public void SetXRestriction(double xlow, double xhigh)
{
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.XRange = new DisplayRange(xlow, xhigh);
chart.Viewport.Restrictions.Add(restr);
}
public void SetYRestriction(double ylow, double yhigh)
{
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.YRange = new DisplayRange(ylow, yhigh);
chart.Viewport.Restrictions.Add(restr);
}
internal BvtPage()
{
Parameters = new Types.BVT.TestParameters {
IsEnabled = true
};
ClampParameters = new Types.Clamping.TestParameters
{
StandardForce = Types.Clamping.ClampingForceInternal.Custom,
CustomForce = 5,
IsHeightMeasureEnabled = false
};
CommType = Settings.Default.SinglePositionModuleMode ? Types.Commutation.ModuleCommutationType.Direct : Types.Commutation.ModuleCommutationType.MT3;
Temperature = RoomTemp;
InitializeComponent();
m_XRed = (SolidColorBrush)FindResource("xRed1");
m_XGreen = (SolidColorBrush)FindResource("xGreen3");
ClearStatus();
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction {
YRange = new DisplayRange(-7, 7)
};
chartPlotter.Viewport.Restrictions.Add(restr);
}
private void PlotYX(string LineName, Color LineColor, ICollection <short> UxPoints, IEnumerable <short> UyPoints)
{
var crop = UxPoints.Count - DATA_LENGTH;
var dataI = UxPoints.Skip(crop).Select(I => (Math.Abs(I) <= 2 ? (short)0 : I));
var dataV = UyPoints.Skip(crop);
if (dataI.Any() && (dataI.Min() < -7 * 10 || Math.Abs(dataI.Max()) > 7 * 10) || wasCurrentMore)
{
wasCurrentMore = true;
chartPlotter.Viewport.Restrictions.Clear();
}
else
{
chartPlotter.Viewport.Restrictions.Clear();
var restr = new ViewportAxesRangeRestriction {
YRange = new DisplayRange(-7, 7)
};
chartPlotter.Viewport.Restrictions.Add(restr);
}
var points =
dataI.Zip(dataV, (I, V) => new PointF(V, I / 10.0f))
.Select((P => (Math.Abs(P.X) < 200 ? new PointF(P.X, 0) : P)));
var dataSource = new EnumerableDataSource <PointF>(points);
dataSource.SetXMapping(P => P.X);
dataSource.SetYMapping(P => P.Y);
chartPlotter.AddLineGraph(dataSource, LineColor, 3, LineName);
chartPlotter.FitToView();
}
private void createChangeOfRGraphic_Fitting(MyPointCollection fittingChangeOfR)
{
try
{
deleteChangeOfRGraphic_Fitting();
int maxPoints = 300000;
pointsChangeOfRFitting = new MyPointCollection(maxPoints);
pointsChangeOfRFitting.Clear();
pointsChangeOfRFitting = fittingChangeOfR;
var ds = new EnumerableDataSource <MyPoint>(pointsChangeOfRFitting);
ds.SetXMapping(x => x.XAxisValue);
ds.SetYMapping(y => y.YAxisValue);
plotterChangeOfR.AddLineGraph(ds, Colors.Blue, 2, "Promena fitovanog R-a"); // to use this method you need "using Microsoft.Research.DynamicDataDisplay;"
plotterChangeOfR.LegendVisible = false;
if (OptionsInOnlineModeChangeOfRAndE.isManualCheckedChangeR == true)
{
plotterChangeOfR.Viewport.AutoFitToView = true;
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.YRange = new DisplayRange(-0.5, OptionsInOnlineModeChangeOfRAndE.yRangeChangeR);
restr.XRange = new DisplayRange(-0.5, OptionsInOnlineModeChangeOfRAndE.xRangeChangeR);
plotterChangeOfR.Viewport.Restrictions.Add(restr);
}
if (OptionsInOnlineModeChangeOfRAndE.isAutoCheckedChangeR == true)
{
plotterChangeOfR.FitToView();
plotterChangeOfR.Viewport.Restrictions.Clear();
}
}
catch (Exception ex)
{
Logger.WriteNode(ex.Message.ToString() + "[VelocityOfChangeParametersXY.xaml.cs] {private void createChangeOfRGraphic_Fitting(MyPointCollection fittingChangeOfR)}", System.DateTime.Now);
}
}
public void createChangeOfEGraphicFitting()
{
try
{
deleteChangeOfEGraphic();
int maxPoints = 300000;
pointsChangeOfE = new MyPointCollection(maxPoints);
pointsChangeOfE.Clear();
var ds = new EnumerableDataSource <MyPoint>(pointsChangeOfEFitting);
