.CuttingUnit.Code;
pro.SampleGroup = sgd.Code;
pro.PrimaryProduct = sgd.PrimaryProduct;
pro.SecondaryProduct = sgd.SecondaryProduct;
pro.UOM = sgd.UOM;
// check for sure-to-measure trees for this group
// Add non-sure-to-measure first and then STM
pro.STM = "N";
proList.Add(pro);
justSTM = tList.FindAll(
delegate(TreeDO td)
{
return(sgd.CutLeave == td.SampleGroup.CutLeave && sgd.Stratum.Code == td.Stratum.Code &&
cudo.CuttingUnit.Code == td.CuttingUnit.Code &&
sgd.Code == td.SampleGroup.Code && sgd.PrimaryProduct == td.SampleGroup.PrimaryProduct &&
sgd.SecondaryProduct == td.SampleGroup.SecondaryProduct && sgd.UOM == td.SampleGroup.UOM &&
td.STM == "Y");
});
if (justSTM.Count > 0)
{
PRODO proSTM = new PRODO();
proSTM.CutLeave = sgd.CutLeave;
proSTM.Stratum = sgd.Stratum.Code;
proSTM.CuttingUnit = cudo.CuttingUnit.Code;
proSTM.SampleGroup = sgd.Code;
proSTM.PrimaryProduct = sgd.PrimaryProduct;
proSTM.SecondaryProduct = sgd.SecondaryProduct;
proSTM.UOM = sgd.UOM;
proSTM.STM = "Y";
proList.Add(proSTM);
} // endif
} // end foreach loop on strataUnits
} // end foreach loop on SampleGroup
bslyr.SaveLCD(lcdList);
bslyr.SavePOP(popList);
bslyr.SavePRO(proList);
return;
} // end MakePopulationIDs
} // end SumTreeCountsPOP
public void SumTreeCountsPRO(string currST, List <CountTreeDO> ctList, List <PlotDO> justPlots, List <PRODO> justCurrentPRO, string currMethod, List <PRODO> proList)
{
CPbusinessLayer bslyr = new CPbusinessLayer();
bslyr.DAL = DAL;
bslyr.fileName = fileName;
// Sums tree counts from either the Count Tree table or tree count records
foreach (PRODO pro in justCurrentPRO)
{
firstSum = 0.0;
talliedSum = 0.0;
totalKPI = 0.0;
totalMeasuredKPI = 0.0;
// find measured trees for current PRO group
List <TreeDO> proTrees = bslyr.getPROtrees(pro, "M");
// measured trees is just a count of the trees for current PRO group
pro.MeasuredTrees = proTrees.Count();
// now need count trees from tree count records
List <TreeDO> proCntTrees = bslyr.getPROtrees(pro, "C");
// Sum all tree counts for first stage and total tallied
// see note in POP or LCD section on 100% method
if (currMethod == "STR" || currMethod == "100")
{
firstSum = proTrees.Count();
}
else if (currMethod != "3P")
{
firstSum = proTrees.Sum(tdo => tdo.TreeCount);
firstSum += proCntTrees.Sum(tdo => tdo.TreeCount);
}
if (pro.STM == "Y")
{
firstSum += pro.MeasuredTrees;
talliedSum += pro.MeasuredTrees;
//talliedSum = proTrees.Sum(tdo => tdo.TreeCount);
}
else
{
//if (currMethod == "3P" || currMethod == "100")
if (currMethod == "100")
{
talliedSum += pro.MeasuredTrees;
}
else
{
talliedSum = proTrees.Sum(tdo => tdo.TreeCount);
talliedSum += proCntTrees.Sum(tdo => tdo.TreeCount);
} // endif on current method
} // endif
// insurance trees go into just the tallied tree count
List <TreeDO> lcdInsurance = bslyr.getPROtrees(pro, "I");
talliedSum += lcdInsurance.Sum(tdo => tdo.TreeCount);
// Complete totals and KPIs based on method
List <CountTreeDO> proCountCounts = new List <CountTreeDO>();
switch (currMethod)
{
case "3P":
case "S3P":
proCountCounts = ctList.FindAll(
delegate(CountTreeDO ctd)
{
return(pro.CutLeave == ctd.SampleGroup.CutLeave &&
pro.Stratum == ctd.SampleGroup.Stratum.Code &&
pro.SampleGroup == ctd.SampleGroup.Code &&
pro.CuttingUnit == ctd.CuttingUnit.Code &&
pro.PrimaryProduct == ctd.SampleGroup.PrimaryProduct &&
pro.SecondaryProduct == ctd.SampleGroup.SecondaryProduct &&
pro.UOM == ctd.SampleGroup.UOM);
});
if (pro.STM == "N")
{
firstSum += pro.MeasuredTrees;
talliedSum += proCountCounts.Sum(ctd => ctd.TreeCount);
totalKPI += proCountCounts.Sum(ctd => ctd.SumKPI);
}
// Sum measured KPI from trees
totalMeasuredKPI = proTrees.Sum(tdo => tdo.KPI);
// for S3P, sum of KPI is total of count and measured KPI from the trees == November 2013
// even though individual KPI may be zero for either method
// 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 += proCntTrees.Sum(lc => lc.KPI);
totalKPI += proTrees.Sum(lt => lt.KPI);
} // endif on current method
break;
case "STR":
proCountCounts = ctList.FindAll(
delegate(CountTreeDO ctd)
{
return(pro.CutLeave == ctd.SampleGroup.CutLeave &&
pro.Stratum == ctd.SampleGroup.Stratum.Code &&
pro.SampleGroup == ctd.SampleGroup.Code &&
pro.CuttingUnit == ctd.CuttingUnit.Code &&
pro.PrimaryProduct == ctd.SampleGroup.PrimaryProduct &&
pro.SecondaryProduct == ctd.SampleGroup.SecondaryProduct &&
pro.UOM == ctd.SampleGroup.UOM);
});
talliedSum += proCountCounts.Sum(ctd => ctd.TreeCount);
break;
case "F3P":
case "P3P":
// Sum measured KPI from trees
totalMeasuredKPI = proTrees.Sum(tdo => tdo.KPI);
totalKPI = proCntTrees.Sum(tdo => tdo.KPI);
totalKPI += totalMeasuredKPI;
totalKPI += proCountCounts.Sum(ctd => ctd.SumKPI);
break;
case "3PPNT":
// this will probably no longer work on legacy data until
// the conversion program handles this change
if (proTrees.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);
// Sum measured KPI from trees
//totalMeasuredKPI = proTrees.Sum(tdo => tdo.KPI);
//totalKPI += proCountCounts.Sum(ctd => ctd.SumKPI);
// Add plot KPI to total KPI
//totalKPI += justPlots.Sum(pd => pd.KPI);
break;
} // end switch on method
pro.FirstStageTrees = firstSum;
pro.TalliedTrees = talliedSum;
pro.SumKPI = totalKPI;
pro.SumMeasuredKPI = totalMeasuredKPI;
} // end foreach loop
// Save list before continuing
bslyr.SavePRO(proList);
return;
} // end SumTreeCountsPRO
