} // end setupDialog
private void onInsertClick(object sender, EventArgs e)
{
BiomassEquationDO biodo = new BiomassEquationDO();
biodo.Species = speciesList.SelectedItem.ToString();
biodo.Component = componentList.SelectedItem.ToString();
biodo.Equation = equationList.SelectedItem.ToString();
//biodo.Product = Convert.ToInt16(productList.SelectedItem.ToString());
bioList.Add(biodo);
biomassEquationDOBindingSource.ResetBindings(false);
} // end onInsertClick
} // end FindFactor
public static List <string> buildPrintArray(BiomassEquationDO bioDO, int printSpecies)
{
string fieldFormat = "{0,5:F1}";
var bioArray = new List <string>();
bioArray.Add(" ");
if (printSpecies == 1)
{
bioArray.Add(bioDO.Species.PadRight(6, ' '));
bioArray.Add(bioDO.Product.PadLeft(2, '0'));
}
else if (printSpecies == 0)
{
bioArray.Add(" ");
bioArray.Add(" ");
} // endif printSpecies
switch (bioDO.Component)
{
case "TotalTreeAboveGround":
bioArray.Add("Total Tree ");
break;
case "LiveBranches":
bioArray.Add("Live Branches ");
break;
case "DeadBranches":
bioArray.Add("Dead Branches ");
break;
case "Foliage":
bioArray.Add("Foliage ");
break;
case "PrimaryProd":
bioArray.Add("Mainstem Primary ");
break;
case "SecondaryProd":
bioArray.Add("Mainstem Secondary");
break;
case "StemTip":
bioArray.Add("Stem Tip ");
break;
} // end switch on component
if (bioDO.Equation == null || bioDO.Equation == "" || bioDO.Equation.Substring(0, 3) == " ")
{
bioArray.Add(" ");
}
else
{
bioArray.Add(bioDO.Equation.PadLeft(3, '0'));
}
bioArray.Add(String.Format(fieldFormat, bioDO.PercentMoisture));
bioArray.Add(String.Format(fieldFormat, bioDO.PercentRemoved));
bioArray.Add(bioDO.LiveDead);
bioArray.Add(bioDO.FIAcode.ToString());
bioArray.Add(String.Format(fieldFormat, bioDO.WeightFactorPrimary));
bioArray.Add(String.Format(fieldFormat, bioDO.WeightFactorSecondary));
if (bioDO.MetaData == null)
{
bioArray.Add(" ");
}
else
{
bioArray.Add(bioDO.MetaData.PadRight(49, ' ').Substring(0, 49));
}
return(bioArray);
} // end buildPrintArray
} // end onDelete
public void updateBiomass(List <VolumeEquationDO> equationList, string currRegion, string currForest)
{
// function only updates biomass equations in a template file
List <TreeDefaultValueDO> treeDef = bslyr.getTreeDefaults();
List <BiomassEquationDO> bioList = bslyr.getBiomassEquations();
if (bioList.Count > 0)
{
bslyr.ClearBiomassEquations();
}
// capture percent removed
List <PercentRemoved> prList = new List <PercentRemoved>();
foreach (VolumeEquationDO vdo in equationList)
{
PercentRemoved pr = new PercentRemoved();
if (vdo.CalcBiomass == 1)
{
pr.bioSpecies = vdo.Species;
pr.bioProduct = vdo.PrimaryProduct;
prList.Add(pr);
} // endif biomass flag checked
} // end foreach
if (prList.Count > 0)
{
CapturePercentRemoved cpr = new CapturePercentRemoved();
cpr.prList = prList;
cpr.setupDialog();
cpr.ShowDialog();
prList = cpr.prList;
} // endif nthRow
// new variables for biomass call
int REGN, SPCD;
float[] WF = new float[3];
StringBuilder AGTEQ = new StringBuilder(256);
StringBuilder LBREQ = new StringBuilder(256);
