Class LocalityExternalFactors

Object for storing details on external features that could be risks

Including if the asset has any outbuildings, whether it is within any type of protected area, and descriptions on the nearest public rights of way, tall tree, railway line and station, level crossing, underground storage tank and nuclear facility

Inheritance
object
LocalityExternalFactors
Inherited Members
Namespace: IAI.DT.DataModel.Production
Assembly: IAI.DT.DataModel.dll
Syntax
public class LocalityExternalFactors

Constructors

LocalityExternalFactors()

Declaration
public LocalityExternalFactors()

Properties

AreaOfOutstandingNaturalBeauty

Object for storing data on whether a location is within an area of outstanding natural beauty or not

An instance of the ProtectedArea object used for storing data on whether an asset is within an area of outstanding natural beauty or the distance to the nearest one if it is not.

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<ProtectedArea>? AreaOfOutstandingNaturalBeauty { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

IsInHistoricPreservationArea

Declaration
[Source(Sources.IaiDataStore)]
public DataPoint<ProtectedArea>? IsInHistoricPreservationArea { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

ProtectedArea

Object for storing data on whether a location is near or within a protected area This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<ProtectedArea>? ProtectedArea { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

RadonPotential

This is stored using a DataPoint.

Sources:

Declaration
[Source(Sources.QGIS)]
[Source(Sources.HazardHubRisk)]
[Rationale("This gives the percentage value of the radon potential")]
public DataPoint<int>? RadonPotential { get; set; }
Property Value
Type Description
DataPoint<int>

The Radon potential in a 1km gridded area
Remarks

Scoring:

  1. Less than 1%
  2. 1-3%
  3. 3-5%
  4. 5-10%
  5. 10-30%
  6. Greater than 30%

Railway

Object for storing data on the nearest railway features

An instance of the Railway object used for storing data on the nearest railway features to an asset

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public Railway? Railway { get; set; }
Property Value
Type Description
Railway

RightOfWay

Object for storing data on the nearest public right of way

An instance of the RightOfWay object used for storing data on the nearest public right of way to an asset

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<RightOfWay>? RightOfWay { get; set; }
Property Value
Type Description
DataPoint<RightOfWay>

SiteOfSpecialScientificInterest

Object for storing data on whether a location is within a site of special scientific interest or not

An instance of the ProtectedArea object used for storing data on whether an asset is within a site of special scientific interest or the distance to the nearest one if it is not

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<ProtectedArea>? SiteOfSpecialScientificInterest { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

SourceProtectionZone

Values copied on read to SourceProtectionZone_V1

Declaration
[JsonProperty]
[Obsolete("Replaced by SourceProtectionZone_V1")]
public DataPoint<string>? SourceProtectionZone { get; set; }
Property Value
Type Description
DataPoint<string>

SourceProtectionZone_V1

The Zone Definitions:

  • Zone 1: Inner Zone. This zone is 50 day travel time of pollutant to source with a 50 metres default minimum radius.
  • Zone 1c: Extended Inner Zone. This includes areas with a protective geology cover, such as clay.
  • zZone 2: Outer Zone. This zone is 400 day travel time of pollutant to source. This has a 250 or 500 metres minimum radius around the source depending on the amount of water taken.
  • Zone 2c: Extended Outer Zone. This includes areas with a protective geology cover, such as clay.
  • Zone 3: Total Catchment. This is the area around a supply source within which all the groundwater ends up at the abstraction point. This is the point from where the water is taken. This could extend some distance from the source point.
  • Zone 3c:Extended Total Catchment. This includes areas with a protective geology cover, such as clay.
  • Zone 4: This zone is where local conditions require additional protection.

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
public DataPoint<bool>? SourceProtectionZone_V1 { get; set; }
Property Value
Type Description
DataPoint<bool>

A descriptive code detailing which type of Source Protection Zone an asset is within if it is within one

SpecialAreaOfConservation

Object for storing data on whether a location is within a special area of conservation or not

An instance of the ProtectedArea object used for storing data on whether an asset is within a special area of conservation or the distance to the nearest one if it is not

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<ProtectedArea>? SpecialAreaOfConservation { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

SpecialProtectionArea

Object for storing data on whether a location is within a special protection area interest or not

An instance of the ProtectedArea object used for storing data on whether an asset is within a special protection area or the distance to the nearest one if it is not

This is stored using a DataPoint.

Source: QGIS

Declaration
[Source(Sources.QGIS)]
[Identifier(Identifiers.Geometry)]
public DataPoint<ProtectedArea>? SpecialProtectionArea { get; set; }
Property Value
Type Description
DataPoint<ProtectedArea>

Extension Methods