public TreatmentBMPDocument(TreatmentBMP treatmentBMP)
: this(ModelObjectHelpers.NotYetAssignedID, treatmentBMP.TreatmentBMPID, string.Empty, DateTime.Now)
{
// ReSharper disable DoNotCallOverridableMethodsInConstructor
TreatmentBMP = treatmentBMP;
// ReSharper restore DoNotCallOverridableMethodsInConstructor
}
public double?GetThresholdValue(TreatmentBMP treatmentBMP)
{
var treatmentBMPBenchmarkAndThreshold = treatmentBMP.TreatmentBMPBenchmarkAndThresholds
.SingleOrDefault(x => x.TreatmentBMPAssessmentObservationType == this);
return(treatmentBMPBenchmarkAndThreshold?.ThresholdValue);
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public TreatmentBMPModelingAttribute(TreatmentBMP treatmentBMP) : this()
{
// Mark this as a new object by setting primary key with special value
this.TreatmentBMPModelingAttributeID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
}
public static void UpdatedCentralizedBMPDelineationIfPresent(this TreatmentBMP treatmentBMP)
{
if (treatmentBMP.Delineation == null || treatmentBMP.Delineation.DelineationTypeID != (int)DelineationTypeEnum.Centralized)
{
return;
}
var updated4326Geometry =
treatmentBMP.GetCentralizedDelineationGeometry4326(HttpRequestStorage.DatabaseEntities);
if (updated4326Geometry == null || !updated4326Geometry.SpatialEquals(treatmentBMP.Delineation.DelineationGeometry4326))
{
var oldShape = treatmentBMP.Delineation.DelineationGeometry;
var newShape = treatmentBMP.GetCentralizedDelineationGeometry2771(HttpRequestStorage.DatabaseEntities);
if (updated4326Geometry != null)
{
treatmentBMP.Delineation.DelineationGeometry = newShape;
treatmentBMP.Delineation.DelineationGeometry4326 = updated4326Geometry;
treatmentBMP.Delineation.IsVerified = false;
treatmentBMP.Delineation.DateLastModified = DateTime.Now;
}
else
{
treatmentBMP.Delineation.DeleteDelineation(HttpRequestStorage.DatabaseEntities);
}
}
}
public static string GetDetailUrl(this TreatmentBMP treatmentBMP)
{
if (treatmentBMP == null)
{
return("");
}
return(DetailUrlTemplate.ParameterReplace(treatmentBMP.TreatmentBMPID));
}
public static string GetJurisdictionSummaryUrl(this TreatmentBMP treatmentBMP)
{
if (treatmentBMP == null)
{
return("");
}
return(DetailJurisdictionUrlTemplate.ParameterReplace(treatmentBMP.StormwaterJurisdictionID));
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public FundingEvent(TreatmentBMP treatmentBMP, FundingEventType fundingEventType, int year) : this()
{
// Mark this as a new object by setting primary key with special value
this.FundingEventID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.FundingEvents.Add(this);
this.FundingEventTypeID = fundingEventType.FundingEventTypeID;
this.Year = year;
}
public static void SetTreatmentBMPPointInPolygonDataByLocationPoint(this TreatmentBMP treatmentBMP,
DbGeometry locationPoint)
{
treatmentBMP.WatershedID = HttpRequestStorage.DatabaseEntities.Watersheds
.FirstOrDefault(x => locationPoint.Intersects(x.WatershedGeometry))?.WatershedID;
treatmentBMP.LSPCBasinID = HttpRequestStorage.DatabaseEntities.LSPCBasins
.FirstOrDefault(x => locationPoint.Intersects(x.LSPCBasinGeometry))?.LSPCBasinID;
treatmentBMP.PrecipitationZoneID = HttpRequestStorage.DatabaseEntities.PrecipitationZones
.FirstOrDefault(x => locationPoint.Intersects(x.PrecipitationZoneGeometry))?.PrecipitationZoneID;
treatmentBMP.RegionalSubbasinID = HttpRequestStorage.DatabaseEntities.RegionalSubbasins
.FirstOrDefault(x => locationPoint.Intersects(x.CatchmentGeometry))?.RegionalSubbasinID;
