Building

Status of this document

This model has the status of Public Review published on 2023-09-07.

Summary

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The model presented below is an application profile of the theme ‘Building’, built in the context of the ICEG thematic working group regrouping experts from the federal and regional level as well as communities. It was designed through a series of workshops and a final open consultation.

The objective was to standardize the terms defined for buildings and building units at regional and federal level, starting from INSPIRE, OSLO and BUNI. It serves the purpose to make data accessible as linked open data and to define standard interfaces (APIs) to simplify collaboration and integration of the various services and tools.

The Building Vocabulary is designed to support the exchange of basic information about buildings and building units. Using the vocabulary – with sector- or country-specific information – will make it easier for institutions publishing data about these topics.

Le modèle présenté ci-dessous est un profil d'application du thème "Bâtiment", élaboré dans le cadre du groupe de travail thématique 'ICEG regroupant des experts des niveaux fédéral et régional ainsi que des communautés. Il a été conçu au travers d'une série d'ateliers et d'une consultation publique.

L'objectif était de standardiser les termes définis pour les bâtiments et les unités de bâtiment au niveau régional et fédéral, en partant de INSPIRE, OSLO et BUNI. Cela sert à rendre les données accessibles en tant que Linked Open Data (LOD) et à définir des interfaces standard (API) pour simplifier la collaboration et l'intégration des différents services et outils.

Le Vocabulaire du bâtiment est conçu pour soutenir l'échange d'informations de base sur les bâtiments et les unités de bâtiment. L'utilisation du vocabulaire - avec des informations spécifiques au secteur ou au pays - facilitera la tâche des institutions qui publient des données sur ces sujets.

Het onderstaande model is een applicatieprofiel over het thema "Gebouw", opgesteld in het kader van de thematische werkgroepen van ICEG, waarin deskundigen van het federale en regionale niveau en van gemeenschappen zijn samengebracht. Het model werd ontworpen via een reeks workshops en een laatste open raadpleging.

Het doel was om de termen voor gebouwen en gebouweenheden op regionaal en federaal niveau te standaardiseren, startend vanuit INSPIRE, OSLO en BUNI. Het doel is gegevens toegankelijk te maken als linked open data en standaardinterfaces (API's) te definiëren om de samenwerking en integratie van de verschillende diensten en instrumenten te vereenvoudigen.

De woordenlijst gebouwen is bedoeld om de uitwisseling van basisinformatie over gebouwen en gebouweenheden te ondersteunen. Het gebruik van de woordenlijst - met sector- of landspecifieke informatie - zal het gemakkelijker maken voor instellingen die gegevens over deze onderwerpen publiceren.

Das im Folgende vorgestellte Modell ist ein Anwendungsprofil für das Thema "Bauen", das im Rahmen der thematischen ICEG-Arbeitsgruppe erstellt wurde, in welcher Experten der föderalen und regionalen Ebene sowie aus den Gemeinden vertreten sind. Das Modell wurde im Rahmen einer Workshop-Reihe und einer abschließenden offenen Befragung entwickelt.

Ziel war es, die für Gebäude und Gebäudeeinheiten definierten Begriffe auf regionaler und föderaler Ebene, ausgehend von INSPIRE, OSLO und BUNI, zu standardisieren. Es dient dazu, Daten als verknüpfte offene Daten zugänglich zu machen und Standardschnittstellen (APIs) zu definieren, um die Zusammenarbeit und Integration verschiedener Dienste und Werkzeuge zu vereinfachen.

Das Gebäudevokabular dient dazu, den Austausch von grundlegenden Informationen über Gebäude und Gebäudeeinheiten zu unterstützen. Die Verwendung des Vokabulars - mit sektor- oder länderspezifischen Informationen - wird es für Institutionen, die Daten zu diesen Themen veröffentlichen, einfacher machen.