StringBuilder DBREQ = new StringBuilder(256);
StringBuilder FOLEQ = new StringBuilder(256);
StringBuilder TIPEQ = new StringBuilder(256);
StringBuilder WF1REF = new StringBuilder(256);
StringBuilder WF2REF = new StringBuilder(256);
StringBuilder MCREF = new StringBuilder(256);
StringBuilder AGTREF = new StringBuilder(256);
StringBuilder LBRREF = new StringBuilder(256);
StringBuilder DBRREF = new StringBuilder(256);
StringBuilder FOLREF = new StringBuilder(256);
StringBuilder TIPREF = new StringBuilder(256);
const int strlen = 256;
// need an array of component titles
string[] componentArray = new string[7] {
"TotalTreeAboveGround", "LiveBranches", "DeadBranches", "Foliage", "PrimaryProd", "SecondaryProd", "StemTip"
};
// convert region to integer and forest to StringBuilder
REGN = Convert.ToInt16(currRegion);
StringBuilder FORST = new StringBuilder(256);
FORST.Append(currForest);
foreach (VolumeEquationDO el in equationList)
{
if (el.CalcBiomass == 1)
{
// find species/product in tree default values for FIA code
int nthRow = treeDef.FindIndex(
delegate(TreeDefaultValueDO td)
{
return(td.Species == el.Species && td.PrimaryProduct == el.PrimaryProduct);
});
if (nthRow >= 0)
{
WF[0] = 0;
WF[1] = 0;
WF[2] = 0;
SPCD = Convert.ToInt16(treeDef[nthRow].FIAcode);
CRZSPDFTCS(ref REGN, FORST, ref SPCD, WF, AGTEQ, LBREQ, DBREQ, FOLEQ, TIPEQ,
WF1REF, WF2REF, MCREF, AGTREF, LBRREF, DBRREF, FOLREF, TIPREF,
strlen, strlen, strlen, strlen, strlen, strlen, strlen, strlen,
strlen, strlen, strlen, strlen, strlen, strlen);
// get percent removed from list
float currPC = new float();
int ithRow = prList.FindIndex(
delegate(PercentRemoved pr)
{
return(pr.bioSpecies == el.Species && pr.bioProduct == el.PrimaryProduct);
});
for (int k = 0; k < 7; k++)
{
BiomassEquationDO bedo = new BiomassEquationDO();
bedo.FIAcode = treeDef[nthRow].FIAcode;
bedo.LiveDead = treeDef[nthRow].LiveDead;
bedo.Product = el.PrimaryProduct;
bedo.Species = el.Species;
bedo.PercentMoisture = WF[2];
bedo.PercentRemoved = currPC;
// switch through component array
switch (k)
{
case 0: // Total tree above ground
bedo.Component = componentArray[k];
bedo.Equation = AGTEQ.ToString();
bedo.MetaData = AGTREF.ToString();
break;
case 1: // Live branches
bedo.Component = componentArray[k];
bedo.Equation = LBREQ.ToString();
bedo.MetaData = LBRREF.ToString();
break;
case 2: // Dead branches
bedo.Component = componentArray[k];
bedo.Equation = DBREQ.ToString();
bedo.MetaData = DBRREF.ToString();
break;
case 3: // Foliage
bedo.Component = componentArray[k];
bedo.Equation = FOLEQ.ToString();
bedo.MetaData = FOLREF.ToString();
break;
case 4: // Primary product
bedo.Component = componentArray[k];
bedo.Equation = "";
if (currRegion == "05" || currRegion == "5")
{
// setip array for FFIA codes for applicable species
long[] FIAcodes = new long[8] {
122, 116, 117, 015, 020, 202, 081, 108
};
if (el.PrimaryProduct == "20")
{
for (int j = 0; j < 8; j++)
{
if (treeDef[nthRow].FIAcode == FIAcodes[j])
{
bedo.WeightFactorPrimary = WF[1];
}
}
}
else
{
bedo.WeightFactorPrimary = WF[0];
}
}
else
{
bedo.WeightFactorPrimary = WF[0];
