complexType AbstractProcessType

diagram
namespace	http://www.opengis.net/sensorML/2.0
type	extension of sml:DescribedObjectType
properties	base  sml:DescribedObjectType abstract  true
children	gml:metaDataProperty gml:description gml:descriptionReference gml:identifier gml:name gml:boundedBy gml:location sml:extension sml:keywords sml:identification sml:classification sml:validTime sml:securityConstraints sml:legalConstraints sml:characteristics sml:capabilities sml:contacts sml:documentation sml:history sml:typeOf sml:configuration sml:featuresOfInterest sml:inputs sml:outputs sml:parameters sml:modes
used by	element  AbstractProcess complexTypes  AbstractPhysicalProcessType AggregateProcessType SimpleProcessType
attributes	Name   Type   Use   Default   Fixed   annotation id ID required         documentation The attribute gml:id supports provision of a handle for the XML element representing a GML Object. Its use is mandatory for all GML objects. It is of XML type ID, so is constrained to be unique in the XML document within which it occurs. definition anyURI
source	<complexType name="AbstractProcessType" abstract="true">   <complexContent>     <extension base="sml:DescribedObjectType">       <sequence>         <element name="typeOf" type="gml:ReferenceType" minOccurs="0" maxOccurs="1">           <annotation>             <appinfo>               <gml:targetElement>sml:AbstractProcess</gml:targetElement>             </appinfo>             <documentation>A reference to a base process from which this process inherits properties and constraints (e.g. original equipment manufacturer's model description, generic equation, etc.). The uniqueID of the referenced process must be provided using the xlink:title attribute while the URL to the process description must be provided by the xlink:href attribute.</documentation>           </annotation>         </element>         <element name="configuration" minOccurs="0" maxOccurs="1">           <annotation>             <documentation>Value settings that further constrain the properties of the base process.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:AbstractSettings"/>             </sequence>           </complexType>         </element>         <element name="featuresOfInterest" minOccurs="0" maxOccurs="1">           <annotation>             <documentation>A collection of features relevant to a process (e.g. the Gulf of Mexico, the White House, the set of all Fibonacci Numbers, etc.); can also support a sampling feature. The primary purpose of the Features of Interest is to support discovery.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:FeatureList"/>             </sequence>           </complexType>         </element>         <element name="inputs" minOccurs="0" maxOccurs="1">           <annotation>             <documentation>The list of data components (and their properties and semantics) that the process will accept as input; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:InputList"/>             </sequence>           </complexType>         </element>         <element name="outputs" minOccurs="0" maxOccurs="1">           <annotation>             <documentation>The list of data components (and their properties and semantics) that the process will accept as output; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:OutputList"/>             </sequence>           </complexType>         </element>         <element name="parameters" minOccurs="0" maxOccurs="1">           <annotation>             <documentation>The list of data components (and their properties and semantics) that the process will accept as parameters; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:ParameterList"/>             </sequence>           </complexType>         </element>         <element name="modes" minOccurs="0" maxOccurs="unbounded">           <annotation>             <documentation>A collection of parameters that can be set at once through the selection of a particular predefined mode.</documentation>           </annotation>           <complexType>             <sequence>               <element ref="sml:AbstractModes"/>             </sequence>           </complexType>         </element>       </sequence>       <attribute name="definition" type="anyURI"/>     </extension>   </complexContent> </complexType>

attribute AbstractProcessType/@definition

type	anyURI
properties	isRef  0
source	<attribute name="definition" type="anyURI"/>

element AbstractProcessType/typeOf

diagram
namespace	http://www.opengis.net/sensorML/2.0
type	gml:ReferenceType
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
attributes	Name   Type   Use   Default   Fixed   annotation owns boolean    false      type xlink:typeType       simple   href xlink:hrefType          role xlink:roleType          arcrole xlink:arcroleType          title xlink:titleAttrType          show xlink:showType          actuate xlink:actuateType          nilReason gml:NilReasonType          remoteSchema anyURI          appinfo deprecated
annotation	appinfo <gml:targetElement>sml:AbstractProcess</gml:targetElement> documentation A reference to a base process from which this process inherits properties and constraints (e.g. original equipment manufacturer's model description, generic equation, etc.). The uniqueID of the referenced process must be provided using the xlink:title attribute while the URL to the process description must be provided by the xlink:href attribute.
source	<element name="typeOf" type="gml:ReferenceType" minOccurs="0" maxOccurs="1">   <annotation>     <appinfo>       <gml:targetElement>sml:AbstractProcess</gml:targetElement>     </appinfo>     <documentation>A reference to a base process from which this process inherits properties and constraints (e.g. original equipment manufacturer's model description, generic equation, etc.). The uniqueID of the referenced process must be provided using the xlink:title attribute while the URL to the process description must be provided by the xlink:href attribute.</documentation>   </annotation> </element>

element AbstractProcessType/configuration

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
children	sml:AbstractSettings
annotation	documentation Value settings that further constrain the properties of the base process.
source	<element name="configuration" minOccurs="0" maxOccurs="1">   <annotation>     <documentation>Value settings that further constrain the properties of the base process.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:AbstractSettings"/>     </sequence>   </complexType> </element>

element AbstractProcessType/featuresOfInterest

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
children	sml:FeatureList
annotation	documentation A collection of features relevant to a process (e.g. the Gulf of Mexico, the White House, the set of all Fibonacci Numbers, etc.); can also support a sampling feature. The primary purpose of the Features of Interest is to support discovery.
source	<element name="featuresOfInterest" minOccurs="0" maxOccurs="1">   <annotation>     <documentation>A collection of features relevant to a process (e.g. the Gulf of Mexico, the White House, the set of all Fibonacci Numbers, etc.); can also support a sampling feature. The primary purpose of the Features of Interest is to support discovery.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:FeatureList"/>     </sequence>   </complexType> </element>

element AbstractProcessType/inputs

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
children	sml:InputList
annotation	documentation The list of data components (and their properties and semantics) that the process will accept as input; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.
source	<element name="inputs" minOccurs="0" maxOccurs="1">   <annotation>     <documentation>The list of data components (and their properties and semantics) that the process will accept as input; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:InputList"/>     </sequence>   </complexType> </element>

element AbstractProcessType/outputs

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
children	sml:OutputList
annotation	documentation The list of data components (and their properties and semantics) that the process will accept as output; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.
source	<element name="outputs" minOccurs="0" maxOccurs="1">   <annotation>     <documentation>The list of data components (and their properties and semantics) that the process will accept as output; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:OutputList"/>     </sequence>   </complexType> </element>

element AbstractProcessType/parameters

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  1 content  complex
children	sml:ParameterList
annotation	documentation The list of data components (and their properties and semantics) that the process will accept as parameters; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.
source	<element name="parameters" minOccurs="0" maxOccurs="1">   <annotation>     <documentation>The list of data components (and their properties and semantics) that the process will accept as parameters; In the standard linear equation y=mx+b; x is the input, m and b are the parameters, and y is the output.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:ParameterList"/>     </sequence>   </complexType> </element>

element AbstractProcessType/modes

diagram
namespace	http://www.opengis.net/sensorML/2.0
properties	isRef  0 minOcc  0 maxOcc  unbounded content  complex
children	sml:AbstractModes
annotation	documentation A collection of parameters that can be set at once through the selection of a particular predefined mode.
source	<element name="modes" minOccurs="0" maxOccurs="unbounded">   <annotation>     <documentation>A collection of parameters that can be set at once through the selection of a particular predefined mode.</documentation>   </annotation>   <complexType>     <sequence>       <element ref="sml:AbstractModes"/>     </sequence>   </complexType> </element>

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