public void SelectCalculationStrategyReturnsSecondCalc(PackagedSolutionId packID)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
Assert.AreEqual(typeof(BoilerForWater), calcManager.SelectCalculationStrategy(package)[1].GetType());
}
public void SelectCalculationStrategyDoesNotReturnWrong(PackagedSolutionId packID)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
Assert.AreNotEqual(typeof(BoilerAsPrimary), calcManager.SelectCalculationStrategy(package)[0].GetType());
}
public void HeatPumpAsPrimStrategyReturnsCorrectHasNonSolarContainer_false(PackagedSolutionId Id, bool expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
var _packageData = new PackageDataManager(package);
Assert.IsFalse(_packageData.HasNonSolarContainer());
}
public void SelectCalculationStrategy_returnsAEEICalculationType_true(PackagedSolutionId packID)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
Assert.IsTrue(typeof(IEEICalculation).IsAssignableFrom(calcManager.SelectCalculationStrategy(package)[0].GetType()));
}
public void HeatPumpAsPrimStrategyReturnsCorrectSolEff_true(PackagedSolutionId Id, float expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
float solarContribution = HeatPumpStrategy.CalculateEEI(package).SolarHeatContribution;
//Assert.AreEqual(solarContribution, expectedValue);
Assert.IsTrue(solarContribution <= expectedValue + 0.1f && solarContribution >= expectedValue - 0.1f);
}
public void HeatPumpAsPrimStrategyReturnsCorrectSecEff_true(PackagedSolutionId Id, float expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
float SecondaryEffect = HeatPumpStrategy.CalculateEEI(package).EffectOfSecondaryBoiler;
//Assert.AreEqual(SecondaryEffect, expectedValue);
Assert.IsTrue(SecondaryEffect <= expectedValue + 0.1f && SecondaryEffect >= expectedValue - 0.1f);
}
public void HeatPumpAsPrimStrategyReturnsCorrectRegEff_true(PackagedSolutionId Id, float expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
float RegulatorEffect = HeatPumpStrategy.CalculateEEI(package).EffectOfTemperatureRegulatorClass;
//Assert.AreEqual(RegulatorEffect, expectedValue);
Assert.IsTrue(RegulatorEffect <= expectedValue + 0.1f && RegulatorEffect >= expectedValue - 0.1f);
}
public void HeatPumpAsPrimStrategyReturnsCorrectEEI_true(PackagedSolutionId Id, float expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
float EEI = HeatPumpStrategy.CalculateEEI(package).EEI;
//Assert.AreEqual(EEI, expectedValue);
Assert.IsTrue(EEI <= expectedValue + 1 && EEI >= expectedValue - 1);
}
public void HeatPumpAsPrimStrategyReturnsCorrectWarmAFUE_true(PackagedSolutionId Id, float expectedValue)
{
var package = new PackageFactory().GetPackage(Id);
float WarmAFUE = HeatPumpStrategy.CalculateEEI(package).PackagedSolutionAtWarmTemperaturesAFUE;
//Assert.AreEqual(WarmAFUE, expectedValue);
Assert.IsTrue(WarmAFUE <= expectedValue + 1 && WarmAFUE >= expectedValue - 1);
}
public void SelectCalculationStrategyReturnsCorrectEEI(PackagedSolutionId packID, float expectedValue)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
EEICalculationResult Results = calcManager.SelectCalculationStrategy(package)[0].CalculateEEI(package);
//Assert.AreEqual(Results.EEI, expectedValue);
Assert.IsTrue(Results.EEI <= expectedValue + 1 && Results.EEI >= expectedValue - 1);
}
public void SelectCalculationStrategyReturnsCorrectSolEff(PackagedSolutionId packID, float expectedValue)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
EEICalculationResult Results = calcManager.SelectCalculationStrategy(package)[0].CalculateEEI(package);
//Assert.AreEqual(Results.SolarHeatContribution, expectedValue);
Assert.IsTrue(Results.SolarHeatContribution <= expectedValue + 0.1f && Results.SolarHeatContribution >= expectedValue - 0.1f);
}
