Annotation
literal: Core

Annotation
literal: The Core module defines the basic components of the CityGML conceptual model. This includes abstract base classes that define the core properties of more specialized thematic classes defined in other modules as well as concrete classes that are common to other modules, for example basic data types.

AnnotationAssertion
IRI: #ADEOfAbstractAppearance
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractAppearance
literal: ADEOfAbstractAppearance

AnnotationAssertion
IRI: #ADEOfAbstractAppearance
literal: ADEOfAbstractAppearance acts as a hook to define properties within an ADE that are to be added to AbstractAppearance.

AnnotationAssertion
IRI: #ADEOfAbstractCityObject
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractCityObject
literal: ADEOfAbstractCityObject

AnnotationAssertion
IRI: #ADEOfAbstractCityObject
literal: ADEOfAbstractCityObject acts as a hook to define properties within an ADE that are to be added to AbstractCityObject.

AnnotationAssertion
IRI: #ADEOfAbstractDynamizer
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractDynamizer
literal: ADEOfAbstractDynamizer

AnnotationAssertion
IRI: #ADEOfAbstractDynamizer
literal: ADEOfAbstractDynamizer acts as a hook to define properties within an ADE that are to be added to AbstractDynamizer.

AnnotationAssertion
IRI: #ADEOfAbstractFeature
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractFeature
literal: ADEOfAbstractFeature

AnnotationAssertion
IRI: #ADEOfAbstractFeature
literal: ADEOfAbstractFeature acts as a hook to define properties within an ADE that are to be added to AbstractFeature.

AnnotationAssertion
IRI: #ADEOfAbstractFeatureWithLifespan
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractFeatureWithLifespan
literal: ADEOfAbstractFeatureWithLifespan

AnnotationAssertion
IRI: #ADEOfAbstractFeatureWithLifespan
literal: ADEOfAbstractFeatureWithLifespan acts as a hook to define properties within an ADE that are to be added to AbstractFeatureWithLifespan.

AnnotationAssertion
IRI: #ADEOfAbstractLogicalSpace
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractLogicalSpace
literal: ADEOfAbstractLogicalSpace

AnnotationAssertion
IRI: #ADEOfAbstractLogicalSpace
literal: ADEOfAbstractLogicalSpace acts as a hook to define properties within an ADE that are to be added to AbstractLogicalSpace.

AnnotationAssertion
IRI: #ADEOfAbstractOccupiedSpace
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractOccupiedSpace
literal: ADEOfAbstractOccupiedSpace

AnnotationAssertion
IRI: #ADEOfAbstractOccupiedSpace
literal: ADEOfAbstractOccupiedSpace acts as a hook to define properties within an ADE that are to be added to AbstractOccupiedSpace.

AnnotationAssertion
IRI: #ADEOfAbstractPhysicalSpace
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractPhysicalSpace
literal: ADEOfAbstractPhysicalSpace

AnnotationAssertion
IRI: #ADEOfAbstractPhysicalSpace
literal: ADEOfAbstractPhysicalSpace acts as a hook to define properties within an ADE that are to be added to AbstractPhysicalSpace.

AnnotationAssertion
IRI: #ADEOfAbstractPointCloud
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractPointCloud
literal: ADEOfAbstractPointCloud

AnnotationAssertion
IRI: #ADEOfAbstractPointCloud
literal: ADEOfAbstractPointCloud acts as a hook to define properties within an ADE that are to be added to AbstractPointCloud.

AnnotationAssertion
IRI: #ADEOfAbstractSpace
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractSpace
literal: ADEOfAbstractSpace

AnnotationAssertion
IRI: #ADEOfAbstractSpace
literal: ADEOfAbstractSpace acts as a hook to define properties within an ADE that are to be added to AbstractSpace.

AnnotationAssertion
IRI: #ADEOfAbstractSpaceBoundary
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractSpaceBoundary
literal: ADEOfAbstractSpaceBoundary

AnnotationAssertion
IRI: #ADEOfAbstractSpaceBoundary
literal: ADEOfAbstractSpaceBoundary acts as a hook to define properties within an ADE that are to be added to AbstractSpaceBoundary.

AnnotationAssertion
IRI: #ADEOfAbstractThematicSurface
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractThematicSurface
literal: ADEOfAbstractThematicSurface

AnnotationAssertion
IRI: #ADEOfAbstractThematicSurface
literal: ADEOfAbstractThematicSurface acts as a hook to define properties within an ADE that are to be added to AbstractThematicSurface.

AnnotationAssertion
IRI: #ADEOfAbstractUnoccupiedSpace
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractUnoccupiedSpace
literal: ADEOfAbstractUnoccupiedSpace

AnnotationAssertion
IRI: #ADEOfAbstractUnoccupiedSpace
literal: ADEOfAbstractUnoccupiedSpace acts as a hook to define properties within an ADE that are to be added to AbstractUnoccupiedSpace.

AnnotationAssertion
IRI: #ADEOfAbstractVersion
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractVersion
literal: ADEOfAbstractVersion

AnnotationAssertion
IRI: #ADEOfAbstractVersion
literal: ADEOfAbstractVersion acts as a hook to define properties within an ADE that are to be added to AbstractVersion.