Namespaces:

Prefix	Namespace IRI	Source
`adms`	`http://www.w3.org/ns/adms#`	[[VOCAB-ADMS]]
`base`	`http://inspire.ec.europa.eu/ont/base#`	[[INSPIRE BASE]]
`building`	`http://vocab.belgif.be/ns/building#`	[[VOCAB-BUILDING]]
`dcterms`	`http://purl.org/dc/terms/`	[[DCTERMS]]
`geosparql`	`http://www.opengis.net/ont/geosparql#`	[[OPENGIS-GEOSPARQL]]
`gml`	`http://www.opengis.net/ont/gml#`	[[OPENGIS-GML]]
`locn`	`http://www.w3.org/ns/locn#`	[[LOCN]]
`qudt`	`https://qudt.org/schema/qudt/`	[[QUDT]]
`rdf`	`http://www.w3.org/1999/02/22-rdf-syntax-ns#`	[[RDF-SYNTAX-GRAMMAR]]
`rdfs`	`http://www.w3.org/2000/01/rdf-schema#`	[[RDF-SCHEMA]]
`sdo`	`https://schema.org/`	[[SCHEMA.ORG]]
`sf`	`http://www.opengis.net/ont/sf#`	[[OPENGIS-SF]]
`skos`	`http://www.w3.org/2004/02/skos/core#`	[[SKOS-CORE]]
`xsd`	`http://www.w3.org/2001/XMLSchema#`	[[XMLSCHEMA11-2]]

Conformance

To be defined

Overview

Entities

Building

Description: An enclosed and/or covered structure, above and/or below ground, intended either for the shelter of persons, animals or things, or for the production of economic goods or the provision of services, and refers to any structure permanently constructed or erected on its site.
Properties: For this entity the following properties are defined: address, building nature, building unit, cadastral parcel, condition of construction, current use, date of construction, date of demolition, date of renovation, document, elevation, entrance location, external reference, geometry, height above ground, identifier, interior installation, legal use, name, number of dwellings, number of floors above ground, number of floors under ground.

Property	Expected Range	Cardinality	Description	Usage
`address`	Address representation	0..*	The address representation that corresponds to the building.
`building nature`	Building nature value	0..*	Characteristic of the building that makes it generally of interest for mappings applications. The characteristic may be related to the physical aspect and/or to the function of the building.	This attribute focuses on the physical aspect (facade) of the building; however, this physical aspect is often expressed as a function (e.g. stadium, silo, windmill); this attribute aims to fulfil mainly mapping purposes and addresses only specific, noticeable buildings. More information about the enumerations can be found on the INSPIRE Building Nature code list.
`building unit`	Building unit	0..*	Building unit(s) being part of the building.
`cadastral parcel`	Cadastral parcel	0..*	The parcel(s) with which the building is officially associated.
`condition of construction`	ConditionOfConstructionValue	1	Values indicating the condition of a construction.	Concepts of this codelist should be used from the INSPIRE Condition of Construction code list.
`current use`	Current use	0..*	Activity hosted within the building. This attribute addresses mainly the buildings hosting human activities.	This attribute aims to fulfill management requirements, such as computation of population or spatial planning ; this classification aims to be exhaustive for the functional buildings hosting human activities.
`date of construction`	Date of event	0..1	Date of construction.
`date of demolition`	Date of event	0..1	Date of demolition.
`date of renovation`	Date of event	0..*	Date of renovation.
`document`	Document	0..*	Any document providing information about the building.
`elevation`	Elevation	0..*	Vertically-constrained dimensional property consisting of an absolute measure referenced to a well-defined surface which is commonly taken as origin (geoïd, water level, etc.).
`entrance location`	Entrance location	0..*	The location where the building can be entered or exited.
`external reference`	External reference	0..*	Reference to an external information system containing any piece of information related to the spatial object.
`geometry`	Building geometry	0..*	Shape and position characteristics of a building.
`height above ground`	Height above ground	0..*	Height above ground.
`identifier`	Identifier	0..*	Identifier of the Building.
`interior installation`	Interior installation	0..*	The interior installation(s) serving the building.
`legal use`	Current use	0..*	The legal use of the building.
`name`	Geographical name	0..*	Name of the building
`number of dwellings`	Integer	0..1	Number of dwellings. A dwelling is a residential unit which may consist of one or several rooms designed for the occupation of households.
`number of floors above ground`	Integer	0..1	Total number of building layers above ground, viewed across all building sections.	This starts usually from the level where the main entrance is located.
`number of floors under ground`	Integer	0..1	Total number of building layers under ground, viewed across all building sections.	This starts usually from the level where the main entrance is located.

