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Interactive Physics vs SimEvents

Interactive Physics

design-simulation.com

SimEvents

mathworks.com

Side by side

FigureInteractive PhysicsSimEvents
Price from——
Free plan——
Free trialYesYes
Open source——
WindowsYesYes
macOSYesYes
Linux—Yes
Plans published171
Spec score · Physics Simulation Software8.2 (#26)8.6 (#9)
Authoring toolsYesYes
Delivery modedesktopdesktop
Free planNoNo
HeadquartersCanton, Michigan, USANatick, Massachusetts, USA
Lesson libraryYesNo
PurposeInteractive Physics is educational software for modeling and simulating physical phenomena in STEM education.SimEvents models message based communication in Simulink and other event driven processes using a discrete event simulation engine and component library.
SupportThe maker lists [email protected] and a support forum, and says Homework/Student Editions do not include technical support.The product page links to documentation, examples, videos, technical articles, functions, requirements, and release notes.
TrialThe price list states that no-cost evaluation versions are available to determine whether products meet requirements.The SimEvents product page offers a free trial, but the page opened did not state its duration.

Plans

Interactive Physics

  • Single User (node-locked)Price not published
  • Additional Single UserPrice not published
  • Single User (dongle-locked)Price not published
  • 10 UserPrice not published
  • 20 UserPrice not published
  • 30 UserPrice not published
  • Single User (node-locked) — Annual License$100 a year
  • Single User (node-locked) — Paid Up License$249, paid once
  • 10 User — Annual License$400 a year
  • 20 User — Annual License$600 a year

Interactive Physics pricing →

SimEvents

  • SimEventsPriced on request

SimEvents pricing →

In their own words

Interactive Physics

Interactive Physics has no write-up on Specifiction yet; its figures are above.

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SimEvents

SimEvents is desktop software for modeling message-based communication and other event-driven processes. It uses a discrete-event simulation engine and component library, and can combine event-based models with Simulink time-based models for large hybrid systems. Blocks represent entity creation and destruction, queues, service times, routing, attributes, and event responses. Resource Pool, Resource Acquirer, and Resource Releaser blocks model resource allocation, while repeated simulations can support optimization. Analysis includes latency, throughput, packet loss, queue lengths, delays, and average service times. Users can simulate and debug models, inspect queue contents, visualize entity activity, and build custom visualization tools. Output statistics aggregate measures, and Sequence Viewer displays messages, events, and entities. MATLAB Discrete Event System and Discrete Event Chart blocks allow custom behavior. Listed applications include communication networks, software and hardware architectures, forecasting, capacity planning, and supply chain management. SimEvents requires MATLAB and Simulink, runs on Windows, Mac, and Linux, and has a 30-day trial with paid licensing.

Visit mathworks.com