private static void insertOperationsOnReachBox(FormResult form, int index)
{
int typeOfPart = Part.getSurfaceOnIndex(index).getParametersOfSurface().getTypeOfPart().getIndex();
char type;
if (typeOfPart == 0)
{
type = '-';
}
else
{
type = '+';
}
ClassesToCalculate.ResultsOfCalculation resultWorkpiece = Part.getWorkpiece().getResultsOfCalculation();
form.richTextBoxResult.Text = "Исходные данные: " + Part.getWorkpiece().getNameOfWorkpiece() + "\nСоставляющая припуска P= " + resultWorkpiece.getSpatialDeviation().ToString() + "\nРазмер= " + resultWorkpiece.getSizeOfWorkprieceAfterOperation().ToString() + "(" + type + Part.getWorkpiece().getResultsOfCalculation().getAccuracies() + ")";
for (int i = 0; i < Part.getSurfaceOnIndex(index).getCountLongListOperation(); i++)
{
resultWorkpiece = Part.getSurfaceOnIndex(index).getParametersOperation()[i].getResultsOfCalculation();
form.richTextBoxResult.Text += "\n" + i.ToString() + ") ";
form.richTextBoxResult.Text += Part.getSurfaceOnIndex(index).getParametersOperation()[i].getNameOperation();
form.richTextBoxResult.Text += "\nСоставляющая припуска E= " + resultWorkpiece.getdeviationOfInstallation().ToString() + "\nСоставляющая припуска P= " + resultWorkpiece.getSpatialDeviation().ToString() + "\nВеличина номинального припуска Znom= " + resultWorkpiece.getNominalAllowance().ToString() + "\nРазмер= " + resultWorkpiece.getSizeOfWorkprieceAfterOperation().ToString() + "(" + type + resultWorkpiece.getAccuracies() + ")";
}
}
private ClassesToCalculate.ResultsOfCalculation[] getResultsOfCalculation()
{
int numberOfOperations = this.parametersForCalculation.getNumberOfOperations();
double tolerance = parametersOfPart.getAllowance();
if (tolerance == 0)
{
tolerance = accuracies[numberOfOperations - 1];
}
else
{
accuracies[numberOfOperations - 1] = parametersOfPart.getAllowance();
}
this.rounding(tolerance);
ClassesToCalculate.ResultsOfCalculation[] resultsOfCalculation = new ClassesToCalculate.ResultsOfCalculation[numberOfOperations];
for (int i = 0; i < numberOfOperations; i++)
{
resultsOfCalculation[i] = new ClassesToCalculate.ResultsOfCalculation(accuracies[i], spatialDeviationP[i], deviationOfInstallationE[i], nominalAllowanceZnom[i], sizeOfWorkprieceAfterOperation[i]);
}
return(resultsOfCalculation);
}
private void buttonSaveToDisk_Click(object sender, EventArgs e)
{
SaveFileDialog sfd = new SaveFileDialog();
sfd.Filter = "Текстовый документ (*.txt)|*.txt|Все файлы (*.*)|*.*";
List <Surface> surfaces = Part.getSurfaces();
int count = surfaces.Count;
if (sfd.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
StreamWriter sw = new StreamWriter(sfd.FileName);
int typeOfPart = Part.getParametersOfPart().getTypeOfPart().getIndex();
char type;
if (typeOfPart == 0)
{
type = '-';
}
else
{
type = '+';
}
ClassesToCalculate.ResultsOfCalculation resultWorkpiece = Part.getWorkpiece().getResultsOfCalculation();
sw.WriteLine("Исходные данные: " + Part.getWorkpiece().getNameOfWorkpiece() + "\nСоставляющая припуска P= " + resultWorkpiece.getSpatialDeviation().ToString() + "\nРазмер= " + resultWorkpiece.getSizeOfWorkprieceAfterOperation().ToString() + "(" + type + Part.getWorkpiece().getResultsOfCalculation().getAccuracies() + ")");
for (int index = 0; index < count; index++)
{
for (int i = 0; i < Part.getSurfaceOnIndex(index).getCountLongListOperation(); i++)
{
resultWorkpiece = Part.getSurfaceOnIndex(index).getParametersOperation()[i].getResultsOfCalculation();
sw.WriteLine("\n" + i.ToString() + ") ");
sw.WriteLine(Part.getSurfaceOnIndex(index).getParametersOperation()[i].getNameOperation());
sw.WriteLine("\nСоставляющая припуска E= " + resultWorkpiece.getdeviationOfInstallation().ToString() + "\nСоставляющая припуска P= " + resultWorkpiece.getSpatialDeviation().ToString() + "\nВеличина номинального припуска Znom= " + resultWorkpiece.getNominalAllowance().ToString() + "\nРазмер= " + resultWorkpiece.getSizeOfWorkprieceAfterOperation().ToString() + "(" + type + resultWorkpiece.getAccuracies() + ")");
}
}
sw.Close();
}
}
private static void saveToTableOfOperations(FormSaveToDataBase form, int index)
{
Surface surface = Part.getSurfaceOnIndex(0);
List <ParametersOperation> parametersOperations = surface.getParametersOperation();
int numberOfOperation = surface.getCountLongListOperation();
for (int i = 0; i < numberOfOperation; i++)
{
ParametersOperation parametersOperation = parametersOperations[i];
ClassesToCalculate.ResultsOfCalculation resultsOfCalculation = parametersOperation.getResultsOfCalculation();
string nameOperation = parametersOperation.getTypeOfMachining() + ',' + parametersOperation.getPrecisionOfMachining();
// form.переходыTableAdapter.Insert(Convert.ToInt16(form.dataGridView1[0, index - 1].Value.ToString()) + 1, i + 1, nameOperation, parametersOperation.getTypeOfInstrument(), (float)parametersOperation.getSurfaceRoughnessRz(), (float)parametersOperation.getThicknessOfDefectiveCoating(), (float)resultsOfCalculation.getSpatialDeviation(), (float)resultsOfCalculation.getdeviationOfInstallation(), (float)resultsOfCalculation.getAccuracies(), (float)resultsOfCalculation.getNominalAllowance(), (float)resultsOfCalculation.getSizeOfWorkprieceAfterOperation(), parametersOperation.getIdOperation(), null, (float)parametersOperation.getCoefficientOfRefinement(), (int)parametersOperation.getKvalitet());
}
}
public void setResultsOfCalculation(ClassesToCalculate.ResultsOfCalculation resultsOfCalculation)
{
this.resultsOfCalculation = resultsOfCalculation;
}
