private async void createStackedEnergyGraphModels()
{
for (int i = 0; i < TripIDs.Count; i++)
{
List <Ecolog> ecologs = null;
List <DetailCompareSeriesDatum> data = null;
String axisXString = null;
await Task.Run(() =>
{
ecologs = Ecolog.ExtractEcolog(TripIDs[i], SelectedSemanticLink);
switch (CurrentAxisX)
{
case DetailCompareGraphType.Axes.Time:
axisXString = "Time [s]";
data = DetailCompareSeriesDatum.CreateTimeStackData(ecologs);
break;
case DetailCompareGraphType.Axes.Distance:
axisXString = "Distance [m]";
data = DetailCompareSeriesDatum.CreateDistanceStackData(ecologs);
break;
}
});
PlotModel plotModel = new PlotModel();
CategoryAxis axisX = new CategoryAxis();
axisX.Position = AxisPosition.Bottom;
axisX.ItemsSource = data;
axisX.StringFormat = "0";
axisX.MajorStep = 10;
axisX.LabelField = "X";
axisX.Title = axisXString;
LinearAxis axisY = new LinearAxis();
axisY.Title = "[kWh]";
plotModel.Axes.Add(axisX);
plotModel.Axes.Add(axisY);
ColumnSeries seriesRolling = new ColumnSeries();
seriesRolling.ItemsSource = data;
seriesRolling.ValueField = "RollingLoss";
seriesRolling.FillColor = OxyColors.Orange;
seriesRolling.IsStacked = true;
plotModel.Series.Add(seriesRolling);
ColumnSeries seriesRegeneLoss = new ColumnSeries();
seriesRegeneLoss.ItemsSource = data;
seriesRegeneLoss.ValueField = "RegeneLoss";
seriesRegeneLoss.FillColor = OxyColors.DeepPink;
seriesRegeneLoss.IsStacked = true;
plotModel.Series.Add(seriesRegeneLoss);
ColumnSeries seriesAir = new ColumnSeries();
seriesAir.ItemsSource = data;
seriesAir.ValueField = "AirLoss";
seriesAir.FillColor = OxyColors.Yellow;
seriesAir.IsStacked = true;
plotModel.Series.Add(seriesAir);
ColumnSeries seriesConvertLoss = new ColumnSeries();
seriesConvertLoss.ItemsSource = data;
seriesConvertLoss.ValueField = "ConvertLoss";
seriesConvertLoss.FillColor = OxyColors.Red;
seriesConvertLoss.IsStacked = true;
plotModel.Series.Add(seriesConvertLoss);
switch (i)
{
case 0:
LabelMinText = "Min trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMin = plotModel;
break;
case 1:
LabelMedianText = "Median trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMedian = plotModel;
break;
case 2:
LabelMaxText = "Max trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMax = plotModel;
break;
}
}
}
private async void createAccGraphModels()
{
for (int i = 0; i < TripIDs.Count; i++)
{
List <Ecolog> ecologs = null;
List <DetailCompareSeriesDatum> data = null;
String axisXString = null;
await Task.Run(() =>
{
ecologs = Ecolog.ExtractEcolog(TripIDs[i], SelectedSemanticLink);
switch (CurrentAxisX)
{
case DetailCompareGraphType.Axes.Time:
axisXString = "Time [s]";
data = DetailCompareSeriesDatum.CreateTimeAccData(ecologs);
break;
case DetailCompareGraphType.Axes.Distance:
axisXString = "Distance [m]";
data = DetailCompareSeriesDatum.CreateDistanceAccData(ecologs);
break;
}
});
PlotModel plotModel = new PlotModel();
LinearAxis axisX = new LinearAxis();
axisX.Position = AxisPosition.Bottom;
axisX.Title = axisXString;
LinearAxis axisY = new LinearAxis();
axisY.Title = "Acc [m/s^2]";
//plotModel.Axes.Add(axisX);
plotModel.Axes.Add(axisY);
LineSeries series = new LineSeries();
series.ItemsSource = data;
series.DataFieldX = "X";
series.DataFieldY = "Y";
plotModel.Series.Add(series);
switch (i)
{
case 0:
LabelMinText = "Min trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMin = plotModel;
break;
case 1:
LabelMedianText = "Median trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMedian = plotModel;
break;
case 2:
LabelMaxText = "Max trip: TripID = " + TripIDs[i] + ", StartTime = " + ecologs.Min(v => v.Jst);
PlotModelMax = plotModel;
break;
}
}
}
