Tom Sawyer Model-Based Engineering
About Tom Sawyer Model-Based Engineering
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Tom Sawyer Model-Based Engineering (MBE) by Tom Sawyer Software is a powerful diagramming and model visualization platform designed specifically for engineers, systems architects, and developers involved in complex model-driven design processes. Built to support Model-Based Systems Engineering (MBSE) methodologies, its primary purpose is to provide users with a robust set of tools for visualizing, editing, and analyzing interconnected models across a variety of domains including aerospace, automotive, defense, and enterprise IT systems. It offers extensive support for SysML, UML, BPMN, and custom metamodels, enabling seamless transformation of abstract system models into intuitive, interactive visual representations. The user interface of Tom Sawyer MBE is highly professional and clean, optimized for technical users who demand precision and control. Though the initial learning curve might be steep for new users unfamiliar with modeling paradigms, the interface becomes intuitive with use. It features a workspace divided into model explorers, diagram canvases, and property panels, which can be customized according to user needs.
Pros & Cons
- Dramatically reduces the time systems engineers spend on manual diagram arrangement.
- Creates dynamic, interactive, and customizable diagrams suitable for various audiences and stakeholders.
- Aids in validating model consistency by visually exposing hidden or missing connections.
- Works directly with leading systems engineering tools, simplifying the workflow.
- Offers extensive control over what is displayed and how it is laid out, catering to specific user needs.
- The extensive features and customization options may require some initial time to master.
- While there is a separate viewer for SysML v2, the core Model-Based Engineering product is primarily focused on SysML v1.0.
- The plug-in versions are limited to specific modeling tools ), though support for others is mentioned as an option.
- With complex models, the ability to show varying levels of detail and load neighbors could still lead to a cluttered view if not used carefully.
Features
Key features
The software automatically lays out and generates complex SysML diagrams (Block Definition, Internal Block, and Parametric Diagrams) from model definitions in seconds.
Diagrams are not static images. Users can navigate, filter, and zoom into different levels of detail on demand.
A unique feature is the ability to instantly switch between a highly technical layout and an iconic, more inviting visual style with a single click.
The generated drawings can be used to validate the consistency of the underlying model.
The software integrates directly with popular modeling tools like Teamwork Cloud and MagicDraw/Cameo Systems Modeler.
The application can incrementally load related elements directly from the SysML model.
Additional features
Automatically generates SysML diagrams (Block Definition, Internal Block, and Parametric Diagrams) by mining data from a model definition.
Rigorous SysML diagrams are generated in seconds, significantly reducing the time spent on manual drawing.
Users can show varying levels of detail on demand, allowing for focused analysis.
End users can navigate, filter, and zoom within diagrams to explore the model interactively.
The software saves and restores drawings across user sessions, allowing work to be picked up where it was left off.
A single click can transform a diagram between a technical layout and an iconic, more audience-friendly style.
The generated drawings help validate the consistency of the Internal Block model by highlighting hidden or missing connections.
Elements can be custom colored by stereotype or metaclass for improved clarity and categorization.
Identifies bus nodes with special rendering in the diagram for quick identification.
Allows users to set constraints on node and port placement (left/right side, inside/outside a node) for customized layouts.
Elements can be grouped into a nested drawing structure to control the level of detail displayed.
Users can incrementally load related elements directly from the SysML model, enabling a gradual exploration of complex designs.
Diagrams can be navigated through a tree structure or by double-clicking a node with a link to open a related diagram.
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About Tom Sawyer Model-Based Engineering
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Tom Sawyer Model-Based Engineering Details
Tom Sawyer Model-Based Engineering's In-App Market Place
Does Tom Sawyer Model-Based Engineering have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
1
Mini Apps
N/A
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), JPY (¥), CAD (C$), AUD (A$), CHF (CHF), CNY (¥), INR (₹), RUB (₽), BRL (R$), KRW (₩), MXN (Mex$), SEK (kr), TRY (₺), ZAR (R), SGD (S$), HKD (HK$), NOK (kr).
Pros & Cons
- Dramatically reduces the time systems engineers spend on manual diagram arrangement.
- Creates dynamic, interactive, and customizable diagrams suitable for various audiences and stakeholders.
- Aids in validating model consistency by visually exposing hidden or missing connections.
- Works directly with leading systems engineering tools, simplifying the workflow.
- Offers extensive control over what is displayed and how it is laid out, catering to specific user needs.
- The extensive features and customization options may require some initial time to master.
- While there is a separate viewer for SysML v2, the core Model-Based Engineering product is primarily focused on SysML v1.0.
- The plug-in versions are limited to specific modeling tools ), though support for others is mentioned as an option.
- With complex models, the ability to show varying levels of detail and load neighbors could still lead to a cluttered view if not used carefully.
Tom Sawyer Model-Based Engineering's Support Options
Email Address
marketing@tomsawyer.comDocumentation
https://support.tomsawyer.com/documentation