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public TreatmentBMPImage(FileResource fileResource, TreatmentBMP treatmentBMP, DateTime uploadDate) : this()
{
// Mark this as a new object by setting primary key with special value
this.TreatmentBMPImageID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.FileResourceID = fileResource.FileResourceID;
this.FileResource = fileResource;
fileResource.TreatmentBMPImages.Add(this);
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.TreatmentBMPImages.Add(this);
this.UploadDate = uploadDate;
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public MaintenanceRecord(TreatmentBMP treatmentBMP, TreatmentBMPType treatmentBMPType, FieldVisit fieldVisit) : this()
{
// Mark this as a new object by setting primary key with special value
this.MaintenanceRecordID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.MaintenanceRecords.Add(this);
this.TreatmentBMPTypeID = treatmentBMPType.TreatmentBMPTypeID;
this.TreatmentBMPType = treatmentBMPType;
treatmentBMPType.MaintenanceRecords.Add(this);
this.FieldVisitID = fieldVisit.FieldVisitID;
this.FieldVisit = fieldVisit;
}
public static bool HasVerifiedDelineationForModelingPurposes(this TreatmentBMP treatmentBMP, List <int> treatmentBmpiDsTraversed)
{
if (treatmentBMP.UpstreamBMP != null)
{
if (treatmentBmpiDsTraversed.Contains(treatmentBMP.TreatmentBMPID))
{
throw new OverflowException($"Infinite loop detected! TreatmentBMPID {treatmentBMP.TreatmentBMPID} already in list of traversed TreatmentBMPIDs ({string.Join(", ", treatmentBmpiDsTraversed)})");
}
treatmentBmpiDsTraversed.Add(treatmentBMP.TreatmentBMPID);
return(treatmentBMP.UpstreamBMP.HasVerifiedDelineationForModelingPurposes(treatmentBmpiDsTraversed));
}
return(treatmentBMP.Delineation?.IsVerified ?? false);
}
public bool IsCompleteForTreatmentBMP(TreatmentBMP treatmentBMP)
{
Check.Assert(
treatmentBMP.TreatmentBMPType.TreatmentBMPTypeCustomAttributeTypes.Select(x => x.CustomAttributeTypeID).Contains(CustomAttributeTypeID),
"The Custom Attribute Type is not valid for this Treatment BMP");
var customAttribute = treatmentBMP.CustomAttributes.SingleOrDefault(x => x.CustomAttributeTypeID == CustomAttributeTypeID);
if (customAttribute == null)
{
return(false);
}
return(customAttribute.CustomAttributeValues.Any(x => !string.IsNullOrWhiteSpace(x.AttributeValue)));
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public RegionalSubbasinRevisionRequest(TreatmentBMP treatmentBMP, DbGeometry regionalSubbasinRevisionRequestGeometry, Person requestPerson, RegionalSubbasinRevisionRequestStatus regionalSubbasinRevisionRequestStatus, DateTime requestDate) : this()
{
// Mark this as a new object by setting primary key with special value
this.RegionalSubbasinRevisionRequestID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.RegionalSubbasinRevisionRequests.Add(this);
this.RegionalSubbasinRevisionRequestGeometry = regionalSubbasinRevisionRequestGeometry;
this.RequestPersonID = requestPerson.PersonID;
this.RequestPerson = requestPerson;
requestPerson.RegionalSubbasinRevisionRequestsWhereYouAreTheRequestPerson.Add(this);
this.RegionalSubbasinRevisionRequestStatusID = regionalSubbasinRevisionRequestStatus.RegionalSubbasinRevisionRequestStatusID;
this.RequestDate = requestDate;
}
public static LayerGeoJson MakeTreatmentBMPDelineationLayerGeoJson(TreatmentBMP treatmentBMP)
{
Check.Require(treatmentBMP.Delineation?.DelineationGeometry != null, "Tried to build delineation layer when delineation was null");
var featureCollection = new FeatureCollection();
