Namespace http://diggsml.org/schemas/3
Annotations
A generic Diggs 2D sampling feature that represents a 2D sampling space. The featureExtent property can be of a PlanarSurface
geometry (used for simple cross-sections or maps), where the surface is entirely
coplanar, or a MultiPlanarSurface geometry, where the overall surface consists of
multiple coplanar patches (used for dog-leg sections or non-complanar
surfaces).
Diagram
Type diggs:PlanarSamplingFeatureType
Type hierarchy
Properties
Substitution Group Affiliation
Model
gml:description{0,1} ,
gml:identifier{0,1} ,
gml:name+ ,
diggs:internalIdentifier{0,1} ,
diggs:status{0,1} ,
diggs:implementationStatus{0,1} ,
diggs:associatedFile* ,
diggs:role* ,
diggs:remark* ,
diggs:investigationTarget* ,
diggs:projectRef+ ,
diggs:originalProjectRef{0,1} ,
diggs:associatedProjectRef* ,
diggs:programRef{0,1} ,
diggs:environment* ,
diggs:otherSamplingFeatureProperty* ,
diggs:locality{0,1} ,
diggs:referencePoint ,
diggs:localCoordinates{0,1} , ((
diggs:featureExtent ) | (
diggs:referenceEdge , ((
diggs:featureExtent ,
diggs:relativeFeatureBoundary{0,1} ) | (
diggs:relativeFeatureBoundary )) ,
diggs:planarReferencing* ))
Children diggs:associatedFile diggs:associatedProjectRef diggs:environment diggs:featureExtent diggs:implementationStatus diggs:internalIdentifier diggs:investigationTarget diggs:localCoordinates diggs:locality diggs:originalProjectRef diggs:otherSamplingFeatureProperty diggs:planarReferencing diggs:programRef diggs:projectRef diggs:referenceEdge diggs:referencePoint diggs:relativeFeatureBoundary diggs:remark diggs:role diggs:status gml:description gml:identifier gml:name
Instance
<diggs:PlanarSamplingFeature gml:id= "" xmlns:diggs= "http://diggsml.org/schemas/3" xmlns:gml= "http://www.opengis.net/gml/3.2" >
<gml:description xlink:actuate= "" xlink:arcrole= "" xlink:href= "" nilReason= "" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,1} </gml:description>
<gml:identifier codeSpace= "" > {0,1} </gml:identifier>
<gml:name codeSpace= "" > {1,unbounded} </gml:name>
<diggs:internalIdentifier codeSpace= "" > {0,1} </diggs:internalIdentifier>
<diggs:status codeSpace= "" > {0,1} </diggs:status>
<diggs:implementationStatus codeSpace= "" > {0,1} </diggs:implementationStatus>
<diggs:associatedFile xlink:actuate= "" xlink:arcrole= "" xlink:href= "" nilReason= "" owns= "false" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,unbounded} </diggs:associatedFile>
<diggs:role > {0,unbounded} </diggs:role>
<diggs:remark > {0,unbounded} </diggs:remark>
<diggs:investigationTarget > {0,unbounded} </diggs:investigationTarget>
<diggs:projectRef xlink:actuate= "" xlink:arcrole= "" xlink:href= "" identifierRef= "" nilReason= "" owns= "false" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {1,unbounded} </diggs:projectRef>
<diggs:originalProjectRef xlink:actuate= "" xlink:arcrole= "" xlink:href= "" identifierRef= "" nilReason= "" owns= "false" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,1} </diggs:originalProjectRef>
<diggs:associatedProjectRef xlink:actuate= "" xlink:arcrole= "" xlink:href= "" identifierRef= "" nilReason= "" owns= "false" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,unbounded} </diggs:associatedProjectRef>
<diggs:programRef xlink:actuate= "" xlink:arcrole= "" xlink:href= "" identifierRef= "" nilReason= "" owns= "false" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,1} </diggs:programRef>
<diggs:environment > {0,unbounded} </diggs:environment>
<diggs:otherSamplingFeatureProperty > {0,unbounded} </diggs:otherSamplingFeatureProperty>
<diggs:locality > {0,1} </diggs:locality>
<diggs:referencePoint xlink:role= "" xlink:actuate= "" xlink:show= "" xlink:arcrole= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {1,1} </diggs:referencePoint>
<diggs:localCoordinates > {0,1} </diggs:localCoordinates>
<diggs:featureExtent xlink:actuate= "" xlink:role= "" xlink:arcrole= "" xlink:show= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {1,1} </diggs:featureExtent>
<diggs:referenceEdge xlink:actuate= "" xlink:role= "" xlink:arcrole= "" xlink:show= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {1,1} </diggs:referenceEdge>
<diggs:featureExtent xlink:actuate= "" xlink:role= "" xlink:arcrole= "" xlink:show= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {1,1} </diggs:featureExtent>
<diggs:relativeFeatureBoundary xlink:actuate= "" xlink:role= "" xlink:arcrole= "" xlink:show= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {0,1} </diggs:relativeFeatureBoundary>
<diggs:relativeFeatureBoundary xlink:actuate= "" xlink:role= "" xlink:arcrole= "" xlink:show= "" xlink:title= "" xlink:href= "" xlink:type= "simple" nilReason= "" owns= "false" > {1,1} </diggs:relativeFeatureBoundary>
<diggs:planarReferencing xlink:actuate= "" xlink:arcrole= "" xlink:href= "" nilReason= "" xlink:role= "" xlink:show= "" xlink:title= "" xlink:type= "simple" > {0,unbounded} </diggs:planarReferencing>
</diggs:PlanarSamplingFeature>
Attributes
QName
Type
Use
Annotation
gml:id ID required
Database handle for the object. It is of XML type ID, so is constrained to be
unique in the XML document within which it occurs. An external identifier for the object in
the form of a URI may be constructed using standard XML and XPointer methods. This is done
by concatenating the URI for the document, a fragment separator, and the value of the id
attribute.
Source
<element name= "PlanarSamplingFeature" substitutionGroup= "diggs:AbstractPlanarSamplingFeature" type= "diggs:PlanarSamplingFeatureType" >
<annotation >
<documentation > A generic Diggs 2D sampling feature that represents a 2D sampling space. The featureExtent property can be of a PlanarSurface geometry (used for simple cross-sections or maps), where the surface is entirely coplanar, or a MultiPlanarSurface geometry, where the overall surface consists of multiple coplanar patches (used for dog-leg sections or non-complanar surfaces). </documentation>
</annotation>
</element>
