VAGSuite.ctrlAirmassResult.LoadGraphWithDetails C# (CSharp) Méthode

        private void LoadGraphWithDetails()
        {
            if (gridControl1.DataSource != null)
            {
                DataTable dt = (DataTable)gridControl1.DataSource;
                // get only the WOT cells, the last 16 integers
                // and the columns which hold the rpm stages
                chartControl1.Series.Clear();
                string powerLabel = "Power (bhp)";
                if (checkEdit5.Checked) powerLabel = "Power (kW)";
                string torqueLabel = "Torque (Nm)";
                if (checkEdit6.Checked) torqueLabel = "Torque (lbft)";

                string injectorDCLabel = "Injector DC";
                string targetLambdaLabel = "Target lambda";

                powerSeries = chartControl1.Series.Add(powerLabel, DevExpress.XtraCharts.ViewType.Spline);
                torqueSeries = chartControl1.Series.Add(torqueLabel, DevExpress.XtraCharts.ViewType.Spline);
                // set line colors
                chartControl1.Series[powerSeries].Label.Border.Visible = false;
                chartControl1.Series[torqueSeries].Label.Border.Visible = false;
                chartControl1.Series[powerSeries].Label.Shadow.Visible = true;
                chartControl1.Series[torqueSeries].Label.Shadow.Visible = true;

                chartControl1.Series[powerSeries].View.Color = Color.Red;
                chartControl1.Series[torqueSeries].View.Color = Color.Blue;
                chartControl1.Series[powerSeries].ArgumentScaleType = ScaleType.Qualitative;
                chartControl1.Series[powerSeries].ValueScaleType = ScaleType.Numerical;
                chartControl1.Series[torqueSeries].ArgumentScaleType = ScaleType.Qualitative;
                chartControl1.Series[torqueSeries].ValueScaleType = ScaleType.Numerical;

                SplineSeriesView sv = (SplineSeriesView)chartControl1.Series[powerSeries].View;
                sv.LineMarkerOptions.Visible = false;
                sv = (SplineSeriesView)chartControl1.Series[torqueSeries].View;
                sv.LineMarkerOptions.Visible = false;

                for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
                {
                    double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
                    // convert to hp
                    int rpm = Convert.ToInt32(y_axisvalues.GetValue(i));
                    int torque = Tools.Instance.IQToTorque(Convert.ToInt32(o), rpm, m_numberCylinders);
                    if (_ECUType.Contains("EDC16"))
                    {
                        torque = Convert.ToInt32(o);
                        torque *= 10; // correction to keep the code identical from here
                        double temptorque = torque * Tools.Instance.GetCorrectionFactorForRpm(rpm, m_numberCylinders);
                        torque = Convert.ToInt32(temptorque);
                    }
                    int horsepower = Tools.Instance.TorqueToPower(torque, rpm);

                    if (checkEdit5.Checked) horsepower = Tools.Instance.TorqueToPowerkW(torque, rpm);
                    if (checkEdit6.Checked) torque = Tools.Instance.IQToTorque(Convert.ToInt32(o), rpm, m_numberCylinders);//AirmassToTorqueLbft(Convert.ToInt32(o), rpm);

                    horsepower /= 100;
                    torque /= 100;

                    double[] dvals = new double[1];
                    dvals.SetValue(Convert.ToDouble(horsepower), 0);
                    chartControl1.Series[powerSeries].Points.Add(new SeriesPoint(Convert.ToDouble(rpm), dvals));

                    double[] dvalstorq = new double[1];
                    dvalstorq.SetValue(Convert.ToDouble(torque), 0);
                    chartControl1.Series[torqueSeries].Points.Add(new SeriesPoint(Convert.ToDouble(rpm), dvalstorq));

                }

            }
        }