public void setupDialog()
{
// Get unique species list from trees
ArrayList uniqueSpecies = Global.BL.GetJustSpecies("Tree");
// any volume equations??
List <VolumeEquationDO> volList = Global.BL.getVolumeEquations().ToList();
if (volList.Count <= 0)
{
// Initialize dibs as zero
jstDIB.Clear();
for (int k = 0; k < uniqueSpecies.Count; k++)
{
JustDIBs jd = new JustDIBs();
jd.speciesDIB = uniqueSpecies[k].ToString();
jd.productDIB = "01";
jd.primaryDIB = 0.0F;
jd.secondaryDIB = 0.0F;
jstDIB.Add(jd);
} // end for k loop
}
else if (volList.Count > 0)
{
// Initialize dibs from volume equations
jstDIB.Clear();
for (int k = 0; k < uniqueSpecies.Count; k++)
{
JustDIBs jd = new JustDIBs();
string currentSpecies = uniqueSpecies[k].ToString();
VolumeEquationDO ve = volList.FirstOrDefault(v => v.Species == currentSpecies);
if (ve != null)
{
jd.speciesDIB = currentSpecies;
jd.productDIB = ve.PrimaryProduct.ToString();
jd.primaryDIB = ve.TopDIBPrimary;
jd.secondaryDIB = ve.TopDIBSecondary;
jstDIB.Add(jd);
} // endif nthRow
} // end for k loop
} // endif volumes
// Now the list can be loaded into the data grid -- it is not bound
int rowNum = 0;
completedDIBs.RowCount = jstDIB.Count;
completedDIBs.ColumnCount = 3;
foreach (JustDIBs jd in jstDIB)
{
completedDIBs.Rows[rowNum].Cells[0].Value = jd.speciesDIB;
completedDIBs.Rows[rowNum].Cells[1].Value = jd.primaryDIB;
completedDIBs.Rows[rowNum].Cells[2].Value = jd.secondaryDIB;
rowNum++;
} // end foreach loop
return;
} // end setupDialog
} // end setupDialog
private void onFinished(object sender, EventArgs e)
{
// Capture DIB list to use in creating equations
jstDIB.Clear();
for (int k = 0; k < completedDIBs.RowCount; k++)
{
JustDIBs jd = new JustDIBs();
jd.speciesDIB = completedDIBs.Rows[k].Cells[0].Value.ToString();
jd.productDIB = "01";
jd.primaryDIB = Convert.ToSingle(completedDIBs.Rows[k].Cells[1].Value);
jd.secondaryDIB = Convert.ToSingle(completedDIBs.Rows[k].Cells[2].Value);
jstDIB.Add(jd);
} // end foreach
Close();
return;
} // end onFinished
public void setupDialog()
{
// Get unique species list from trees
ArrayList uniqueSpecies = bslyr.GetJustSpecies("Tree");
// any volume equations??
List <VolumeEquationDO> volList = bslyr.getVolumeEquations();
if (volList.Count <= 0)
{
// Initialize dibs as zero
jstDIB.Clear();
for (int k = 0; k < uniqueSpecies.Count; k++)
{
JustDIBs jd = new JustDIBs();
jd.speciesDIB = uniqueSpecies[k].ToString();
jd.productDIB = "01";
jd.primaryDIB = 0.0F;
jd.secondaryDIB = 0.0F;
jstDIB.Add(jd);
} // end for k loop
}
else if (volList.Count > 0)
{
// Initialize dibs from volume equations
jstDIB.Clear();
for (int k = 0; k < uniqueSpecies.Count; k++)
{
JustDIBs jd = new JustDIBs();
string currentSpecies = uniqueSpecies[k].ToString();
int nthRow = volList.FindIndex(
delegate(VolumeEquationDO v)
{
//return v.Species == currentSpecies && v.PrimaryProduct == "01";
return(v.Species == currentSpecies);
});
if (nthRow >= 0)
{
jd.speciesDIB = currentSpecies;
jd.productDIB = volList[nthRow].PrimaryProduct.ToString();
jd.primaryDIB = (float)volList[nthRow].TopDIBPrimary;
jd.secondaryDIB = (float)volList[nthRow].TopDIBSecondary;
jstDIB.Add(jd);
} // endif nthRow
} // end for k loop
} // endif volumes
// Now the list can be loaded into the data grid -- it is not bound
int rowNum = 0;
completedDIBs.RowCount = jstDIB.Count;
completedDIBs.ColumnCount = 3;
foreach (JustDIBs jd in jstDIB)
{
completedDIBs.Rows[rowNum].Cells[0].Value = jd.speciesDIB;
completedDIBs.Rows[rowNum].Cells[1].Value = jd.primaryDIB;
completedDIBs.Rows[rowNum].Cells[2].Value = jd.secondaryDIB;
rowNum++;
} // end foreach loop
return;
} // end setupDialog