added boundaryConditions and realted test

VectoCore/VectoCore/InputData/Reader/Impl/DeclarationModeCompletedBusVectoRunDataFactory.cs

@@ -294,8 +294,9 @@ namespace TUGraz.VectoCore.InputData.Reader.Impl
 			DataAdapterCompleted.SetSSMBusParameters(ssmInputs, completedVehicle, mission, loading);
 
 			ssmInputs.Technologies = DataAdapterCompleted.CreateTechnologyBenefits(completedVehicle, 
-				primaryBusAuxiliaries, DataAdapterPrimary); 
+				primaryBusAuxiliaries, DataAdapterPrimary);
 
+			DeclarationData.FactorMethodBus.SetBoundaryConditions(ssmInputs);
 
 			auxiliaryConfig.SSMInputs = ssmInputs;
 
@@ -384,8 +385,9 @@ namespace TUGraz.VectoCore.InputData.Reader.Impl
 			var ssmInputs = new SSMInputs(null);
 			DataAdapterPrimary.SetSSMBusParameters(ssmInputs, mission);
 	
-			ssmInputs.Technologies = DataAdapterPrimary.CreateTechnologyBenefits(mission, primaryVehicle); 
+			ssmInputs.Technologies = DataAdapterPrimary.CreateTechnologyBenefits(mission, primaryVehicle);
 
+			DeclarationData.FactorMethodBus.SetBoundaryConditions(ssmInputs);
 
 			auxiliaryConfig.SSMInputs = ssmInputs;
 

VectoCore/VectoCore/Models/Declaration/DeclarationData.cs

@@ -528,6 +528,20 @@ namespace TUGraz.VectoCore.Models.Declaration
 
 			#endregion
 
+			# region SSMInputs Methods 
+
+			public static void SetBoundaryConditions(SSMInputs input)
+			{
+				input.GFactor = Constants.BusAuxiliaries.SteadyStateModel.GFactor;
+				input.HeatingBoundaryTemperature = Constants.BusAuxiliaries.SteadyStateModel.HeatingBoundaryTemperature;
+				input.CoolingBoundaryTemperature = Constants.BusAuxiliaries.SteadyStateModel.CoolingBoundaryTemperature;
+				input.SpecificVentilationPower = Constants.BusAuxiliaries.SteadyStateModel.SpecificVentilationPower;
+				input.AuxHeaterEfficiency = Constants.BusAuxiliaries.SteadyStateModel.AuxHeaterEfficiency;
+				input.MaxPossibleBenefitFromTechnologyList =
+					Constants.BusAuxiliaries.SteadyStateModel.MaxPossibleBenefitFromTechnologyList;
+			}
+
+			#endregion
 		}
 
 

VectoCore/VectoCoreTest/Integration/CompletedBus/CompletedBusFactorMethodTest.cs

@@ -121,6 +121,7 @@ namespace TUGraz.VectoCore.Tests.Integration.CompletedBus
 				AssertPneumaticConsumerDemand(relatedRuns[i]);
 				AssertSSMBusParameters(relatedRuns[i], i);
 				AssertTechnologyBenefits(relatedRuns[i]);
+				AssertBoundaryConditions(relatedRuns[i]);
 			}
 
 		}
@@ -667,10 +668,42 @@ namespace TUGraz.VectoCore.Tests.Integration.CompletedBus
 			Assert.AreEqual(0.08, specificTechnolgyBenefit.VHValueVariation);
 			Assert.AreEqual(0.04, specificTechnolgyBenefit.VVValueVariation);
 		}
-		
-		
+
 		#endregion
 
+		#region Boundary Conditions Asserts
+
+		private void AssertBoundaryConditions(RelatedRun relatedRun)
+		{
+			var genericBound = relatedRun.VectoRunDataGenericBody.BusAuxiliaries.SSMInputs.BoundaryConditions;
+			var specificBound = relatedRun.VectoRunDataGenericBody.BusAuxiliaries.SSMInputs.BoundaryConditions;
+		
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.GFactor, genericBound.GFactor);
+			Assert.AreEqual(genericBound.GFactor, specificBound.GFactor);
+
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.HeatingBoundaryTemperature,
+				genericBound.HeatingBoundaryTemperature);
+			Assert.AreEqual(genericBound.HeatingBoundaryTemperature, specificBound.HeatingBoundaryTemperature);
+
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.CoolingBoundaryTemperature, 
+				genericBound.CoolingBoundaryTemperature);
+			Assert.AreEqual(genericBound.CoolingBoundaryTemperature, specificBound.CoolingBoundaryTemperature);
+
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.SpecificVentilationPower, 
+				genericBound.SpecificVentilationPower);
+			Assert.AreEqual(genericBound.SpecificVentilationPower, specificBound.SpecificVentilationPower);
+
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.AuxHeaterEfficiency,
+				genericBound.AuxHeaterEfficiency);
+			Assert.AreEqual(genericBound.AuxHeaterEfficiency, specificBound.AuxHeaterEfficiency);
+
+			Assert.AreEqual(Constants.BusAuxiliaries.SteadyStateModel.MaxPossibleBenefitFromTechnologyList,
+				genericBound.MaxPossibleBenefitFromTechnologyList);
+			Assert.AreEqual(genericBound.MaxPossibleBenefitFromTechnologyList, 
+				specificBound.MaxPossibleBenefitFromTechnologyList);
+		}
+
+		#endregion
 
 		private CrosswindCorrectionCdxALookup GetCrosswindCorrection(string crossWindCorrectionParams,
 			SquareMeter aerodynamicDragArea, Meter vehicleHeight)