Slides

[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

hex$E$GungorWinterton$1987$twophase$htc$horizontal as a single expression using ‘sym$’ markup

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SECTION: Miscellaneous examples of applications of Webel libraries for Mathematica to air conditioners and heat exchangers. With SysMLv1 models.

Gungor-Winterton method for boiling heat transfer 1987 as SysML Activity Diagram ('$SI$' Real convention version)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Section

SECTION: Miscellaneous examples of applications of Webel libraries for Mathematica to air conditioners and heat exchangers. With SysMLv1 models.

hex$E$Shah$twophase$htc$combined as a single expression using ‘sym$’ markup

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Miscellaneous examples of applications of Webel libraries for Mathematica to air conditioners and heat exchangers. With SysMLv1 models.

The Shah 1982 CHART correlation for saturated boiling heat transfer as SysML Activity Diagrams (2): Detailed view of the hex$SI$Shah$twophase$htc$combined SI Real convention function variant

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Miscellaneous examples of applications of Webel libraries for Mathematica to air conditioners and heat exchangers. With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The Shah 1982 CHART correlation for saturated boiling heat transfer as SysML Activity Diagrams (1)

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SECTION: Miscellaneous examples of applications of Webel libraries for Mathematica to air conditioners and heat exchangers. With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

HelpO`: Options management for MTools methods (lookup replaces OptionValue[])

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

The Webel MAll universal class for MTools integrates with the HelpO` method registry

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

The Webel HelpF` function registry

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Some Webel ManGUI` package functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

HelpF`: DownValues: sigsDown[f]: Signature(s) from ExpressionTree

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

‘$E$’, ‘$Q$’,‘$SI$’ and ‘$C$’ function variants: Simple demo using a trivial Psy` function

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

Psy` humid air physics package: Example: Sensible Heating results

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

Psy`humid air physics package: Example: Sensible Heating in SysMLv1

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

CONVENTION: ‘$EQ$’, ‘$E$’, ‘eq$’ and ‘sym$’: Examples from the Psy` Psychrometrics package

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

Psy` package equations/functions (some correspond to exercise cases)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

About the Psy` package Psychrometrics exercises slides (in this trail)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

MPsy object creation examples

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Psy`Psychrometrics package variables registry

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

Psychrometrics exercise references (and about some naming conventions)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Section

SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

The MPsy “one shot” humid air state class

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Overview of the Psy` package and the "one shot" MPsy humid air state class

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SECTION: CASE STUDY: Applications of the Webel MTools class extensions to Psychrometrics (humid air physics). With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

UD$EX$Component “database” demo (using a Wolfram Language EntityStore)

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

UD$EX$Components as (quick) XML

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Demo UD$EX$Components analyser

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Extracted demo UD$EX$Component:Demo UD$EX$Components: Creative views in the UD$SheetManager

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The US$SheetManager as a bridge between the US Layer and EX Layer

This content has been marked as discussing an ADVANCED topic!

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The demo UD$EX$Component for extracted structured EX Layer data

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Demo Component values extraction (but not yet as EX Component ADTs)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Specific Component-aware sub-ADTs

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$SectionMap auto-detection

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$ValuesSection to EX$RowMap

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

UD` demo: Basic US$ValuesSection

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

UD` demo package for US$Section

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$RowList “section” extraction

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$RowList & EX$RowMap column extraction and custom styled tables

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$RowList sub-list extraction

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

US$RowList spanned rows filling

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

adt$store, adt$fetch, and «adt:ref»: Example: Reference XL$ResourcesMap by ID in US$ResourcesHolder.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

XL$RowList vs XL$Row vs XL$Cell

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Units and Quantity extraction with US$Row

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Spreadsheet “units indicator” HACKS do NOT use a units-aware Quantity algebra!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

XL$Cell with a VBA formula and XL$F

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

The Webel Units` library with short-cut variables for frequently used Units and their String identifiers

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

ADT`: helpADT[class]: help on methods registered with HelpO`: Example: XL$Cell

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

ADT help functions and methods: adt$treeHierarchy (adt$tH), adt$hC, ADT⊙hC: Example: XL$Cell

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

ADT finder functions and “methods” adt$findUp, adt$findUpArg, ADT⊙fM

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

UUID-driven Once-caching. Example: XL$Cell value resolution with an XL$ResourcesMap

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

XL$Cell value resolution for “text” requires an XL$ResourcesMap (Real, Integer, and Boolean value resolution does not)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

XL$Row and XL$Cell under the hood

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Typical unstructured spreadsheet data imported into the XL layer

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

ADT hierarchy for a typical Client Data (CD) layer for identifying structured data groups

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

ADT hierarchy for the EX`package for extracted structured data

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

ADT hierarchy for the US` package with intermediate unstructured data and identification of data groups

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

ADT hierarchy for the XL` package for reading unstructured data from OpenXML XLSM bundles

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

Overview of the Webel OpenXML libraries ADT Case Study

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel ADT case study: Extracting structured data from unstructured Open XML spreadsheet data

adt$graphHierarchy example: The EX` package for structured data

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Webel ADT SysMLv1 Stereotypes

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Clients of List ADTs don’t usually directly access the wrapped Lists (but can for testing with ADT⊙get which BREAKS ENCAPSULATION)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Chained wrapped ADT pseudos as a SysMLv1 Internal Block Diagram (IBD)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Chained wrapped ADT pseudo Lists: Example: EX` package structured data ADTs

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Webel «adt:pseudo» elements in the SysMLv1 ADT model (2)

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

MAll: isContractOf for PatternTest (easier contract checks for MTools)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Webel «adt:pseudo» elements in the SysMLv1 ADT model (1)

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Creating new ADTs that extend other classes using a definer function (and adt$addSuper)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Extending ADT sub-classes represented as SysML Blocks with redefined wrapped ‘$$’

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Classes in the ADT` package: Extendable ADT pseudo classes have corresponding "definer functions"

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Simple Webel ADT in the development view dV[adt] and class/methods help hC[adt]

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

SysMLv1 Internal Block Diagram (IBD) of the Webel ADT base class

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Mini SysMLv1 BDD view of the Webel ADT Block

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Webel ADT`package: Some ADT pseudo class utility functions in a ::usage help viewer. Diagnostic, help, and development functions.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Webel ADT hierarchy views as tree, graph, and SysML

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Webel ADTs include inheritance (and aren’t actually formal ADTs)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Webel Abstract Data Types (ADTs) vs the user-contributed MTools for OO

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Introduction to Webel Abstract Data Types (ADTs) with SysMLv1 models

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Abstract Data Type (ADT) stateless pseudo-classes with inheritance (with SysMLv1 models)

Convention-based MDemoConfig with fields for ‘$opt$’ options (works with any MTools class but prefer MOptsSet or MOpt)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

The MAll class has a self-tester GUI (for DEVELOPMENT use only)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

Command GUI configuration and nesting: Example: MNestAllDemo

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

Every MAll has a default gui[] for methods that don’t need arguments

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

MAll: methodHelp and methodFind: Short aliases mH and mF

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

MAll: All public Methods with signatures

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

MAll: Methods related to classes and contracts: Example: MDemoAll: From the MAll self-test GUI

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The Webel MAll universal (intermediate) base class

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

MDemo`: Overview of demo classes for MAll & MOptsSet

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The MNestAllDemo class with MAll or MAllDemo as child

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

The MNestAllDemo class with optional MAll ‘obj’ child

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Var` package: e$var$table[] filtering by package

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: Demo variables in e$var$table[] view

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: Extracted Associations

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: ‘sym$’ markup reused in ‘$E$’ functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: Register variables with e$var$add

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: “qualified name” String as key

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package: Package function ::usage overview

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Var` package: Special '$e$' field convention

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SECTION: The Webel Var` package Entity-based variable registry

Var` package variables registry example: Heat exchanger calculations (just p2 of 227 variables!)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

Var` package variables registry example: Heat exchanger calculations (just p1 of 227 variables!)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Var` package Entity-based variable registry

About the Webel Var` package variables registry

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SECTION: The Webel Var` package Entity-based variable registry

The Webel W`MOO` packages: MOO = MTools OO support utilities

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Introduction to the Webel All` package and the MAll universal class extending MTools

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Use an MOptsSet options group: Example: MAllDemo.methodWithOptsSet uses MOptsSetDemo

