static public SeriesCollection SeriesCollectionForConfiguration(SeriesCollectionConfiguration configuration)
{
LineSeries[] Series = new LineSeries[configuration.Types.Length];
for (int i = 0; i < configuration.Types.Length; i++)
{
Series[i] = LineSeriesForType(configuration.Types[i], configuration.DataPoints);
}
SeriesCollection collection;
CartesianMapper <ObservablePoint> Mapper = Mappers.Xy <ObservablePoint>();
if (configuration.HasLogarithmicX)
{
Mapper.X(point => Math.Log(point.X + .000001, 10));
}
else
{
Mapper.X(point => point.X);
}
if (configuration.HasLogarithmicY)
{
Mapper.Y(point => Math.Log(point.Y + .000001, 10));
}
else
{
Mapper.Y(point => point.Y);
}
collection = new SeriesCollection(Mapper);
collection.AddRange(Series);
return(collection);
}
public ResultsWindow(String[] fileNames, GenericTestInformation testInformation, SpecificTestInformation[] specificTestInformation)
{
InitializeComponent();
var engine = new FileHelperEngine <DataPoint>();
var numberOfFiles = fileNames.Length;
GenericTestInformation = testInformation;
SpecificTestInformation = specificTestInformation;
DataPoint[][] resultArrays = new DataPoint[numberOfFiles][];
ShearViewModel[] models = new ShearViewModel[numberOfFiles];
for (int i = 0; i < fileNames.Length; i++)
{
resultArrays[i] = engine.ReadFile(fileNames[i]);
models[i] = new ShearViewModel(resultArrays[i], GenericTestInformation, SpecificTestInformation);
}
GenericTestInformation = testInformation;
SpecificTestInformation = specificTestInformation;
for (int i = 0; i < numberOfFiles; i++)
{
ResultScrollViewer resultScrollViewer = new ResultScrollViewer(i + 1);
resultScrollViewer.ShearDataGrid.Model = models[i];
resultScrollViewer.GeneralDataGrid.Model = models[i];
TabItem tabItem = new TabItem
{
Header = "Resultaten " + (i + 1)
};
SeriesCollectionConfiguration shearStrainHorizontalStress = new SeriesCollectionConfiguration
{
Types = new SeriesCollectionType[] { SeriesCollectionType.ShearStrainHorizontalStress },
DataPoints = resultArrays[i],
HasLogarithmicX = false,
HasLogarithmicY = false
};
SeriesCollectionConfiguration normalStressShearStress = new SeriesCollectionConfiguration
{
Types = new SeriesCollectionType[] { SeriesCollectionType.NormalStressShearStress },
DataPoints = resultArrays[i],
HasLogarithmicX = false,
HasLogarithmicY = false
};
SeriesCollectionConfiguration timeAxialStrain = new SeriesCollectionConfiguration
{
Types = new SeriesCollectionType[] { SeriesCollectionType.TimeAxialStrain },
DataPoints = resultArrays[i],
HasLogarithmicX = true,
HasLogarithmicY = false
};
SeriesCollectionConfiguration shearStrainNormalStressAndShearStrainPorePressure = new SeriesCollectionConfiguration
{
Types = new SeriesCollectionType[] { SeriesCollectionType.ShearStrainNormalStress, SeriesCollectionType.ShearStrainPorePressure },
DataPoints = resultArrays[i],
HasLogarithmicX = false,
HasLogarithmicY = false
};
SeriesCollectionConfiguration horizontalStrainSecantGModulus = new SeriesCollectionConfiguration
{
Types = new SeriesCollectionType[] { SeriesCollectionType.HorizontalStrainSecantGModulus },
DataPoints = resultArrays[i],
HasLogarithmicX = true,
HasLogarithmicY = true
};
resultScrollViewer.ShearStrainHorizontalStress = SeriesCollectionManager.SeriesCollectionForConfiguration(shearStrainHorizontalStress);
resultScrollViewer.NormalStressShearStress = SeriesCollectionManager.SeriesCollectionForConfiguration(normalStressShearStress);
resultScrollViewer.TimeAxialStrain = SeriesCollectionManager.SeriesCollectionForConfiguration(timeAxialStrain);
resultScrollViewer.ShearStrainNormalStressAndShearStrainPorePressure = SeriesCollectionManager.SeriesCollectionForConfiguration(shearStrainNormalStressAndShearStrainPorePressure);
resultScrollViewer.HorizontalStrainSecantGModulus = SeriesCollectionManager.SeriesCollectionForConfiguration(horizontalStrainSecantGModulus);
tabItem.Content = resultScrollViewer;
TabControl.Items.Add(tabItem);
}
Formatter = value => Math.Pow(10, value).ToString("N", CultureInfo.CreateSpecificCulture("nl"));
Base = 10;
DataContext = this;
}