Building unit

Description: The smallest unit within a building that is suitable and adapted for residential, commercial or recreational purposes and which is accessible from the outside or from a common area. A building unit is atomic, functionally independent, and may be separately sold, rented out, inherited, etc. In addition, a building unit can also be a common part.
Properties: For this entity the following properties are defined: address, building, current use, date of construction, date of demolition, date of renovation, document, entrance location, geometry, identifier, legal use.

Property	Expected Range	Cardinality	Description	Usage
`address`	Address representation	0..*	The address representation that corresponds to the building unit.
`building`	Building	1	Building of which building unit(s) are being a part.	The set of two distinct volumes united by a gallery/walkway is nevertheless considered as a single building. Two volumes separated by a footbridge (which is above a public road) are considered as two separate buildings which are located in different sites (because they are different plots).
`current use`	Current use	0..*	Activity hosted within the building unit. This attribute addresses mainly the building units hosting human activities.
`date of construction`	Date of event	0..1	Date of construction.
`date of demolition`	Date of event	0..1	Date of demolition
`date of renovation`	Date of event	0..*	Date of renovation.
`document`	Document	0..*	Any document providing information about the building unit.
`entrance location`	Entrance location	0..*	The location where the building unit can be entered or exited.
`geometry`	Geometry	0..*	Shape and position characteristics of a building unit.
`identifier`	Identifier	0..*	The unique identifier of a building unit.
`legal use`	Current use	0..*	The legal use of the building unit.

Cadastral parcel

Description: A portion of Belgian territory, geographically demarcated and identified by the AAPD on the cadastral plot plan, corresponding to the land area of one or more cadastral patrimonial plots.
Properties: For this entity the following properties are defined: building.

Property	Expected Range	Cardinality	Description	Usage	Codelist
`building`	Building	0..*	The Building(s) related to the CadastralParcel.

Interior installation

Description: An internal construction (generally or small size) or an internal device, serving the building.
Usage: Example: stairs, lift
Properties: For this entity the following properties are defined: geometry 3D, identifier, installation nature.

Property	Expected Range	Cardinality	Description
`geometry 3D`	Geometry	1	3D geometric representation of the internal installation.
`identifier`	Identifier	0..*	External unique object identifier published by the responsible body, which may be used by external applications to reference the spatial object.
`installation nature`	Internal installation nature value	1	The nature of the internal installation.

Datatypes

3D object

Description: A 3-dimensional geometric primitive.
Subclass of
: Geometry
Properties: There are no properties defined for this datatype.

Address representation

Description: More readable representation with only the basic data of the address, intended to use an address as an attribute of another object.
Usage: The scope of this class is broad and is meant to capture generic address representations, aligned with INSPIRE. For Belgian addresses and derived implementations it is advised to align with BeST
Properties: we have defined the following properties for this datatype: address area, admin unit, administrative unit level 1, administrative unit level 2, box number, country, full address, housenumber, location name, locator designator, municipality name, po box, post name, postalcode, reference, streetname.

Property	Expects Type	Cardinality	Description	Usage
`address area`	Geographical name	0..1	Name of a geographical area or locality that groups a number of addressable objects for the purpose of addressing them without the area or locality being an administrative unit.
`admin unit`	Geographical name	1..*	The name or names of a unit of administration where a Member State has and/or exercises jurisdictional rights, for local, regional and national governance.
`administrative unit level 1`	Geographical name	0..1	Highest Administrative Unit of address, usually a country.
`administrative unit level 2`	Geographical name	0..1	The region of the address, usually a province or state or similar area typically comprising several towns.
`box number`	String	0..1	Officially assigned alphanumeric code added to the house number to distinguish multiple building units, pitches, moorings or plots that have the same house number.	While not advisable to do according to common BeST practices, optionally the block, floor, etc. can be specified here too.
`country`	Geographical name	0..1	Country in which the address is located.
`full address`	Geographical name	0..1	The complete address in one string, formatted or not.
`housenumber`	String	0..1	Alphanumeric code officially assigned to building units, berths, pitches or parcels.	This should be either purely numerical or a series of numbers followed by a letter.
`location name`	Geographical name	0..*	Name or description of the geographic object that the address locator identifies.
`locator designator`	String	0..*	Alphanumeric code that uniquely identifies the address locator within the street, administrative unit, etc.
`municipality name`	Geographical name	0..1	Municipal name of the address.
`po box`	String	0..1	PO Box number in a post office.
`post name`	Geographical name	0..1	Name designating the geographical area that groups addresses for postal purposes.
`postalcode`	String	0..1	Code designating the geographical area that groups addresses for postal purposes.
`reference`	Address	0..1	Address from which the address representation is derived.
`streetname`	Geographical name	0..1	Streetname of the address.

