The framework core type of the object, i.e. the name of the interface that defines the object's shape.
The description of the Sensor.
The Sensor encodingType allows clients to know how to interpret metadata’s value. Currently the API defines two common Sensor metadata encodingTypes. Most sensor manufacturers provide their sensor datasheets in a PDF format. As a result, PDF is a Sensor encodingType supported by SensorThings API. The second Sensor encodingType is SensorML.
External ID associated with this object (optional)
Marks an object that is no longer in use. The concrete definition meaning of this property is defined by the application. The property value is optional and should default to false.
Unique ID of Location object that this object has been associated with (optional).
The detailed description of the Sensor or system. The metadata type is defined by encodingType.
The name/description of the object
Unique ID of the object
The concrete type name of the object.
The name should be in a canonical form following the naming convention
for Java packages to avoid name collisions. All framework core types use
the form coaty.<InterfaceName>, e.g. coaty.CoatyObject (see constants
in CoreTypes class).
The type of Observation (with unique result type), which is used by the service to encode observations.
The spatial bounding box of the spatial extent of all FeaturesOfInterest that belong to the Observations associated with this Sensor. (optional)
The Observations of a Sensor SHALL observe the same ObservedProperty. The Observations of different Sensors MAY observe the same ObservedProperty.
Unique ID of parent/superordinate object (optional)
The temporal interval of the phenomenon times of all observations belonging to this Sensor. (optional)
The ISO 8601 standard string can be created using the function toLocalTimeIntervalIsoString
in the @coaty/core module.
The temporal interval of the result times of all observations belonging to this Sensor. (optional)
The ISO 8601 standard string can be created using the function toLocalTimeIntervalIsoString
in the @coaty/core module.
The unit of measurement of the datastream, matching UCUM convention.
Note: When a Datastream does not have a unit of measurement (e.g., a truth observation type), the corresponding unitOfMeasurement properties SHALL have undefined values. The unitOfMeasurement itself, however, cannot be undefined.
Generated using TypeDoc
A Sensor is an instrument that observes a property or phenomenon with the goal of producing an estimate of the value of the property. It groups a collection of Observations measuring the same ObservedProperty.