var feature = DbGeometryToGeoJsonHelper.FromDbGeometryWithNoReproject(treatmentBMP.Delineation?.DelineationGeometry4326);
featureCollection.Features.Add(feature);
var treatmentBMPLayerGeoJson = new LayerGeoJson("Delineation", featureCollection, "blue", 1, LayerInitialVisibility.Show)
{
EnablePopups = false
};
return(treatmentBMPLayerGeoJson);
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public FieldVisit(TreatmentBMP treatmentBMP, FieldVisitStatus fieldVisitStatus, Person performedByPerson, DateTime visitDate, bool inventoryUpdated, FieldVisitType fieldVisitType, bool isFieldVisitVerified) : this()
{
// Mark this as a new object by setting primary key with special value
this.FieldVisitID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.FieldVisits.Add(this);
this.FieldVisitStatusID = fieldVisitStatus.FieldVisitStatusID;
this.PerformedByPersonID = performedByPerson.PersonID;
this.PerformedByPerson = performedByPerson;
performedByPerson.FieldVisitsWhereYouAreThePerformedByPerson.Add(this);
this.VisitDate = visitDate;
this.InventoryUpdated = inventoryUpdated;
this.FieldVisitTypeID = fieldVisitType.FieldVisitTypeID;
this.IsFieldVisitVerified = isFieldVisitVerified;
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public TreatmentBMPAssessment(TreatmentBMP treatmentBMP, TreatmentBMPType treatmentBMPType, FieldVisit fieldVisit, TreatmentBMPAssessmentType treatmentBMPAssessmentType, bool isAssessmentComplete) : this()
{
// Mark this as a new object by setting primary key with special value
this.TreatmentBMPAssessmentID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.TreatmentBMPAssessments.Add(this);
this.TreatmentBMPTypeID = treatmentBMPType.TreatmentBMPTypeID;
this.TreatmentBMPType = treatmentBMPType;
treatmentBMPType.TreatmentBMPAssessments.Add(this);
this.FieldVisitID = fieldVisit.FieldVisitID;
this.FieldVisit = fieldVisit;
fieldVisit.TreatmentBMPAssessments.Add(this);
this.TreatmentBMPAssessmentTypeID = treatmentBMPAssessmentType.TreatmentBMPAssessmentTypeID;
this.IsAssessmentComplete = isAssessmentComplete;
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public CustomAttribute(TreatmentBMP treatmentBMP, TreatmentBMPTypeCustomAttributeType treatmentBMPTypeCustomAttributeType, TreatmentBMPType treatmentBMPType, CustomAttributeType customAttributeType) : this()
{
// Mark this as a new object by setting primary key with special value
this.CustomAttributeID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.CustomAttributes.Add(this);
this.TreatmentBMPTypeCustomAttributeTypeID = treatmentBMPTypeCustomAttributeType.TreatmentBMPTypeCustomAttributeTypeID;
this.TreatmentBMPTypeCustomAttributeType = treatmentBMPTypeCustomAttributeType;
treatmentBMPTypeCustomAttributeType.CustomAttributes.Add(this);
this.TreatmentBMPTypeID = treatmentBMPType.TreatmentBMPTypeID;
this.TreatmentBMPType = treatmentBMPType;
treatmentBMPType.CustomAttributes.Add(this);
this.CustomAttributeTypeID = customAttributeType.CustomAttributeTypeID;
this.CustomAttributeType = customAttributeType;
customAttributeType.CustomAttributes.Add(this);
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public TreatmentBMPBenchmarkAndThreshold(TreatmentBMP treatmentBMP, TreatmentBMPTypeAssessmentObservationType treatmentBMPTypeAssessmentObservationType, TreatmentBMPType treatmentBMPType, TreatmentBMPAssessmentObservationType treatmentBMPAssessmentObservationType, double benchmarkValue, double thresholdValue) : this()
{
// Mark this as a new object by setting primary key with special value
