ProcessSignalGeneratingFunction¶
Overview¶
Class
A function for instrumentation and/or control structures relating to Process Engineering
Supertypes
Attributes (data)
Name |
Multiplicity |
Type |
---|---|---|
0..1 |
||
0..1 |
Attributes (reference)
Name |
Multiplicity |
Type |
---|---|---|
0..1 |
||
0..1 |
Implementation in Proteus Schema
The class is implemented as a Proteus XML element with RDL reference.
Tag: <ProcessSignalGeneratingFunction>
RDL reference: PROCESS SIGNAL GENERATING FUNCTION
ComponentClass: ProcessSignalGeneratingFunction
ComponentClassURI: http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction
Example
Implementation in Proteus Schema
<ProcessSignalGeneratingFunction
ID="processSignalGeneratingFunction1"
ComponentClass="ProcessSignalGeneratingFunction"
ComponentClassURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction" ...>
...
</ProcessSignalGeneratingFunction>
ProcessSignalGeneratingFunctionNumber¶
Attribute (data)
An identifier for the ProcessSignalGeneratingFunction. It usually contains the identifier of the ProcessInstrumentationFunction that includes the ProcessSignalGeneratingFunction (see ProcessInstrumentationFunctionNumber).
Multiplicity: 0..1
Type: NullableString
Implementation in Proteus Schema
The attribute is implemented as a DEXPI generic attribute for string values.
RDL reference: PROCESS SIGNAL GENERATING FUNCTION NUMBER ASSIGNMENT CLASS
Name: ProcessSignalGeneratingFunctionNumberAssignmentClass
Example
“TT4750.03” (String)
Implementation in Proteus Schema
<ProcessSignalGeneratingFunction
ID="processSignalGeneratingFunction1"
ComponentClass="ProcessSignalGeneratingFunction"
ComponentClassURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction" ...>
...
<GenericAttributes Set="DexpiAttributes" ...>
<GenericAttribute
Name="ProcessSignalGeneratingFunctionNumberAssignmentClass"
AttributeURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunctionNumberAssignmentClass"
Format="string"
Value="TT4750.03" />
...
</GenericAttributes>
...
</ProcessSignalGeneratingFunction>
SensingLocation¶
Attribute (reference)
The sensing location of the ProcessSignalGeneratingFunction.
Implementation in Proteus Schema
The attribute is implemented using Proteus <Association> elements.
Association type for the attribute ower: "is located in"
Opposite association type: "is the location of"
Example
Implementation in Proteus Schema
<ProcessSignalGeneratingFunction
ID="processSignalGeneratingFunction1"
ComponentClass="ProcessSignalGeneratingFunction"
ComponentClassURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction" ...>
...
<Association
Type="is located in"
ItemID="nozzle1" />
...
<ProcessSignalGeneratingFunction />
...
<Nozzle
ID="nozzle1"
ComponentClass="Nozzle"
ComponentClassURI="http://data.posccaesar.org/rdl/RDS415214" ...>
...
<Association
Type="is the location of"
ItemID="processSignalGeneratingFunction1" />
...
<Nozzle />
SensorType¶
Attribute (data)
The sensor type of the ProcessSignalGeneratingFunction.
Multiplicity: 0..1
Type: NullableString
Implementation in Proteus Schema
The attribute is implemented as a DEXPI generic attribute for string values.
RDL reference: SENSOR TYPE ASSIGNMENT CLASS
Name: SensorTypeAssignmentClass
AttributeURI: http://sandbox.dexpi.org/rdl/SensorTypeAssignmentClass
Example
“MDM” (String)
Implementation in Proteus Schema
<ProcessSignalGeneratingFunction
ID="processSignalGeneratingFunction1"
ComponentClass="ProcessSignalGeneratingFunction"
ComponentClassURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction" ...>
...
<GenericAttributes Set="DexpiAttributes" ...>
<GenericAttribute
Name="SensorTypeAssignmentClass"
AttributeURI="http://sandbox.dexpi.org/rdl/SensorTypeAssignmentClass"
Format="string"
Value="MDM" />
...
</GenericAttributes>
...
</ProcessSignalGeneratingFunction>
Systems¶
Attribute (reference)
The MeasuringSystem that implements the ProcessSignalGeneratingFunction.
Implementation in Proteus Schema
The attribute is implemented using Proteus <Association> elements.
Association type for the attribute ower: "is fulfilled by"
Opposite association type: "fulfills"
Example
Implementation in Proteus Schema
<ProcessSignalGeneratingFunction
ID="processSignalGeneratingFunction1"
ComponentClass="ProcessSignalGeneratingFunction"
ComponentClassURI="http://sandbox.dexpi.org/rdl/ProcessSignalGeneratingFunction" ...>
...
<Association
Type="is fulfilled by"
ItemID="measuringSystem1" />
...
<ProcessSignalGeneratingFunction />
...
<MeasuringSystem
ID="measuringSystem1"
ComponentClass="MeasuringSystem"
ComponentClassURI="http://sandbox.dexpi.org/rdl/MeasuringSystem" ...>
...
<Association
Type="fulfills"
ItemID="processSignalGeneratingFunction1" />
...
<MeasuringSystem />