AnnotationAssertion
IRI: #ADEOfAbstractVersionTransition
literal: true

AnnotationAssertion
IRI: #ADEOfAbstractVersionTransition
literal: ADEOfAbstractVersionTransition

AnnotationAssertion
IRI: #ADEOfAbstractVersionTransition
literal: ADEOfAbstractVersionTransition acts as a hook to define properties within an ADE that are to be added to AbstractVersionTransition.

AnnotationAssertion
IRI: #ADEOfAddress
literal: true

AnnotationAssertion
IRI: #ADEOfAddress
literal: ADEOfAddress

AnnotationAssertion
IRI: #ADEOfAddress
literal: ADEOfAddress acts as a hook to define properties within an ADE that are to be added to an Address.

AnnotationAssertion
IRI: #ADEOfCityModel
literal: true

AnnotationAssertion
IRI: #ADEOfCityModel
literal: ADEOfCityModel

AnnotationAssertion
IRI: #ADEOfCityModel
literal: ADEOfCityModel acts as a hook to define properties within an ADE that are to be added to a CityModel.

AnnotationAssertion
IRI: #ADEOfClosureSurface
literal: true

AnnotationAssertion
IRI: #ADEOfClosureSurface
literal: ADEOfClosureSurface

AnnotationAssertion
IRI: #ADEOfClosureSurface
literal: ADEOfClosureSurface acts as a hook to define properties within an ADE that are to be added to a ClosureSurface.

AnnotationAssertion
IRI: #AbstractAppearance
literal: true

AnnotationAssertion
IRI: #AbstractAppearance
literal: AbstractAppearance

AnnotationAssertion
IRI: #AbstractAppearance
literal: AbstractAppearance is the abstract superclass to represent any kind of appearance objects.

AnnotationAssertion
IRI: #AbstractAppearance.adeOfAbstractAppearance
literal: adeOfAbstractAppearance

AnnotationAssertion
IRI: #AbstractAppearance.adeOfAbstractAppearance
literal: Augments AbstractAppearance with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractCityObject
literal: true

AnnotationAssertion
IRI: #AbstractCityObject
literal: AbstractCityObject

AnnotationAssertion
IRI: #AbstractCityObject
literal: AbstractCityObject is the abstract superclass of all thematic classes within the CityGML Conceptual Model.

AnnotationAssertion
IRI: #AbstractCityObject.adeOfAbstractCityObject
literal: adeOfAbstractCityObject

AnnotationAssertion
IRI: #AbstractCityObject.adeOfAbstractCityObject
literal: Augments AbstractCityObject with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractCityObject.appearance
literal: appearance

AnnotationAssertion
IRI: #AbstractCityObject.appearance
literal: Relates appearances to the city object.

AnnotationAssertion
IRI: #AbstractCityObject.dynamizer
literal: dynamizer

AnnotationAssertion
IRI: #AbstractCityObject.dynamizer
literal: Relates Dynamizer objects to the city object. These allow timeseries data to override static attribute values of the city object.

AnnotationAssertion
IRI: #AbstractCityObject.externalReference
literal: externalReference

AnnotationAssertion
IRI: #AbstractCityObject.externalReference
literal: References external objects in other information systems that have a relation to the city object.

AnnotationAssertion
IRI: #AbstractCityObject.generalizesTo
literal: generalizesTo

AnnotationAssertion
IRI: #AbstractCityObject.generalizesTo
literal: Relates generalized representations of the same real-world object in different Levels of Detail to the city object. The direction of this relation is from the city object to the corresponding generalized city objects.

AnnotationAssertion
IRI: #AbstractCityObject.genericAttribute
literal: genericAttribute

AnnotationAssertion
IRI: #AbstractCityObject.genericAttribute
literal: Relates generic attributes to the city object.

AnnotationAssertion
IRI: #AbstractCityObject.relatedTo
literal: relatedTo

AnnotationAssertion
IRI: #AbstractCityObject.relatedTo
literal: Relates other city objects to the city object. It also describes how the city objects are related to each other.

AnnotationAssertion
IRI: #AbstractCityObject.relativeToTerrain
literal: relativeToTerrain

AnnotationAssertion
IRI: #AbstractCityObject.relativeToTerrain
literal: Describes the vertical position of the city object relative to the surrounding terrain.

AnnotationAssertion
IRI: #AbstractCityObject.relativeToWater
literal: relativeToWater

AnnotationAssertion
IRI: #AbstractCityObject.relativeToWater
literal: Describes the vertical position of the city object relative to the surrounding water surface.

AnnotationAssertion
IRI: #AbstractDynamizer
literal: true

AnnotationAssertion
IRI: #AbstractDynamizer
literal: AbstractDynamizer

AnnotationAssertion
IRI: #AbstractDynamizer
literal: AbstractDynamizer is the abstract superclass to represent Dynamizer objects.