Building geometry

Description: This data types includes the geometry of the building and metadata information about which element of the building was captured and how.
Properties: we have defined the following properties for this datatype: horizontal geometry estimated accuracy, reference geometry, vertical geometry estimated accuracy.

Property	Expects Type	Cardinality	Description	Usage
`horizontal geometry estimated accuracy`	ICEG-Unit	0..1	The estimated absolute positional accuracy of the (X,Y) coordinates of the building geometry.
`reference geometry`	Boolean	1	The geometry to be taken into account by view services, for portrayal.
`vertical geometry estimated accuracy`	ICEG-Unit	0..1	The estimated absolute positional accuracy of the Z-coordinate of the building geometry.	Absolute positional accuracy is defined as the mean value of the positional uncertainties for a set of positions where the positional uncertainties are defined as the distance between a measured position and what is considered as the corresponding true position.

Building geometry 2D

Description: This data types includes the geometry in 2D or 2.5D of the building and metadata information about which element of the building was captured and how.
Subclass of
: Building geometry
Properties: we have defined the following properties for this datatype: geometry, horizontal geometry reference, vertical geometry reference.

Property	Expects Type	Cardinality	Description	Usage
`geometry`	Geometry	1	2D or 2.5D geometric representation of the building.
`horizontal geometry reference`	HorizontalGeometryReferenceValue	1	Element of the building that was captured by (X,Y) coordinates.
`vertical geometry reference`	ElevationReferenceValue	0..1	Element of the building that was captured by vertical coordinates.	Concepts of this codelist should be used from the INSPIRE Elevation Reference code list.

Building geometry 3D LoD

Description: Data type grouping the 3D geometry of a building or building part and the metadata information attached to this geometry.
Usage: More information about LoD can be found via this link: https://docs.ogc.org/is/20-010/20-010.html#toc0
Subclass of
: Building geometry
Properties: we have defined the following properties for this datatype: geometry multi surface, geometry solid, terrain intersection, vertical geometry reference 3D bottom.

Property	Expects Type	Cardinality	Description	Usage
`geometry multi surface`	Multi surface	0..1	Representation of the outer boundary by a Multi Surface, which may - in contrast to a solid representation - not be topologically clean. In particular, the ground surface may be missing.
`geometry solid`	3D object	0..1	Representation of the outer boundary by a solid.
`terrain intersection`	Multi curve	0..1	Line or multi-line where the spatial object touches the terrain representation.
`vertical geometry reference 3D bottom`	ElevationReferenceValue	0..1	Height level to which the lower height of the model (Z-value of the lower horizontal polygon) refers to.	Concepts of this codelist should be used from the INSPIRE Elevation Reference code list.

Building geometry 3D LoD1

Description: Data type grouping the specific metadata attached to the 3D geometry, when provided by a LoD 1 representation.
Subclass of
: Building geometry 3D LoD
Properties: we have defined the following properties for this datatype: horizontal geometry reference, vertical geometry reference 3D top.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`horizontal geometry reference`	HorizontalGeometryReferenceValue	0..1	Element of the real world object that was captured by the (X,Y) coordinates of the LoD1 Multisurface or Solid geometry.	Example: footprint, roof edge. Concepts of this codelist should be used from the INSPIRE Horizontal Geometry Reference code list.
`vertical geometry reference 3D top`	ElevationReferenceValue	0..1	Height level to which the upper height of the model (Z-value of the upper horizontal polygon) refers to.	Example: generalRoof, lowestRoof edge. Concepts of this codelist should be used from the INSPIRE Elevation Reference code list.

