simulation

Context and structural model for the RadioNet, NetSession, and RadioStation

[TRAIL] SysMLv1: The Webel Radio Net port-based messaging example model in Cameo Systems Modeler and Cameo Simulation Toolkit

Slides in this section

If you want to navigate the entire section 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 slide 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 this tutorial trail section.
Webel Radio Net: The 'RadioNetContext' system context as both an IBD and a BDD
Webel Radio Net: 'structure' SysML Package Diagram
Webel Radio Net: 'channel' SysML Package Diagram
Webel Radio Net: 'net' SysML Package Diagram with the 'RadioNet' system
Webel Radio Net: Focus BDD for block 'NetSession'
Webel Radio Net: 'NetSession' Activities overview
Webel Radio Net: Focus BDD for block 'SessionLog'

Webel Radio Net: Model overview, exchange items, and Ports

[TRAIL] SysMLv1: The Webel Radio Net port-based messaging example model in Cameo Systems Modeler and Cameo Simulation Toolkit

Slides in this section

If you want to navigate the entire section 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 slide 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 this tutorial trail section.
Webel Radio Net: Conventions, terminology, acronyms
Webel Radio Net: SysML Package Diagram as index
Webel Radio Net: Content Diagram as index of table and matrix diagrams
Webel Radio Net: 'value' SysML Package Diagram with custom ValueTypes and Units
Webel Radio Net: 'exchange' SysML Package Diagram with Signals (and Port types)
Webel Radio Net: 'scheduling' SysML Package Diagram with scheduling message Signal families (and Port types)
Webel Radio Net: Focus BDD of the 'InitSession' scheduling Signal and its special role in a net session
Webel Radio Net: 'message' SysML Package Diagram with Message block "packet" and '$msg' String
Webel Radio Net: 'radio' SysML Package Diagram with high level view of Port types for 'Radio' Signals
Webel Radio Net: The RadioMessage Signals
Webel Radio Net: Focus BDD for the SessionSpec exchange item (and the NetManager)

Q: What types of simulation, execution, and calculation are available for SysML with MagicDraw/Cameo?

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There are a number of ways of simulating and executing various aspects of Systems Modeling Language v1 (SysML®), and they are not just novelties! They also really help your models become more robust, logical, and organised.

There is "internal" tool simulation of Activities and StateMachines based on fUML (or variations of it).

Screencast: SysML/MBSE: An air conditioner refrigerant cycle in Cameo Simulation Toolkit

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This video only shows the Activities and StateMachines. For the underlying Block model please visit this accompanying slide trail:
TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

© Copyright 2021 Darren R C Kelly (Webel IT Australia). All rights reserved.

OpenModelica zone

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If you use the Modelica Language for simulation it's basically a rite of passage to at least try out OpenModelica, although your mileage on various operating systems and versions thereof can vary wildly (you can always ask for the money back that you didn't pay).
As of 2021-01-11 OpenModelica no longer has DMG install bundles for Mac, and currently does NOT install on Mac Big Sur using MacPorts!

Screencast: The Webel Digital Twin Pattern for SysML: Part 1: Simulating acquisition or creation of physical assets using Activities and StateMachines in Cameo Simulation Toolkit.

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© Copyright 2020 Darren R C Kelly (Webel IT Australia).

Alf zone

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Alf - the Action Language for Foundation UML - is a UML-friendly textual "surface language" intended for use together with fUML. Useful for those tasks in Activity and StateMachine diagrams that don't lend themselves to graphical modelling.

HERA particle collider beam dynamics: Maple symbolic worksheet example.

 ARCHIVAL (1995): This content is now considered historical only!
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This Maple worksheet download was exported to PDF via LaTeX from a Maple V worksheet. It shows detailed symbolic calculations and numerical simulations for the electron beam of the HERA (electron-proton synchrotron particle collider)].

Gallery: Maple examples: symbolic algebra, data visualisation, and animation

Images in this gallery

Click on any image to view it larger in a viewer, click again to move through each image in the gallery. Click on the title link of an image to view the full image page.
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Maple example: symbolic algebra equation and numerical solution
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Example of numerical integration and visualisation of a differential equation in the Maple symbolic algebra system
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Maple 3d plot animation example

Images in this gallery section

Click on any image to view it larger in a viewer, click again to move through each image in the gallery section. Click on the title link of an image to view the full image page.
ARCHIVAL
Example of numerical integration and visualisation of a differential equation in the Maple symbolic algebra system
ARCHIVAL
Maple 3d plot animation example
ARCHIVAL
Maple example: symbolic algebra equation and numerical solution

Mathematica and Wolfram Language zone

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Please email or phone Webel IT Australia on +61 405 029 008 to enquire about our Mathematica services!
Webel IT Australia offers professional consultancy services for applications of the incredibly powerful Wolfram Mathematica to mathematical modelling, data analysis and visualisation, 3D modelling and animation, systems modelling, and physics modelling.

Service: Wolfram Mathematica: Modelling, data analysis, mapping, transformation, and visualisation, including end-user GUIs

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Webel IT Australia are experts in applications of the powerful Wolfram Mathematica technical computing system to symbolic algebra, equation analysis, numerical analysis, physics and engineering simulations, data analysis and transformation, plotting, generative graphics, 3D modelling, animation, image processing, and rapid desktop GUI development for end users for deployment to Wolfram Player Pro, or as Wolfram Cloud applications.

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