AnnotationAssertion
IRI: #AbstractDynamizer.adeOfAbstractDynamizer
literal: adeOfAbstractDynamizer

AnnotationAssertion
IRI: #AbstractDynamizer.adeOfAbstractDynamizer
literal: Augments AbstractDynamizer with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractFeature
literal: true

AnnotationAssertion
IRI: #AbstractFeature
literal: AbstractFeature

AnnotationAssertion
IRI: #AbstractFeature
literal: AbstractFeature is the abstract superclass of all feature types within the CityGML Conceptual Model.

AnnotationAssertion
IRI: #AbstractFeature.adeOfAbstractFeature
literal: adeOfAbstractFeature

AnnotationAssertion
IRI: #AbstractFeature.adeOfAbstractFeature
literal: Augments AbstractFeature with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractFeature.description
literal: description

AnnotationAssertion
IRI: #AbstractFeature.description
literal: Provides further information on the feature.

AnnotationAssertion
IRI: #AbstractFeature.featureID
literal: featureID

AnnotationAssertion
IRI: #AbstractFeature.featureID
literal: Specifies the unique identifier of the feature that is valid in the instance document within which it occurs.

AnnotationAssertion
IRI: #AbstractFeature.identifier
literal: identifier

AnnotationAssertion
IRI: #AbstractFeature.identifier
literal: Specifies the unique identifier of the feature that is valid globally.

AnnotationAssertion
IRI: #AbstractFeature.name
literal: name

AnnotationAssertion
IRI: #AbstractFeature.name
literal: Specifies the name of the feature.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan
literal: true

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan
literal: AbstractFeatureWithLifespan

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan
literal: AbstractFeatureWithLifespan is the base class for all CityGML features. This class allows the optional specification of the real-world and database times for the existence of each feature.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.adeOfAbstractFeatureWithLifespan
literal: adeOfAbstractFeatureWithLifespan

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.adeOfAbstractFeatureWithLifespan
literal: Augments AbstractFeatureWithLifespan with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.creationDate
literal: creationDate

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.creationDate
literal: Indicates the date at which a CityGML feature was added to the CityModel.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.terminationDate
literal: terminationDate

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.terminationDate
literal: Indicates the date at which a CityGML feature was removed from the CityModel.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.validFrom
literal: validFrom

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.validFrom
literal: Indicates the date at which a CityGML feature started to exist in the real world.

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.validTo
literal: validTo

AnnotationAssertion
IRI: #AbstractFeatureWithLifespan.validTo
literal: Indicates the date at which a CityGML feature ended to exist in the real world.

AnnotationAssertion
IRI: #AbstractGenericAttribute
literal: true

AnnotationAssertion
IRI: #AbstractGenericAttribute
literal: AbstractGenericAttribute

AnnotationAssertion
IRI: #AbstractGenericAttribute
literal: AbstractGenericAttribute is the abstract superclass for all types of generic attributes.

AnnotationAssertion
IRI: #AbstractLogicalSpace
literal: true

AnnotationAssertion
IRI: #AbstractLogicalSpace
literal: AbstractLogicalSpace

AnnotationAssertion
IRI: #AbstractLogicalSpace
literal: AbstractLogicalSpace is the abstract superclass for all types of logical spaces. Logical space refers to spaces that are not bounded by physical surfaces but are defined according to thematic considerations.

AnnotationAssertion
IRI: #AbstractLogicalSpace.adeOfAbstractLogicalSpace
literal: adeOfAbstractLogicalSpace

AnnotationAssertion
IRI: #AbstractLogicalSpace.adeOfAbstractLogicalSpace
literal: Augments AbstractLogicalSpace with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractOccupiedSpace
literal: true

AnnotationAssertion
IRI: #AbstractOccupiedSpace
literal: AbstractOccupiedSpace

AnnotationAssertion
IRI: #AbstractOccupiedSpace
literal: AbstractOccupiedSpace is the abstract superclass for all types of physically occupied spaces. Occupied space refers to spaces that are partially or entirely filled with matter.

AnnotationAssertion
IRI: #AbstractOccupiedSpace.adeOfAbstractOccupiedSpace
literal: adeOfAbstractOccupiedSpace

AnnotationAssertion
IRI: #AbstractOccupiedSpace.adeOfAbstractOccupiedSpace
literal: Augments AbstractOccupiedSpace with properties defined in an ADE.

AnnotationAssertion
literal: lod1ImplicitRepresentation

AnnotationAssertion
literal: Relates to an implicit geometry that represents the occupied space in Level of Detail 1.

AnnotationAssertion
literal: lod2ImplicitRepresentation

AnnotationAssertion
literal: Relates to an implicit geometry that represents the occupied space in Level of Detail 2.

AnnotationAssertion
literal: lod3ImplicitRepresentation

AnnotationAssertion
literal: Relates to an implicit geometry that represents the occupied space in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractPhysicalSpace
literal: true

AnnotationAssertion
IRI: #AbstractPhysicalSpace
literal: AbstractPhysicalSpace

AnnotationAssertion
IRI: #AbstractPhysicalSpace
literal: AbstractPhysicalSpace is the abstract superclass for all types of physical spaces. Physical space refers to spaces that are fully or partially bounded by physical objects.

