public Shewhart()
{
InitializeComponent();
System.Windows.Forms.Application.EnableVisualStyles();
// Create a Windows Forms checkbox control and assign
// it as the WindowsFormsHost element's child.
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
_graphPlotControl = new GraphPlotControl(CoordinateSystemType.Users);
var measurement = new ShewharMeasurement
{
Foundry = 0,
Process = 0,
TestName = "CMIM",
TrendManager = new TrendManager(TrendsFactory.GetAllTrends())
};
var shewhartChart = new ShewhartControlChart(measurement.TrendManager);
shewhartChart.Abscisses[0].Title = "Number";
shewhartChart.Ordinates[0].Title = "Value";
_graphPlotControl.Plot.CoordinateSystem = shewhartChart;
_graphPlotControl.Plot.Legend.Visible = false;
_graphPlotControl.BorderStyle = BorderStyle.None;
_graphPlotControl.MeasurementSystem = measSys;
_graphPlotControl.Plot.CoordinateSystem.SweepValueQuantityType = PhysicalQuantityType.Frequencies;
_graphPlotControl.Plot.Data = MakeData(measurement);
// _graphPlotControl.Tag = megaMeasurement;
graphicsHost.Child = _graphPlotControl;
// Cause the OnFlowDirectionChange delegate to be called.
graphicsHost.FlowDirection = System.Windows.FlowDirection.LeftToRight;
// Cause the OnClipChange delegate to be called.
graphicsHost.Clip = new RectangleGeometry();
}
public Histogram()
{
InitializeComponent();
System.Windows.Forms.Application.EnableVisualStyles();
// Create a Windows Forms checkbox control and assign
// it as the WindowsFormsHost element's child.
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
_integralPlotControl = new IntegralGraphControl();
_integralPlotControl.Data = MakeData();
var graphPlotControl = (GraphPlotControl)_integralPlotControl.Graphs[0];
graphPlotControl.BorderStyle = BorderStyle.None;
graphPlotControl.MeasurementSystem = measSys;
graphPlotControl.Plot.CoordinateSystem.SweepValueQuantityType = PhysicalQuantityType.Frequencies;
graphPlotControl.GraphTitle = "Histogram";
var ftMeas = new FtMeasurement
{
Foundry = 0,
Process = 0,
Wafer = "C2",
ElementType = "Transistor",
ElementSubTypes = new List<string> { "T240" },
};
var megaMeas = new MegaMeasurement();
megaMeas.Add(ftMeas);
graphPlotControl.Tag = megaMeas;
graphicsHost.Child = _integralPlotControl;
// Cause the OnFlowDirectionChange delegate to be called.
graphicsHost.FlowDirection = System.Windows.FlowDirection.LeftToRight;
// Cause the OnClipChange delegate to be called.
graphicsHost.Clip = new RectangleGeometry();
}
public PageAddStatistics()
{
InitializeComponent();
var statisticsPage = new AddMeasurementPageXML();
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
var data = new AddMeasurementPageXMLData() {MeasurementSystem = measSys};
statisticsPage.SetData(data);
AddStatisticsHost.Child = statisticsPage;
// Cause the OnFlowDirectionChange delegate to be called.
AddStatisticsHost.FlowDirection = System.Windows.FlowDirection.LeftToRight;
// Cause the OnClipChange delegate to be called.
AddStatisticsHost.Clip = new RectangleGeometry();
}
public Measurement()
{
InitializeComponent();
System.Windows.Forms.Application.EnableVisualStyles();
var measuremForm = new MeasurementToDBFormXML();
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
measuremForm.MeasurementSystem = measSys;
measureHost.Child = measuremForm;
// Cause the OnFlowDirectionChange delegate to be called.
measureHost.FlowDirection = System.Windows.FlowDirection.LeftToRight;
// Cause the OnClipChange delegate to be called.
measureHost.Clip = new RectangleGeometry();
}
public Page2()
{
InitializeComponent();
System.Windows.Forms.Application.EnableVisualStyles();
// Create a Windows Forms checkbox control and assign
// it as the WindowsFormsHost element's child.
