Due to a large number of data models (403), the examples will be provided later. it’s in the process of generating the README.md for all of them.
Additionally, some of the properties could have some mismatch that it will be fixed as soon as detected (the lack of examples).
Thanks to the RWTH university for its contribution.
The contribution manual remains in the same link, https://bit.ly/contribution_manual, however, it has been updated slightly to insert the new testing possibilities.
There is a new data model StorageBattery
The storage battery data model is intended to describe the technical characteristics of the battery and the charging and discharging conditions of the energy. The charging functionalities apply from a power source which can be an ‘on-board system, solar panel, wind turbine, generator, power supply’. Hydraulic sources are not included in this version. The discharge functions apply to all types of the system requiring energy consumption from a storage battery. *Remark* This Data Model can be used directly as the main entity to describe the device *Battery Storage* or as a sub-entity of the Data Model *DEVICE* using a reference by the *refDevice* attribute.
We’ve launched the @smartdatamodels account for making it easier to follow updates on the Smart Data Models initiative.
Every time a new post (announcing updates or editing former posts), there will be a twitt informing you in the account @smartdatamodels.
There are two new data models ElectroMagneticObserved and IndoorEnvironmentObserved
ElectroMagneticObserved. The Data Model is intended to measure excessive electric and magnetic fields (EMFs), or radiation in a work or public environment according to the level of exposure to electromagnetic fields on the air. The frequency of the Hertzian waves is conventionally lower than 300 GHz, propagating in space without artificial guide. They are between 9 kHz and 300 GHz.
IndoorEnvironmentObserved. Observation of air and climate conditions for indoor environments.
Located in the Subject Environment
There are two new data models BoatPlacesAvailable and SeaportFacilities.
BoatPlacesAvailable . The purpose of the data model is to provide information on the availability of mooring rings for boats in the port by category. The information received relates only to pleasure boats and excludes commercial and passenger transport boats. The information on the Spot categories for boats is taken from the ISO 8666 standard.
SeaportFacilities. The Data Model is intended to provide information about ports that can accommodate pleasure craft, commerce or passenger transport. It permits to represent the parameters of each port, its location, its mooring capacities and the free or paid services associated with it provided directly by the port or by professionals working on or near the port“.
Located in the Subject Ports
There is a new data model TransportStation. The data model is a general description of urban stations (Metro, Bus, Tram, Heliport, …) according to the GFTS standard https://developers.google.com/transit/gtfs/reference/#stopstxt, as well the detailed description of these (means of access, platform, assistance, etc).
Located in the dataModel.Transportation