Building geometry 3D LoD2

Description: Data type grouping the specific metadata attached to the 3D geometry, when provided by a LoD2 representation.
Subclass of
: Building geometry 3D LoD
Properties: we have defined the following properties for this datatype: horizontal geometry reference.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`horizontal geometry reference`	HorizontalGeometryReferenceValue	0..1	Element that was captured by the (X,Y) coordinates of the LoD2 MultiSurface or Solid geometry.	Example: footprint, roof edge. Concepts of this codelist should be used from the INSPIRE Horizontal Geometry Reference code list.

Building geometry 3D LoD3

Description: Data type grouping the specific metadata attached to the 3D geometry, when provided by a LoD3 representation.
Subclass of
: Building geometry 3D LoD
Properties: There are no properties defined for this datatype.

Building geometry 3D LoD4

Description: Data type grouping the specific metadata attached to the 3D geometry, when provided by a LoD4 representation.
Subclass of
: Building geometry 3D LoD
Properties: There are no properties defined for this datatype.

Current use

Description: This data type enables to detail the current use(s).
Properties: we have defined the following properties for this datatype: percentage, type.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`percentage`	Integer	0..1	The proportion of the building, given as a percentage, devoted to this current use.
`type`	Current use value	1	The current use of a building.	Example: trade, entertainment, ...

Date of event

Description: This data type includes the different possible ways to define the date of an event.
Properties: we have defined the following properties for this datatype: any point, end date, start date.

Property	Expects Type	Cardinality	Description
`any point`	DateTime	0..1	A date and time of any point of the event, between its beginning and its end.
`end date`	DateTime	0..1	Date and time when the event ended.
`start date`	DateTime	0..1	Date and time when the event begun.

Direct position

Description: Holder of the coordinates of a position in a coordinate reference system.
Properties: we have defined the following properties for this datatype: gml, method, wkt.

Property	Expects Type	Cardinality	Description
`gml`	Literal	0..1	Direct position expressed in gml format.
`method`	Measuring method	1	The way the point was determined.
`wkt`	Literal	0..1	Direct position expressed in wkt format.

Document

Description: Any document providing information about a building or building unit.
Usage: EXAMPLES: the building permit, a photo of facade or inner yard, a sketch of interior, the building code, the energy performance assessment, an emergency plan
Properties: we have defined the following properties for this datatype: date, document description, source status.

Property	Expects Type	Cardinality	Description	Usage
`date`	DateTime	0..1	Date of validity of the document.	EXAMPLES: the date the photo was taken, the date the sketch was done or approved, the date the building permit was accepted
`document description`	LangString	0..1	A short text providing overview of the document content. May be just title of the document.
`source status`	Source status value	1	The status of the document, i.e. this attribute indicates if the document comes from official source or not.

Elevation

Description: Vertically-constrained dimensional property consisting of an absolute measure referenced to a well-defined surface which is commonly taken as origin (geoïd, water level, etc.).
Properties: we have defined the following properties for this datatype: elevation reference, elevation value.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`elevation reference`	ElevationReferenceValue	1	Element where the elevation was measured.	Concepts of this codelist should be used from the INSPIRE Elevation Reference code list.
`elevation value`	Direct position	1	Value of the elevation.

Entrance location

Description: The location where the building (unit) can be entered or exited.
Properties: we have defined the following properties for this datatype: address, position.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`address`	Address representation	0..1	The address linked to the location of the entrance.
`position`	Direct position	0..1	Holder of the coordinates of a position in a coordinate reference system.

External reference

Description: Reference to an external information system containing any piece of information related to the spatial object.
Properties: we have defined the following properties for this datatype: information system, informationSystemName, reference.

Property	Expects Type	Cardinality	Description	Usage
`information system`	Identifier	1	Uniform Resource Identifier of the external information system.
`informationSystemName`	LangString	1	The name of the external information system.	EXAMPLES: Danish Register of Dwellings, Spanish Cadastre
`reference`	LangString	1	Thematic identifier of the spatial object or of any piece of information related to the spatial object.

