public List <CalcAutoDevDto> MakeCalcAutoDevDtos( [NotNull][ItemNotNull] List <IAutonomousDevice> autoDevices, EnergyIntensityType energyIntensity, [NotNull] HouseholdKey householdKey, [NotNull][ItemNotNull] List <VacationTimeframe> vacationTimeframes, [NotNull] string holidayKey, [NotNull][ItemNotNull] ObservableCollection <DeviceAction> deviceActions, [NotNull] LocationDtoDict locationDict, [NotNull] TemperatureProfile temperatureProfile, [NotNull] GeographicLocation geographicLocation, [ItemNotNull][NotNull] List <DeviceCategoryDto> deviceCategoryDtos) { var autodevs = new List <CalcAutoDevDto>(autoDevices.Count); //// zur kategorien zuordnung var allAutonomousDevices = new List <IAssignableDevice>(); allAutonomousDevices.AddRange(autoDevices.Select(x => x.Device)); foreach (var hhautodev in autoDevices) { var busyarr = new BitArray(_calcParameters.InternalTimesteps); busyarr.SetAll(false); Logger.Debug( "Determining the permitted times for each autonomous device. Device: " + hhautodev.Name); if (hhautodev.TimeLimit?.RootEntry == null) { throw new DataIntegrityException("Time limit was null"); } busyarr = hhautodev.TimeLimit.RootEntry.GetOneYearArray( _calcParameters.InternalStepsize, _calcParameters.InternalStartTime, _calcParameters.InternalEndTime, temperatureProfile, geographicLocation, _rnd, vacationTimeframes, holidayKey, out _, 0, 0, 0, 0); // invertieren von erlaubten zu verbotenen zeiten busyarr = busyarr.Not(); var timeprofilereference = _availabilityDtoRepository.MakeNewReference(hhautodev.TimeLimit.Name, busyarr); if (hhautodev.Location == null) { throw new DataIntegrityException("Location was null"); } var calcLocation = locationDict.LocationDict[hhautodev.Location]; if (hhautodev.Device == null) { throw new DataIntegrityException("Device was null"); } switch (hhautodev.Device.AssignableDeviceType) { case AssignableDeviceType.Device: case AssignableDeviceType.DeviceCategory: if (hhautodev.LoadType == null || hhautodev.TimeProfile == null) { throw new LPGException("load type was null"); } if (_loadTypeDictionary.SimulateLoadtype(hhautodev.LoadType)) { var profile = GetCalcProfileDto(hhautodev.TimeProfile); var rd = _picker.GetAutoDeviceDeviceFromDeviceCategoryOrDevice( hhautodev.Device, allAutonomousDevices, energyIntensity, deviceActions, hhautodev.Location.IntID); var cdl = MakeCalcDeviceLoads(rd, _loadTypeDictionary); var ltdto = _loadTypeDictionary.GetLoadtypeDtoByLoadType(hhautodev.LoadType); List <VariableRequirementDto> requirementDtos = new List <VariableRequirementDto>(); if (hhautodev.Variable != null) { var myVariable = _calcVariableRepositoryDtoFactory.RegisterVariableIfNotRegistered(hhautodev.Variable, hhautodev.Location, householdKey, locationDict); VariableRequirementDto req = new VariableRequirementDto(hhautodev.Variable.Name, hhautodev.VariableValue, calcLocation.Name, calcLocation.Guid, hhautodev.VariableCondition, myVariable.Guid); requirementDtos.Add(req); } if (rd.DeviceCategory == null) { throw new LPGException("Device category was null"); } var deviceCategoryDto = deviceCategoryDtos.Single(x => x.FullCategoryName == rd.DeviceCategory.FullPath); var cautodev = new CalcAutoDevDto(rd.Name, profile, ltdto.Name, ltdto.Guid, cdl, (double)hhautodev.TimeStandardDeviation, deviceCategoryDto.Guid, householdKey, 1, calcLocation.Name, calcLocation.Guid, deviceCategoryDto.FullCategoryName, Guid.NewGuid().ToStrGuid(), timeprofilereference, requirementDtos, deviceCategoryDto.FullCategoryName); autodevs.Add(cautodev); } break; case AssignableDeviceType.DeviceAction: case AssignableDeviceType.DeviceActionGroup: var deviceAction = _picker.GetAutoDeviceActionFromGroup(hhautodev.Device, allAutonomousDevices, energyIntensity, deviceActions, hhautodev.Location.IntID); foreach (var actionProfile in deviceAction.Profiles) { if (actionProfile.VLoadType == null) { throw new DataIntegrityException("Vloadtype was null"); } if (actionProfile.Timeprofile == null) { throw new DataIntegrityException("Timeprofile was null"); } if (_loadTypeDictionary.SimulateLoadtype(actionProfile.VLoadType)) { var profile = GetCalcProfileDto(actionProfile.Timeprofile); if (deviceAction.Device == null) { throw new