this.TreatmentBMPBenchmarkAndThresholdID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
treatmentBMP.TreatmentBMPBenchmarkAndThresholds.Add(this);
this.TreatmentBMPTypeAssessmentObservationTypeID = treatmentBMPTypeAssessmentObservationType.TreatmentBMPTypeAssessmentObservationTypeID;
this.TreatmentBMPTypeAssessmentObservationType = treatmentBMPTypeAssessmentObservationType;
treatmentBMPTypeAssessmentObservationType.TreatmentBMPBenchmarkAndThresholds.Add(this);
this.TreatmentBMPTypeID = treatmentBMPType.TreatmentBMPTypeID;
this.TreatmentBMPType = treatmentBMPType;
treatmentBMPType.TreatmentBMPBenchmarkAndThresholds.Add(this);
this.TreatmentBMPAssessmentObservationTypeID = treatmentBMPAssessmentObservationType.TreatmentBMPAssessmentObservationTypeID;
this.TreatmentBMPAssessmentObservationType = treatmentBMPAssessmentObservationType;
treatmentBMPAssessmentObservationType.TreatmentBMPBenchmarkAndThresholds.Add(this);
this.BenchmarkValue = benchmarkValue;
this.ThresholdValue = thresholdValue;
}
/// <summary>
/// Performs the RSB trace for a given Treatment BMP using the EPSG 2771 representation of the regional subbasin geometries
/// </summary>
/// <param name="treatmentBMP"></param>
/// <param name="dbContext"></param>
/// <returns></returns>
public static DbGeometry GetCentralizedDelineationGeometry2771(this TreatmentBMP treatmentBMP,
DatabaseEntities dbContext)
{
var regionalSubbasin =
dbContext.RegionalSubbasins.SingleOrDefault(x =>
x.CatchmentGeometry.Contains(treatmentBMP.LocationPoint));
var regionalSubbasinIDs = regionalSubbasin.TraceUpstreamCatchmentsReturnIDList(dbContext);
regionalSubbasinIDs.Add(regionalSubbasin.RegionalSubbasinID);
var unionOfUpstreamRegionalSubbasins = dbContext.RegionalSubbasins
.Where(x => regionalSubbasinIDs.Contains(x.RegionalSubbasinID)).Select(x => x.CatchmentGeometry)
.ToList().UnionListGeometries();
// Remove interior slivers introduced in the case that the non-cascading union strategy is used (see UnionListGeometries for more info)
var dbGeometry = unionOfUpstreamRegionalSubbasins.Buffer(0);
return(dbGeometry);
}
public static void UpdateUpstreamBMPReferencesIfNecessary(this TreatmentBMP treatmentBMP)
{
//If this BMP has an Upstream BMP, after the location change, can that Upstream BMP still fulfill its duty?
if (treatmentBMP.UpstreamBMPID != null && !treatmentBMP.GetRegionalSubbasin().GetTreatmentBMPs().Contains(treatmentBMP.UpstreamBMP))
{
//Do we need to check ahead of time and warn them this will happen?
//Do we need to return a message indicating that this has changed?
treatmentBMP.UpstreamBMPID = null;
}
//If this BMP is an Upstream BMP for any other BMPs, after the location change, can this BMP still fulfill its duty?
if (treatmentBMP.TreatmentBMPsWhereYouAreTheUpstreamBMP.Any())
{
treatmentBMP.TreatmentBMPsWhereYouAreTheUpstreamBMP.ToList().ForEach(x =>
{
if (!x.GetRegionalSubbasin().CatchmentGeometry.Contains(treatmentBMP.LocationPoint))
{
x.UpstreamBMPID = null;
}
});
}
}
public static string GetDelineationAreaString(this TreatmentBMP treatmentBMP)
{
return((treatmentBMP.Delineation?.DelineationGeometry.Area * DbSpatialHelper.SquareMetersToAcres)?.ToString("0.00") ?? "-");
}
/// <summary>
/// Creates a "blank" object of this type and populates primitives with defaults
/// </summary>
public static Delineation CreateNewBlank(DelineationType delineationType, TreatmentBMP treatmentBMP)
{
return(new Delineation(default(DbGeometry), delineationType, default(bool), treatmentBMP, default(DateTime), default(bool)));
}
/// <summary>
