} // end buildPrintArray
public static List <string> buildPrintArray(PlotDO pl, string stratumCode, string unitCode)
{
// overloaded to build array for report A13 (A14) -- plot page
var plotArray = new List <string>();
string fieldFormat1 = "{0,10:F2}";
string fieldFormat2 = "{0,9:F2}";
// print plot table
if (pl.XCoordinate != 0.0)
{
plotArray.Add("");
plotArray.Add(pl.PlotNumber.ToString().PadLeft(4, ' '));
plotArray.Add(unitCode.PadLeft(3, ' '));
plotArray.Add(stratumCode.PadLeft(2, ' '));
plotArray.Add(String.Format(fieldFormat1, pl.XCoordinate));
if (pl.YCoordinate == 0.0)
{
plotArray.Add("---------");
}
else
{
plotArray.Add(String.Format(fieldFormat2, pl.YCoordinate));
}
if (pl.ZCoordinate == 0.0)
{
plotArray.Add("---------");
}
else
{
plotArray.Add(String.Format(fieldFormat1, pl.ZCoordinate));
}
plotArray.Add(pl.MetaData ?? (" "));
} // endif coordinates exist
return(plotArray);
} // end buildPrintArray
public static string GetDescriptionShort(this PlotDO plot)
{
StringBuilder sb = new StringBuilder();
if (plot.Stratum.BasalAreaFactor > 0.0)
{
sb.AppendFormat(null, "Stratum:{0} {1} BAF:{2}", plot.Stratum.Code, plot.Stratum.Method, plot.Stratum.BasalAreaFactor);
}
else
{
sb.AppendFormat(null, "Stratum:{0} {1} 1/{2} acre", plot.Stratum.Code, plot.Stratum.Method, plot.Stratum.FixedPlotSize);
}
if (plot.Stratum.Method == "3PPNT")
{
sb.AppendFormat(null, " KPI:{0}", plot.KPI);
if (plot.IsEmpty == true.ToString())
{
sb.Append("-Count");
}
else
{
sb.Append("-Measure");
}
}
return(sb.ToString());
}
} // end FindDuplicatePlots
public static List <string> buildPrintArray(PlotDO pl, string cruiseName, string stratumCode,
string unitCode)
{
var plotArray = new List <string>();
plotArray.Add(" ");
plotArray.Add(cruiseName.PadRight(5, ' '));
plotArray.Add(pl.PlotNumber.ToString().PadLeft(4, ' '));
plotArray.Add(unitCode.PadLeft(3, ' '));
plotArray.Add(stratumCode.PadLeft(2, ' '));
plotArray.Add(pl.Slope.ToString().PadLeft(6, ' '));
plotArray.Add(pl.Aspect.ToString().PadLeft(3, ' '));
plotArray.Add(pl.KPI.ToString().PadLeft(6, ' '));
if (pl.IsEmpty == "1" || pl.IsEmpty == "True")
{
plotArray.Add("YES");
}
else
{
plotArray.Add(" ");
}
return(plotArray);
} // end buildPrintArray
public Plot3PPNT(PlotDO plot) : base(plot)
{
}
public Plot(PlotDO obj)
: base(obj)
{
}
public static string GetDescription(this PlotDO plot)
{
//throw new NotImplementedException();
return("<Plot Stats Place Holder>");
}
DAL CreateDataStore(string salePurpose = null, string saleRegion = "01", IEnumerable <string> methods = null)
{
methods = methods ?? new string[] { CruiseMethods.STR, CruiseMethods.FIX };
var ds = new DAL();
var sale = new SaleDO()
{
DAL = ds,
SaleNumber = "12345",
Region = saleRegion,
Forest = "11",
District = "something",
Purpose = salePurpose
};
sale.Save();
var cuttingUnit = new CuttingUnitDO()
{
DAL = ds,
Code = "01"
};
cuttingUnit.Save();
var tdv = new TreeDefaultValueDO()
{
DAL = ds,
Species = "something",
PrimaryProduct = "something",
LiveDead = "L"
};
tdv.Save();
int counter = 0;
foreach (var method in methods)
{
var stratum = new StratumDO()
{
DAL = ds,
Code = counter++.ToString("d2"),
Method = method
};
stratum.Save();
stratum.CuttingUnits.Add(cuttingUnit);
stratum.CuttingUnits.Save();
var sg = new SampleGroupDO()
{
DAL = ds,
Code = 1.ToString("d2"),
Stratum = stratum,
CutLeave = "C",
UOM = "something",
PrimaryProduct = "something"
};
sg.Save();
sg.TreeDefaultValues.Add(tdv);
sg.TreeDefaultValues.Save();
if (CruiseMethods.PLOT_METHODS.Contains(method))
{
var plot = new PlotDO()
{
DAL = ds, Stratum = stratum, CuttingUnit = cuttingUnit, PlotNumber = 1
};
plot.Save();
var tree = new TreeDO()
{
DAL = ds,
CuttingUnit = cuttingUnit,
Stratum = stratum,
Plot = plot,
SampleGroup = sg,
TreeDefaultValue = tdv,
TreeNumber = 1
};
tree.Save();
}
else
{
var tree = new TreeDO()
{
DAL = ds,
CuttingUnit = cuttingUnit,
Stratum = stratum,
SampleGroup = sg,
TreeDefaultValue = tdv,
TreeNumber = 1
};
tree.Save();
}
var countTree = new CountTree()
{
CuttingUnit_CN = cuttingUnit.CuttingUnit_CN,
SampleGroup_CN = sg.SampleGroup_CN,
TreeDefaultValue_CN = tdv.TreeDefaultValue_CN,
};
ds.Save(countTree);
}
return(ds);
}
} // end SumTreeCountsPRO
public void CalcExpFac(StratumDO sdo, List <PlotDO> justPlots, List <POPDO> justCurrentPOP)
{
CPbusinessLayer bslyr = new CPbusinessLayer();
bslyr.DAL = DAL;
bslyr.fileName = fileName;
// 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 justCurrentPOP)
{
// pull trees for population
List <TreeDO> justTrees = new List <TreeDO>();
if (sdo.Method == "FIXCNT")
{
justTrees = bslyr.getPOPtrees(pdo, "C");
}
else
{
justTrees = bslyr.getPOPtrees(pdo, "M");
}
// 3PPNT uses measured plots
if (sdo.Method == "3PPNT")
{
foreach (PlotDO p in justPlots)
{
int nthRow = justTrees.FindIndex(
delegate(TreeDO td)
{
return(td.Plot_CN == p.Plot_CN && td.Stratum_CN == p.Stratum_CN);
});
if (nthRow >= 0)
{
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
bslyr.SaveTrees(justTrees);
} // end foreach loop on justCurrentPOP
return;
} // end CalcExpFac