Geographical name

Description: Proper noun applied to a real world entity.
Usage: This can be substituted by LangString
Properties: we have defined the following properties for this datatype: name status, nativeness, source of name, spelling.

Property	Expects Type	Cardinality	Description	Usage
`name status`	NameStatusValue	0..1	Qualitative information enabling to discern which credit should be given to the name with respect to its standardisation and/or its topicality.	NOTE The Geographical Names application schema does not explicitly make a preference between different names (e.g. official endonyms) of a specific real world entity. The necessary information for making the preference (e.g. the linguistic status of the administrative or geographic area in question), for a certain use case, must be obtained from other data or information sources. For example, the status of the language of the name may be known through queries on the geometries of named places against the geometry of administrative units recorded in a certain source with the language statuses information. Concepts of this codelist should be used from the INSPIRE Name Status code list.
`nativeness`	NativenessValue	0..1	Information enabling to acknowledge if the name is the one that is/was used in the area where the spatial object is situated at the instant when the name is/was in use.	Concepts of this codelist should be used from the INSPIRE Nativeness code list.
`source of name`	LangString	0..1	Original data source from which the geographical name is taken from and integrated in the data set providing/publishing it. For some named spatial objects it might refer again to the publishing data set if no other information is available.
`spelling`	LangString	0..1	A proper way of writing the geographical name.

Geometry

Description: Shape and position characteristics of an object.
Properties: we have defined the following properties for this datatype: gml, method, wkt.

Property	Expects Type	Cardinality	Description
`gml`	Literal	1	Geometry expressed in gml format.
`method`	Measuring method	1	The way the point was determined.
`wkt`	Literal	1	Geometry expressed in wkt format.

Height above ground

Description: Vertical distance (measured or estimated) between a low reference and a high reference.
Properties: we have defined the following properties for this datatype: height reference, low reference, status, value.

Property	Expects Type	Cardinality	Description	Usage
`height reference`	ElevationReferenceValue	1	Element used as the high reference.	EXAMPLE: The height of the building has been captured up to the top of building. Concepts of this codelist should be used from the INSPIRE Elevation Reference code list.
`low reference`	ElevationReferenceValue	1	Element as the low reference.	EXAMPLE: the height of the building has been captured from its the lowest ground point.
`status`	HeightStatusValue	1	The way the height has been captured.
`value`	ICEG-Unit	1	Value of the height above ground.

ICEG-Unit

Description: A representation of a unit.
Properties: we have defined the following properties for this datatype: uom, value.

Property	Expects Type	Cardinality	Description	Usage	Codelist
`uom`	URI	1	Standard units of measurements used when accounting for stock, and expressing them in quantities.	Concepts of this codelist should be used from the EU Vocabulary Measurement unit.
`value`	Double	1	A property to relate a unit with a value.

Identifier

Description: Information used to uniquely identify an object.
Usage: The basic assumption here is that this string is assigned by an organization and that this is done according to a well-defined system.
Properties: we have defined the following properties for this datatype: assigned by, assigned by string, assigned on, identifier, structured identificator.

Property	Expects Type	Cardinality	Description	Usage
`assigned by`	Agent	0..1	Link to the agent who issued the identifier.
`assigned by string`	LangString	0..1	Name of the agent who assigned the identifier.
`assigned on`	DateTime	0..1	Time when the identifier was issued.
`identifier`	Literal	0..1	String used to uniquely identify the object.	Type of the string refers to the identifier (incl its version), the string itself to the actual identifier.
`structured identificator`	Structured identificator	0..1	Identifier of the object broken down into its parts.

Lang code

Description: The official code of the language.
Properties: There are no properties defined for this datatype.

Multi curve

Description: A MultiCurve is a 1-dimensional GeometryCollection whose elements are Curves.
Subclass of
: Geometry
Properties: There are no properties defined for this datatype.

Multi surface

Description: A MultiSurface is a 2-dimensional GeometryCollection whose elements are Surfaces, all using coordinates from the same coordinate reference system.
Subclass of
: Geometry
Properties: There are no properties defined for this datatype.