AnnotationAssertion
IRI: #AbstractPhysicalSpace.adeOfAbstractPhysicalSpace
literal: adeOfAbstractPhysicalSpace

AnnotationAssertion
IRI: #AbstractPhysicalSpace.adeOfAbstractPhysicalSpace
literal: Augments AbstractPhysicalSpace with properties defined in an ADE.

AnnotationAssertion
literal: lod1TerrainIntersectionCurve

AnnotationAssertion
literal: Relates to a 3D MultiCurve geometry that represents the terrain intersection curve of the physical space in Level of Detail 1.

AnnotationAssertion
literal: lod2TerrainIntersectionCurve

AnnotationAssertion
literal: Relates to a 3D MultiCurve geometry that represents the terrain intersection curve of the physical space in Level of Detail 2.

AnnotationAssertion
literal: lod3TerrainIntersectionCurve

AnnotationAssertion
literal: Relates to a 3D MultiCurve geometry that represents the terrain intersection curve of the physical space in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractPhysicalSpace.pointCloud
literal: pointCloud

AnnotationAssertion
IRI: #AbstractPhysicalSpace.pointCloud
literal: Relates to a 3D PointCloud that represents the physical space.

AnnotationAssertion
IRI: #AbstractPointCloud
literal: true

AnnotationAssertion
IRI: #AbstractPointCloud
literal: AbstractPointCloud

AnnotationAssertion
IRI: #AbstractPointCloud
literal: AbstractPointCloud is the abstract superclass to represent PointCloud objects.

AnnotationAssertion
IRI: #AbstractPointCloud.adeOfAbstractPointCloud
literal: adeOfAbstractPointCloud

AnnotationAssertion
IRI: #AbstractPointCloud.adeOfAbstractPointCloud
literal: Augments AbstractPointCloud with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractSpace
literal: true

AnnotationAssertion
IRI: #AbstractSpace
literal: AbstractSpace

AnnotationAssertion
IRI: #AbstractSpace
literal: AbstractSpace is the abstract superclass for all types of spaces. A space is an entity of volumetric extent in the real world.

AnnotationAssertion
IRI: #AbstractSpace.adeOfAbstractSpace
literal: adeOfAbstractSpace

AnnotationAssertion
IRI: #AbstractSpace.adeOfAbstractSpace
literal: Augments AbstractSpace with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractSpace.area
literal: area

AnnotationAssertion
IRI: #AbstractSpace.area
literal: Specifies qualified areas related to the space.

AnnotationAssertion
IRI: #AbstractSpace.boundary
literal: boundary

AnnotationAssertion
IRI: #AbstractSpace.boundary
literal: Relates to surfaces that bound the space.

AnnotationAssertion
IRI: #AbstractSpace.lod0MultiCurve
literal: lod0MultiCurve

AnnotationAssertion
IRI: #AbstractSpace.lod0MultiCurve
literal: Relates to a 3D MultiCurve geometry that represents the space in Level of Detail 0.

AnnotationAssertion
IRI: #AbstractSpace.lod0MultiSurface
literal: lod0MultiSurface

AnnotationAssertion
IRI: #AbstractSpace.lod0MultiSurface
literal: Relates to a 3D MultiSurface geometry that represents the space in Level of Detail 0.

AnnotationAssertion
IRI: #AbstractSpace.lod0Point
literal: lod0Point

AnnotationAssertion
IRI: #AbstractSpace.lod0Point
literal: Relates to a 3D Point geometry that represents the space in Level of Detail 0.

AnnotationAssertion
IRI: #AbstractSpace.lod1Solid
literal: lod1Solid

AnnotationAssertion
IRI: #AbstractSpace.lod1Solid
literal: Relates to a 3D Solid geometry that represents the space in Level of Detail 1.

AnnotationAssertion
IRI: #AbstractSpace.lod2MultiCurve
literal: lod2MultiCurve

AnnotationAssertion
IRI: #AbstractSpace.lod2MultiCurve
literal: Relates to a 3D MultiCurve geometry that represents the space in Level of Detail 2.

AnnotationAssertion
IRI: #AbstractSpace.lod2MultiSurface
literal: lod2MultiSurface

AnnotationAssertion
IRI: #AbstractSpace.lod2MultiSurface
literal: Relates to a 3D MultiSurface geometry that represents the space in Level of Detail 2.

AnnotationAssertion
IRI: #AbstractSpace.lod2Solid
literal: lod2Solid

AnnotationAssertion
IRI: #AbstractSpace.lod2Solid
literal: Relates to a 3D Solid geometry that represents the space in Level of Detail 2.

AnnotationAssertion
IRI: #AbstractSpace.lod3MultiCurve
literal: lod3MultiCurve

AnnotationAssertion
IRI: #AbstractSpace.lod3MultiCurve
literal: Relates to a 3D MultiCurve geometry that represents the space in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractSpace.lod3MultiSurface
literal: lod3MultiSurface

AnnotationAssertion
IRI: #AbstractSpace.lod3MultiSurface
literal: Relates to a 3D MultiSurface geometry that represents the space in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractSpace.lod3Solid
literal: lod3Solid

AnnotationAssertion
IRI: #AbstractSpace.lod3Solid
literal: Relates to a 3D Solid geometry that represents the space in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractSpace.spaceType
literal: spaceType

AnnotationAssertion
IRI: #AbstractSpace.spaceType
literal: Specifies the degree of openness of a space.