public void WaterPrimaryCalculateEEI_CorrectEnergiEfficiency(PackagedSolutionId packageId, float expected)
{
var package = new PackageFactory().GetPackage(packageId);
var calculation = new BoilerForWater();
var result = calculation.CalculateEEI(package);
var EEI = result.WaterHeatingEffciency;
Assert.IsTrue(expected + 0.1f >= EEI && EEI >= expected - 0.1f);
}
public void SelectCalculationStrategyReturnsCorrectSupHeat(PackagedSolutionId packID, float expectedValue)
{
var package = new PackageFactory().GetPackage(packID);
var calcManager = new CalculationManager();
EEICalculationResult Results = calcManager.SelectCalculationStrategy(package)[0].CalculateEEI(package);
//Assert.AreEqual(Results.EffectOfSecondaryHeatPump, expectedValue);
// fejl margin hævet til 0.3 fordi det eneste der påvirker resultatet en en værdi der er 0.509 i stedet for 0.504
Assert.IsTrue(Results.EffectOfSecondaryHeatPump <= expectedValue + 0.3f && Results.EffectOfSecondaryHeatPump >= expectedValue - 0.3f);
}
public void PrimaryBoilerCalculateEEI_CorrectTempContribution(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
Assert.AreEqual(expected, (float)Math.Round(result.EffectOfTemperatureRegulatorClass, 1));
}
public void WaterPrimaryCalculateEEI_CorrectColderEEI(PackagedSolutionId packageId, float expected)
{
var package = new PackageFactory().GetPackage(packageId);
AssignUsageProperties(package);
var calculation = new BoilerForWater();
var result = calculation.CalculateEEI(package);
var EEI = (float)Math.Round(result.PackagedSolutionAtColdTemperaturesAFUE);
Assert.IsTrue(expected + 1f >= EEI && EEI >= expected - 1f);
}
public void PrimaryBoilerCalculateEEI_CorrectLowTempEEI(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = calculation.CalculateEEI(package);
var lowTemp = result.PackagedSolutionAtColdTemperaturesAFUE;
Assert.IsTrue(expected <= lowTemp + 1f && expected >= lowTemp - 1f);
}
//[TestCase(PackagedSolutionId.EuroPurWStationWPanels, 1, 206)]
public void WaterPrimaryCalculateEEI_CalculatesEEICompletePackagedSolution(PackagedSolutionId packageId, float errormargin, float expected)
{
var package = new PackageFactory().GetPackage(packageId);
AssignUsageProperties(package);
var calculation = new BoilerForWater();
var result = calculation.CalculateEEI(package);
var EEI = (float)Math.Round(result.EEI);
//Assert.AreEqual(EEI, expected);
Assert.IsTrue(expected + errormargin >= EEI && EEI >= expected - errormargin);
}
public void WaterPrimaryCalculateEEI_CorrectSolarContribution(PackagedSolutionId packageId, float errorMargin, float expected)
{
var package = new PackageFactory().GetPackage(packageId);
AssignUsageProperties(package);
var calculation = new BoilerForWater();
var result = calculation.CalculateEEI(package);
var EEI = Math.Round(result.SolarHeatContribution, 3);
//Assert.AreEqual(EEI, expected);
Assert.IsTrue(expected + errorMargin >= EEI && EEI >= expected - errorMargin);
}
public void PrimaryBoilerCalculateEEI_CorrectAFUEContribution(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var AFUE = result.PrimaryHeatingUnitAFUE;
Assert.IsTrue(expected <= AFUE + 0.1f && expected >= AFUE - 0.1f);
}
public void PrimaryBoilerCalculateEEI_CorrectAdjustedContribution(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var adjusted = result.AdjustedContribution;
Assert.IsTrue(expected <= adjusted + 0.1f && expected >= adjusted - 0.1f);
}
public void PrimaryBoilerCalculateEEI_CorrectSecondBoilerContribution(PackagedSolutionId id, int boilerId, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var secBoiler = result.EffectOfSecondaryBoiler;
Assert.IsTrue(expected <= secBoiler + 0.1f && expected >= secBoiler - 0.1f);
}
public void PrimaryBoilerCalculateEEI_CorrectSolarContribution(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var solar = result.SolarHeatContribution;
