TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler]

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This slide trail shows selected figures and models from the main body of the SysML Extension for Physical Interaction and Signal Flow Simulation (SysPhS) version 1.1. specification exported to Modelica from the MagicDraw SysML Plugin or Magic Cyber-Systems Engineer ^® (Cameo Systems Modeler^®) v19SP3 tools.

DISCLAIMER: This slide trail is intended as a technology assessment trail, not a tutorial trail (but you might still learn plenty from it).

It assumed in this trail that the reader is already familiar with Systems Modeling Language v1 (SysML^®). You can learn SysML by attending the Webel training course or by studying our online trail: TRAIL: Webel's ultimate guide to Systems Modeling Language (v1) with MagicDraw/Cameo.

This trail accompanies the following extensive slide trail on the SysPhS-1.1 Annex A examples, which some readers might find more immediately interesting and relevant, because it includes lot of general discussion about applying SysML/SysPhS to real world problems and modelling tips:

TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler)

The models and diagrams shown in this trail version have been created independently in a MagicDraw SysML Plugin ensemble (equivalent to the Magic Cyber-Systems Engineer^® (Cameo Systems Modeler^®) product bundle).

The exported Modelica code shown in this trail in some cases differs from the Modelica code shown in the specification document, and in some cases the Modelica code shown in the specification has errors (some of which are tracked on this site).

The Modelica reference tool used for code validation is Wolfram SystemModeler, which is highly compliant with the primary Modelica language reference.

Many thanks to all contributors to the SysPhS-1.1 specification! Any possible errors or inconsistencies identified here are offered most constructively. It is appreciated fully just how tricky it can be to compose perfectly consistent text and to create consistent diagrams and tables in advance of full tool support.

OMG members may follow the SysPhyS 1.2 Revision Task Force (RTF) on the OMG JIRA, where some of the issues identified here have been reported.

Start here

Figure 1: Simulation stereotypes

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Slides in this trail

If you want to navigate the entire tutorial including the additional explanatory text, click on the title link of the first slide to view the full slide page, then use the next links to move through the slides pages. If you just want to view the slide images only in sequence, click on any slide to view it larger in a viewer, then click again to move through each slide in the tutorial trail.

Figure 1: Simulation stereotypes

Figure 2: Association block with internal structure and connector properties in SysML (and Figure 3)

Figure 17: Package and model in SysML

Figure 18, 19, 20: Block, Part, Generalization, Redefinition.

Figure 21: PhSVariables and PhSConstant in SysML

Figure 22: Ports for signal flow in SysML

Figure 23: Ports for physical interaction in SysML

Figure 24: Connectors in SysML

Figure 25: Constraint block for signal flow in SysML

Figure 26: Constraint block for physical interaction in SysML

Figure 27: Default values and initial value in SysML

Figure 28: Units in SysML

Figure 29: State machine in SysML

Figure 30: Elements for signal flow

Figure 31: Elements for physical interaction

11.3 Component behavior - Real.Continuous

11.3 Component behavior - Real.Discrete

11.3 Component behavior - Real.NonLinear

11.3 Component behavior - Real.Mathematical

11.3 Component behavior - Sources and sinks

11.3 Component behavior - Routing components

11.3 Component behavior - Logical components

11.3 Component behavior - Electrical components

Figure 32: Elements for signal flows of electrical quantities [additional]

Figure 33: Value types and units for electrical quantities [including additional]

Figure 34: Value types and units for physical quantities

Figure 35: Simulation platform stereotypes

Figure 36: Elements for vector signal flow

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