AnnotationAssertion
IRI: #AbstractSpace.volume
literal: volume

AnnotationAssertion
IRI: #AbstractSpace.volume
literal: Specifies qualified volumes related to the space.

AnnotationAssertion
IRI: #AbstractSpaceBoundary
literal: true

AnnotationAssertion
IRI: #AbstractSpaceBoundary
literal: AbstractSpaceBoundary

AnnotationAssertion
IRI: #AbstractSpaceBoundary
literal: AbstractSpaceBoundary is the abstract superclass for all types of space boundaries. A space boundary is an entity with areal extent in the real world. Space boundaries are objects that bound a Space. They also realize the contact between adjacent spaces.

AnnotationAssertion
IRI: #AbstractSpaceBoundary.adeOfAbstractSpaceBoundary
literal: adeOfAbstractSpaceBoundary

AnnotationAssertion
IRI: #AbstractSpaceBoundary.adeOfAbstractSpaceBoundary
literal: Augments AbstractSpaceBoundary with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractThematicSurface
literal: true

AnnotationAssertion
IRI: #AbstractThematicSurface
literal: AbstractThematicSurface

AnnotationAssertion
IRI: #AbstractThematicSurface
literal: AbstractThematicSurface is the abstract superclass for all types of thematic surfaces.

AnnotationAssertion
IRI: #AbstractThematicSurface.adeOfAbstractThematicSurface
literal: adeOfAbstractThematicSurface

AnnotationAssertion
IRI: #AbstractThematicSurface.adeOfAbstractThematicSurface
literal: Augments AbstractThematicSurface with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractThematicSurface.area
literal: area

AnnotationAssertion
IRI: #AbstractThematicSurface.area
literal: Specifies qualified areas related to the thematic surface.

AnnotationAssertion
IRI: #AbstractThematicSurface.lod0MultiCurve
literal: lod0MultiCurve

AnnotationAssertion
IRI: #AbstractThematicSurface.lod0MultiCurve
literal: Relates to a 3D MultiCurve geometry that represents the thematic surface in Level of Detail 0.

AnnotationAssertion
literal: lod0MultiSurface

AnnotationAssertion
literal: Relates to a 3D MultiSurface geometry that represents the thematic surface in Level of Detail 0.

AnnotationAssertion
literal: lod1MultiSurface

AnnotationAssertion
literal: Relates to a 3D MultiSurface geometry that represents the thematic surface in Level of Detail 1.

AnnotationAssertion
literal: lod2MultiSurface

AnnotationAssertion
literal: Relates to a 3D MultiSurface geometry that represents the thematic surface in Level of Detail 2.

AnnotationAssertion
literal: lod3MultiSurface

AnnotationAssertion
literal: Relates to a 3D MultiSurface geometry that represents the thematic surface in Level of Detail 3.

AnnotationAssertion
IRI: #AbstractThematicSurface.pointCloud
literal: pointCloud

AnnotationAssertion
IRI: #AbstractThematicSurface.pointCloud
literal: Relates to a 3D PointCloud that represents the thematic surface.

AnnotationAssertion
IRI: #AbstractUnoccupiedSpace
literal: true

AnnotationAssertion
IRI: #AbstractUnoccupiedSpace
literal: AbstractUnoccupiedSpace

AnnotationAssertion
IRI: #AbstractUnoccupiedSpace
literal: AbstractUnoccupiedSpace is the abstract superclass for all types of physically unoccupied spaces. Unoccupied space refers to spaces that are entirely or mostly free of matter.

AnnotationAssertion
IRI: #AbstractUnoccupiedSpace.adeOfAbstractUnoccupiedSpace
literal: adeOfAbstractUnoccupiedSpace

AnnotationAssertion
IRI: #AbstractUnoccupiedSpace.adeOfAbstractUnoccupiedSpace
literal: Augments AbstractUnoccupiedSpace with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractVersion
literal: true

AnnotationAssertion
IRI: #AbstractVersion
literal: AbstractVersion

AnnotationAssertion
IRI: #AbstractVersion
literal: AbstractVersion is the abstract superclass to represent Version objects.

AnnotationAssertion
IRI: #AbstractVersion.adeOfAbstractVersion
literal: adeOfAbstractVersion

AnnotationAssertion
IRI: #AbstractVersion.adeOfAbstractVersion
literal: Augments AbstractVersion with properties defined in an ADE.

AnnotationAssertion
IRI: #AbstractVersionTransition
literal: true

AnnotationAssertion
IRI: #AbstractVersionTransition
literal: AbstractVersionTransition

AnnotationAssertion
IRI: #AbstractVersionTransition
literal: AbstractVersionTransition is the abstract superclass to represent VersionTransition objects.

