internal int GetPesticideIndex(HowLeakyEngineModule_Pesticide pest)
{
try
{
if (PesticideModules != null)
{
return(PesticideModules.IndexOf(pest));
}
}
catch (Exception ex)
{
throw ErrorLogger.CreateException(ex);
}
return(0);
}
//This function is called from the constructor - only need to call it once per HowLeaky Instance.
public void BuildOutputDefinitions(string timeseriescsv, Dictionary <string, OutputAttributes> remapdict)
{
try
{
Definitions = new List <HowLeakyOutputDefinition>();
if (ClimateModule != null)
{
LoadDefaultDefinitions(GetOutputProp(ClimateModule), "ClimateModule", remapdict);
}
if (SoilModule != null)
{
LoadDefaultDefinitions(GetOutputProp(SoilModule), "SoilModule", remapdict);
}
if (IrrigationModule != null)
{
LoadDefaultDefinitions(GetOutputProp(IrrigationModule), "IrrigationModule", remapdict);
}
if (PhosphorusModule != null)
{
LoadDefaultDefinitions(GetOutputProp(PhosphorusModule), "PhosphorusModule", remapdict);
}
if (NitrateModule != null)
{
LoadDefaultDefinitions(GetOutputProp(NitrateModule), "NitrateModule", remapdict);
}
if (SolutesModule != null)
{
LoadDefaultDefinitions(GetOutputProp(SolutesModule), "SolutesModule", remapdict);
}
if (VegetationModules != null && VegetationModules.Count > 0)
{
foreach (var veg in VegetationModules)
{
LoadDefaultDefinitions2(GetOutputProp(veg), "VegetationModule", veg.GetName(), VegetationModules.IndexOf(veg), remapdict);
}
}
if (PesticideModules != null && PesticideModules.Count > 0)
{
foreach (var pest in PesticideModules)
{
LoadDefaultDefinitions2(GetOutputProp(pest), "PesticideModule", pest.GetName(), PesticideModules.IndexOf(pest), remapdict);
}
}
if (TillageModules != null && TillageModules.Count > 0)
{
foreach (var till in TillageModules)
{
LoadDefaultDefinitions2(GetOutputProp(till), "TillageModule", till.InputModel.Name, TillageModules.IndexOf(till), remapdict);
}
}
SelectTimeSeries(timeseriescsv);
AssignDelegates();
}
catch (Exception ex)
{
throw ErrorLogger.CreateException(ex);
}
}
