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OBSERVED PROPERTY
Fields | Type | Description | Purpose | |||||
---|---|---|---|---|---|---|---|---|
ID (OBSERVED PROPERTYidentifier) | M | coordinate | GRAMMAR | |||||
OBSERVED PROPERTYname | M | Location Coordinate | GRAMMAR | |||||
OBSERVED PROPERTY type | M | location | GRAMMAR | |||||
Also known as | O | position; GPS | TIC Description | |||||
Definition | M | The observed property type “location coordinate” represents the geographic position of any kind of subject, determined at its subject-specific “reference point”, in reference to earth’s geographic coordinate system. They must consist of at least two values (Latitude/Longitude) for explicit and precise representation of the position. | TIC Description | |||||
Further Detail | O | The observed property type location_coordinate (physical position) is the counterpart to the (Location) Logical (logical position), the https://tic40.atlassian.net/l/c/gVZ06Cs0 (location within a CHE) and is complemented by the concept “Reference Point”. A specific coordinate may have a corresponding logical location, but every logical location has underlying coordinates. Both may be translated from one to another and are determined at a subject-specific reference point. The representation of coordinates is aligned with standard ISO 6709:
Coordinates must be related to a pre-defined, subject-specific concept “Reference Point”, indicating where on the subject the coordinate relates to. Location qualifier: a logical qualifier of a location that groups the location to a certain coordinate type of coordinate reference system used.
coordinate_accuracy: Specifying the coordinate's level of accuracy. It is dependent on the source the coordinate is retrieved from (e.g. GNSS, manual input, calculated from location by the TOS). | TIC Description | |||||
Required Information | M | SUBJECT, CONCEPT, OBSERVED PROPERTY, POINT OF MEASUREMENT, and VALUE | TIC Description | |||||
SUBJECT |
| https://tic40.atlassian.net/l/c/mfS1hwE9; https://tic40.atlassian.net/l/c/SmGibyfx; spreader; trolley; boom; Terminal; Berth; Bollard; Yard; Gate; Rail; Lightpole; Vessel; start; movingtocollect; queuingtocollect; readytocollect; collect; movingtodeliver; queuingtodeliver; readytodeliver; deliver; end; cancel; abandon |
| |||||
POINT OF MEASUREMENT |
| input;internal_in ; internal_out ;output schedule; planning; estimated; actual; performed |
| |||||
Value |
| 2xinteger; 2x real number accuracy: real number; m (meter) |
| |||||
Related standards | O | ISO 6709; WGS84; PROFIBUS Omlox | TIC Description | |||||
Related TIC 4.0 definition | O | https://tic40.atlassian.net/l/c/1T5CAvg0 (Location) Logical https://tic40.atlassian.net/l/c/gVZ06Cs0 | TIC Description | |||||
Example | M | che.location.coordinate.wgs84: value = [+4012.22; -07500.25] = the Container handling equipment is in position 40°12.22' N & 075°00.25' W. che.location.coordinates.status: TRUE = the container handling equipment transmits its position. che.location.coordinate.wgs84: accuracy = 10.0m = the coordinate has an accuracy of 10.0m. | TIC Description | |||||
Example in the context of the grammar | M | An RTG is transmitting a GPS signal with an accuracy of 1.5m while moving a container from one position to another. che.location.coordinate: status = TRUE; che.location.coordinate: qualifier = WGS84; che.location.coordinate_accuracy: 1.5m; RTG_start_move_coordinate: +4012.22 -07500.25; che_end_move_coordinate: +4012.44 -07501.11
| TIC Description | |||||
Link to one or more operational processes | M | Any subject in any process. | TIC Description | |||||
Search tags | M | Technical | ||||||
Version / Date | M | 2021.1 - 30/04/2021 | Technical | |||||
Internal TIC Version | M | 20210422 consistency review | Technical |
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