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

MOptSet options groups: Example: MOptSetDemo

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

Registering method options using a Webel AOR (Argument, Options, Rules) Map

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Use a method with an option via a Webel opts Association

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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The MAllDemo class with MOptsSetDemo

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

An MOptSet can also be used in function Options[]

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SECTION: The Webel MAll & MOptsSet classes MTools extensions (with SysMLv1 models)

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HelpF`: UsageF ::usage generation: Example helpClass::usage

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`: usageF for ::usage generation example

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

The AOR Map as SysML Blocks with Rules

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The AOR Map (Attributes, Options, Rules) Association: Example: aor$f$helpClass

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

The AOR Map (Arguments, Options, Rules): Integrated ::usage, HelpF`/HelpO` registration, and Options[] (without MTools)

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

Webel ODR (Options, Docs, Rules) as SysML

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`: OptionsPattern groups as SysML shared between functions

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Generate shared option groups using ‘$opt$’ helpers: wl$optsFromOpts, docsFromOpts, rulesFromOpts, and odrMap triplet

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

SysML: OptionsPattern[] “Generalizations” using Join:" Example: HelpM` helper classes new functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

About «pseudo» blocks (always prefixed with ‘@’)

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SECTION: Modelling the Wolfram Language in SysMLv1 and related Webel coding conventions

Basic SysMLv1 example: The HelpM` package MTools classes as Blocks

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SECTION: Modelling the Wolfram Language in SysMLv1 and related Webel coding conventions

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HelpM`: Using the Webel MPackage helper with MFunction and MClass and the HelpF` and HelpO` help registries

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Incremental benefit through Doc`, Var`, HelpF`, HelpO`, HelpM`

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Extract Options from an OptionsPattern[] in a SysML Activity (2) DETAILED

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SECTION: Modelling the Wolfram Language in SysMLv1 and related Webel coding conventions

The sigsUp/Down functions as a SysML BDD: With Options Block and pseudo functional indicators

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Modelling the Wolfram Language in SysMLv1 and related Webel coding conventions

HelpM`: Using the Webel MClass helper with the MMethod helper and the HelpO` help registry

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpM`: Use MFunction and MMethod with MArg & MOpt for ::usage (and consistent with the HelpF` and HelpO` registries)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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HelpM`: Using the Webel MFunction class and MArg & MOpt with HelpF`

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpM`: Using the Webel MMethod class and MArg & MOpt with HelpO`

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpM`: Using the MFunction and MMethod helper classes with MArg & MOpt

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpO`: Find help on a method of a Webel MAll universal class object

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpO`: Part of the help registry for the Webel MAll universal MTools class and some methods

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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HelpO`: addMethod: MTools method registration example for the Webel MAll class and an object

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpO`: addClass: Register an MTools class by fully qualified package name

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The Webel HelpO`package class and method registry

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HelpF`: gui$helpDownStrings signature display modes

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HelpF`: Simple function DownValues inspector GUI: gui$helpDownStrings

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TestF`: Simple package function DownValues vs ::usage checker

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

TestF`: Function search by argument number/kind to aid testing automation (2)

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TestF`: Function search by argument number/kind to aid testing automation (1)

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`: packageFunctionTree[$pac]: Function ::usage help and signatures within a package

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

The HelpF` & TestF` packages: General query based help

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`: Pull Mathematica Options[] for a function registered with addFunction

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`: Pull Mathematica Options[] from a Webel HelpF` options superset

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`example: addFunction (2)

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`example: addFunction (1)

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`example: helpPackage[$pac$HelpF]

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

HelpF`example: helpFunction[$pac$HelpF, addFunction]

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Why the Webel HelpF` & HelpO` registries?

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Doc` package ::usage help generation using the docV and docF functions (2)

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Doc` package ::usage help generation using the docV and docF functions (1)

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SECTION: The Webel Doc` package and the HelpF, HelpO`& HelpM` help registry packages

Webel ManGUI` examples: man$bool and man$group$pane

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

The Webel ManGUI` package has some shorthand '$man$' option aliases

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

The Webel ManGUI` package utilities for Manipulate GUIs

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Deployment folders for projects that depend on W`Base` and MTools OO (as SysML)

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Some Webel Display` package functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Utility`package: stripOpt and stripOpts Delegating subsets of Options

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Some Webel Utility` package functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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The Webel ‘$pac$’ convention and DEVEL loading echo diagnostics

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Devel` functions for ExpressionTree (basic)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Devel` package: check Function Symbol against ::usage

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Diagnostic message Print output switching between Mathematica and Wolfram Player Pro

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Some Webel Devel` package functions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

The Webel W`Moo` package group: Additional utilities for the user-contributed MTools paclet for classes & object orientation

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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Webel W`Base` vs Git repository and Wolfram Player Pro encoded version

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Detailed overview of Webel utilities W`Base` packages with usages

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Overview of Webel utilities W`Base` packages as SysML Usages

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Overview of Webel utility W`Base` packages as SysMLv1 Blocks

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

The Webel W`Base`«M:Project» and «M:Paclet»

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: A brief look at the Webel W`Base` utilities for Mathematica

Extract Options from an OptionsPattern[] in a SysML Activity (1)

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SECTION: Modelling the Wolfram Language in SysMLv1 and related Webel coding conventions

The sigsUp function with OptionsPattern modelled as a SysML Activity (and with "pseudo functional" representation)

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Webel ‘def$’ DRY default capture! Applicable to arguments and options.

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: Webel coding and naming conventions for the Wolfram Language

The Webel ‘$t$’ “pseudo type” indicator String convention (for optional additional documentation only)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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The Webel ‘$pat$’ pattern helper convention for frequently used Patterns

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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Webel ‘$info$f$’ prefix convention for function help holder Strings

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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HelpM`: Use Webel MOpt and MArg objects to create ‘$doc$’ Strings for ::usage help

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Webel ‘$opt$’ help even easier with makeOpt[$name] for MOpt!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Webel ‘$opt$’ help is much easier with the MOpt class using MTools!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Webel ‘$arg$’ help is much easier with the MArg class using MTools!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Easier ‘$arg$’ and ‘$opt$’ help Rules using the Webel MArg and MOpt helper classes and MTools for OO

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Association as SysML: CASE: Webel @ArgMap «pseudo» block (slightly less "fiddly" as an Internal Block Diagram)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Association as SysML: CASE: Webel @RuleMap and @ArgsMap «pseudo» blocks. Very "fiddly" to represent in a SysML Block Definition Diagram!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Association vs Class as SysML CASE: Webel $arg$ and $opt$ help

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Why not just use the Entity system for '$arg$' and '$opt$' help holders?

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Why not just generate all the '$arg$' and '$opt$' help holders (using ToExpression)?

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

When to use explicit $arg$ help holders (in lower level utility packages)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Generate $doc$arg$ and $doc$opt$ Strings from Webel help Rules for use in ::usage

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Webel ‘rule$arg$’ convention help consistency checks

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Webel $arg$ convention help consistency checks

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Make a Webel argument help Rule with a default by convention OR override

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

Make a Webel help Rule for a required ‘$arg$’ argument + conventions

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Webel ‘$arg$’, ‘def$arg$’, and ‘rule$arg$’ convention

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Make a Webel option help Rule relying on ‘$opt$’ naming conventions

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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Functions from the W`Base`Doc` package

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Webel '$arg$' and '$opt$' support via the Doc` package

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Cleaner Options declarations!

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Webel '$opt$' options help by function: Example: tableFunctionOptions[f]

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Webel ‘$opt$grp$’ with grouping qualifier (where ‘grp$’ could be a package nickname)

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

The Webel '$opt$' option "help holder" convention

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SECTION: The Webel '$opt$' and '$arg$' help holder conventions for options and arguments in the Wolfram Language

The Webel '$opt$', 'rule$opt$', '$arg$', 'rule$arg$' and supporting '$k$' conventions for "help holders"

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The Webel $k$ prefix convention for Association String keys

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The Webel ‘$’ prefix convention for Strings and "String similar" Wolfram Language code

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SECTION: Webel coding and naming conventions for the Wolfram Language

DRY not WET! "Don't Repeat Yourself!"