}
bedo.MetaData = WF1REF.ToString();
break;
case 5: // Secondary product
bedo.Component = componentArray[k];
bedo.Equation = "";
bedo.WeightFactorSecondary = WF[1];
bedo.MetaData = WF2REF.ToString();
break;
case 6: // Stem tip
bedo.Component = componentArray[k];
bedo.Equation = TIPEQ.ToString();
bedo.MetaData = TIPREF.ToString();
break;
} // end switch
bioList.Add(bedo);
} // end for k loop
} // endif nthRow
} // endif
} // end foreach loop
// save list
bslyr.SaveBiomassEquations(bioList);
return;
}
} // end onCancel
public void updateBiomass(List <VolumeEquationDO> equationList)
{
List <TreeDO> treeList = bslyr.getTrees();
// Are there records in the BiomassEquation table? Remove all
List <BiomassEquationDO> bioList = bslyr.getBiomassEquations();
if (bioList.Count > 0)
{
bslyr.ClearBiomassEquations();
}
// need to reset filename
bslyr.fileName = fileName;
string currRegion = bslyr.getRegion();
string currForest = bslyr.getForest();
// district is not used in the new biomass library call
//string currDist = bslyr.getDistrict();
// if just one volume equation has biomass flag checked, need to capture percent removed for any or all
List <PercentRemoved> prList = new List <PercentRemoved>();
foreach (VolumeEquationDO vdo in equationList)
{
PercentRemoved pr = new PercentRemoved();
if (vdo.CalcBiomass == 1)
{
pr.bioSpecies = vdo.Species;
pr.bioProduct = vdo.PrimaryProduct;
prList.Add(pr);
} // endif biomass flag checked
} // end foreach
if (prList.Count > 0)
{
CapturePercentRemoved cpr = new CapturePercentRemoved();
cpr.prList = prList;
cpr.setupDialog();
cpr.ShowDialog();
prList = cpr.prList;
} // endif nthRow
// new variables for biomass call
int REGN, SPCD;
float[] WF = new float[3];
StringBuilder AGTEQ = new StringBuilder(256);
StringBuilder LBREQ = new StringBuilder(256);
StringBuilder DBREQ = new StringBuilder(256);
StringBuilder FOLEQ = new StringBuilder(256);
StringBuilder TIPEQ = new StringBuilder(256);
StringBuilder WF1REF = new StringBuilder(256);
StringBuilder WF2REF = new StringBuilder(256);
StringBuilder MCREF = new StringBuilder(256);
StringBuilder AGTREF = new StringBuilder(256);
StringBuilder LBRREF = new StringBuilder(256);
StringBuilder DBRREF = new StringBuilder(256);
StringBuilder FOLREF = new StringBuilder(256);
StringBuilder TIPREF = new StringBuilder(256);
const int strlen = 256;
// need an array of component titles
string[] componentArray = new string[7] {
"TotalTreeAboveGround", "LiveBranches", "DeadBranches", "Foliage", "PrimaryProd", "SecondaryProd", "StemTip"
};
// convert region to integer and forest to StringBuilder
REGN = Convert.ToInt16(currRegion);
StringBuilder FORST = new StringBuilder(256);
FORST.Append(currForest);
// Region 8 does things so differently -- multiple species could be
// in the equation list so need to check for duplicates. Otherwise, the biomass equations
// won't save. February 2014
string prevSP = "**";
string prevPP = "**";
// update biomass equations
foreach (VolumeEquationDO vedo in equationList)
{
if (vedo.CalcBiomass == 1)
{
if (prevSP != vedo.Species || (prevSP == vedo.Species && prevPP != vedo.PrimaryProduct))
