private void ConvertText2DoubleArrays()
{
// Convert each field (table and arrays) into numeric data
XVect = TransformationMethods.TextCol2VectorCol(XArrayBox.Text);
YVect = TransformationMethods.TextCol2VectorCol(YArrayBox.Text);
ZVect = TransformationMethods.TextCol2VectorCol(ZArrayBox.Text);
}
private void ResultsForm_Shown(object sender, EventArgs e)
{
//1.1 Calculate base arrays (Ratio and Abs) for final statistics calculation
double[] ZRatioArrayOld =
CalibrationMethods.CalibrationRatioArrayCalculation(ParentApp.XDataArray, ParentApp.YDataArray, ParentApp.ZDataArray,
ParentApp.XCalArray, ParentApp.YCalArray, ParentApp.ZCalTab);
double[] ZRatioArrayOptm =
CalibrationMethods.CalibrationRatioArrayCalculation(ParentApp.XDataArray, ParentApp.YDataArray, ParentApp.ZDataArray,
ParentApp.XCalArray, ParentApp.YCalArray, ParentApp.ZCalTabOptm);
double[] ZCalTabArrayOld =
CalibrationMethods.CalibrationAbsoluteArrayCalculation(ParentApp.XDataArray, ParentApp.YDataArray, ParentApp.ZDataArray,
ParentApp.XCalArray, ParentApp.YCalArray, ParentApp.ZCalTab);
double[] ZCalTabArrayOptm =
CalibrationMethods.CalibrationAbsoluteArrayCalculation(ParentApp.XDataArray, ParentApp.YDataArray, ParentApp.ZDataArray,
ParentApp.XCalArray, ParentApp.YCalArray, ParentApp.ZCalTabOptm);
//1.2 Calculate Mean and StdDev values (Ratio and Abs) from base arrays
double ZMeanOld = Math.Round(VectorStatBasicMethods.Mean(ZRatioArrayOld), Math.Max(3, ParentApp.DataPrecision + 1));
double ZStdDevOld = Math.Round(VectorStatBasicMethods.StdDev(ZRatioArrayOld), Math.Max(3, ParentApp.DataPrecision + 1));
double ZAbsErrMeanOld = Math.Round(VectorStatBasicMethods.ErrorsAvg(ParentApp.ZDataArray, ZCalTabArrayOld),
Math.Max(3, ParentApp.DataPrecision + 1));
double ZAbsErrStdDOld = Math.Round(VectorStatBasicMethods.ErrorsStdDev(ParentApp.ZDataArray, ZCalTabArrayOld),
Math.Max(3, ParentApp.DataPrecision + 1));
double ZMeanOptm = Math.Round(VectorStatBasicMethods.Mean(ZRatioArrayOptm), Math.Max(3, ParentApp.DataPrecision + 1));
double ZStdDevOptm = Math.Round(VectorStatBasicMethods.StdDev(ZRatioArrayOptm), Math.Max(3, ParentApp.DataPrecision + 1));
double ZAbsErrMeanOptm = Math.Round(VectorStatBasicMethods.ErrorsAvg(ParentApp.ZDataArray, ZCalTabArrayOptm),
Math.Max(3, ParentApp.DataPrecision + 1));
double ZAbsErrStdDOptm = Math.Round(VectorStatBasicMethods.ErrorsStdDev(ParentApp.ZDataArray, ZCalTabArrayOptm),
Math.Max(3, ParentApp.DataPrecision + 1));
//1.3 Write calculated values on the corresponding labels
CurrMeanLabel.Text = ZMeanOld.ToString();
CurrStdDevLabel.Text = ZStdDevOld.ToString();
CurrAbsErrMeanLabel.Text = ZAbsErrMeanOld.ToString();
CurrAbsErrStdDLabel.Text = ZAbsErrStdDOld.ToString();
OptmMeanLabel.Text = ZMeanOptm.ToString();
OptmStdDevLabel.Text = ZStdDevOptm.ToString();
OptmAbsErrMeanLabel.Text = ZAbsErrMeanOptm.ToString();
OptmAbsErrStdDLabel.Text = ZAbsErrStdDOptm.ToString();
TableBox.Text = TransformationMethods.VectorTable2TextTable(ParentApp.ZCalTabOptm);
XArrayBox.Text = TransformationMethods.VectorLin2TextLin(ParentApp.XCalArray);
YArrayBox.Text = TransformationMethods.VectorCol2TextCol(ParentApp.YCalArray);
//2. Open the Results Convergency pattern new window
ResConvForm Convergency = new ResConvForm(ParentApp.FitType);
Convergency.Show();
Convergency.PlotConvergencyCurve(ParentApp.ErrStep,
ParentApp.StdDStep);
}