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SysML Activity with @pseudo functions capturing Wolfram Language logic

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SysML/UML ExpansionRegion for iteration (as adapted for use with Mathematica)

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SysML Activities as function networks (simple contrived Real maths example)

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Example: Representation of a Webel MAll class MTools method as a SysML Activity Diagram

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“Chained” Head and OpaqueBehavior Convenient for frequently used combinations

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“Active” OpaqueBehaviors corresponding to block Heads: Used in CallBehaviorActions

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Typed Association example: <||>$* maps String to any expression

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Association <||> vs Rule

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Frequently used String pair Lists

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Frequently used typed {} Lists

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Concise {} for List and <||> for Association

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Webel SysML4Mathematica: Some Wolfram Language Heads as SysMLv1 Blocks and ValueTypes

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Explicit vs implicit representation of expressions in SysML4Mathematica

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Parameter types in most SysML tools

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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Wolfram Language vs SysMLv1

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SysML Stereotypes and icons used for Mathematica and Wolfram technologies

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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Modelling the Wolfram Language in SysML and SysML-friendly coding conventions.

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It’s rather technical!

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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SECTION: The Webel Mathematica libraries - INTRODUCTION - And the role of SysML

HOW not WHAT!

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Main topics & sections

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SysMLv1 vs SysMLv2

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SECTION: The Webel Mathematica libraries - INTRODUCTION - And the role of SysML

Representing the SysMLv1 Block and SysMLv2 Part Def in Mathematica requires classes and object orientation (OO)

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SECTION: The Webel Mathematica libraries - INTRODUCTION - And the role of SysML

A word on classes and object orientation for Mathematica

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About use of SysML Diagrams

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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About use of Wolfram Language code

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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About this slide set

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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About the author

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[TECHNICAL SLIDE TRAIL] The Webel libraries for Wolfram Mathematica: With SysMLv1 models.

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DISCLAIMERS & CONCERNING TRADEMARKS

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SECTION: The Webel Mathematica libraries - INTRODUCTION - And the role of SysML

Webel Radio Net: 'NetSession' Activities overview

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

Webel Radio Net: Focus BDD for block 'SessionLog'

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

Webel Radio Net: Focus BDD for block 'NetSession'

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

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

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Webel Radio Net: 'channel' SysML Package Diagram

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Webel Radio Net: 'structure' SysML Package Diagram

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

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Webel Radio Net: The 'RadioNetContext' system context as both an IBD and a BDD

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

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Webel Radio Net: Focus BDD for the SessionSpec exchange item (and the NetManager)

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Webel Radio Net: The RadioMessage Signals

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Webel Radio Net: 'radio' SysML Package Diagram with high level view of Port types for 'Radio' Signals

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

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Webel Radio Net: Focus BDD of the 'InitSession' scheduling Signal and its special role in a net session

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

Webel Radio Net: 'message' SysML Package Diagram with Message block "packet" and '$msg' String

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Webel Radio Net: 'scheduling' SysML Package Diagram with scheduling message Signal families (and Port types)

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Webel Radio Net: 'exchange' SysML Package Diagram with Signals (and Port types)

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

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Webel Radio Net: 'value' SysML Package Diagram with custom ValueTypes and Units

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Webel Radio Net: Content Diagram as index of table and matrix diagrams

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

Webel Radio Net: SysML Package Diagram as index

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Webel Radio Net: Conventions, terminology, acronyms

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

SysMLv1: Cameo Simulation Toolkit: HOWTO Handle a timeout for a Signal send/receive: Strategy: StructuredActivityNode with AcceptEventAction + TimeEvent [with mini video]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

SysMLv1: Cameo Simulation Toolkit: HOWTO Handle a timeout for a Signal send/receive: Strategy: TimeEvent on Transition [with mini video]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

SysMLv1: Cameo Simulation Toolkit: HOWTO send a Signal via a nested Port using Action Language Helper (ALH) [with mini video]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

SysMLv1: Cameo Simulation Toolkit: Cases for StateMachine Transitions with 'effect' Behaviors and/or States with 'entry' Behaviors triggered by a Signal with an attribute [with mini video]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

SysMLv1: Cameo Simulation Toolkit: Cases for Transitions triggered by Signals sent direct to a remote target vs via Ports [with mini video]

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SysMLv1: Cameo Simulation Toolkit: HOWTO handle sending and receiving families of related Signal types with reuse of send/receive and processing logic [with mini video]

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TRAIL: SysMLv1/UML: Cameo Simulation Toolkit® (Magic Model Analyst®): Some basics for beginners and some more advanced cases [with mini videos]

SysMLv1: Cameo Simulation Toolkit: HOWTO send a Signal via a Port to an intended recipient via a mediating secure RoutingHub [with mini video]

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SysMLv1: Cameo Simulation Toolkit: HOW send to an intended recipient via a shared Port? ATTEMPT: Using multiple Connectors to every candidate recipient without a mediating hub [with mini video]

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SysMLv1: Cameo Simulation Toolkit: HOWTO: Send a Signal via a nested Port using InvocationOnNestedPortAction and 'onNestedPort' together with 'onPort' [with mini video]

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TIP: SysMLv1: Cameo Simulation Toolkit®: HOWTO handle receiving multiple Signal events in parallel within a repeated loop [with mini video]

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SysMLv1: A basic ControlFlow, ObjectFlow, and DecisionNode loop driven by fUML ReadLine CLI String input with conversion to Boolean for LiteralBoolean guard [with mini video]

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SysMLv1: A basic ControlFlow, ObjectFlow, and DecisionNode loop driven by fUML ReadLine CLI String input [with mini video]

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SysMLv1: A basic ControlFlow and DecisionNode loop with implied variable popup dialog [with mini video]

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[STUB] TRAIL: Webel's ultimate guide to simplified yet adequate pragmatic systems engineering with functional analysis in SysMLv1 for smaller scale MBSE projects in the MagicDraw/Cameo/CATIA Magic tools

Webel SE: pragmatic tool-friendly functional analysis: 2-level drill-down from a single Use Case via a «scenario» Activity with allocation to «logical» subsystems first then crossing to the «design» Blocks zone.

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TRAIL: Webel's ultimate guide to Systems Modeling Language (v1) with MagicDraw/Cameo

SysML UseCase Diagram

Conjugation in SysML-1.7 is Type-based: InterfaceBlock, ~InterfaceBlock, and DirectedFeature

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09:03: Port conjugation in SysML is now Type-based

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Mathematica: POLICY NOTES for the Webel Abstract Data Type (ADT) pseudo classes with inheritance for the Wolfram Language

Dr Darren of Webel IT Australia makes the case for better object-orientation for Mathematica using pseudo class ADTs without losing the super-functional power of the Wolfram Language

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SysML4Mathematica: Example: Block Definition Diagram overview of ConstraintBlocks, their parameters, and ConstraintBlock usages representing lower-level Webel Psy library Psychrometrics functions and CoolProp wrapper usages

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 11 [B]: Total (qDotTot), sensible (qDotSen), and latent cooling (qDotLat) required for cooling air: Using Webel MPsy objects and SysML Activity Diagrams

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 11 [A] Total (qDotTot), sensible (qDotSen), and latent cooling (qDotLat) required for cooling air: Using CoolProp wrappers and SysML Parametric Diagrams

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 10: Condition and dehumidify air by chilling and condensing some moisture: Process table

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 09: Moisture added to air: Amount (mass)

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 08a: Humidification: Drying lumber with air: required volumetric air flow rate

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 07: Sensible cooling: 'qDotSen' (-ve): energy transfer rate FROM humid air

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 06: Sensible heating: 'qSen' per mass (+ve): energy transfer TO humid air

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Example 05: Sensible heating: 'qSen' (+ve): energy transfer TO humid air

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

SysML4Mathematica: Psychrometrics (humid air physics) Air Conditioning scenarios in graphical Systems Modeling Language (SysMLv1.x) and Mathematica

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 11: Total (qDotTot), sensible (qDotSen), and latent cooling (qDotLat) required for cooling air

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 10: Condition and dehumidify air by chilling and condensing some moisture: Process table

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 09: Moisture added to air: Amount (mass)

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 08b: Humidification: As a 2-step (3-state) process

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 08a: Humidification: Drying lumber with air: required volumetric air flow rate

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 07: Sensible cooling: 'qDotSen' (-ve): energy transfer rate FROM humid air

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TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 06: Sensible heating: 'qSen' per mass (+ve): energy transfer TO humid air

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 05: Sensible heating: 'qSen' (+ve): energy transfer TO humid air

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 04: Values from dry bulb temperature 'tdb' and wet bulb temperature 'twb'

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 03b: Values from dry bulb temperature 'tdb' and wet bulb temperature 'twb'

