The framework core type of the object, i.e. the name of the interface that defines the object's shape.
External ID associated with this object (optional)
Each Observation of the Sensor observes on one-and-only-one FeatureOfInterest (optional). It should refer to the objectId of either a FeatureOfInterest or a Location object. When the FeatureOfInterest changes, a snaphot of the Sensor should be created to display the change.
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 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).
Key-value pairs showing the environmental conditions during measurement.
Unique ID of parent/superordinate object (optional)
The time instant or period of when the Observation happens.
The estimated value of an ObservedProperty from the Observation. Depends on the observationType defined in the associated Datastream.
Describes the quality of the result.
Should of type DQ_Element: https://geo-ide.noaa.gov/wiki/index.php?title=DQ_Element However, it is considered as a string even by the test suite: https://github.com/opengeospatial/ets-sta10/search?q=resultquality
The time of the Observation's result was generated.
The time period during which the result may be used.
Generated using TypeDoc
An Observation is the act of measuring or otherwise determining the value of a property.