AnnotationAssertion
IRI: #AbstractVersionTransition.adeOfAbstractVersionTransition
literal: adeOfAbstractVersionTransition

AnnotationAssertion
IRI: #AbstractVersionTransition.adeOfAbstractVersionTransition
literal: Augments AbstractVersionTransition with properties defined in an ADE.

AnnotationAssertion
IRI: #Address
literal: Address

AnnotationAssertion
IRI: #Address
literal: Address represents an address of a city object.

AnnotationAssertion
IRI: #Address.adeOfAddress
literal: adeOfAddress

AnnotationAssertion
IRI: #Address.adeOfAddress
literal: Augments the Address with properties defined in an ADE.

AnnotationAssertion
IRI: #Address.multiPoint
literal: multiPoint

AnnotationAssertion
IRI: #Address.multiPoint
literal: Relates to the MultiPoint geometry of the Address. The geometry relates the address spatially to a city object.

AnnotationAssertion
IRI: #Address.xalAddress
literal: xalAddress

AnnotationAssertion
IRI: #Address.xalAddress
literal: Relates an OASIS address object to the Address.

AnnotationAssertion
IRI: #CityModel
literal: CityModel

AnnotationAssertion
IRI: #CityModel
literal: CityModel is the container for all objects belonging to a city model.

AnnotationAssertion
IRI: #CityModel.adeOfCityModel
literal: adeOfCityModel

AnnotationAssertion
IRI: #CityModel.adeOfCityModel
literal: Augments the CityModel with properties defined in an ADE.

AnnotationAssertion
IRI: #CityModel.cityModelMember_appearanceMember
literal: cityModelMember.appearanceMember

AnnotationAssertion
IRI: #CityModel.cityModelMember_appearanceMember
literal: Specifies the appearances of the CityModel.

AnnotationAssertion
IRI: #CityModel.cityModelMember_cityObjectMember
literal: cityModelMember.cityObjectMember

AnnotationAssertion
IRI: #CityModel.cityModelMember_cityObjectMember
literal: Specifies the city objects that are part of the CityModel.

AnnotationAssertion
IRI: #CityModel.cityModelMember_featureMember
literal: cityModelMember.featureMember

AnnotationAssertion
IRI: #CityModel.cityModelMember_featureMember
literal: Specifies the feature objects that are part of the CityModel. It allows to include objects that are not derived from a class defined in the CityGML conceptual model, but from the ISO 19109 class AnyFeature.

AnnotationAssertion
IRI: #CityModel.cityModelMember_versionMember
literal: cityModelMember.versionMember

AnnotationAssertion
IRI: #CityModel.cityModelMember_versionMember
literal: Specifies the different versions of the CityModel.

AnnotationAssertion
IRI: #CityModel.cityModelMember_versionTransitionMember
literal: cityModelMember.versionTransitionMember

AnnotationAssertion
IRI: #CityModel.cityModelMember_versionTransitionMember
literal: Specifies the transitions between the different versions of the CityModel.

AnnotationAssertion
IRI: #CityModel.engineeringCRS
literal: engineeringCRS

AnnotationAssertion
IRI: #CityModel.engineeringCRS
literal: Specifies the local engineering coordinate reference system of the CityModel that can be provided inline the CityModel instead of referencing a well-known CRS definition. The definition of an engineering CRS requires an anchor point which relates the origin of the local coordinate system to a point on the earth’s surface in order to facilitate the transformation of coordinates from the local engineering CRS.

AnnotationAssertion
IRI: #CityObjectRelation
literal: CityObjectRelation

AnnotationAssertion
IRI: #CityObjectRelation
literal: CityObjectRelation represents a specific relation from the city object in which the relation is included to another city object.

AnnotationAssertion
IRI: #CityObjectRelation.genericAttribute
literal: genericAttribute

AnnotationAssertion
IRI: #CityObjectRelation.genericAttribute
literal: Relates generic attributes to the CityObjectRelation.

AnnotationAssertion
IRI: #CityObjectRelation.relatedTo
literal: relatedTo

AnnotationAssertion
IRI: #CityObjectRelation.relatedTo
literal: Relates other city objects to the city object. It also describes how the city objects are related to each other.

AnnotationAssertion
IRI: #CityObjectRelation.relationType
literal: relationType

AnnotationAssertion
IRI: #CityObjectRelation.relationType
literal: Indicates the specific type of the CityObjectRelation.

AnnotationAssertion
IRI: #ClosureSurface
literal: ClosureSurface

AnnotationAssertion
IRI: #ClosureSurface
literal: ClosureSurface is a special type of thematic surface used to close holes in volumetric objects. Closure surfaces are virtual (non-physical) surfaces.

AnnotationAssertion
IRI: #ClosureSurface.adeOfClosureSurface
literal: adeOfClosureSurface

AnnotationAssertion
IRI: #ClosureSurface.adeOfClosureSurface
literal: Augments the ClosureSurface with properties defined in an ADE.