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 03a: Values from dry bulb temperature 'tdb' and wet bulb temperature 'twb'

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 02: Values from dry bulb temperature 'tdb' and wet bulb temperature 'twb' (sling psychrometer)

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Slide kind

TRAIL: Air Conditioning Psychrometrics (vs CED Engineering course): Example results (only) in Mathematica and SysML using the Webel Psy package and MPsy class

Example 01: Values from 'tdb' and relative humidity 'r'

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

REFERENCE CARD: Webel Parsing Analysis for SysML1.x: Snippet Customizations

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Unofficial Mega2560 pinout diagram (and official photo)

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_I2C

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_LED_UART

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4: Mega2560: ATmega16U2 chip USB-to-TTL and UART [IN PROGRESS]

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: RESET_EN

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_RESET_EN

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_RESET

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_ResetButton.bdd

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Arduino Mega 2560 reset-related groups overview

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD for the LMV358LIST dual opamp

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD for the CAY16-102J4LF resistor array

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_BuiltinLED

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD with embedded IBD and electrical schematic: for Group_AREF with a single capacitor

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Package overview diagram for a basic two pin Capacitor

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_PowerLED

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_LoPass_AVCC

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_VIN

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_Regulator5V

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Focus BDD: Group_PowerInput

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Arduino Mega 2560 power overview (excluding USB)

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Group_PowerInput

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Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Header3 on an Arduino Mega2560R3 - connections

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Header2 on an Arduino Mega2560R3 - connections

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Header1 on an Arduino Mega2560R3 - connections

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: ATmega16U2 with pin Ports in context of Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: ATmega2560 with pin Ports in context of Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

IBD: Arduino Mega2560R3 - headers with pins and logical ports

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

BDD: Header2 on an Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

BDD: Header3 on an Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

BDD: Header1 on an Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Pin types for headers on an Arduino Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Female 0.1" pin header strips - redefinition "ladder" view

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Package overview diagram for Mega2560R3

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

Pin header strips for Arduino Mega2560R3 - compartments view

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

A «pin» Pin is a node with a physical contract and a location on a board.

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

A «net» Net indicates a connected zone of essentially equal voltage

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: A SysMLv1.6+ model of the Arduino Mega2560Rev3 microcontroller board

A «node» Node as an electrical connection "point" within a single «net» Net

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1: A Webel recipe for modelling microcontrollers in SysML

Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Using a generic MagicDraw/Cameo query table to track /tracedTo for any NamedElement type using a derived relationship

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TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Using Trace to quickly elicit model elements from an identified figure, drawing, diagram, plot, graphic, or table from a domain source document

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

REFERENCE CARD: Webel Parsing Analysis for SysML1.x: Auxiliary stereotypes

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

More on tracking contradictions: Optical telescope example

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Indicating relationships between Snippets using tagged values: contradicts/contradictedBy

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Webel Parsing Analysis as a meta-process: Snippets before Requirements!

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

A «pa:implied» Element: Include a tagged value for at least one Snippet that implies it

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

«pa:triple»: Pseudo semantic triples (c.f. RDF/S and OWL)

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

«pa:term»: Dealing with synonyms, alternative names, and identifiers

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Simplified profile for Webel Parsing Analysis for SysML1.6+ in MagicDraw/Cameo (adapt as required)

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Package Diagram index of Source Input Zone and elicited model elements in the Target Model Zone

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Containment tree view of members of a «snippet» ElementGroup in MagicDraw/Cameo

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Slide kind

screenshot

Focus BDD for block FoxDogPangram

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TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Section

Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

PAD for eliciting the letters of an English-language pangram

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Focus BDD for block EnglishPangram

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TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Focus PAD for the Snippet ''an English-language pangram — a sentence that contains all of the letters of the English alphabet'

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Focus BDD for block FoxDogPangramContext

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Focus PAD for the Snippet 'The quick brown fox jumps over the lazy dog'

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Slide kind

TRAIL: Theory and best practices for the Webel Parsing Analysis recipe for SysMLv1.6+

Top-level Package/Model organisation for the Source Input Zone

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MultiDomainControl

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Section

Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

NewtonCoolingWithBlocks

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Block Diagram Components - S0 - DISO

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Block Diagram Components - SO - SISO

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

ThirdSpeciesWolf

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

FoxRabbitWithInit

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Interaction - Predation

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SinkOrSource - Reproduction - Starvation

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Lotka-Volterra Equations Revisited - RegionalPopulation

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Lotka-Volterra Equations Revisited - FlowingSpecies

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

UngroundedGearComparison - comparison

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

GroundedGear - comparison

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SMD_WithBacklash

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SMD

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Compliant - RotationalInertia - Spring - Damper - Ground

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Basic Rotational Components - TwoFlange

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

TwoPin - SwitchedRLC

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Resistor - Capacitor - Inductor - StepVoltage - Ground

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Electrical Components - TwoPin

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

AmbientConvectionCapacitance (combined)

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Cooling

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

AmbientCondition

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Convection

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

CoolingToAmbient

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

ThermalCapacitance - Adiabatic

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Thermal Connectors

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Graphical Connectors

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Block Connectors

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Fluid Connectors - ThermoFluid

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Fluid Connectors - Compressible

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Fluid Connectors - Incompressible

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SimpleDomains - Thermal

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SimpleDomains - Rotational

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SimpleDomains - Translational

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

SimpleDomains - Electrical

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Hysteresis - ChatteringControl

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Speed Measurement - SampleAndHold

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Switched RLC Circuit - SwitchedRLC

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

State Event Handling - Decay1

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Bouncing Ball

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Cooling Revisited - NewtonCoolingSteadyThenDynamic

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Cooling Revisited - NewtonCoolingDynamic

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Lotka-Volterra Systems - QuiescentModelWithModifications

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Lotka-Volterra Systems - QuiescentModelUsingStart

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Slide kind

TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Lotka-Volterra Systems - ClassicModel

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

A Mechanical Example - SecondOrderSystem

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

An Electrical Example - RLC1

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Getting Physical - NewtonCoolingWithTypes

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Getting Physical - NewtonCoolingWithDefaults

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Simple First Order System - FirstOrderSteady

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Simple First Order System - FirstOrderInitial

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TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica]

Simple First Order System - FirstOrder

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Slide kind

TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Simulation of the refrigerant cycle Activities and StateMachine in Cameo Simulation Toolkit

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snapshot

Refrigerant cycle Activity allocation

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Section

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MagicDraw/Cameo: allocation matrix

TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Activities driving Refrigerant states transitions

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

StateMachine for Refrigerant states

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

IBD: Context for SimpleDomesticInverterAirCon - detailed

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

IBD: Context for SimpleDomesticInverterAirCon

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

BDD: InverterSubsystem

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Overview of two SysPhS-style physical interaction Port types

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Overview of ValueTypes and Units

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Overview of flowing quantities and Port types with flows

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

BDD: SimpleDomesticInverterAirCon

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TRAIL: SysML: Simple model of an air conditioner with a refrigerant cycle and StateMachine driven by Activities in MagicDraw/Cameo

Package Diagram overview of a simple domestic air conditioner with an inverter

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

A.5 Humidifier: Value property defaults table

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

A.5 Humidifier: Scenario block overview BDDs: 96 to 102

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

Export to Modelica and execution of the SysML/SysPhS block HumidifierSystem_S1

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

BDD & PD: EvaporationCalculation2

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

BDD & PD: EvaporationCalculation

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

BDD & IBD: Evaporation

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

BDD & PD: HeatingCalculation

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

BDD & PD: TemperatureIncrease

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

BDD & IBD: Heating

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

BDD & PD: VaporGenerationPlantCalculation

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

BDD & PD: Radiation

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

BDD & IBD: VaporGenerationPlant

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

BDD & STM: HeaterControl

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

BDD & STM: Control

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

BDD & STM: UsageScenario

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

BDD & PD: WaterTank

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

BDD & IBD: Humidifier

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

BDD & PD: PercentageConversion

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

BDD & PD: VaporPressureCalculation

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

BDD & PD: HumidityBalance

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

BDD & PD: RelativeHumidityCalculation

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

BDD & IBD: RelativeHumidity

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

BDD & PD: SaturationVaporPressure

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

BDD & PD: VolumeConversion

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

BDD & IBD: HumidifiedRoom

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

BDD & IBD: HumidifierSystem

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

REFERENCE: A.5 Humidifier: Webel: Block overview

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

REFERENCE: A.5 Humidifier: Webel: ValueTypes and Units

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

Figure 65: Internal structure of the total humidifier system - black box vs details