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
_integralPlotControl = new IntegralGraphControl();
_integralPlotControl.Data = MakeData();
var graphPlotControl = (GraphPlotControl)_integralPlotControl.Graphs[0];
graphPlotControl.Plot.CoordinateSystem = new WaferDiagram();
graphPlotControl.Plot.Legend.Visible = false;
graphPlotControl.BorderStyle = BorderStyle.None;
graphPlotControl.MeasurementSystem = measSys;
graphPlotControl.Plot.CoordinateSystem.SweepValueQuantityType = PhysicalQuantityType.Frequencies;
graphPlotControl.GraphTitle = "Wafer";
var sMeas = new SMeasurement
{
Foundry = 0,
Process = 0,
Wafer = "C2",
ElementType = "Transistor",
ElementSubTypes = new List<string> {"T240"},
Frequency = 10000000000,
TransformMode = ComplexToComplexTransformMode.Magnitude,
IsDB = true
};
var ftMeas = new FtMeasurement
{
Foundry = 0,
Process = 0,
Wafer = "C2",
ElementType = "Transistor",
ElementSubTypes = new List<string> { "T240" },
};
var megaMeas = new MegaMeasurement();
megaMeas.Add(ftMeas);
megaMeas.Add(sMeas);
graphPlotControl.Tag = megaMeas;
graphicsHost.Child = _integralPlotControl;
// Cause the OnFlowDirectionChange delegate to be called.
graphicsHost.FlowDirection = System.Windows.FlowDirection.LeftToRight;
// Cause the OnClipChange delegate to be called.
graphicsHost.Clip = new RectangleGeometry();
_filterPage = new GraphicFilterPage();
var wafer = graphPlotControl.Plot.CoordinateSystem as WaferDiagram;
var data = new GraphicFilterPage.Data { GraphPlot = graphPlotControl, FilterCriteria = wafer.FilterCriteria };
_filterPage.MeasurementSystem = graphPlotControl.MeasurementSystem;
_filterPage.SetData(data); // Передаем данные в диалог настроек.
filterPageHost.Child = _filterPage;
UpdateRadioButtons();
}
private void SplitTraces_Click(object sender, RoutedEventArgs e)
{
Measurements.Visibility = SplitTraces.Visibility = System.Windows.Visibility.Collapsed;
JoinTraces.Visibility = System.Windows.Visibility.Visible;
_integralPlotControl.Data.ComplexFunctions[1].GraphIndex = 1;
_integralPlotControl.Data.ComplexFunctions[0].Visible = true;
_integralPlotControl.Data.ComplexFunctions[1].Visible = true;
_integralPlotControl.UpdateAllGraphs();
var measSys = new MeasurementSystem();
measSys.SetPreambula(SiPreambuledUnitType.Hz, SiPreambula.Giga);
var graphPlotControl = (GraphPlotControl)_integralPlotControl.Graphs[0];
graphPlotControl.Plot.CoordinateSystem = new WaferDiagram();
graphPlotControl.Plot.Legend.Visible = false;
graphPlotControl.BorderStyle = BorderStyle.None;
graphPlotControl.MeasurementSystem = measSys;
graphPlotControl.Plot.CoordinateSystem.SweepValueQuantityType = PhysicalQuantityType.Frequencies;
graphPlotControl.GraphTitle = "Wafer 1";
graphPlotControl.UpdateData();
graphPlotControl = (GraphPlotControl)_integralPlotControl.Graphs[1];
graphPlotControl.Plot.CoordinateSystem = new WaferDiagram();
graphPlotControl.Plot.Legend.Visible = false;
graphPlotControl.BorderStyle = BorderStyle.None;
graphPlotControl.MeasurementSystem = measSys;
graphPlotControl.Plot.CoordinateSystem.SweepValueQuantityType = PhysicalQuantityType.Scalar;
graphPlotControl.GraphTitle = "Wafer 2";
graphPlotControl.UpdateData();
}
