WhiteBox & BlackBox Cameo SysML Modeling & Simulation

This video explains how to easily simulate multiple projects at once using the WhiteBox BlackBox model structure. It provides a step-by-step example and walkthrough of how to setup the simulation.
0:00 Introduction & Teaser
1:00 WhiteBox & BlackBox Approach
1:40 Hierarchical Levels
2:18 Project Context
3:01 Client-Supplier Team Interaction
4:24 Running System WhiteBox in Simulation
4:39 Replacing Blocks in Simulation on the Fly
5:23 Defaulting Simulation to Run with WhiteBox Blocks
6:13 Adding Value Properties to Blocks
6:53 Creating Parametric Diagram
7:43 Making Inherited Value Properties Equivalent to Created Value Properties
8:47 Creating Constraint
10:33 Running System WhiteBox in Simulation with Value Properties
11:30 Scaling Solution to Subsystem
12:11 Adding Default Values to Subsystem WhiteBox Blocks
13:22 Method to Efficiently Toggle & Integrate Subsystems
15:27 Scaling Solution & Final Working Simulation
This example will provide information regarding Digital Engineering (DE), Model Based Systems Engineering (MBSE), and Systems Modeling Language (SysML).
Video compatible with the following versions of SysML Tools
-Cameo Systems Modeler 19.0
-Cameo Systems Modeler 2021x
-Cameo Systems Modeler 2022x
-Cameo Enterprise Architecture 19.0
-Cameo Enterprise Architecture 2021x (used in this demo)
-Cameo Enterprise Architecture 2022x
-MagicDraw 19.0
-MagicDraw 2021x
-MagicDraw 2022x
Video relevant or similar to the following Tools
-IBM Rational Rhapsody
-Oracle Sparx Systems Enterprise Architect
-Genesys by Vitech
-Microsoft Vizio
#SysML #DigitalEngineering #MBSE #engineering #CameoSystemsModeler #MagicDraw #simulation #ModelBasedSystemsEngineering #UML #SystemsEngineering #SystemDesign #SystemArchitecture #design #methodology #digitaltransformation
SysML Diagrams:
SysML Structural Diagrams:
Block Definition Diagram: #bdd #blockdefinitiondiagram
-Block, Interface Block, Constraint Block, Value Type, Enumeration, Signal, Instance, Proxy Port, Full Port, Directed Aggregation, Directed Association, Directed Composition, Generalization, Usage,
Internal Block Diagram: #ibd #internalblockdiagram
-Part Property, Value Property, Reference Property, Constraint Property, Flow Property, Constraint Parameter, Binding Connector, Item Flow, Proxy Port, Full Port, Interface Block
Package Diagram: #pkg #packagediagram
-Package, Package Import, Element Import, Navigation, Start Here Page
Parametric Diagram: #par #parametricdiagram
-Rollup, Constraint Block, Part Property, Value Property, Reference Property, Constraint Property, Flow Property, Constraint Parameter,
SysML Requirement Diagram:
Requirement Diagram: #req #requirementdiagram
-Extended Requirement, Satisfy, Verify, Relationships, ID, Test Case Activity, Trace, Derive, Copy,
SysML Behavioral Diagrams:
Activity Diagram: #act #activitydiagram
-Allocation, Swim Lanes, Swimlanes, Activity Partitions, Actions, Activities, Call Behavior Action, Opaque Action, Control Flow, Object Flow, Send Signal Action, Accept Event Action, Time Event, Initial Node, Activity Final, Flow Final, Decision, Merge, Fork Horizontal, Join Horizontal, Input Pin, Output Pin
State Machine Diagram: #stm #statemachinediagram
Initial, Final State, Composite State, Orthogonal State, Submachine State, Deep History, Transition to Self, Entry Point, Exit Point, Junction, Choice
Sequence Diagram: #seq #sequencediagram
Lifeline, Alternatives, Loop, Option, Call Message, Send Message, Reply Message, Create Message, Delete Message, Diagonal Message, Message to Self, Recursive Message, Lost Message, State Invariant, Duration Constraint
Use Case Diagram: #uc #usecasediagram
-Actor, Use Case, Include, Extend, Association, Generalization, Block,
Visit our website for more available free resources at www.CameoMagic.com

[@brianMoberley]

Very nice! Fantastic usage of isAbstract! I never realized toggling that actually affected simulations. Great explanation.

[@CameoMagic]

Thanks for the feedback! I really like the ability to toggle simulating whitebox or blackbox with one click. It makes troubleshooting sims easier.

[@Akireu989]

Thanks for the video. I would like to ask you what is the best way to use the mass Rollup functionality with this approach?

[@CameoMagic]

Good question. You would need to apply the mass rollup pattern to all whitebox blocks individually/separately. Therefore, you would need to apply it to the system level whitebox block, subystem A whitebox block, subsystem B whitebox block, subsystem C whitebox block, etc. There's no way to "apply all" quickly with this blackbox & whitebox architecture. However, it still doesn't take too much time to apply them since this is a one-time procedure.

[@CameoMagic]

This short should address your question: kzbin.infolkIeD8Bpsgk