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

Figure 64: Total humidifier system example (MOCKUP)

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

IBD: Figure 59: Internal structure of hydraulics system (with :values compartment showing)

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

Export to Modelica and execution of the SysML/SysPhS block ConnectedTanks

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

Parametric diagrams: Figure 62, Figure 63

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

BDD: Figure 61: Hydraulics model constraint blocks

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

IBD: Figure 59: Internal structure of hydraulics system

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

BDD: Figure 60: Hydraulics blocks, ports, & component properties

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

Figure 58: Hydraulics example (MOCKUP)

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

Export to Modelica and execution of the SysML/SysPhS block TestBed for SignalProcessing

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

Parametric diagrams: Figure 52, Figure 53, Figure 54, Figure 55, Figure 56, Figure 57

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

BDD: Figure 51: Signal processing system constraint blocks

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

IBD: Figure 48: Internal structure of the signal processor

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

BDD: Figure 50: Signal processing system blocks, ports, & component properties

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

IBD: Figure 47: Internal structure of test bed from signal source to sink

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

BDD: Figure 49: Total system (source to sink) blocks, ports, & component properties

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

Figure 46: Signal processor example (MOCKUP)

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signal processing diagram

Export to Modelica and execution of the SysML/SysPhS block Circuit

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

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

Parametric diagrams: Figure 41, Figure 42, Figure 43, Figure 44, Figure 45

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

BDD: Figure 40: Circuit constraint blocks

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

IBD: Figure 38: Internal structure of the circuit example

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

BDD: Figure 39: Electrical blocks, ports & component properties

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

Modelica versions of the ElectricCircuit (with and without overlapping connect lines)

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

modelica patch diagram

Figure 37: Electric circuit example (MOCKUP)

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

Figure 36: Elements for vector signal flow

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

Figure 35: Simulation platform stereotypes

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

Figure 34: Value types and units for physical quantities

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

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

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

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

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

11.3 Component behavior - Electrical components

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

11.3 Component behavior - Logical components

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

11.3 Component behavior - Routing components

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

11.3 Component behavior - Sources and sinks

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

11.3 Component behavior - Real.Mathematical

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

11.3 Component behavior - Real.NonLinear

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

11.3 Component behavior - Real.Discrete

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

11.3 Component behavior - Real.Continuous

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

Figure 31: Elements for physical interaction

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

Figure 30: Elements for signal flow

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MINI TRAIL: Some recommended tools for getting started with Model-Based Systems Engineering with SysML and simulation with Modelica and/or Simulink

External simulation: Languages and tools: SysML vs SysPhS vs Modelica vs Simulink

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MBSE: Languages and tools: NoMagic/Dassault vs SysML

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MINI TRAIL: Some recommended tools for getting started with Model-Based Systems Engineering with SysML and simulation with Modelica and/or Simulink

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Figure 29: State machine in SysML

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

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

Figure 28: Units in SysML

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

Figure 27: Default values and initial value in SysML

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

Figure 26: Constraint block for physical interaction in SysML

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

Figure 25: Constraint block for signal flow in SysML

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

Figure 24: Connectors in SysML

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

Figure 23: Ports for physical interaction in SysML

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

Figure 22: Ports for signal flow in SysML

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

Figure 21: PhSVariables and PhSConstant in SysML

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

Figure 17: Package and model in SysML

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

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

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

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

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

Figure 1: Simulation stereotypes

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04: Composite DigitalTwin

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35: Activity ActualisePhysicalAsset and «STUB» ManifestActualAssetFromPotentialAsset

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34: Activity «STUB» PopulatePotentialWithProcessesAndTrackingData

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33: Activity «STUB» PopulateDigitalWithDesignModels

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32: Activity CreatePhysicalEntityFromDigitalEntity

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31: Case: Create a new physical asset using a «digital» @Entity initially as a digital "template"

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30: Activity UpdateDigitalFromPhysical

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25: Effect Activities used by the acquisition case

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29: Acquisition case: «STUB» Activities for initial model data and information mapping

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28: Activity «stub» PopulateDigitalEntity

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27: Activity CreateDigitalEntityFromPhysicalEntity

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26: Activity IdentifyAcquireAttachPhysical

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23: Mini StateMachine for DigitalTwin and DoAttach effect Activity

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24: Case: Acquisition: Twin a pre-existing physical asset

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21: Example instances for 'asset'

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22: Mini StateMachines for @Entity, PotentialPhysicalAsset, ActualPhysicalAsset

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HOWTO return chain on a CallBehaviorAction for an Operation trigger of a Transition with an effect

Chain on a CallBehaviorAction for an Operation trigger of a Transition with an effect

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20: Package Diagram overview of 'asset'

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19: ANZLIC 2019 «snippet» text extracts about acquisition and creation of physical assets

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18: IBD for working environment temperature vs building energy consumption control loop

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17: Staging BDD for working environment temperature vs building energy consumption control loop

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16: Overview of 'building' package

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15: Example: Office building with blinds and lights affecting temperature and energy consumption

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01: Digital twin «snippet» text extracts from ANZLIC 2019

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14: IBD for PipeDigitalTwin flow control

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13: PipeDigitalTwin instances

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12: Overview of 'pipe' package

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11: Example: Twinning a construction Pipe

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10: Process overview

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09: IBD of DigitalTwin

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08: IBD of basic twin control loop

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07: BDD of twin control loop Blocks

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06: Focus BDD for EntityRepresentation

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05: Twin instances

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03: Focus BDD for the DigitalTwin block

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02: Overview of Package 'twin' and notations

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00: ‘This is Not a Pipe’ (‘Ceci n'est pas une pipe’)

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UML/SysML: HOWTO Consume a SignalEvent message in a StateMachine Transition 'effect' or State 'entry' or 'exit' Activity

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Consume a SignalEvent message in a StateMachine Transition 'effect' or State 'entry' or 'exit' Activity

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TRAIL: Webel's ultimate guide to Systems Modeling Language (v1) with MagicDraw/Cameo

Completion transitions and implicit triggers

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

Simulation video of sending an receiving a Signal via a Port in Cameo Simulation Toolkit

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still

Activity of Display

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

The Append activity within Number

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

Activity of Receiver

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

Activities of Keypad

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

BDD of Receiver and Number (digit accumulator)

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

BDD overview of entire mini system

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HOWTO: Send and receive a Signal via Ports in SysML and Cameo Simulation Toolkit

IBD with Keypad, two specific Receiver sub-types, and a Display

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Trade study with multiple targets

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

A 2nd injection target I_B

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

MultiClient with two injectable service targets

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Trade(-off) study for Client with A1 and A2 instances (dependency injection)

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Executable instance tables for Client with A1 and A2 instances (dependency injection)

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Executable instance tables for A1 and A2 (concrete implementations of I_A)

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Parametric diagrams with BindingConnectors for concrete implementation blocks A1 and A2

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

Variations on concrete implementations of I_A and the constraints with computations they carry

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TRAIL: HOWTO simulate Dependency Injection of SysML Parametric calculations

The problem statement: A Client subscribes to an output value property but does not know what computes it or how

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TRAIL: Webel SysML Parsing Analysis example: Optical telescopes from Wikipedia: Structure and port-based light flow model

Overview of major Package Diagrams for the optical telescopes model

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TRAIL: Webel SysML Parsing Analysis example: Optical telescopes from Wikipedia: Structure and port-based light flow model

AplanaticGregorianReflector - finer image flow model

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TRAIL: Webel SysML Parsing Analysis example: Optical telescopes from Wikipedia: Structure and port-based light flow model

AplanaticGregorianReflector - finer light flow model

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TRAIL: Webel SysML Parsing Analysis example: Optical telescopes from Wikipedia: Structure and port-based light flow model

AplanaticGregorianReflector - simple light flow model

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TRAIL: Webel SysML Parsing Analysis example: Optical telescopes from Wikipedia: Structure and port-based light flow model

Gregorian primary and secondary assembly variations within the tube

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Comparison of reflecting telescopes so far

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The classic Cassegrain telescope has a parabolic primary mirror and a hyperbolic secondary mirror

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The Newtonian telescope has flat secondary mirror and a paraboloid or spherical primary mirror

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The Gregorian telescope employs a concave secondary mirror that reflects the image back through a hole in the primary mirror.

