Enhance your ability to explore and understand intricate SysML v2 models with Tom Sawyer SysML v2 Viewer. Take advantage of automatic layout, intuitive graph interaction, and seamless integration with any SysML v2 API-compliant repository to efficiently analyze complex models and gain deeper insights.
Enhance your ability to explore and understand intricate SysML v2 models with Tom Sawyer SysML v2 Viewer. Take advantage of automatic layout, intuitive graph interaction, and seamless integration with any SysML v2 API-compliant repository to efficiently analyze complex models and gain deeper insights. Visualize models from any repository that supports the SysML v2 API and services specification, ensuring smooth integration and effortless access to your models.
SysML v2 represents a significant advancement over SysML v1, addressing many of its limitations and introducing new features to enhance the modeling experience for systems engineers. With improved usability, expressiveness, integration, and tool support, SysML v2 is poised to become a more powerful and effective language for systems modeling.
With our powerful automatic layout, SysML v2 Viewer software instantly generates interactive graph visualizations of models, saving systems engineers from hours of time manipulating incomplete and inelegantly arranged drawings. Easily and automatically enforce standard drawing conventions using built-in graph layout algorithms for consistent, readable, and dynamic diagrams. Choose from hierarchical or orthogonal layout styles. Additional settings allow you to choose left-to-right or top-to-bottom layout direction when using hierarchical layout. SysML v2 Viewer allows you to focus your time and effort on modeling and analysis rather than rearranging diagrams.
SysML v2 Viewer gives you unparalleled flexibility to interactively create custom visualizations that reveal connections and insights at a glance. Intuitive graph interaction features allow you to effortlessly navigate intricate system designs and relationships with ease, and simplifies communication of complex concepts to stakeholders with presentation-ready visualizations. Interaction features include selectively loading model elements in an intuitive tree diagram or nested structure, and removing model elements from the visualization.
When loading model elements, you can choose to load only a specific element, the element and its direct children, or the element and all its descendants. Likewise, you can selectively remove model elements from the diagram, to customize it for your purposes. Removing elements does not remove them from the source model.
When user-defined keywords are used in the source file of your model, you can customize the diagram by adding colors to your models to visually distinguish different components or system behaviors. Color-coding allows you to quickly identify key elements, spot patterns, and highlight areas of interest or concern, making it easier to interpret complex models. This approach also improves communication with stakeholders by simplifying the representation of intricate systems, enabling faster comprehension and more informed decision-making. Ultimately, color adds an extra layer of context that boosts efficiency in system analysis and design.
Highlights
Powerful automatic layout for complex systems models saving hours of time manipulating drawings.
Intuitive graph interaction to selectively load and remove model elements from the visualization to create custom visualizations and simplify communication of complex concepts.
Visualize relationships between model elements in a tree diagram or a nested structure to reveal connections and insights at a glance. Visualize models in any repository that supports the SysML v2 API and services specification.
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Try this product free for 5 days according to the free trial terms set by the vendor. Usage-based pricing is in effect for usage beyond the free trial terms. Your free trial gets automatically converted to a paid subscription when the trial ends, but may be canceled any time before that.
Pricing is based on actual usage, with charges varying according to how much you consume. Subscriptions have no end date and may be canceled any time. Alternatively, you can pay upfront for a contract, which typically covers your anticipated usage for the contract duration. Any usage beyond contract will incur additional usage-based costs.
Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator to estimate your infrastructure costs.
You pay by the hour for the EC2 instance you run the SysML v2 Viewer on. Pricing scales with instance size and family, not with features. All instances give you the same viewer software. The t3 instances are burstable general-purpose sizes (large through 2xlarge). The m5 instances are general-purpose sizes (large through 12xlarge). The c5 instances are compute-optimized sizes (xlarge through 9xlarge). Choose a larger instance to handle bigger or more complex models. You are billed only for the hours each instance runs, so cost follows your actual usage.
Top-of-mind questions for buyers
What exactly does the hourly rate cover on each instance size?
The hourly rate covers the SysML v2 Viewer software running on that EC2 instance. All sizes run the same viewer. You point it to your SysML v2 API-compliant model repository. AWS charges the underlying compute separately. You choose the instance family and size to match your model size and complexity.
Am I charged when the EC2 instance running the viewer is stopped?
The hourly software charge meters only running time. When you stop the instance, the per-hour software charge stops. You pay only for the hours each instance actually runs. Note that AWS may still bill underlying storage for a stopped instance, separate from the viewer software charge.
How do the t3, m5, and c5 families differ for choosing a size?
t3 sizes are burstable general-purpose, suited to lighter or intermittent use. m5 sizes are steady general-purpose. c5 sizes are compute-optimized, favoring processing-heavy work. Larger sizes within a family handle bigger or more complex models. Each runs the same viewer, so your choice affects capacity and cost, not features.
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An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
Version release notes
This release supports direct connectivity to Flexo, OpenMBEE's open-source, graph-native model management service, and to Dassault No Magic Teamwork Cloud. Also, many third-party libraries have been updated to eliminate potential vulnerabilities.
Additional details
Usage instructions
Ensure the security group rules for inbound traffic enable TCP ports 80, 443, 9000, and 22. For convenience during launch configuration, you can create a new Security Group based on the default recommended settings.
In the launch configuration, be sure to expand "Advanced details", scroll all the way to "Metadata accessible", and set it as enabled. Set "Metadata version" to "V1 and V2 (token optional)".
Once the EC2 instance is finished initializing, connect via SSH and review the README at /opt/tomsawyer/sysml2/README for all the information you will need to get started.
You can access the viewer via a web browser at https://<ip_address>:443 or https://<dns_name>:443. You may see a security warning, as it is configured with a self-signed certificate which you may wish to replace with your own certificate.
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