: Public <<DataType>> Class
Created: 30/05/2011 2:06:41 PM
Modified: 12/05/2015 2:10:39 PM
Project:
Advanced:
Metadata about the whole timeseries.<br /></p><p><br /></p><p>TO EDIT<br /></p><p>In the context of this profile, metadata at the Observation level is used as the carrier of first class elements required for data exchange and/or discovery (e.g. identifiers, spatiotemporal context, connections to features, procedures, phenomena and so on). Metadata at the Timeseries level is metadata that describes the structure and nature of the series, such as quality interpolation types, whether the series is cumulative etc. It should be noted that the <i>Timeseries </i>class is available for use without the <i>TimeseriesObservation </i>feature type; this would be useful, for example, where existing systems are communicating that have previously agreed upon identifiers and/or context that allows sufficient context for exchange to occur.<br /></p>
Attribute
Public TM_Period
  temporalExtent
Details:
sequenceNumber=1
Notes: The extent of the temporal domain of the timeseries. The concept is inherited from the coverage model. As the domain of the timeseries is temporal, the temporalExtent is a time period defining the start and end of its temporal domain (i.e. the start and end of the timeseries). Note that this often the same as the phenomenon time as specified in the OM_Observation; it is still useful here for timeseries that are described separately from an OM_Observation header.
Public TM_Instant
  baseTime
Details:
sequenceNumber=2
Notes: Timeseries that are regularly spaced, such as those that are generated from automatic sensors, can be represented without specifying the individual time instant for each point. The #lt;i#gt;spacing#lt;/i#gt; property of the time series is used to specify the time between points. This is then used as the spacing for each point encountered, starting from the time set by #lt;i#gt;baseTime.#lt;/i#gt;
Public TM_PeriodDuration
  spacing
Details:
sequenceNumber=3
Notes: The time between points in a regularly spaced timeseries.
Public StatusCode
  status
Details:
sequenceNumber=4
Notes: Indicates the statues of the observation. E.g. unreleased, verified etc. 
Public SampledMediumCode
  sampledMedium
Details:
sequenceNumber=5
Notes: Indicates the medium that was sampled. E.g. water, air, etc.
Public TM_PeriodDuration
  intendedObservationSpacing
Details:
sequenceNumber=6
Notes: Defines the expected spacing between observations. e.g. daily. #lt;br /#gt;#lt;/p#gt;#lt;p#gt;Note that in the normative XML encoding this property is encoded using an om:parameter NamedValue. (The TimeseriesObservation itself is encoded using OM_Observation).#lt;br /#gt;#lt;/p#gt;
Public NamedValue
  parameter
Details:
sequenceNumber=7
Notes: This is a named value extension point that allows extra metadata to be added at the timeseries level. The parameters here are soft-typed (i.e. this standard does not define the properties semantics). Commonly used parameters here would be future candidates for definition within later versions or community extensions. 
Element Source Role Target Role
«DataType» CommentBlock
Class  
Name:  
 
Name: commentBlock
Comments about the timeseries.
Details:
 
Element Source Role Target Role
«FeatureType» Timeseries
Class  
Name:  
 
Name: metadata
Metadata which applies to the timeseries as a whole.
Details:
 
Tag Value
isCollection false
Details:
Values: true | false
Default: false
Description: Identifies the data type as an object collection.
noPropertyType false
Details:
Values: false
Default: false
Description: Surpress creation of a standard property type that supports inline encoding (applies to ISO 19136:2007 encoding rule). Always set to false in INSPIRE.
xsdEncodingRule iso19136_2007
Details:
Values: iso19136_2007 | iso19139_2007 | iso19136_2007_INSPIRE_Extensions
Default: iso19136_2007
Description: XML Schema encoding rule to apply
Constraint Type Status
temporalExtent = domainExtent (renamed) Invariant Approved
Details:
 
Object Type Connection Direction Notes
«DataType» MeasurementTimeseriesMetadata Class Generalization From  
«DataType» TimeseriesMetadata Class Realization From  
«DataType» CategoricaTimeserieslMetadata Class Generalization From