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A curved primary mirror is the reflector telescope's basic optical element

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KeplerianRefractor: simple image flow model: context IBD with itemProperty

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KeplerianRefractor: simple image flow model: staging BDD

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SimpleOpticalTelescope light flow model: staging BDD and context IBD

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IBD of a SimpleOpticalTelescope in context with some relationships

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The basic scheme of an optical telescope: Keplerian refractor

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An object infinitely far from the optical system forms an image at the rear focal plane

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Optics: real images vs virtual images and focus points

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Most (but not all) telescope designs produce an inverted image at the focal plane

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An eyepiece is a type of lens that is attached to a variety of optical devices such as telescopes and microscopes.

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The objective is the optical element that gathers light from the object being observed and focuses the light rays

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Optical images, image sensors, image data

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An optical telescope is a telescope that gathers and focuses light mainly from the visible part of the electromagnetic spectrum

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Calculate wavelengths from frequencies and compare EM regions in a table

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Radio frequencies (just a quick look)

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Optical radiation, visible, UV, and infrared

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Many new types of telescopes were invented including radio telescopes and infrared telescopes

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The reflecting telescope uses mirrors to collect and focus light

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Focus BDD for block RefractingTelescope

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The first known practical telescopes were refracting telescopes

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Overview of all diagrams after moving elicited model elements out of the '0-source' zone

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Our first Parsing Analysis diagram about telescopes

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TRAIL: Webel SysML Parsing Analysis example: A particle physics taxonomy from Wikipedia

A focus BDD for the AtomicNucleus block

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The neutron is classified as a hadron, because it is a composite particle made of quarks.

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Improved baryon Package Diagram including Nucleon, Proton, Neutron

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Protons are spin-1/2 fermions and are composed of three valence quarks, making them baryons

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The Quark block's focus BDD so far

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The quark Package Diagram so far

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There are six types of quarks (and six antiquarks)

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An abstract Q(u)ark for M(u)ster M(u)ark

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From hadron to meson Package Diagrams and focus BDDs

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The minimum on mesons

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Some more baryons (and even more baryons)

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Spin-1/2 particles so far

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Neutrons and protons are spin-1/2 fermions and baryons

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Leptons as fermions

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Updated lepton Package Diagram

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Converting mass and charge using SysML Parametrics

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Mass and charge of electron and positron

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Modelling antiparticles, antileptons, and antimatter

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Leptons and interactions

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Spin for elementary particles and composite particles

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Mass of charged leptons and decay (Part 2)

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Mass of charged leptons and decay (Part 1)

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The lepton Package Diagram so far

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Lepton flavours and generations

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Focus BDD for the abstract ChargedLepton block

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Focus BDD for the Positronium block

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Use multiple snippets to bridge knowledge gaps

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Updated focus BDD for Lepton including charge

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Lepton types by charge

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Focus BDD for the Lepton block

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Overview of all diagrams after moving elicited model elements out of the 'source' zone

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Calculate whether a specific particle is a lepton using SysML parametrics

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Our first Parsing Analysis diagram about leptons

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TRAIL: Webel's ultimate guide to Systems Modeling Language (v1) with MagicDraw/Cameo

REFERENCE CARD: Property cheat-sheet for Block

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SysML Activity extension stereotypes - REFERENCE CARD

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11:01: [STUB] Activity modelling extensions in SysML

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StructuredActitivityNodes (structured actions) - ADVANCED REFERENCE ONLY

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ExpansionRegion: running «iterative» example

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LoopNode: running loopVariable example

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LoopNode with loopVariable - ADVANCED REFERENCE

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Loop: running example using DecisionNode and MergeNode and an Integer property in a context

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LoopNode: basic running example

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ExecutableNode has implicit fork

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OPTION double InitialNode

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CORRECT InitialNode explicit fork

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INCORRECT InitialNode no implicit fork

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ForkNode and JoinNode with optional ControlFlow guards - LIMITED SUPPORT

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AND with ForkNode and JoinNode

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OR with DecisionNode and MergeNode

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UML2 Types of Pins - metaclasses

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ActivityParameterNode cases - REFERENCE CARD

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Parameter vs ActivityParameterNode vs Pin

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Starting an Action that has a ValuePin - LIMITED SUPPORT

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Starting an Action that has a ControlPin

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Starting an Action that has an InputPin with multiplicity

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Starting an Action that has an InputPin

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ActivityPartitions using “swimlane” notation

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Activity example: send and catch Signal

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uml101 - Activity Diagram - notation - REFERENCE CARD

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Transitions

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Pseudostates - deepHistory and shallowHistory

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Pseudostates - choice

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Pseudostates - junction

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Pseudostates - initial, fork, join, terminate

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Using submachines

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Submachines: entryPoint and exitPoint

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Composite state entry and exit points

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Effect, Entry, Do, Exit

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State configurations

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Kinds of States

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uml101 - StateMachines - NOTATION REFERENCE CARD

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UML Event types for triggering Transitions

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StateMachines - simplified metaclass hierarchy

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Behavior StateMachines can be used to specify any of the following

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UML2 ValueSpecification - metaclasses - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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Required/Provided Interface notation: Ball-and-Socket "dependency wiring" [tool specific]

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01:02: UML 101 for model-based systems engineering with SysML

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BehavioredClassifier and provided and required Interfaces

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01:02: UML 101 for model-based systems engineering with SysML

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Internal Structure Compartment vs Composite Structure Diagram

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01:02: UML 101 for model-based systems engineering with SysML

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UML Composite Structure Diagram

InstanceSpecifications with links and Slots

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Association and Property - some cases

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01:02: UML 101 for model-based systems engineering with SysML

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Inherited Feature indicator

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01:02: UML 101 for model-based systems engineering with SysML

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Generalization and VisibilityKind example

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01:02: UML 101 for model-based systems engineering with SysML

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Class compartments

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01:02: UML 101 for model-based systems engineering with SysML

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UML2 StateMachine - metaclasses - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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UML2 Actions - metaclasses - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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UML2 Activity Diagram - essential metaclasses - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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UML2 simplified key "relationship" metaclasses hierachy - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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UML2 simplified key metaclass hierarchy (excluding relationships) - ADVANCED REFERENCE ONLY

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01:02: UML 101 for model-based systems engineering with SysML

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The SysML diagrams

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01:01: [BRIEF] SysML Overview

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Integration of software engineering and systems engineering standards

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00:00: [BRIEF] Why SysML? Why Model-Based Systems Engineering?

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Recent systems engineering standards: 15288

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00:00: [BRIEF] Why SysML? Why Model-Based Systems Engineering?

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Some historical systems engineering standards

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00:00: [BRIEF] Why SysML? Why Model-Based Systems Engineering?

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Context-specific values tree in SysML - DEMO OVERVIEW

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08:04: Deep configuration using SysML context-specific values

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Values - LuxuryPhoneConfig - IBD

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08:04: Deep configuration using SysML context-specific values

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Values - LuxuryPhoneConfig - BDD

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08:04: Deep configuration using SysML context-specific values

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Values - SmartPhone with 2 PhoneCameras - IBD

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Values - SmartPhone with 2 PhoneCameras - BDD

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Values - CustomCamera with customised Sensor with pixels - IBD

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08:04: Deep configuration using SysML context-specific values

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Values - CustomCamera with customised Sensor with pixels - BDD

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08:04: Deep configuration using SysML context-specific values

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Values - BasicCamera with Sensor with pixels - IBD

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08:04: Deep configuration using SysML context-specific values

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Values - BasicCamera with Sensor with pixels - BDD

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08:04: Deep configuration using SysML context-specific values

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QuantityKind and ValueType example - frequency vs clock frequency vs sound frequency

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08:03: The SysML QuantityKind and Unit

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QuantityKind and ValueType example - length vs radius vs radius of tire

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08:03: The SysML QuantityKind and Unit

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REFERENCE CARD: QUDV - basic metamodel

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08:03: The SysML QuantityKind and Unit

Block level :values and :properties compartments in IBD

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Instances with part-carrying Slots

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Instances with value-carrying Slots

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Using Enumeration in SysMLv1

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SysML Complex ValueType

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Table 8-1 - Graphical nodes defined in Block Definition diagrams - ValueType - MagicDraw SysML 19SP3

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Structured vs Primitive DataType

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UML DataType vs SysMLv1 ValueType

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SysML ValueType and QUDV overview

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Useful "user-defined" stereotypes for Blocks: «system context», «system», «subsystem», «external», «domain»

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Associative BDD view

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Boundary Ports and kinds of Connectors

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09:02: Ports - The basics

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Association vs Connector - detailed

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Dependency vs Usage vs Association vs Connector

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Examples of Dependency and Usage

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Redefined Properties: Home entertainment system

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Indicating inherited features: Home entertainment system

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More block Generalization examples: Home entertainment system

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SysML "shared" Property challenge as objects: two Triangles share one LineSegment edge.

