public override void Initialize()
{
Status = LinkableComponentStatus.Initializing;
Id = "Rainfall Measurements";
_adaptedOutputFactories = new List <IAdaptedOutputFactory>();
_adaptedOutputFactories.Add(new AdaptedOutputFactory("RainRRCFTestAdaptedOutput"));
// Create measurements
_timeSet =
new RainfallMeasurementsTimeSet(_MeasurementCount, _measurementsStartTimeAsMJD, _measurementsEndTimeAsMJD);
IDictionary <string, IElementSet> elementSets = RainRrCfElementSets.CreateRainfallMeasurementsElementSets();
const string rainId = "Rain";
Quantity rainfallValueDefinition = new Quantity(new Unit("mm/day", 1.15741E-08, 0), rainId,
"Rainfall in mm/day");
double startValue = 100;
foreach (ElementSet elmSet in elementSets.Values)
{
Output outputItem = new RainfallOutputItem(elmSet.Caption + "." + rainId, startValue)
{
ValueDefinition = rainfallValueDefinition,
SpatialDefinition = elmSet,
TimeSet = _timeSet,
Component = this,
};
_outputItems.Add(outputItem);
startValue += 300;
}
Status = LinkableComponentStatus.Initialized;
}
public override void Initialize()
{
Status = LinkableComponentStatus.Initializing;
foreach (IArgument argument in Arguments)
{
if (argument.Caption.ToLower().Equals("id"))
{
Id = (string)argument.Value;
}
else if (argument.Caption.ToLower().Equals("timehorizonoffset"))
{
double timeHorizonOffset = Double.Parse((string)argument.Value);
_startTimeAsMJD += timeHorizonOffset;
_endTimeAsMJD += timeHorizonOffset;
}
else if (argument.Caption.ToLower().Equals("deltaT"))
{
_deltaT = Double.Parse((string)argument.Value);
}
else if (argument.Caption.ToLower().Equals("quantity"))
{
AddQuantity((string)argument.Value);
}
else if (argument.Caption.ToLower().Equals("elementset"))
{
if (argument.Value.Equals("catchment-polygons"))
{
IDictionary <string, IElementSet> spatialElmSets =
RainRrCfElementSets.CreateRainfallRunoffElementSets();
foreach (var spatialElmSet in spatialElmSets)
{
_elementSets.Add(spatialElmSet.Key, spatialElmSet.Value);
}
}
else
{
AddElementset((string)argument.Value);
}
}
else if (argument.Caption.ToLower().EndsWith("putitem"))
{
AddExchangeItem(argument.Caption.ToLower(), (string)argument.Value);
}
else
{
throw new Exception("Unknown key \"" + argument.Caption + "\" in component " + Id);
}
}
_currentTime = _startTimeAsMJD;
_timeSetForOutputExchangeItems = new TimeSet();
_timeSetForInputExchangeItems = new TimeSet();
_timeSetForInputExchangeItems.TimeHorizon =
_timeSetForOutputExchangeItems.TimeHorizon =
new Time(_startTimeAsMJD, _endTimeAsMJD - _startTimeAsMJD);
_adaptedOutputFactories = new List <IAdaptedOutputFactory>();
_adaptedOutputFactories.Add(new AdaptedOutputFactory("AdaptedOutputFactory for " + Id));
foreach (EngineInputItem inputItem in EngineInputItems)
{
inputItem.TimeSet = _timeSetForInputExchangeItems;
}
foreach (EngineOutputItem outputItem in EngineOutputItems)
{
outputItem.TimeSet = _timeSetForOutputExchangeItems;
}
Status = LinkableComponentStatus.Initialized;
}
