void View_CalculateTrajectory(object sender, CalculateTrajectoryEventArgs e)
{
e.Trajectory = Model.GetTrajectory(e.StagesVariableValues, e.OutputParameters, e.id);
}
async void FillCalculationResult()
{
Grid.Rows.Clear();
if ((Result != null) && (Result.Count != 0))
{
Action <DataGridViewRow, int, StageOutputData> AddStageOutputDataInGrid = (Row, StartColumnIndex, StageOutputData) =>
{
Row.Cells[StartColumnIndex + 0].Value = FormatConvert.ToString(StageOutputData.P_0 * 1E-3);
Row.Cells[StartColumnIndex + 1].Value = FormatConvert.ToString(StageOutputData.m_0);
Row.Cells[StartColumnIndex + 2].Value = FormatConvert.ToString(StageOutputData.m_k);
Row.Cells[StartColumnIndex + 3].Value = FormatConvert.ToString(StageOutputData.m_t);
Row.Cells[StartColumnIndex + 4].Value = FormatConvert.ToString(StageOutputData.m_o);
Row.Cells[StartColumnIndex + 5].Value = FormatConvert.ToString(StageOutputData.m_g);
Row.Cells[StartColumnIndex + 6].Value = FormatConvert.ToString(StageOutputData.m_to);
Row.Cells[StartColumnIndex + 7].Value = FormatConvert.ToString(StageOutputData.m_su_pr);
Row.Cells[StartColumnIndex + 8].Value = FormatConvert.ToString(StageOutputData.m_du);
Row.Cells[StartColumnIndex + 9].Value = FormatConvert.ToString(StageOutputData.m_sux);
};
int i = 1;
foreach (var result in Result)
{
Grid.Rows.Add();
var row = Grid.Rows[Grid.Rows.Count - 1];
row.Cells[0].Value = i;
row.Cells[1].Value = FormatConvert.ToString(result.Key.firstStageVariableValues.n_0);
row.Cells[2].Value = FormatConvert.ToString(result.Key.secondStageVariableValues.n_0);
row.Cells[3].Value = FormatConvert.ToString(result.Key.firstStageVariableValues.gamma_du);
row.Cells[4].Value = FormatConvert.ToString(result.Key.secondStageVariableValues.gamma_du);
row.Cells[5].Value = FormatConvert.ToString(result.Key.firstStageVariableValues.a_to * 1E-3);
row.Cells[6].Value = FormatConvert.ToString(result.Key.secondStageVariableValues.a_to * 1E-3);
row.Cells[7].Value = FormatConvert.ToString(result.Key.firstStageVariableValues.mu_su_pr);
row.Cells[8].Value = FormatConvert.ToString(result.Key.secondStageVariableValues.mu_su_pr);
row.Cells[9].Value = FormatConvert.ToString(result.Key.firstStageVariableValues.mu_k);
row.Cells[10].Value = FormatConvert.ToString(result.Value.SecondStageOutputData.mu_k);
row.Cells[11].Value = FormatConvert.ToString(result.Value.FirstStageOutputData.mu_sux);
row.Cells[12].Value = FormatConvert.ToString(result.Value.SecondStageOutputData.mu_sux);
AddStageOutputDataInGrid(row, 13, result.Value.FirstStageOutputData);
AddStageOutputDataInGrid(row, 23, result.Value.SecondStageOutputData);
row.Cells[33].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.phi_k1 * 180 / Math.PI);
row.Cells[34].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.phi_0 * 180 / Math.PI);
row.Cells[35].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.phi_k2 * 180 / Math.PI);
row.Cells[36].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.t_1);
row.Cells[37].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.t_2);
row.Cells[38].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.H * 1E-3);
row.Cells[39].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.V);
row.Cells[40].Value = FormatConvert.ToString(result.Value.TrajectoryOutputParameters.nu * 180 / Math.PI);
row.Cells[41].Value = FormatConvert.ToString(result.Value.mu_pg);
VariantsComboBox.Items.Add("Вариант " + i.ToString());
i++;
}
await Task.Run(() =>
{
Trajectories.Clear();
var id = GetCalculationInputData();
for (int j = 0; j < Result.Count; j++)
{
var Key = Result.Keys.ToList()[j];
var Args = new CalculateTrajectoryEventArgs(Key, Result[Key], id);
CalculateTrajectory(this, Args);
Trajectories.Add(Key, Args.Trajectory);
}
});
VariantsComboBox.SelectedIndex = 0;
VariantsComboBox_SelectedIndexChanged(this, EventArgs.Empty);
}
}