AnnotationAssertion
IRI: #DoubleBetween0and1
literal: DoubleBetween0and1

AnnotationAssertion
IRI: #DoubleBetween0and1
literal: DoubleBetween0and1 is a basic type for values, which are greater or equal than 0 and less or equal than 1. The type is used for color encoding, for example.

AnnotationAssertion
IRI: #DoubleBetween0and1List
literal: DoubleBetween0and1List

AnnotationAssertion
IRI: #DoubleBetween0and1List
literal: DoubleBetween0and1List is a basic type that represents a list of double values greater or equal than 0 and less or equal than 1. The type is used for color encoding, for example.

AnnotationAssertion
IRI: #DoubleBetween0and1List.list
literal: list

AnnotationAssertion
IRI: #DoubleBetween0and1List.list
literal: Specifies the list of double values.

AnnotationAssertion
IRI: #DoubleList
literal: DoubleList

AnnotationAssertion
IRI: #DoubleList
literal: DoubleList is an ordered sequence of double values.

AnnotationAssertion
IRI: #DoubleList.list
literal: list

AnnotationAssertion
IRI: #DoubleList.list
literal: Specifies the list of double values.

AnnotationAssertion
IRI: #DoubleOrNilReasonList
literal: DoubleOrNilReasonList

AnnotationAssertion
IRI: #DoubleOrNilReasonList
literal: DoubleOrNilReasonList is a basic type that represents a list of double values and/or nil reasons.

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_nilReason_URI
literal: list.nilReason.URI

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_nilReason_URI
literal: Specifies a URI that points to a resource that describes the nil reason.

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_nilReason_nilReasonEnumeration
literal: list.nilReason.nilReasonEnumeration

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_nilReason_nilReasonEnumeration
literal: Indicates a nil reason that is provided in a code list.

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_value
literal: list.value

AnnotationAssertion
IRI: #DoubleOrNilReasonList.list_value
literal: Specifies the double value.

AnnotationAssertion
IRI: #ExternalReference
literal: ExternalReference

AnnotationAssertion
IRI: #ExternalReference
literal: ExternalReference is a reference to a corresponding object in another information system, for example in the German cadastre (ALKIS), the German topographic information system (ATKIS), or the OS UK MasterMap®.

AnnotationAssertion
IRI: #ExternalReference.informationSystem
literal: informationSystem

AnnotationAssertion
IRI: #ExternalReference.informationSystem
literal: Specifies the URI that points to the external information system.

AnnotationAssertion
IRI: #ExternalReference.relationType
literal: relationType

AnnotationAssertion
IRI: #ExternalReference.relationType
literal: Specifies a URI that additionally qualifies the ExternalReference. The URI can point to a definition from an external ontology (e.g. the sameAs relation from OWL) and allows for mapping the ExternalReference to RDF triples.

AnnotationAssertion
IRI: #ExternalReference.targetResource
literal: targetResource

AnnotationAssertion
IRI: #ExternalReference.targetResource
literal: Specifies the URI that points to the object in the external information system.

AnnotationAssertion
IRI: #ID
literal: ID

AnnotationAssertion
IRI: #ID
literal: ID is a basic type that represents a unique identifier.

AnnotationAssertion
IRI: #ImplicitGeometry
literal: ImplicitGeometry

AnnotationAssertion
IRI: #ImplicitGeometry
literal: ImplicitGeometry is a geometry representation where the shape is stored only once as a prototypical geometry. Examples are a tree or other vegetation object, a traffic light or a traffic sign. This prototypic geometry object can be re-used or referenced many times, wherever the corresponding feature occurs in the 3D city model.

AnnotationAssertion
IRI: #ImplicitGeometry.appearance
literal: appearance

AnnotationAssertion
IRI: #ImplicitGeometry.appearance
literal: Relates appearances to the ImplicitGeometry.

AnnotationAssertion
IRI: #ImplicitGeometry.libraryObject
literal: libraryObject

AnnotationAssertion
IRI: #ImplicitGeometry.libraryObject
literal: Specifies the URI that points to the prototypical geometry stored in an external file.

AnnotationAssertion
IRI: #ImplicitGeometry.mimeType
literal: mimeType

AnnotationAssertion
IRI: #ImplicitGeometry.mimeType
literal: Specifies the MIME type of the external file that stores the prototypical geometry.

AnnotationAssertion
IRI: #ImplicitGeometry.objectID
literal: objectID

AnnotationAssertion
IRI: #ImplicitGeometry.objectID
literal: Specifies the unique identifier of the ImplicitGeometry.

AnnotationAssertion
IRI: #ImplicitGeometry.referencePoint
literal: referencePoint

AnnotationAssertion
IRI: #ImplicitGeometry.referencePoint
literal: Relates to a 3D Point geometry that represents the base point of the object in the world coordinate system.

AnnotationAssertion
IRI: #ImplicitGeometry.relativeGeometry
literal: relativeGeometry

AnnotationAssertion
IRI: #ImplicitGeometry.relativeGeometry
literal: Relates to a prototypical geometry in a local coordinate system stored inline with the city model.

