netex:TopographicPlace

netex:TopographicPlace_VersionStructure

Type for ENTITY.

@nameOfClass

1:1

netex:NameOfClass

Name of Class of the ENTITY. Allows reflection. Fixed for each ENTITY type.

@id

1:1

netex:ObjectIdType

Identifier of ENTITY.

@dataSourceRef

1:1

netex:DataSourceIdType

Name of source of the data.

@created

1:1

xs:dateTime

Date ENTITY was first created.

@changed

1:1

xs:dateTime

Date ENTITY or version was last changed.

@modification

1:1

netex:ModificationEnumeration

Nature of last modification: new, revise, delete, unchanged, delta. Default is "new".

@version

1:1

netex:VersionIdType

Version number of entity. The value may be "any" or a VERSION number adhering to agreed-upon formatting and interpretation rules (representing, e.g., a number or a date). Consecutive VERSION numbers should be strictly increasing.

@status

1:1

netex:StatusEnumeration

Whether ENTITY is currently in use. Default is "active".

@derivedFromVersionRef

1:1

netex:VersionIdType

Version of this object from which this version of ENTITY was derived.

@compatibleWithVersionFrameVersionRef

1:1

netex:VersionIdType

Version of frame from with which this version of ENTITY is compatible. Assumes Frame of the same Id as current frame.

@derivedFromObjectRef

1:1

netex:ObjectIdType

Identity of object from which this object of ENTITY was derived. Normally the same.

@responsibilitySetRef

1:1

netex:ResponsibilitySetIdType

Reference to RESPONSIBILITY SET for managing the object. If absent, then responsibility is same as for containing context of this object.

@id

1:1

netex:TopographicPlaceIdType

Identifier of TOPOGRAPHIC PLACE.

The element contains none or one of the following elements (a-b)

a

netex:validityConditions

-1:1

+netex:validityConditions_RelStructure

VALIDITY CONDITIONs conditioning entity.

b

→‍netex:ValidBetween

-1:*

+local-type: typedef-353.5

OPTIMISATION. Simple version of a VALIDITY CONDITION. Comprises a simple period. NO UNIQUENESS CONSTRAINT.

netex:alternativeTexts

0:1

+netex:alternativeTexts_RelStructure

Additional Translations of text elements.

→‍netex:keyList

0:1

+netex:KeyListStructure

A list of alternative Key values for an element.

→‍netex:privateCodes

0:1

+netex:PrivateCodesStructure

A list of private codes that uniquely identifiy the element. May be used for inter-operating with other (legacy) systems. +v2.0

→‍netex:Extensions

0:1

+netex:ExtensionsStructure

User defined Extensions to ENTITY in schema. (Wrapper tag used to avoid problems with handling of optional 'any' by some validators).

→‍netex:BrandingRef

0:1

>netex:BrandingRefStructure

Reference to a BRANDING.

netex:Name

0:1

+netex:MultilingualString

Name of GROUP OF ENTITies.

netex:ShortName

0:1

+netex:MultilingualString

Short Name of GROUP OF ENTITies.

netex:Description

0:1

+netex:MultilingualString

Further Description of a GROUP OF ENTITies.

→‍netex:PurposeOfGroupingRef

0:1

>netex:PurposeOfGroupingRefStructure

Reference to a PURPOSE OF GROUPING.

→‍netex:PrivateCode

0:1

>netex:PrivateCodeStructure

A private code that uniquely identifies the element. May be used for inter-operating with other (legacy) systems.

netex:infoLinks

0:1

+local-type: typedef-134.1

Hyperlinks associated with GROUP OF ENTITIES.

netex:members

0:1

+netex:pointRefs_RelStructure

POINTs in GROUP OF POINTs.

netex:types

0:1

+netex:typeOfZoneRefs_RelStructure

Classification of ZONE. Used for arbitrary documentation -.

netex:Centroid

0:1

+netex:SimplePoint_VersionStructure

Centre Coordinates of ZONE.

The element contains none or one of the following elements (a-b)

a

→‍gml:Polygon

-1:1

+gml:PolygonType

A Polygon is a special surface that is defined by a single surface patch (see D.3.6). The boundary of this patch is coplanar and the polygon uses planar interpolation in its interior. The elements exterior and interior describe the surface boundary of the polygon.

b

→‍gml:MultiSurface

-1:1

+gml:MultiSurfaceType

A gml:MultiSurface is defined by one or more gml:AbstractSurfaces. The members of the geometric aggregate may be specified either using the "standard" property (gml:surfaceMember) or the array property (gml:surfaceMembers). It is also valid to use both the "standard" and the array properties in the same collection.

netex:projections

0:1

+netex:projections_RelStructure

Projections of ZONE onto another layer.

netex:ParentZoneRef

0:1

>netex:ZoneRefStructure

Parent ZONE that contains this ZONE.

netex:placeTypes

0:1

+netex:typeOfPlaceRefs_RelStructure

Classification of PLACE.

netex:IsoCode

0:1

netex:SubdivisionIdType

ISO 3166-2 code for subdivision of a country if relevant. E.g. GB-CAM.

netex:Descriptor

1:1

+netex:TopographicPlaceDescriptor_VersionedChildStructure

Structured text descriptor of TOPOGRAPHIC PLACE.

netex:alternativeDescriptors

0:1

+local-type: typedef-161.2

Collection of aliases for the TOPOGRAPHIC PLACE.

netex:TopographicPlaceType

0:1

netex:TopographicPlaceTypeEnumeration

Classification of the TOPOGRAPHIC PLACE as a settlement. Enumerated value.

netex:PlaceCentre

0:1

xs:boolean

Whether the TOPOGRAPHIC PLACE is considered to be at the centre of a town. Default is false.

netex:PostCode

0:1

xs:normalizedString

Post code or partial post code associated with area. v1.1

→‍netex:CountryRef

0:1

>local-type: typedef-159.1

Reference to a country ISO 3166-1 Note that GB is used for UK . May be qualified with a 3166-2 subdivision e.g. gb +m ENG, GB + SCT, GB See www.iso.org/iso/country_codes/iso_3166_code_lists.htm.

netex:otherCountries

0:1

+netex:countryRefs_RelStructure

For TOPOGRAPHIC PLACEs thats span borders, references to additional COUNTRY or COUNTRIEs that place lies in.

netex:ParentTopographicPlaceRef

0:1

>netex:TopographicPlaceRefStructure

Parent TOPOGRAPHIC PLACE. Reference to another TOPOGRAPHIC PLACE that contains the child TOPOGRAPHIC PLACE completely. Must not be cyclic.

netex:adjacentPlaces

0:1

+netex:topographicPlaceRefs_RelStructure

TOPOGRAPHIC PLACEs which are adjacent to the TOPOGRAPHIC PLACE. or which partially overlay. N.B. this should not be used for spatial containment. Instead the Parent Site should be used the TOPOGRAPHIC PLACE which completely contain the TOPOGRAPHIC PLACE, and on child TOPOGRAPHIC PLACEs for localities completely contained in the TOPOGRAPHIC PLACE.

netex:containedIn

0:1

+netex:topographicPlaceRefs_RelStructure

TOPOGRAPHIC PLACEs other than then parent in which the place can be regarded as contained. a.

netex:accesses

0:1

+netex:accesses_RelStructure

ACCESS links to other PLACEs.