LPGException("Device was null"); } var cdl = MakeCalcDeviceLoads(deviceAction.Device, _loadTypeDictionary); var lt = _loadTypeDictionary.GetLoadtypeDtoByLoadType(actionProfile.VLoadType); List <VariableRequirementDto> requirementDtos = new List <VariableRequirementDto>(); if (hhautodev.Variable != null) { var myVariable = _calcVariableRepositoryDtoFactory.RegisterVariableIfNotRegistered(hhautodev.Variable, hhautodev.Location, householdKey, locationDict); VariableRequirementDto req = new VariableRequirementDto(hhautodev.Variable?.Name, hhautodev.VariableValue, calcLocation.Name, calcLocation.Guid, hhautodev.VariableCondition, myVariable.Guid); requirementDtos.Add(req); } if (deviceAction.Device.DeviceCategory == null) { throw new LPGException("device category was null"); } var deviceCategoryDto = deviceCategoryDtos.Single(x => x.FullCategoryName == deviceAction.Device.DeviceCategory.FullPath); var cautodev = new CalcAutoDevDto(deviceAction.Device.Name, profile, lt.Name, lt.Guid, cdl, (double)hhautodev.TimeStandardDeviation, deviceCategoryDto.Guid, householdKey, actionProfile.Multiplier, calcLocation.Name, calcLocation.Guid, deviceAction.Device.DeviceCategory.FullPath, Guid.NewGuid().ToStrGuid(), timeprofilereference, requirementDtos, deviceCategoryDto.FullCategoryName); autodevs.Add(cautodev); } } break; default: throw new LPGException("Forgotten AssignableDeviceType. Please Report!"); } } return(autodevs); }
private void MakeSubAffordances([NotNull] CalcAffordanceDto caff, [NotNull] Affordance aff, int timeStepsPerHour, TimeSpan internalStepSize, [NotNull] CalcLocationDto calcloc, [NotNull] LocationDtoDict locDict, [NotNull] string csvCharacter, int weight, [NotNull] string srcTrait, [NotNull] HouseholdKey householdKey) { // Subaffordanzen durchgehen foreach (var affsubaff in aff.SubAffordances) { var calcDesires = new List <CalcDesireDto>(); if (affsubaff.SubAffordance == null) { throw new LPGException("SubAffordance was null"); } var name = CalcAffordanceFactory.FixAffordanceName(affsubaff.SubAffordance.Name, csvCharacter); // f�r alle desires calcdesires anlegen foreach (var subaffDesire in affsubaff.SubAffordance.SubAffordanceDesires) { if (subaffDesire.Desire == null) { throw new LPGException("Desire was null"); } var cd = new CalcDesireDto(name + " - " + subaffDesire.Name, subaffDesire.Desire.IntID, 0, 0, subaffDesire.SatisfactionValue, 0, timeStepsPerHour, subaffDesire.Desire.CriticalThreshold, null, srcTrait, ""); calcDesires.Add(cd); } var minutesperstep = (decimal)internalStepSize.TotalMinutes; var delayTimeInSteps = (int)(affsubaff.DelayTime / minutesperstep); // variables var calcAffordanceVariableOps = new List <CalcAffordanceVariableOpDto>(); foreach (var affVariableOp in affsubaff.SubAffordance.SubAffordanceVariableOps) { CalcLocationDto loc = null; if (affVariableOp.LocationMode == VariableLocationMode.OtherLocation) { if (affVariableOp.Location != null && locDict.SimulateLocation(affVariableOp.Location)) { loc = locDict.GetDtoForLocation(affVariableOp.Location); } } else { loc = calcloc; } if (loc != null && affVariableOp.Variable != null) { if (affVariableOp.Location == null) { throw new LPGException("Variable Location was null"); } var variable = _variableRepository.RegisterVariableIfNotRegistered(affVariableOp.Variable, affVariableOp.Location, householdKey, locDict); calcAffordanceVariableOps.Add(new CalcAffordanceVariableOpDto(affVariableOp.Variable.Name, affVariableOp.Value, loc.Name, loc.Guid, affVariableOp.VariableAction, affVariableOp.ExecutionTime, variable.Guid)); } } // CalcSubaffordanz anlegen var affName = CalcAffordanceFactory.FixAffordanceName(aff.Name, csvCharacter); // ReSharper disable once ConditionIsAlwaysTrueOrFalse var csubaff = new CalcSubAffordanceDto(name + " (" + affName + ")", affsubaff.IntID, calcloc.Name, calcloc.Guid, calcDesires, affsubaff.SubAffordance.MinimumAge, affsubaff.SubAffordance.MaximumAge, delayTimeInSteps, affsubaff.SubAffordance.PermittedGender, aff.AffCategory, affsubaff.SubAffordance.IsInterruptable, affsubaff.SubAffordance.IsInterrupting, calcAffordanceVariableOps, weight, srcTrait, Guid.NewGuid().ToStrGuid()); caff.SubAffordance.Add(csubaff); } }