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SysML "shared" Property example: two Triangles share one LineSegment edge.

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SysML Reference Property representations

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SysML Part Property representations

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Block, Generalization, Association: Home entertainment system

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REFERENCE CARD: Types of Block Properties and Block compartments

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ExampleBlock in an Internal Block Diagram (BDD)

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ExampleBlock in a Block Definition Diagram (BDD)

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View and Viewpoint example with «Create» method

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27:01: Views and Viewpoints

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SysML View and Viewpoint - metamodel

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27:01: Views and Viewpoints

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Example: Linking to an external JIRA issue tracking page using a Comment extension with tagged values metadata

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17:01: Creating custom Comment stereotypes

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A custom Comment extension with tagged values metadata

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17:01: Creating custom Comment stereotypes

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The SysML Problem and Rationale extensions of Comment

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17:01: Creating custom Comment stereotypes

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SysMLv1.x: An ElementGroup in the model tree browser of MagicDraw/Cameo

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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SysMLv1.x: Customizing the ElementGroup extensions for the Webel Parsing Analysis recipe (simplified)

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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SysMLv1.x: Extending the ElementGroup for the Webel Parsing Analysis recipe (a quick look)

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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SysMLv1.x: An ElementGroup used for basic Parsing Analysis model element elicitation: Example 2

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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SysMLv1.x: An ElementGroup used for basic Parsing Analysis model element elicitation: Example 1

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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SysMLv1.x: The ElementGroup stereotype

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18:01: Logical grouping with the ElementGroup extension of Comment in SysMLv1.x

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Allocation table in the MagicDraw/Cameo tool

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15:01: The Allocate relationship and functional analysis

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MagicDraw/Cameo: allocation matrix

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matrix

Allocation matrix in the MagicDraw/Cameo tool

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15:01: The Allocate relationship and functional analysis

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MagicDraw/Cameo: allocation matrix

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matrix

Allocation via swimlanes in definition allocation mode - DOs and DON'Ts

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15:01: The Allocate relationship and functional analysis

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Allocation via swimlanes in usage allocation mode - DOs and DON'Ts

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15:01: The Allocate relationship and functional analysis

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Allocation of a CallBehaviorActionAction to a PartProperty via an AllocateActivityPartition "swimlane"

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15:01: The Allocate relationship and functional analysis

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Functional allocation of a CallBehaviorAction (usage level) in an Activity Diagram to elements in a BDD

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15:01: The Allocate relationship and functional analysis

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Structural Allocation: USB - Progressive refinement using Allocations

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15:01: The Allocate relationship and functional analysis

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Functional allocation of an Activity (definition level) in a BDD with callouts

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15:01: The Allocate relationship and functional analysis

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GOTCHA: UML Component «subsystem» vs non-normative SysML «subsystem»

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14:01: UseCases in SysML

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Package, Model, or SysML Block as UseCase owner

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14:01: UseCases in SysML

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UseCases - UML subject vs SysML Block

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14:01: UseCases in SysML

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The non-normative extended requirements

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MagicDraw/Cameo: Satisfy Requirement Matrix: Hybrid SUV vs Block and PartProperty (relations only)

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MagicDraw/Cameo: relationship matrix

MagicDraw/Cameo: Satisfy Requirement Matrix: Hybrid SUV vs Block (relations only)

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MagicDraw/Cameo: relationship matrix

MagicDraw/Cameo: Satisfy Requirement Matrix: Hybrid SUV vs Block (all)

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MagicDraw/Cameo: relationship matrix

The Copy relationship

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Composite (a.k.a. "compound") Requirements

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TestCase and Verify example - callout style

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TestCase and Verify metamodel

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TRAIL: Webel's ultimate guide to Systems Modeling Language (v1) with MagicDraw/Cameo

Trace used for model element elicitation - tagged value and element property styles

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Trace used for model element elicitation - callout style

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Requirements and the Trace relationship - metamodel

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Satisfying Requirements and the Satisfy relationship

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Refining requirements

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Derived requirements and the DeriveReqt relationship - compartment styles

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Derived requirements and the DeriveReqt relationship

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A basic Requirement is an AbstractRequirement

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A most basic Requirement with a 'name', an 'id', and 'text'

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AdjunctProperty for CallBehaviorAction and ObjectNode

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11:02: Activity Decomposition for functional allocation

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A very simple Activity decomposition in a BDD using AdjunctProperty

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11:02: Activity Decomposition for functional allocation

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Some valid FullPorts from the outside

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09:06: ProxyPorts and FullPorts

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ProxyPort minimal example - delegation to part

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09:06: ProxyPorts and FullPorts

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ProxyPort cases - ADVANCED TOPIC

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09:06: ProxyPorts and FullPorts

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WaterProcessingPlant - FlowProperty and ItemFlow example with Ports (in IBD with verbose Port compartments)

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09:05: FlowProperty and Ports with flows

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WaterProcessingPlant - FlowProperty and ItemFlow example with Ports (in BDD with structure)

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09:05: FlowProperty and Ports with flows

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WaterProcessingPlant - FlowProperty and ItemFlow example with Ports - type staging

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09:05: FlowProperty and Ports with flows

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ItemFlow without and with itemProperty - and compatible ItemFlows

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09:01: Indicating flow on Associations and Connectors

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Using SysML ItemFlow on an Association to show compatibility with a physical flow

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09:01: Indicating flow on Associations and Connectors

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HISTORICAL: On using the plain ol' UML InformationFlow in SysML (but please instead use a SysML ItemFlow without an 'itemProperty' on Associations)

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09:01: Indicating flow on Associations and Connectors

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UML provided/required Interfaces vs SysML DirectedFeatures on Ports

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Hybrid SUV example: provided/required DirectedFeatures (Internal Definition Diagram)

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Hybrid SUV example: provided/required DirectedFeatures (Block Definition Diagram)

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[HISTORICAL] UML-STYLE: Hybrid SUV example: Ports with required/provided Interfaces (Internal Definition Diagram)

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[HISTORICAL] UML-STYLE: Hybrid SUV example: Ports with required/provided Interfaces (Block Definition Diagram)

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Figure 16-6: Linkage of a Test Case to a requirement (and Figure 16-7)

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 16-5: Use of the copy dependency to facilitate reuse

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 16.4: Requirement satisfaction in an internal block diagram

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 16-3: Links between requirements and design

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 16-2: Requirements Derivation

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 16-1: Abstract Syntax for Requirements Stereotypes

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Section: SysML-1.6 specification diagrams: 16 Requirements

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Figure 15-9: Allocation Matrix showing Allocation for Hybrid SUV Accelerate Example

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-8: Example of Structural Allocation

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-7: Example of flow allocation from ObjectNode to FlowProperty

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-6: Example of flow allocation from ObjectFlow to ItemFlow

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-5: Example of flow allocation from ObjectFlow to Connector

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-4: Behavior Allocation

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Figure 15-3: Generic Allocation, including /from and /to association ends

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Figure 15-2: Abstract syntax expression for AllocateActivityPartition

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Section: SysML-1.6 specification diagrams: 15 Allocations

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Figure 15-1: Abstract syntax extensions for SysML Allocation

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Figure 13-1: Block definition diagram with state machines as blocks associated with submachines and types of parameters

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Section: SysML-1.6 specification diagrams: 13 StateMachines

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Figure 12-1: Block definition diagram with interactions as blocks associated with used interactions and types of parameters

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Section: SysML-1.6 specification diagrams: 12 Interactions

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Figure 11-14: Example block definition diagram for object node types

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-13: Example block definition diagram for activity decomposition

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-12: Continuous system example 3 {EXPLICIT PINS}

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Figure 11-11: Continuous system example 2 {EXPLICIT PINS}

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Figure 11-11: Continuous system example 2 {ELIDED PINS}

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Figure 11-10: Continuous system example 1 {EXPLICIT PINS}