Point

Description: A 0-dimensional geometrical primitive.
Subclass of
: Geometry
Properties: There are no properties defined for this datatype.

Polygon

Description: Surface consisting of one outer boundary and 0 or more inner boundaries. Each internal boundary forms a hole in the polygon.
Subclass of
: Geometry
Properties: There are no properties defined for this datatype.

Structured identificator

Description: Identifier of an object broken down into its parts.
Properties: There are no properties defined for this datatype.

Text

Description: A linear sequence of characters, words, or other data.
Properties: There are no properties defined for this datatype.

URI

Description: A URI that is technically represented as a class in RDF, but is a literal in use.
Properties: There are no properties defined for this datatype.

Lists

(non-normative)

Building Nature Value

Definition: Values indicating the nature of a building.

PREFIX bnv:: http://inspire.ec.europa.eu/codelist/BuildingNatureValue/
PREFIX vbbnv:: http://vocab.belgif.be/auth/building-nature-value/

SKOS TopConcepts

URI	skos:prefLabel@en	skos:notation
vbbnv:airport	airport	airport
bnv:arch	arch	arch
bnv:bunker	bunker	bunker
bnv:canopy	canopy	canopy
vbbnv:casino	casino	casino
bnv:castle	castle	castle
bnv:caveBuilding	cave building	caveBuilding
bnv:chapel	chapel	chapel
bnv:church	church	church
vbbnv:communityHouse	community house	communityHouse
bnv:dam	dam	dam
vbbnv:fireStation	fire station	fireStation
bnv:greenhouse	greenhouse	greenhouse
vbbnv:hospital	hospital	hospital
vbbnv:hotel	hotel	hotel
vbbnv:house	house	house
bnv:lighthouse	lighthouse	lighthouse
bnv:mosque	mosque	mosque
vbbnv:parking	parking	parking
vbbnv:policeStation	police station	policeStation
vbbnv:port	port	port
vbbnv:postOffice	post office	postOffice
vbbnv:prison	prison	prison
vbbnv:school	school	school
bnv:shed	shed	shed
bnv:silo	silo	silo
bnv:stadium	stadium	stadium
bnv:storageTank	storage tank	storageTank
bnv:synagogue	synagogue	synagogue
vbbnv:telecommunicationsTower	telecommunications tower	telecommunicationsTower
bnv:temple	temple	temple
bnv:tower	tower	tower
vbnnv:trainStation	train station	trainStation
bnv:windTurbine	wind turbine	windTurbine
bnv:windmill	windmill	windmill

Current Use Value

Definition: Values indicating the current use.

PREFIX cuv:: https://inspire.ec.europa.eu/codelist/CurrentUseValue/
PREFIX vbcuv:: http://vocab.belgif.be/auth/current-use-value/

SKOS TopConcepts

URI	skos:prefLabel@en	skos:notation
cuv:agriculture	agriculture	agriculture
cuv:ancillary	ancillary	ancillary
vbcuv:apartment	apartment	apartment
cuv:collectiveResidence	collective residence	collectiveResidence
vbcuv:education	education	education
vbcuv:entertainment	entertainment	entertainment
vbcuv:familyHome	family home	familyHome
cuv:individualResidence	individual residence	individualResidence
cuv:industrial	industrial	industrial
vbcuv:infrastructure	infrastructure	infrastructure
vbcuv:lavatory	lavatory	lavatory
vbcuv:medical	medical	medical
vbcuv:military	military	military
cuv:moreThanTwoDwellings	more than two dwellings	moreThanTwoDwellings
cuv:office	office	office
vbcuv:placeOfWorship	place of worship	placeOfWorship
cuv:publicServices	public services	publicServices
vbcuv:recreation	recreation	recreation
cuv:residenceForCommunities	residence for communities	residenceForCommunities
vbcuv:retail	retail	retail
vbcuv:room	room	room
vbcuv:studentRoom	student room	studentRoom
vbcuv:studio	studio	studio
cuv:trade	trade	trade
vbcuv:transportation	transportation	transportation
cuv:twoDwellings	two dwellings	twoDwellings