private void PopulateOptimumDesignTable()
{
DGVHelpers.RemoveAllRows(dgvOptimumDesigns);
double dmax = double.Parse(txtDmax.Text);
double L = double.Parse(txtL.Text);
IManufacturer beamCatalogue = new ShayMurtagh();
List <IBeam> fullCatalogue = beamCatalogue.GetFullCatalogue();
SuitableSections ss = new SuitableSections(L, dmax, fullCatalogue);
List <DesignVerification> suitableDesigns = ss.GetSuitableSections();
//Add a row in the dgv for each suitable section, keeping track of row index using
//variable counter.
int counter = 0;
foreach (DesignVerification design in suitableDesigns)
{
dgvOptimumDesigns.Rows.Add();
dgvOptimumDesigns.Rows[counter].Cells[0].Value = design.Beam.Type;
dgvOptimumDesigns.Rows[counter].Cells[1].Value = design.Beam.Spacing;
dgvOptimumDesigns.Rows[counter].Cells[2].Value = design.Beam.Lmin;
dgvOptimumDesigns.Rows[counter].Cells[3].Value = design.Beam.Lmax;
dgvOptimumDesigns.Rows[counter].Cells[4].Value = design.Beam.Dtot;
dgvOptimumDesigns.Rows[counter].Cells[5].Value = design.RemainingDepth;
counter++;
}
if (suitableDesigns.Count == 0)
{
MessageBox.Show("No suitable designs found!");
}
}
private void PopulateBeamTable(List <string> beamTypes, DataGridView dgv)
{
DGVHelpers.RemoveAllRows(dgv);
//Design data
double dmax = double.Parse(txtDmax.Text);
double L = double.Parse(txtL.Text);
//Get a list of Y8 Beams
var catalogue = new ShayMurtagh();
List <IBeam> fullCatalogue = catalogue.GetFullCatalogue();
int counter = 0;
foreach (string beamType in beamTypes)
{
//Add a row to dgv
dgv.Rows.Add();
//Get a list of YX beam arrangements, sorted by spacing from smallest to largest.
List <IBeam> beamTypeSpacings = fullCatalogue.Where(x => x.Type == beamType).ToList().OrderBy(x => x.Spacing).ToList();
//Set the type column to the type e.g. Y8 of the first object in the ybeamTypeSpacings List.
dgv.Rows[counter].Cells[0].Value = beamTypeSpacings[0].Type;
//For each of the 1m/2m/3m spacings, create a design verification and output "sectionok" to the respective column.
for (int i = 0; i < beamTypeSpacings.Count; i++)
{
var verification = new DesignVerification(beamTypeSpacings[i], L, dmax);
if (verification.sectionOk)
{
dgv.Rows[counter].Cells[i + 1].Style.ForeColor = System.Drawing.Color.Green;
dgv.Rows[counter].Cells[i + 1].Value = "✔";
dgv.Rows[counter].Cells[8].Value = verification.RemainingDepth;
dgv.Rows[counter].Cells[8].Style.ForeColor = System.Drawing.Color.Black;
}
else
{
dgv.Rows[counter].Cells[i + 1].Style.ForeColor = System.Drawing.Color.Red;
dgv.Rows[counter].Cells[i + 1].Value = "X";
dgv.Rows[counter].Cells[8].Value = "N/A";
dgv.Rows[counter].Cells[8].Style.ForeColor = System.Drawing.Color.LightGray;
}
}
//Report Db+Dslab+Dtotal, and RemDepth if any of the spacings are acceptable
dgv.Rows[counter].Cells[5].Value = beamTypeSpacings[0].Dbeam;
dgv.Rows[counter].Cells[6].Value = beamTypeSpacings[0].Dslab;
dgv.Rows[counter].Cells[7].Value = beamTypeSpacings[0].Dtot;
counter++;
DeleteLastRowIfBlank(dgv);
}
}