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Cable (AT005)
DGIF baseline 2026-1, the latest. Earlier baselines: timemap.
RDF: at005.ttl
- Name
Cable
- Kind
- FeatureType
- Definition
- A single continuous rope-like bundle consisting of multiple strands.
- Description
- The strands may be individually insulated and/or protected and the cable as a whole sheathed. Cables may be used for load bearing (for example, supporting or suspending equipment and/or structures), transmitting electrical power, and/or communicating signals (for example, by electrical or optical means).
- Accepted
- 2013-10-18
- Geometry
- curve
- Subtype of
- ZI028 Feature Entity
- Attributes
- FLO Floating — multiplicity 0..1; datatype BooleanMeta
- TST Cable Suspended Shape — multiplicity 0..1; datatype Cable_cableSuspendedShapeMeta; values: TST_1 Symmetric Catenary, TST_2 Mountain Catenary, TST_3 Overwater Catenary
- CAB Cable Type — multiplicity 1..*; datatype Cable_cableTypeMeta; values: CAB_10 Tethering, CAB_11 Load Bearing, CAB_12 Guide, CAB_13 Barrier, CAB_14 Restraining, CAB_15 Towing, CAB_2 Power Line, CAB_3 Telephone, CAB_4 Telegraph, CAB_6 Transmission Line, CAB_7 Digital Communication Line, CAB_8 Communication Line, CAB_9 Fibre-optic
- CAI Controlling Authority Identification — multiplicity 0..*; datatype CharacterStringMeta
- CST Contained within Service Tunnel — multiplicity 0..1; datatype BooleanMeta
- CAA Controlling Authority — multiplicity 0..1; datatype Cable_controllingAuthorityMeta; values: CAA_16 Civilian, CAA_17 Public, CAA_3 Private, CAA_5 Military, CAA_7 Joint Military and Civilian
- DZP Deepest Depth Below Surface Level — multiplicity 0..1; datatype MeasureMeta
- DIM Diameter — multiplicity 0..1; datatype MeasureIntervalMeta
- COS Facility Operational Status — multiplicity 0..1; datatype Cable_facilityOperationalStatusMeta; values: COS_13 Operational, COS_14 Partially Operational, COS_4 Non-operational, COS_6 Planned, COS_8 Not in Operation, COS_9 Temporarily Non-operational
- FTL Feature Length — multiplicity 0..1; datatype MeasureMeta
- HGT Height Above Surface Level — multiplicity 0..1; datatype HeightMeasureMeta
- ZVH Highest Elevation — multiplicity 0..1; datatype ElevationMeasureMeta
- ISS Isolated — multiplicity 0..1; datatype BooleanMeta
- LEA Least Depth Below Surface Level — multiplicity 0..1; datatype MeasureMeta
- OHC Overhead Clearance — multiplicity 0..1; datatype MeasureMeta
- NPL Parallel Line Count — multiplicity 0..1; datatype IntegerMeta
- PRM Permanent — multiplicity 0..1; datatype BooleanMeta
- PCF Physical Condition — multiplicity 0..1; datatype Cable_physicalConditionMeta; values: PCF_1 Construction, PCF_2 Intact, PCF_3 Unmaintained, PCF_4 Damaged, PCF_5 Dismantled, PCF_6 Destroyed
- KVA Power Line Maximum Voltage — multiplicity 0..1; datatype MeasureMeta
- MVO Power Line Minimum Voltage — multiplicity 0..1; datatype MeasureMeta
- PFH Predominant Feature Height — multiplicity 0..1; datatype MeasureIntervalMeta
- RSI Radar Significance — multiplicity 0..1; datatype Cable_radarSignificanceMeta; values: RSI_1 Metal, RSI_2 Part Metal, RSI_3 Masonry, RSI_4 Composition, RSI_5 Earthen
- MCC Structural Material Type — multiplicity 0..*; datatype Cable_structMatTypeMeta; values: MCC_107 Steel, MCC_154 Natural Fibre, MCC_155 Fibre-optic, MCC_2 Aluminum, MCC_23 Copper, MCC_51 Iron, MCC_64 Metal, MCC_74 Plastic
- SPT Supported — multiplicity 0..1; datatype BooleanMeta
- SSP Suspended — multiplicity 0..1; datatype BooleanMeta
- VCS Vertical Clearance, Safe — multiplicity 0..1; datatype HydroClearRefMeta
- LOC Vertical Relative Location — multiplicity 0..1; datatype Cable_verticalRelativeLocationMeta; values: LOC_17 On Waterbody Bottom, LOC_23 Below Waterbody Bottom, LOC_40 Below Ground Surface, LOC_44 On Surface, LOC_45 Above Surface, LOC_46 Above Waterbody Bottom, LOC_47 Below Waterbody Surface
- OWO Waterbody Overhead Obstruction — multiplicity 0..1; datatype BooleanMeta
- Associations
- RWOI terms naming it
- Mappings
Source: DGIF 2026-1 QEA model, DGIWG. Standard: DGIWG 206-3. Licence: CC BY 4.0, © DGIWG.
OSM mappings: OSM_to_DGIF_V3.csv of che-dgif-interlis-tools. Licence: MIT, © 2026 Michael Lanini (swisstopo). See the FAQ.