private void Chart_Loaded(object sender, Windows.UI.Xaml.RoutedEventArgs e)
{
Telerik.UI.Xaml.Controls.Chart.RadCartesianChart chart = sender as RadCartesianChart;
if (chart != null)
{
StationLib.StationSocketListener plistener = chart.DataContext as StationLib.StationSocketListener;
if (plistener != null)
{
StationLib.StationSensors SennsorValue = plistener.StationSensors;
if (SennsorValue != null)
{
for (int i = 0; i < chart.Series.Count; i++)
{
// ScatterLineSeries lineseries = chart.Series[i] as ScatterLineSeries;
LineSeries lineseries = chart.Series[i] as LineSeries;
if (lineseries != null)
{
Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding Ybinding = lineseries.ValueBinding as Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding;
ChartViewType viewType = (ChartViewType)ChartViewCombo.SelectedItem;
Ybinding.PropertyName = viewType.ViewPropertyName;
//m_MapTemperatureChart.Add(SennsorValue.SensorValues, lineseries);
fillChart(SennsorValue.SensorValues, lineseries);
m_SensorMaps.Add(new SensorMapToScatterLine(lineseries, SennsorValue.SensorValues));
}
}
}
}
}
}
public SCChart(object dataSource, ChartViewType viewType,
string[] arguments, string[] values,
DiagramOptions options = null) : base()
{
_ViewType = viewType;
_ChartOptions = options ?? new DiagramOptions();
_Chart = CreateChart(options);
_DataSource = dataSource;
_Arguments = arguments;
_Values = values;
InitializeChart();
}
public SCChart AddSeries(ChartViewType viewType, string name, string argument, string[] values, Series.SeriesOptions options = null)
{
options ??= new Series.SeriesOptions();
var series = new DevExpress.XtraCharts.Series(name, (ViewType)viewType)
{
Tag = options
};
options.SetupXtraChartSeries(this, series, name, argument, values);
CurrentSeries = series;
return(this);
}
RangeControlClientView Parse(ChartViewType type)
{
if (type == ChartViewType.Area)
{
return(new RangeControlClientAreaView());
}
if (type == ChartViewType.Bar)
{
return(new RangeControlClientBarView());
}
if (type == ChartViewType.Line)
{
return(new RangeControlClientLineView());
}
return(null);
}
private void ChartView_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
StationLib.StationSocketListener plistener;
{
ComboBox combo = sender as ComboBox;
if (combo == null)
{
return;
}
plistener = combo.DataContext as StationLib.StationSocketListener;
if (plistener != null)
{
for (int i = 0; i < m_SensorMaps.Count; i++)
{
SensorMapToScatterLine map = m_SensorMaps[i];
LineSeries lineseries = map.LineSeries;
IObservableVector <StationSensor> SennsorValue = map.Sensors;
for (int k = 0; k < plistener.StationSensors.SensorValues.Count; k++)
{
StationLib.StationSensors sensors = plistener.StationSensors;
if (sensors.SensorValues == SennsorValue)
{
Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding Ybinding = lineseries.ValueBinding as Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding;
ChartViewType viewType = (ChartViewType)combo.SelectedItem;
if (Ybinding.PropertyName != viewType.ViewPropertyName)
{
Ybinding.PropertyName = viewType.ViewPropertyName;
fillChart(SennsorValue, lineseries);
}
break;
}
}
}
}
}
}
private void insertintoChart(Windows.Foundation.Collections.IObservableVector <StationSensor> SennsorValue, LineSeries lineseries, int Idx)
{
if (Idx >= SennsorValue.Count)
{
return;
}
StationSensor sensor = SennsorValue[Idx];
double YValue = 0;
Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding Ybinding = lineseries.ValueBinding as Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding;
if (Ybinding != null)
{
if (Ybinding.PropertyName == "Temperature")
{
YValue = sensor.Temperature;
}
else if (Ybinding.PropertyName == "FillingLevel")
{
YValue = sensor.FillingLevel;
}
else if (Ybinding.PropertyName == "FillingVolume")
{
YValue = sensor.FillingVolume;
}
else if (Ybinding.PropertyName == "Pressure")
{