ds.SetXMapping(x => x.XAxisValue);
ds.SetYMapping(y => y.YAxisValue);
plotterChangeOfE.AddLineGraph(ds, Colors.Blue, 2, "Promena e-a"); // to use this method you need "using Microsoft.Research.DynamicDataDisplay;"
plotterChangeOfE.LegendVisible = false;
//if (OptionsInOnlineModeChangeOfRAndE.isManualCheckedChangeElongation == true)
//{
plotterChangeOfE.Viewport.AutoFitToView = true;
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.YRange = new DisplayRange(0.0, /*OptionsInOnlineModeChangeOfRAndE.yRangeChangeElongation*/ pointsChangeOfEFitting.Last().YAxisValue + 0.1 * pointsChangeOfEFitting.Last().YAxisValue);
restr.XRange = new DisplayRange(0.0, /*OptionsInOnlineModeChangeOfRAndE.xRangeChangeElongation*/ pointsChangeOfEFitting.Last().XAxisValue + 0.1 * pointsChangeOfEFitting.Last().XAxisValue);
plotterChangeOfE.Viewport.Restrictions.Add(restr);
//}
//if (OptionsInOnlineModeChangeOfRAndE.isAutoCheckedChangeElongation == true)
//{
//plotterChangeOfE.FitToView();
//plotterChangeOfE.Viewport.Restrictions.Clear();
//}
}
catch (Exception ex)
{
Logger.WriteNode(ex.Message.ToString() + "[VelocityOfChangeParametersXY.xaml.cs] {public void createChangeOfEGraphicFitting()}", System.DateTime.Now);
}
}
private void InitializePlotter()
{
try
{
EnumerableDataSource<IncubatorData> receivedGraph = new EnumerableDataSource<IncubatorData>(_incubatorManager.IncubatorData);
receivedGraph.SetXMapping(x => temperatureTimeAxis.ConvertToDouble(x.Time));
receivedGraph.SetYMapping(y => y.Temperature);
plotterTemperature.AddLineGraph(receivedGraph, (Color)ColorConverter.ConvertFromString("#FF40B0E0"), 2, "Température");
ViewportAxesRangeRestriction resT = new ViewportAxesRangeRestriction();
resT.YRange = new DisplayRange(19.5, 40.5);
plotterTemperature.Viewport.Restrictions.Add(resT);
plotterTemperature.HorizontalAxis.Remove();
plotterTemperature.Children.RemoveAll(typeof(Legend));
///////////////////////////
receivedGraph = new EnumerableDataSource<IncubatorData>(_incubatorManager.IncubatorData);
receivedGraph.SetXMapping(x => relativeHumidityTimeAxis.ConvertToDouble(x.Time));
receivedGraph.SetYMapping(y => y.RelativeHumidity);
plotterRelativeHumidity.AddLineGraph(receivedGraph, (Color)ColorConverter.ConvertFromString("#FF40B0E0"), 2, "Humitidé Relative");
ViewportAxesRangeRestriction restrRH = new ViewportAxesRangeRestriction();
restrRH.YRange = new DisplayRange(-5, 105);
plotterRelativeHumidity.Viewport.Restrictions.Add(restrRH);
plotterRelativeHumidity.HorizontalAxis.Remove();
plotterRelativeHumidity.Children.RemoveAll(typeof(Legend));
///////////////////////////
receivedGraph = new EnumerableDataSource<IncubatorData>(_incubatorManager.IncubatorData);
receivedGraph.SetXMapping(x => CO2TimeAxis.ConvertToDouble(x.Time));
receivedGraph.SetYMapping(y => y.CO2);
plotterCO2.AddLineGraph(receivedGraph, (Color)ColorConverter.ConvertFromString("#FF40B0E0"), 2, "CO2");
ViewportAxesRangeRestriction restrCO2 = new ViewportAxesRangeRestriction();
restrCO2.YRange = new DisplayRange(300, 2200);
plotterCO2.Viewport.Restrictions.Add(restrCO2);
plotterCO2.HorizontalAxis.Remove();
plotterCO2.Children.RemoveAll(typeof(Legend));
}
catch (Exception ex)
{
Console.Write(ex.ToString());
}
}
public void SetYRestriction(double ylow, double yhigh)
{
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.YRange = new DisplayRange(ylow, yhigh);
chart.Viewport.Restrictions.Add(restr);
}
public void SetXRestriction(double xlow, double xhigh)
{
ViewportAxesRangeRestriction restr = new ViewportAxesRangeRestriction();
restr.XRange = new DisplayRange(xlow, xhigh);
chart.Viewport.Restrictions.Add(restr);
}