//Assert.AreEqual(expected, solar);
Assert.IsTrue(expected <= solar + 0.1f && expected >= solar - 0.1f);
}
public void PrimaryBoilerCalculateEEI_CorrectHeatpumpContribution(PackagedSolutionId id, float expected)
{
var package = new PackageFactory().GetPackage(id);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
float contribution = (float)(result.EffectOfSecondaryHeatPump);
// Kan ikke få fejl margin på 0.1 endnu
Assert.IsTrue(expected <= contribution + 0.2f && expected >= contribution - 0.2f);
}
public void PrimaryBoilerCalculateEEI_CorrecrOverallResultWContainer(PackagedSolutionId packId, ContainerId id, float expected)
{
var package = new PackageFactory().GetPackage(packId);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
//package.Appliances.Add(new ApplianceFactory().GetBoiler(id) ?? new Appliance());
if (id == ContainerId.SM500)
{
package.ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = new ApplianceFactory().GetContainer(id)
});
}
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var EEI = Math.Round(result.EEI);
Assert.IsTrue(expected <= EEI + 1f && expected >= EEI - 1f);
}
public void PrimaryBoilerCalculateEEI_CorrecrOverallResult(PackagedSolutionId packId, BoilerId id, float expected)
{
var package = new PackageFactory().GetPackage(packId);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
//package.Appliances.Add(new ApplianceFactory().GetBoiler(id) ?? new Appliance());
if (id == BoilerId.LoganoSB150)
{
var primary = package.PrimaryHeatingUnitInstance;
primary.IsPrimary = false;
package.ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = new ApplianceFactory().GetBoiler(id), IsPrimary = true
});
}
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var EEI = Math.Round(result.EEI);
//Assert.AreEqual(expected, EEI);
Assert.IsTrue(expected <= EEI + 1f && expected >= EEI - 1f);
}
public PackagedSolution GetPackage(PackagedSolutionId id)
{
switch (id)
{
case PackagedSolutionId.PrimaryBoilerNUll:
return(new PackageStub(0, 0, 0, 0, 0));
case PackagedSolutionId.PrimarySolarContainerNull:
return(new PackageStub(BoilerId.LoganoSB150, 0, 0, 0, 0));
case PackagedSolutionId.PrimaryBoilerOHeatPump:
return(new PackageStub(BoilerId.LoganoSB150, ContainerId.ClassBHighVolume,
BoilerId.Cerapur, SolarPanelId.LogasolSKNWater, 1,
0, ContainerId.ClassBHighVolume, TempControlId.FB100));
case PackagedSolutionId.PrimaryBoilerSame:
return(new PackageStub(BoilerId.LoganoSB150, ContainerId.ClassBHighVolume,
BoilerId.Cerapur, SolarPanelId.LogasolSKNWater, 1,
0, ContainerId.ClassBHighVolume, TempControlId.FB100));
case PackagedSolutionId.PrimaryBoilerNulls:
return(new PackageStub(BoilerId.LoganoSB150, 0, 0, 0, 1, 0, 0, 0));
case PackagedSolutionId.WaterHeatingEuroACUSBT1003:
return(new PackageStub(BoilerId.EuroPurACUWater, ContainerId.ClassBHighVolume,
SolarPanelId.FKC25Water, 1, SolarStationId.SBT1003));
case PackagedSolutionId.WaterHeatingEuroACUSBT653:
return(new PackageStub(BoilerId.EuroPurACUWater, ContainerId.ClassBHighVolume,
SolarPanelId.FKC25Water, 1, SolarStationId.SBT653));
case PackagedSolutionId.WaterHeatingCondens9000SBT353:
return(new PackageStub(BoilerId.Condens9000Water, ContainerId.ClassBHighVolume,
SolarPanelId.FKC25Water, 1, SolarStationId.SBT353));
case PackagedSolutionId.WaterHeatingEuroSolarSBT353:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, ContainerId.ClassBHighVolume,
SolarPanelId.FKC25Water, 1, SolarStationId.SBT353));
case PackagedSolutionId.PrimaryWaterBoilerOSolar:
return(new PackageStub(BoilerId.EuroPurACUWater, ContainerId.ClassBHighVolume, 0, 0, 0));
case PackagedSolutionId.PrimaryWaterBoilerNull:
return(new PackageStub(BoilerId.EuroPurACUWater, 0, 0, 0, 0));
