Schema Summary |
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References to WMO and ICAO Technical Regulations within this XML schema shall have
no formal status and are for information purposes only.
Target Namespace:
Version:
Defined Components:
Default Namespace-Qualified Form:
Schema Location:
Imports Schemas (1):
Includes Schemas (1):
Included in Schemas (1):
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References to WMO and ICAO Technical Regulations within this XML schema shall have
no formal status and are for information purposes only.
Target Namespace:
Version:
Default Namespace-Qualified Form:
Schema Location:
Imports Schemas (1):
Includes Schemas (1):
Imported by Schemas (2):
Included in Schemas (1):
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All Element Summary (local elements unified by type) |
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An 'observable property' is a physical property that can be observed.
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The attribute 'aggregationArea' defines the spatial area over which the statistical
function is applied in order to determine the statistical summary.
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The attribute 'aggregationLength' defines the spatial length over which the statistical
function is applied in order to determine the statistical summary.
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The attribute 'aggregationTimePeriod' defines the temporal duration over which the
statistical function is applied in order to determine the statistical summary.
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The attribute 'aggregationVolume' defines the spatial volume over which the statistical
function is applied in order to determine the statistical summary.
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opm:altLabel (type string) |
The attribute 'altLabel' provides an alternative human-readable label used to describe
the physical property.
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The class 'CategoryConstraint' enables a category-based constraint to be specified.
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CompositeObservableProperty provides a single object within which a number of AbstractObservableProperty
instances can be aggregated.
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The class 'Constraint' enables the constraints relating to an observable physical
property in a given measurement context to be specified.
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opm:description (type string) |
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opm:label (type string) |
The attribute 'label' provides the primary human-readable label describing the observable
physical property.
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opm:notation (type gml:CodeType) |
The attribute 'notation' provides a notation or code-value that is used to identify
the physical property within a given context.
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An 'observable property' is a physical property that can be observed.
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The attribute 'otherAggregation' defines the any type of aggregation (other than duration,
length, area or volume) over which the statistical function is applied in order to
determine the statistical summary; e.g. prevailing visibility is [approximately] defined
as a mean visibility in each horizontal direction.
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The class 'QualifiedObservableProperty' describes an observable physical property
that is qualified or constrained within a given measurement context.
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The class 'RangeBounds' describes the extreme limits of a property value range (also
known as a property value interval).
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The class 'RangeConstraint' allows an observed physical property to be constrained
according to a range of values of the constraining property.
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The attribute 'rangeEnd' provides the extreme upper limit of the range or interval.
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The attribute 'rangeStart' provides the extreme lower limit of the range or interval.
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The class 'ScalarConstraint' allows an observed physical property to be constrained
according to specific values of the constraining property.
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The attribute 'statisticalFunction' defines the type of statistical function that
is applied to the base observed property values in order to generate the statistical
summary.
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An observed physical property may be represent a statistical summary with respect
to a base property; e.g. maximum UV index over a 3-hour period.
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The attribute 'value' defines the category member that applies to this constraint.
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The association role 'value' references an instance of the RangeBounds class that
specifies the extreme limits of the range that apply to the constraint property.
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The attribute 'value' provides the value of the constraint property.
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Complex Type Summary |
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The «CodeList» class 'StatisticalFunctionCode' specifies the type of statistical function
that is applied to the base observable property to define the statistical summary;
e.g. maximum air temperature.
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Simple Type Summary |
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«Enumeration» 'ComparisonOperator' defines the set mathematical operators that may
be used to compare numerical values; not equal, less than, less than or equal, equal,
greater than or equal and greater than.
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This XML schema documentation has been generated with DocFlex/XML 1.11 using DocFlex/XML XSDDoc 2.8.3 template set.
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