public CompiledOutputData(PVSAMV1Output pvo, UtilityRateOutput uro, CashLoanOutput clo, SizeAndCostSettings scs)
{
mclo = clo;
mpvo = pvo;
muro = uro;
mscs = scs;
}
public CompiledOutputData(PVSAMV1Output pvo, UtilityRateOutput uro, CashLoanOutput clo, SizeAndCostSettings scs)
{
mclo = clo;
mpvo = pvo;
muro = uro;
mscs = scs;
}
public void initialize(SizeAndCostParameterList sc, UtilityRateOutput uro)
{
isInit = true;
list.Add(new FloatParameter("analysis_years", uro.getAnalysisYears()));
list.Add(new FloatArrayParameter("energy_value", uro.getAnnualValueOfNetEnergy()));
list.Add(new FloatArrayParameter("energy_net", uro.getAnnualNetEnergy()));
list.Add(new FloatParameter("system_capacity", sc.dc_rating / 1000));
list.Add(new FloatParameter("total_installed_cost", sc.total_costs));
list.Add(new FloatParameter("salvage_percentage", uro.getAnalysisYears() * 30 / 25.0f));
}
public void run()
{
arrayBuilder.initialize(gisData);
SystemOutput = arrayBuilder.build().runModule();
utilityBuilder.initialize(SystemOutput);
UtilityOutput = utilityBuilder.build().runModule();
sizeBuilder.initialize(SystemOutput);
CostOutput = sizeBuilder.build();
cashBuilder.initialize(CostOutput, UtilityOutput);
LoanOutput = cashBuilder.build().runModule();
}
public void initialize(SystemModelOutput smo, UtilityRateOutput uro)
{
SizeAndCostParameterList sc = new SizeAndCostParameterBuilder(smo).build();
initialize(sc, uro);
}
public CashLoanParameterBuilder(SizeAndCostParameterList sc, UtilityRateOutput uro)
{
initialize(sc, uro);
}
public CashLoanParameterBuilder(SystemModelOutput smo, UtilityRateOutput uro)
{
initialize(smo, uro);
}
public void setValuesFromPriorOutput(SizeAndCostSettings sc, UtilityRateOutput uro)
{
analysis_years = uro.getAnalysisYears();
energy_value = uro.getAnnualValueOfNetEnergy();
energy_net = uro.getAnnualNetEnergy();
system_capacity = sc.dc_rating/1000;
total_installed_cost = sc.total_cost;
salvage_percentage = uro.getAnalysisYears() * 30 / 25.0f;
}
