public void UpdateTimeSeries(SimpleTimeSeries newTS)
{
var actual = FindTimeSeries();
actual.init(newTS.AsDate(newTS.StartDate), newTS.AsDate(newTS.EndDate), TimeStep.Daily);
foreach (TimeSeriesEvent e in newTS.Events)
{
actual[newTS.AsDate(e.Date)] = e.Value;
}
}
public VariableSummary(AbstractFunctionVariable v,RiverSystemScenario scenario)
{
Scenario = scenario;
Variable = v;
Name = v.Name;
FullName = v.FullName;
ID = v.id;
VariableType = v.GetType().Name;
if (v is BilinearVariable)
{
VeneerSupported = false;
}
else if (v is ContextVariable)
{
VeneerSupported = false;
}
else if (v is ModelledVariable)
{
VeneerSupported = false;
}
else if (v is PatternVariable)
{
VeneerSupported = false;
}
else if (v is LinearVariable)
{
VeneerSupported = true;
PiecewiseFunctionData = new SimplePiecewise(v as LinearVariable);
PiecewiseFunction = String.Format("/variables/{0}/Piecewise", FullName.Replace("$", ""));
}
else if (v is TimeSeriesVariable)
{
VeneerSupported = true;
var tsV = (TimeSeriesVariable) v;
VeneerDebugInfo += kvp("DisplayName", tsV.DisplayName) +
kvp("ResultUnit", tsV.ResultUnit.Name);
TimeSeriesData = new SimpleTimeSeries(FindTimeSeries());
TimeSeries = String.Format("/variables/{0}/TimeSeries", FullName.Replace("$", ""));
}
}
public void ChangeInputTimeSeries(string variableName, SimpleTimeSeries newTimeSeries)
{
Log(String.Format("Updating time series for {0}", variableName));
VariableSummary summ =
new VariableSummary(
Scenario.Network.FunctionManager.Variables.FirstOrDefault(v => v.FullName == ("$" + variableName)),
Scenario);
summ.UpdateTimeSeries(newTimeSeries);
}