/// Constructor for building a new object with MinimalConstructor required fields, using objects whenever possible
/// </summary>
public Delineation(DbGeometry delineationGeometry, DelineationType delineationType, bool isVerified, TreatmentBMP treatmentBMP, DateTime dateLastModified, bool hasDiscrepancies) : this()
{
// Mark this as a new object by setting primary key with special value
this.DelineationID = ModelObjectHelpers.MakeNextUnsavedPrimaryKeyValue();
this.DelineationGeometry = delineationGeometry;
this.DelineationTypeID = delineationType.DelineationTypeID;
this.IsVerified = isVerified;
this.TreatmentBMPID = treatmentBMP.TreatmentBMPID;
this.TreatmentBMP = treatmentBMP;
this.DateLastModified = dateLastModified;
this.HasDiscrepancies = hasDiscrepancies;
}
/// <summary>
/// Creates a "blank" object of this type and populates primitives with defaults
/// </summary>
public static TreatmentBMPBenchmarkAndThreshold CreateNewBlank(TreatmentBMP treatmentBMP, TreatmentBMPTypeAssessmentObservationType treatmentBMPTypeAssessmentObservationType, TreatmentBMPType treatmentBMPType, TreatmentBMPAssessmentObservationType treatmentBMPAssessmentObservationType)
{
return(new TreatmentBMPBenchmarkAndThreshold(treatmentBMP, treatmentBMPTypeAssessmentObservationType, treatmentBMPType, treatmentBMPAssessmentObservationType, default(double), default(double)));
}
/// <summary>
/// Creates a "blank" object of this type and populates primitives with defaults
/// </summary>
public static TreatmentBMPImage CreateNewBlank(FileResource fileResource, TreatmentBMP treatmentBMP)
{
return(new TreatmentBMPImage(fileResource, treatmentBMP, default(DateTime)));
}
public ModeledPerformanceResultSimple(TreatmentBMP treatmentBMP) : this(new List <TreatmentBMP> {
treatmentBMP
})
{
}
public static string GetDeleteUrl(this TreatmentBMP treatmentBMP)
{
return(DeleteUrlTemplate.ParameterReplace(treatmentBMP.TreatmentBMPID));
}
public static string GetDelineationStatus(this TreatmentBMP treatmentBMP)
{
return(treatmentBMP.Delineation != null ? treatmentBMP.Delineation.IsVerified ? "Verified" : "Provisional" : "None");
}
public static bool IsFullyParameterized(this TreatmentBMP treatmentBMP)
{
if (!treatmentBMP.HasVerifiedDelineationForModelingPurposes(new List <int>()))
{
return(false);
}
if (treatmentBMP.TreatmentBMPType.TreatmentBMPModelingType == null)
{
return(false);
}
var bmpModelingType = treatmentBMP.TreatmentBMPType.TreatmentBMPModelingType.ToEnum;
var bmpModelingAttributes = treatmentBMP.TreatmentBMPModelingAttribute;
if (bmpModelingAttributes != null)
{
if (bmpModelingType ==
TreatmentBMPModelingTypeEnum.BioinfiltrationBioretentionWithRaisedUnderdrain && (
!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TotalEffectiveBMPVolume.HasValue ||
!bmpModelingAttributes.StorageVolumeBelowLowestOutletElevation.HasValue ||
!bmpModelingAttributes.MediaBedFootprint.HasValue ||
!bmpModelingAttributes.DesignMediaFiltrationRate.HasValue))
{
return(false);
}
else if ((bmpModelingType == TreatmentBMPModelingTypeEnum.BioretentionWithNoUnderdrain ||
bmpModelingType == TreatmentBMPModelingTypeEnum.InfiltrationBasin ||
bmpModelingType == TreatmentBMPModelingTypeEnum.InfiltrationTrench ||
bmpModelingType == TreatmentBMPModelingTypeEnum.PermeablePavement ||
bmpModelingType == TreatmentBMPModelingTypeEnum.UndergroundInfiltration) &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TotalEffectiveBMPVolume.HasValue ||
!bmpModelingAttributes.InfiltrationSurfaceArea.HasValue ||
!bmpModelingAttributes.UnderlyingInfiltrationRate.HasValue))
