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Figure 09: Model: bunker shield assembly for the Platypus reflectometer as "wrapped block" class diagram.
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Many of the parts are used only once; their blocks are specifically designed for this one-off application, and so they do not require «part wrapper» Components, and their block «wrapper» Components are contained by their unique block wrappers. Other parts are typed by reusable generic blocks, and so they are given specific «part wrapper» Components.
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- Gallery: Port-based systems engineering of block models for control and simulation of Neutron Beam Instruments of the OPAL research reactor using UML/SysML (from 2007, online extracts)
- Figure 01: Convention and notation for Class/Interface pairs and associated wrapper Component.
- Figure 02: Flowport notation for mapping UML2 to Java
- Figure 03: Example: neutron beam instrument flowports and blocks for UML2
- Figure 04: ExampleBlock convention for block wrapper components and organisation of engineering elements
- Figure 05: Example: UML2 composite structure diagram (systems engineering view) of a fictitious neutron beam conditioning bunker.
- Figure 06: Example: wrapped class diagram (software engineering view) of a fictitious neutron beam conditioning bunker
- Figure 07: Model: Top-level UML2 composite structure diagram (systems engineering view) for the Platypus Reflectometer
- Figure 08: Model: Bunker shield assembly for the the Platypus reflectometer as UML2 composite structure diagram with flowport notation.
- Figure 09: Model: bunker shield assembly for the Platypus reflectometer as "wrapped block" class diagram.
- Figure 10: Model: UML2 composite structure diagram for the monochromation beam stage of the neutron diffractometers of the OPAL NBIs.
- Figure 11: Model: UML2 composite structure diagram of the monochromator assembly
- Figure 12: Model: UML2 composite structure diagram of the monochromator stage assembly with motorised goniometer rotation, tilt, and translation stages, which are driven by encoded devices.
- Figure 13: Model: wrapped block class diagram (software engineering view) for the entire monochromation beam ("logical") stage.
- Figure 14: SWT TableTree ModelClient showing an instance of the Platypus reflectometer model.
- Figure 15: Simplified SysML version of the Platypus neutron reflectometer model.
- Meeting of the NeXus International Advisory Committee (NIAC), 2006
- Meeting of the NeXus International Advisory Committee (NIAC), 2008
- Gallery: Port-based systems engineering of block models for control and simulation of Neutron Beam Instruments of the OPAL research reactor using UML/SysML (from 2007, online extracts)
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