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-10: Continuous system example 1 {ELIDED PINS}

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-9: Control values

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-8: Abstract Syntax for SysML Activity Extensions

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-5: Block definition diagram with activities as blocks associated with types of object nodes, variables, and parameter

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-4: Control flow notation

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Figure 11-3: CallBehaviorAction notation with action name

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-2: CallBehaviorAction notation with behavior stereotype

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Section: SysML-1.6 specification diagrams: 11 Activities

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Figure 11-1: Block definition diagram with activities as blocks

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Figure 10-1: Stereotypes defined in SysML ConstraintBlocks package

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Section: SysML-1.6 specification diagrams: 10 ConstraintBlocks

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Figure 9-17: Usage example of item flow decomposition

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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Figure 9-16: Usage example of item flow decomposition

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-15: Usage example of item flows in internal block diagrams

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-14: Water Delivery association block with internal Plumbing connector

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-13: Internal structure of Plumbing association block

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-12: Plumbing association block

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-11: Specializations of Water Client in house example

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-10: Two views of Water Delivery connector within House block

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-9: Internal structure of Water Delivery association block

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-8: Water Delivery association block

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-7: Usage example of proxy and full ports

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-6: Usage example of ports with provided and required features

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-5: Item Flow Stereotype

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-4: Provided and Required Features

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-3: Stereotypes for Property Value Change Events

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-2: Stereotypes for Actions on Nested Ports

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 9-1: Port Stereotypes

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Section: SysML-1.6 specification diagrams: 09 Ports and Flows

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-23: Changes in classification over time due to property-specific types

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-22: Property-specific types in facility example

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-18: Example of Unit, QuantityKind and ValueType definitions

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-17: Vehicle specialization

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-15: Vehicle decomposition

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-16: Vehicle internal structure (BoundReference example)

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-14: Defining Value Types with units of measure from the International System of Units (SI)

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-13: Internal Block Diagram for WheelHubAssembly

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-12 - Block diagram for the Wheel Package (WheelHubAssembly)

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-11: Model library for Unit and QuantityKind

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-10: Model library for primitive value types

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-9: Abstract syntax extensions for SysML adjunct properties and classifier behavior properties

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-7: Abstract syntax extensions for SysML property-specific types

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-6: Abstract syntax extensions for SysML connector ends

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-5: Abstract syntax extensions for SysML property paths

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-3: Abstract syntax extensions for SysML properties

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-4: Abstract syntax extensions for SysML value types

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-2: Abstract syntax extensions for SysML blocks

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 8-1: Nested property reference

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Section: SysML-1.6 specification diagrams: 08 Blocks

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure 4-3: SysML Package Structure

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Section: SysML-1.6 specification diagrams: 04 Language and Architecture

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

INTERLUDE: we are half-way through the trail

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.41 - Supporting InstanceSpecification tree for 'initialValues (context-specific values) in MagicDraw/Cameo

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snapshot

Figure D.41 - Special Case of Internal Block Diagram Showing Reference to Specific Properties (serial numbers)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.40 - Tabular Representation of Allocation from “Accelerate” Behavior Model to Power Subsystem (Table)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.39 - Flow Allocation to Power Subsystem (Power Functional Allocation)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.38 - Detailed Behavior Model for “Provide Power” {EXPLICIT PINS}

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.38 - Detailed Behavior Model for “Provide Power” {ELIDED PINS}

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.37 - Decomposition of “Accelerate” Function (Activity and Object Flow Breakdown)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.36 - Behavior Model for “Accelerate” Function (Activity Diagram) {EXPLICIT PINS}

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.36 - Behavior Model for “Accelerate” Function (Activity Diagram) {ELIDED PINS}

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.35 - Results of maximum Acceleration Analysis (Timing Diagram) [PLACEHOLDER]

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.34 - Defining Straight-Line Vehicle Dynamics Mathematical Constraints (Definition of Dynamics)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.33 - Straight Line Vehicle Dynamics Mathematical Model (Parametric Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.32 - Establishing Mathematical Relationships for Fuel Economy Calculations (VARIATION: labels inside)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.32 - Establishing Mathematical Relationships for Fuel Economy Calculations (Parametric Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.31 - Defining Measures of Effectiveness and Key Relationships (Parametric Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.30 - The Requirements and VnV views with supporting views (Package Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.29 - Requirements and VnV views exposing elements from the model (Package Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.28 - Defining Requirements and VnV viewpoints (Package Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.27 - Establishing a Performance View of the User Model (Package Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.26 - Defining Analyses for Hybrid SUV Engineering Development (Block Definition Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.25 - Detailed Internal Structure of Fuel Delivery Subsystem (Internal Block Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.24 - Defining Fuel Flow Constraints (Parametric Diagram) [ANNOTATED]

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.24 - Defining Fuel Flow Constraints (Parametric Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.23 - Elaborating Definition of Fuel Flow (Power Subsystem Fuel Flow Definition)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.20 - Blocks Typing Ports in the Power Subsystem (ICE Port Type Definitions)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.19 - Internal Structure of the Power Subsystem (Internal Block Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.18 - Defining Structure of Power Subsystem (PowerSubsystem Breakdown)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.17 - Internal Structure of Hybrid SUV

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.16 - Defining Structure of the Hybrid SUV System (Hybrid SUV Breakdown)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.15 - Defining the Automotive Domain (Automotive Domain Breakdown)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.14 - Requirements Relationships Expressed in Tabular Format (Table)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.13 - Acceleration Requirement Relationships

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.12 - Establishing Derived Requirements and Rationale from Lowest Tier of Requirements Hierarchy

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.11 - Establishing HSUV Requirements Hierarchy (containment)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.10 - White Box Interaction for “StartVehicle”

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

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SysML Sequence Diagram

UML Sequence Diagram

Figure D.9 - Black Box Interaction for "StartVehicle", referencing White Box Interaction

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SysML Sequence Diagram

UML Sequence Diagram

Figure D.8 - Finite State Machine Associated with “Drive the Vehicle”

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.7 - Elaborating Black Box Behavior for the “Drive the Vehicle” Use Case

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SysML Sequence Diagram

UML Sequence Diagram

Figure D.6 - Establishing Operational Use Cases for Drive the Vehicle

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SysML UseCase Diagram

Figure D.5 - Establishing Top Level Use Cases for the Hybrid SUV

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SysML UseCase Diagram

Figure D.4 - Establishing the Context of the Hybrid SUV System using a User-Defined Context Diagram

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.3 - Establishing Structure of the User Model using Packages and Views

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.2 - Defining ValueTypes and Units to be used in the Sample Problem

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.1 - Establishing the User Model by importing and applying SysML Profile & Model Library (Package Diagram)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.22 - Consolidating Connectors into the CAN Bus (CAN Bus Description)

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TRAIL: The SysML-1.6 Hybrid SUV sample and specification diagrams in MagicDraw/Cameo (with annotations) [UNDERGOING UPDATE to SysML1.7]

Figure D.21 - Initially Defining Flow Specifications for the CAN Bus (CAN Bus Flow Properties)

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TRAIL: UML Behavior: Activities and Actions

ObjectNodes may specify an inState set of States

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UML hybrid diagram

HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

A quick look at accessing an Operation on a Transition or ActivityEdge guard with Alf vs ALH

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The WhenValid Activity as effect Behavior

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The number validation guard

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The number.print Activity as exit Behavior for the PartialDial State

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The append(n:int) operation and its Activity method Append

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The number.append Activity as entry Behavior for the PartialDial State

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

StartDialTone and StopDialTone

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

StateMachine for the Dialer class

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The Connect Activity

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

The Controller Activity (classifierBehavior of the Controller class)

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

CatchDialN: Activity with AcceptEventAction for a SignalEvent and a CallBehaviorAction

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

Activity: DialN(n:int)

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

Overview: Controller class (and its Activity), Dialer Class (and its StateMachine), Number class

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

Representing the telephone numbers as Signals

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HOWTO simulate UML-2.5.1 'Figure 14.7 Composite State with two States' in Cameo Simulation Toolkit - Operation-driven Transition case study

Figure 14.7 Composite State with two States

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HOWTO invoke an operation as a Transition guard in Cameo Simulation Toolkit

StateMachine diagram for comparing action language access to an operation for a guard

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HOWTO invoke an operation as a Transition guard in Cameo Simulation Toolkit

Class diagram for comparing action language access to an operation for a guard

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