YValue = sensor.PressurehPaSeaLevel;
}
else if (Ybinding.PropertyName == "HCSR04MeasTime")
{
YValue = sensor.HCSR04MeasTime;
}
else if (Ybinding.PropertyName == "HCSR04MeasTimeDistance")
{
YValue = sensor.HCSR04MeasTimeDistance;
}
else if (Ybinding.PropertyName == "Distance")
{
YValue = sensor.Distance;
}
else if (Ybinding.PropertyName == "Humidity")
{
YValue = sensor.Humidity;
}
else
{
YValue = 0;
}
}
ChartViewType viewType = (ChartViewType)ChartViewCombo.SelectedItem;
if (viewType != null)
{
viewType.ActValue = YValue;
}
DateTime dt = FillingLevelApp.Helpers.DateTimeConverter.UnixTimeStampToUTCDateTime(sensor.UnixTime).ToLocalTime();
lineseries.DataPoints.Add(new CategoricalDataPoint()
{
Category = dt, Value = YValue
});
}
public SCChart AddSeries(ChartViewType viewType, string name, string argument, string values, Series.SeriesOptions options = null) =>
AddSeries(viewType, name, argument, new string[] { values }, options);
public SCChart AddSeries(ChartViewType viewType, string argument, string[] values, Series.SeriesOptions options = null) => AddSeries(viewType, null, argument, values, options);
public SCChart(object dataSource, ChartViewType viewType,
string arguments, string values,
DiagramOptions options = null) : this(dataSource, viewType, new string[] { arguments }, new string[] { values }, options)
{
}
public SCChart(object dataSource, ChartViewType viewType,
DiagramOptions options = null) : this(dataSource, viewType, (string[])null, (string[])null, options)
{
}
protected static int GetValuePointCount(ChartViewType viewType)
{
return(viewType switch
{
ChartViewType.Bar => 1,
ChartViewType.StackedBar => 1,
ChartViewType.FullStackedBar => 1,
ChartViewType.SideBySideStackedBar => 1,
ChartViewType.SideBySideFullStackedBar => 1,
ChartViewType.Pie => 1,
ChartViewType.Doughnut => 1,
ChartViewType.NestedDoughnut => 1,
ChartViewType.Funnel => 1,
ChartViewType.Point => 1,
ChartViewType.Bubble => 2, //Value and Weight
ChartViewType.Line => 1,
ChartViewType.StackedLine => 1,
ChartViewType.FullStackedLine => 1,
ChartViewType.StepLine => 1,
ChartViewType.Spline => 1,
ChartViewType.ScatterLine => 1,
ChartViewType.SwiftPlot => 1,
ChartViewType.Area => 1,
ChartViewType.StepArea => 1,
ChartViewType.SplineArea => 1,
ChartViewType.StackedArea => 1,
ChartViewType.StackedStepArea => 1,
ChartViewType.StackedSplineArea => 1,
ChartViewType.FullStackedArea => 1,
ChartViewType.FullStackedSplineArea => 1,
ChartViewType.FullStackedStepArea => 1,
ChartViewType.RangeArea => 2,
ChartViewType.Stock => 4, //Low, High, Open, Close
ChartViewType.CandleStick => 4, //Low, High, Open, Close
ChartViewType.SideBySideRangeBar => 2,
ChartViewType.RangeBar => 2,
ChartViewType.SideBySideGantt => 2, //Date-time values (Start and End)
ChartViewType.Gantt => 2, //Date-time values (Start and End)
ChartViewType.PolarPoint => 1,
ChartViewType.PolarLine => 1,
ChartViewType.ScatterPolarLine => 1,
ChartViewType.PolarArea => 1,
ChartViewType.PolarRangeArea => 2,
ChartViewType.RadarPoint => 1,
ChartViewType.RadarLine => 1,
ChartViewType.ScatterRadarLine => 1,
ChartViewType.RadarArea => 1,
ChartViewType.RadarRangeArea => 2,
ChartViewType.Bar3D => 1,
ChartViewType.StackedBar3D => 1,
ChartViewType.FullStackedBar3D => 1,
ChartViewType.ManhattanBar => 1,
ChartViewType.SideBySideStackedBar3D => 1,
ChartViewType.SideBySideFullStackedBar3D => 1,
ChartViewType.Pie3D => 1,
ChartViewType.Doughnut3D => 1,
ChartViewType.Funnel3D => 1,
ChartViewType.Line3D => 1,
ChartViewType.StackedLine3D => 1,
ChartViewType.FullStackedLine3D => 1,
ChartViewType.StepLine3D => 1,
ChartViewType.Area3D => 1,
ChartViewType.StackedArea3D => 1,
ChartViewType.FullStackedArea3D => 1,
ChartViewType.StepArea3D => 1,
ChartViewType.Spline3D => 1,
ChartViewType.SplineArea3D => 1,
ChartViewType.StackedSplineArea3D => 1,
ChartViewType.FullStackedSplineArea3D => 1,
ChartViewType.RangeArea3D => 2,
_ => 1
});