public CrossSectionForm(BaseDataTable <BaseCrossSection> table)
{
InitializeComponent();
DataGraphView = new DataGraphView <BaseCrossSection>(table);
this.Controls.Add(DataGraphView);
DataGraphView.Dock = DockStyle.Fill;
}
private void densityCalculation()
{
calculationStatus.Value = 0;
var densities = GetDensities(densityTextBox.Text);
if (densities.Count == 0)
{
MessageBox.Show("Установите начальную концентрацию изотопов", "Ошибка", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
Reactor.SetDensityArray(densities);
if (!string.IsNullOrWhiteSpace(radiationTimeTextBox.Text))
{
var str = timesComBox.SelectedItem.ToString();
var timestr = radiationTimeTextBox.Text;
int scale;
try { scale = NuclearCalculation.Models.Globals.TimeScale[str]; } catch (Exception) { return; }
double _time = Convert.ToDouble(timestr);
double time = _time * scale;
Reactor.Calculate(time);
var data = new List <BaseAbundance>();
var table = new AbundanceDataTable("Abundances");
foreach (var iso in Reactor.DensityArray.NuclideDensities)
{
var cs = 0.0;
//if (!iso.Isotope.Stable) continue;
try { cs = iso.Isotope.CrossSections[Constants.REACT.N_G].AvgCs; } catch (Exception) { }
data.Add(new BaseAbundance()
{
IsotopeName = iso.NuclideName,
Density = iso.Density,
AvgCs = cs,
AtomicWeight = iso.AtomicWeight,
Zaid = iso.Isotope.ZAID,
HalfLife = iso.Isotope.HalfLife
});
}
table.FillTable(data);
var dataGraphView = new DataGraphView <BaseAbundance>(table);
this.mainViewPanel.Controls.Clear();
this.mainViewPanel.Controls.Add(dataGraphView);
dataGraphView.Dock = DockStyle.Fill;
}
}