case PackagedSolutionId.PrimaryBoilerWHeatPump:
return(new PackageStub(BoilerId.LoganoSB150, ContainerId.ClassBHighVolume,
0, SolarPanelId.LogasolSKNWater, 1,
HeatpumpId.Compress7000, ContainerId.ClassBHighVolume, TempControlId.FB100));
case PackagedSolutionId.PirmaryBoilerW3Solar:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, ContainerId.ClassBHighVolume, 0,
SolarPanelId.LogasolSKNWater, 3, 0, 0, 0));
case PackagedSolutionId.PrimaryBoilerW1Solar:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, ContainerId.ClassBHighVolume, 0,
SolarPanelId.LogasolSKNWater, 1, 0, 0, 0));
case PackagedSolutionId.PrimaryHeatPump6Solars:
return(new PackageStub(HeatpumpId.Compress7000, ContainerId.BST50080, BoilerId.LoganoSB150,
SolarPanelId.LogasolSKN40, 6, ContainerId.SW750, TempControlId.CW400));
case PackagedSolutionId.PrimaryPurUnitSolarWater:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, 0,
SolarPanelId.LogasolSKNWater, 1, 0));
case PackagedSolutionId.PrimaryPurUnitSolarWaterWStation:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, 0,
SolarPanelId.LogasolSKNWater, 1, SolarStationId.SBT1003));
case PackagedSolutionId.PrimaryCondens1Container:
return(new PackageStub(BoilerId.Condens5000, ContainerId.ClassBHighVolume, 1,
SolarPanelId.LogasolSKNWater, 1, SolarStationId.SBT1003));
case PackagedSolutionId.PrimaryCondens3Container:
return(new PackageStub(BoilerId.Condens5000, ContainerId.ClassBHighVolume, 3,
SolarPanelId.LogasolSKNWater, 1, SolarStationId.SBT1003));
case PackagedSolutionId.PrimaryHeatPump2Solar:
return(new PackageStub(HeatpumpId.Compress5000, ContainerId.BST500, BoilerId.LoganoSB150,
SolarPanelId.LogasolSKNWater, 2, ContainerId.SM500, TempControlId.CW400));
case PackagedSolutionId.PrimaryHeatPump4Solars:
return(new PackageStub(HeatpumpId.Vitocal200S, ContainerId.Vitocell140E400l, BoilerId.Vitodens200,
SolarPanelId.Vitosol300T, 4, ContainerId.Vitocell300B, null));
case PackagedSolutionId.PrimaryHeatPumpNoSolars:
return(new PackageStub(HeatpumpId.Compress7000, null, BoilerId.LoganoSB150, null, 0, ContainerId.SW750, TempControlId.CW400));
case PackagedSolutionId.PrimaryCHP4Solars:
return(new PackageStub(CHPId.Vitobloc200, ContainerId.Vitocell140E400l, BoilerId.Vitodens200,
SolarPanelId.Vitosol300T, 4, null, null));
case PackagedSolutionId.Brian1:
return(new PackageStub(BoilerId.Vitoladens300W, ContainerId.Vitocell140E950l, null, SolarPanelId.Vitosol200T, 5, null, 0, 0));
case PackagedSolutionId.Brian2:
return(new PackageStub(HeatpumpId.Vitocal350A, ContainerId.Vitocell140E950l, null, SolarPanelId.Vitosol200TSP2A, 6, null, 0));
case PackagedSolutionId.Brian3:
return(new PackageStub(BoilerId.LoganoSB150, null, 0, null, 0, HeatpumpId.Compress6000AW5, null, null));
case PackagedSolutionId.Brian5:
return(new PackageStub(BoilerId.LoganoSB150, ContainerId.BST5006, SolarPanelId.LogasolSKN40, 4, SolarStationId.SBT1603));
case PackagedSolutionId.WaterHeaterTest:
return(new PackageStub(BoilerId.LoganoSB150, 0, WaterHeaterId.Compress3000,
SolarPanelId.LogasolSKNWater, 1, SolarStationId.SBT1003, TempControlId.CW400));
case PackagedSolutionId.AndersTest:
return(new PackageStub(BoilerId.Cerapur, null, null, 0, null));
case PackagedSolutionId.EuroPurWStationWPanels:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, 0, SolarPanelId.LogasolSKNWater, 4, SolarStationId.SBT1003));
case PackagedSolutionId.Europur1SolarOnly:
return(new PackageStub(BoilerId.EuroPurUnitSolarWater, 0, 0,
SolarPanelId.LogasolSKNWater, 1, 0, 0, 0));
default:
return(null);
}
}
public void HeatPumpAsPrimStrategyReturnsResultsEEUCalculationResult_true(PackagedSolutionId Id)
{
var package = new PackageFactory().GetPackage(Id);
Assert.AreEqual(HeatPumpStrategy.CalculateEEI(package).GetType(), typeof(EEICalculationResult));
}