{
return(false);
}
else if ((bmpModelingType ==
TreatmentBMPModelingTypeEnum.BioretentionWithUnderdrainAndImperviousLiner ||
bmpModelingType == TreatmentBMPModelingTypeEnum.SandFilters) &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TotalEffectiveBMPVolume.HasValue ||
!bmpModelingAttributes.MediaBedFootprint.HasValue ||
!bmpModelingAttributes.DesignMediaFiltrationRate.HasValue))
{
return(false);
}
else if (bmpModelingType == TreatmentBMPModelingTypeEnum.CisternsForHarvestAndUse &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TotalEffectiveBMPVolume.HasValue ||
!bmpModelingAttributes.WinterHarvestedWaterDemand.HasValue ||
!bmpModelingAttributes.SummerHarvestedWaterDemand.HasValue))
{
return(false);
}
else if ((bmpModelingType == TreatmentBMPModelingTypeEnum.ConstructedWetland ||
bmpModelingType == TreatmentBMPModelingTypeEnum.WetDetentionBasin) &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.PermanentPoolorWetlandVolume.HasValue ||
!bmpModelingAttributes.DrawdownTimeforWQDetentionVolume.HasValue ||
!bmpModelingAttributes.WaterQualityDetentionVolume.HasValue ||
!bmpModelingAttributes.WinterHarvestedWaterDemand.HasValue ||
!bmpModelingAttributes.SummerHarvestedWaterDemand.HasValue))
{
return(false);
}
else if ((bmpModelingType == TreatmentBMPModelingTypeEnum.DryExtendedDetentionBasin ||
bmpModelingType == TreatmentBMPModelingTypeEnum.FlowDurationControlBasin ||
bmpModelingType == TreatmentBMPModelingTypeEnum.FlowDurationControlTank) &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.DrawdownTimeforWQDetentionVolume.HasValue ||
!bmpModelingAttributes.StorageVolumeBelowLowestOutletElevation.HasValue ||
!bmpModelingAttributes.EffectiveFootprint.HasValue))
{
return(false);
}
else if (bmpModelingType == TreatmentBMPModelingTypeEnum.DryWeatherTreatmentSystems &&
(!bmpModelingAttributes.DesignDryWeatherTreatmentCapacity.HasValue &&
!bmpModelingAttributes.AverageTreatmentFlowrate.HasValue))
{
return(false);
}
else if (bmpModelingType == TreatmentBMPModelingTypeEnum.Drywell &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TotalEffectiveDrywellBMPVolume.HasValue ||
!bmpModelingAttributes.InfiltrationDischargeRate.HasValue))
{
return(false);
}
else if ((bmpModelingType == TreatmentBMPModelingTypeEnum.HydrodynamicSeparator ||
bmpModelingType == TreatmentBMPModelingTypeEnum.ProprietaryBiotreatment ||
bmpModelingType == TreatmentBMPModelingTypeEnum.ProprietaryTreatmentControl) &&
!bmpModelingAttributes.TreatmentRate.HasValue)
{
return(false);
}
else if (bmpModelingType == TreatmentBMPModelingTypeEnum.LowFlowDiversions &&
(!bmpModelingAttributes.DesignLowFlowDiversionCapacity.HasValue &&
!bmpModelingAttributes.AverageDivertedFlowrate.HasValue))
{
return(false);
}
else if ((bmpModelingType == TreatmentBMPModelingTypeEnum.VegetatedFilterStrip ||
bmpModelingType == TreatmentBMPModelingTypeEnum.VegetatedSwale) &&
(!bmpModelingAttributes.RoutingConfigurationID.HasValue ||
(bmpModelingAttributes.RoutingConfigurationID == (int)RoutingConfigurationEnum.Offline &&
!bmpModelingAttributes.DiversionRate.HasValue) ||
!bmpModelingAttributes.TreatmentRate.HasValue ||
!bmpModelingAttributes.WettedFootprint.HasValue ||
!bmpModelingAttributes.EffectiveRetentionDepth.HasValue))
{
return(false);
}
}
else
{
return(false);
}
return(true);
}
public static RegionalSubbasin GetRegionalSubbasin(this TreatmentBMP treatmentBMP)
{
return(HttpRequestStorage.DatabaseEntities.RegionalSubbasins.SingleOrDefault(x =>
x.CatchmentGeometry.Contains(treatmentBMP.LocationPoint)));
}