{
prevSP = vedo.Species;
prevPP = vedo.PrimaryProduct;
// find species/product in Tree list
int nthRow = treeList.FindIndex(
delegate(TreeDO t)
{
return(t.Species == vedo.Species && t.SampleGroup.PrimaryProduct == vedo.PrimaryProduct);
});
if (nthRow >= 0)
{
WF[0] = 0;
WF[1] = 0;
WF[2] = 0;
SPCD = Convert.ToInt16(treeList[nthRow].TreeDefaultValue.FIAcode);
CRZSPDFTCS(ref REGN, FORST, ref SPCD, WF, AGTEQ, LBREQ, DBREQ, FOLEQ, TIPEQ,
WF1REF, WF2REF, MCREF, AGTREF, LBRREF, DBRREF, FOLREF, TIPREF,
strlen, strlen, strlen, strlen, strlen, strlen, strlen, strlen,
strlen, strlen, strlen, strlen, strlen, strlen);
// get percent removed from list
float currPC = new float();
int ithRow = prList.FindIndex(
delegate(PercentRemoved pr)
{
return(pr.bioSpecies == vedo.Species && pr.bioProduct == vedo.PrimaryProduct);
});
if (ithRow >= 0)
{
currPC = Convert.ToSingle(prList[ithRow].bioPCremoved);
}
else
{
currPC = 0;
}
for (int k = 0; k < 7; k++)
{
BiomassEquationDO bedo = new BiomassEquationDO();
bedo.FIAcode = treeList[nthRow].TreeDefaultValue.FIAcode;
bedo.LiveDead = treeList[nthRow].LiveDead;
bedo.Product = vedo.PrimaryProduct;
bedo.Species = vedo.Species;
bedo.PercentMoisture = WF[2];
bedo.PercentRemoved = currPC;
// switch through component array
switch (k)
{
case 0: // Total tree above ground
bedo.Component = componentArray[k];
bedo.Equation = AGTEQ.ToString();
bedo.MetaData = AGTREF.ToString();
break;
case 1: // Live branches
bedo.Component = componentArray[k];
bedo.Equation = LBREQ.ToString();
bedo.MetaData = LBRREF.ToString();
break;
case 2: // Dead branches
bedo.Component = componentArray[k];
bedo.Equation = DBREQ.ToString();
bedo.MetaData = DBRREF.ToString();
break;
case 3: // Foliage
bedo.Component = componentArray[k];
bedo.Equation = FOLEQ.ToString();
bedo.MetaData = FOLREF.ToString();
break;
case 4: // Primary product
bedo.Component = componentArray[k];
bedo.Equation = "";
if (currRegion == "05" || currRegion == "5")
{
// setip array for FIA codes for applicable species
long[] FIAcodes = new long[8] {
122, 116, 117, 015, 020, 202, 081, 108
};
int foundIt = 0;
if (vedo.PrimaryProduct == "20")
{
for (int j = 0; j < 8; j++)
{
if (treeList[nthRow].TreeDefaultValue.FIAcode == FIAcodes[j])
{
bedo.WeightFactorPrimary = WF[1];
foundIt = 1;
}
} // end for j loop
if (foundIt == 0)
{
bedo.WeightFactorPrimary = WF[0];
}
}
else
{
bedo.WeightFactorPrimary = WF[0];
}
}
else
{
bedo.WeightFactorPrimary = WF[0];
}
bedo.MetaData = WF1REF.ToString();
break;
case 5: // Secondary product
bedo.Component = componentArray[k];
bedo.Equation = "";
bedo.WeightFactorSecondary = WF[1];
bedo.MetaData = WF2REF.ToString();
break;
case 6: // Stem tip
bedo.Component = componentArray[k];
bedo.Equation = TIPEQ.ToString();
bedo.MetaData = TIPREF.ToString();
break;
} // end switch
bioList.Add(bedo);
} // end for k loop
} // endif nthRow
} // endif species and product are not equal
} // endif biomass checked
} // end foreach loop
// save list
bslyr.SaveBiomassEquations(bioList);
bslyr.fileName = fileName;
} // end updateBiomass