AnnotationAssertion
IRI: #ImplicitGeometry.transformationMatrix
literal: transformationMatrix

AnnotationAssertion
IRI: #ImplicitGeometry.transformationMatrix
literal: Specifies the mathematical transformation (translation, rotation, and scaling) between the prototypical geometry and the actual spatial position of the object.

AnnotationAssertion
IRI: #IntegerBetween0and3
literal: IntegerBetween0and3

AnnotationAssertion
IRI: #IntegerBetween0and3
literal: IntegerBetween0and3 is a basic type for integer values, which are greater or equal than 0 and less or equal than 3. The type is used for encoding the LOD number.

AnnotationAssertion
IRI: #Occupancy
literal: Occupancy

AnnotationAssertion
IRI: #Occupancy
literal: Occupancy is an application-dependent indication of what is contained by a feature.

AnnotationAssertion
IRI: #Occupancy.interval
literal: interval

AnnotationAssertion
IRI: #Occupancy.interval
literal: Indicates the time period the occupants are contained by a feature.

AnnotationAssertion
IRI: #Occupancy.numberOfOccupants
literal: numberOfOccupants

AnnotationAssertion
IRI: #Occupancy.numberOfOccupants
literal: Indicates the number of occupants contained by a feature.

AnnotationAssertion
IRI: #Occupancy.occupantType
literal: occupantType

AnnotationAssertion
IRI: #Occupancy.occupantType
literal: Indicates the specific type of the occupants that are contained by a feature.

AnnotationAssertion
IRI: #QualifiedArea
literal: QualifiedArea

AnnotationAssertion
IRI: #QualifiedArea
literal: QualifiedArea is an application-dependent measure of the area of a space or of a thematic surface.

AnnotationAssertion
IRI: #QualifiedArea.area
literal: area

AnnotationAssertion
IRI: #QualifiedArea.area
literal: Specifies the value of the QualifiedArea.

AnnotationAssertion
IRI: #QualifiedArea.typeOfArea
literal: typeOfArea

AnnotationAssertion
IRI: #QualifiedArea.typeOfArea
literal: Indicates the specific type of the QualifiedArea.

AnnotationAssertion
IRI: #QualifiedVolume
literal: QualifiedVolume

AnnotationAssertion
IRI: #QualifiedVolume
literal: QualifiedVolume is an application-dependent measure of the volume of a space.

AnnotationAssertion
IRI: #QualifiedVolume.typeOfVolume
literal: typeOfVolume

AnnotationAssertion
IRI: #QualifiedVolume.typeOfVolume
literal: Indicates the specific type of the QualifiedVolume.

AnnotationAssertion
IRI: #QualifiedVolume.volume
literal: volume

AnnotationAssertion
IRI: #QualifiedVolume.volume
literal: Specifies the value of the QualifiedVolume.

AnnotationAssertion
IRI: #RelativeToTerrain
literal: RelativeToTerrain

AnnotationAssertion
IRI: #RelativeToTerrain
literal: RelativeToTerrain enumerates the spatial relations of a city object relative to terrain in a qualitative way.

AnnotationAssertion
IRI: #RelativeToWater
literal: RelativeToWater

AnnotationAssertion
IRI: #RelativeToWater
literal: RelativeToWater enumerates the spatial relations of a city object relative to the water surface in a qualitative way.

AnnotationAssertion
IRI: #SpaceType
literal: SpaceType

AnnotationAssertion
IRI: #SpaceType
literal: SpaceType is an enumeration that characterises a space according to its closure properties.

AnnotationAssertion
IRI: #TransformationMatrix2x2
literal: TransformationMatrix2x2

AnnotationAssertion
IRI: #TransformationMatrix2x2
literal: TransformationMatrix2x2 is a 2 by 2 matrix represented as a list of four double values in row major order.

AnnotationAssertion
IRI: #TransformationMatrix3x4
literal: TransformationMatrix3x4

AnnotationAssertion
IRI: #TransformationMatrix3x4
literal: TransformationMatrix3x4 is a 3 by 4 matrix represented as a list of twelve double values in row major order.

AnnotationAssertion
IRI: #TransformationMatrix4x4
literal: TransformationMatrix4x4

AnnotationAssertion
IRI: #TransformationMatrix4x4
literal: TransformationMatrix4x4 is a 4 by 4 matrix represented as a list of sixteen double values in row major order.

AnnotationAssertion
IRI: #XALAddress
literal: XALAddress

AnnotationAssertion
IRI: #XALAddress
literal: XALAddress represents address details according to the OASIS xAL standard.

DatatypeDefinition
data one of:
  literal: entirelyAboveTerrain
  literal: entirelyBelowTerrain
  literal: substantiallyAboveAndBelowTerrain
  literal: substantiallyAboveTerrain
  literal: substantiallyBelowTerrain

DatatypeDefinition
data one of:
  literal: entirelyAboveWaterSurface
  literal: entirelyBelowWaterSurface
  literal: substantiallyAboveAndBelowWaterSurface
  literal: substantiallyAboveWaterSurface
  literal: substantiallyBelowWaterSurface
  literal: temporarilyAboveAndBelowWaterSurface

DatatypeDefinition
data one of:
  literal: closed
  literal: open
  literal: semiOpen