void tree_SelectedItemChanged(object sender, RoutedPropertyChangedEventArgs <object> e)
{
AbstractWaterBody ab = e.NewValue as AbstractWaterBody;
if (ab != null)
{
WaterView.DataContext = new WaterBodyViewModel(ab);
}
}
public WaterBodyViewModel(AbstractWaterBody WB) : base(WB)
{
_waterBody = WB;
//If there is output
if (_waterBody.Output.Items.Max(var => var.Values.Count()) > 1)
{
WB.Output.Summarize(100);
_storageTimeStart = _waterBody.Output.Items.First(var => var.Values.Count() > 2).StartTime;
_storageTimeEnd = _waterBody.Output.Items.First(var => var.Values.Count() > 2).EndTime;
UpdateWB();
}
//Build the groundwater list
_groundwaterBoundaries = new ObservableCollection <GroundWaterBoundary>();
foreach (var GWB in _waterBody.GroundwaterBoundaries)
{
if (GWB is GroundWaterBoundary)
{
_groundwaterBoundaries.Add((GroundWaterBoundary)GWB);
}
}
//Build the sources list
_sources = new ObservableCollection <SourceBoundaryViewModel>();
foreach (var S in _waterBody.Sources)
{
_sources.Add(new SourceBoundaryViewModel((AbstractBoundary)S, "Source"));
}
foreach (var S in _waterBody.Precipitation)
{
_sources.Add(new SourceBoundaryViewModel((AbstractBoundary)S, "Precipitation"));
}
//Build the sinks list
_sinks = new ObservableCollection <SourceBoundaryViewModel>();
foreach (var S in _waterBody.EvaporationBoundaries)
{
_sinks.Add(new SourceBoundaryViewModel((AbstractBoundary)S, "Evaporation"));
}
foreach (var S in _waterBody.Sinks)
{
_sinks.Add(new SourceBoundaryViewModel((AbstractBoundary)S, "Sinks"));
}
//Build the chemical lists
Chemicals = new ObservableCollection <LineSeries>();
foreach (var ts in _waterBody.Output.ChemicalsToLog.Values)
{
LineSeries ls = new LineSeries();
ls.ItemsSource = ts.Items;
ls.DependentValuePath = "Value";
ls.IndependentValuePath = "Time";
ls.Title = ts.Name;
Chemicals.Add(ls);
}
//Build composition lists
Compositions = new ObservableCollection <LineSeries>();
foreach (var ts in _waterBody.Output.CompositionLog.Values)
{
LineSeries ls = new LineSeries();
ls.ItemsSource = ts.Items;
ls.DependentValuePath = "Value";
ls.IndependentValuePath = "Time";
ls.Title = ts.Name;
Compositions.Add(ls);
}
ChemicalMeasurements = new ObservableCollection <ScatterSeries>();
{
foreach (var cts in _waterBody.RealData.ChemicalConcentrations.Values)
{
ScatterSeries ls = new ScatterSeries();
ls.ItemsSource = cts.Items;
ls.DependentValuePath = "Value";
ls.IndependentValuePath = "Time";
ls.Title = cts.Name;
ChemicalMeasurements.Add(ls);
}
}
}
