• Webinar
  • October 7, 2026
  • 12-1pm ET

From a ParaView visualization to an interactive trame application

Turn your ParaView visualization into a reusable interactive application with trame and Python.

ParaView gives you the power to explore data at any scale. Its general-purpose interface supports a wide range of needs, but some applications require a more tailored experience. With trame, you can build on ParaView to create a custom application that is easy to use and reusable for your specific needs.

In this webinar, Sebastien will demonstrate how to turn a ParaView visualization into an interactive web application using trame and Python. Using a simple CFD use case, he will start by visualizing and processing data in ParaView. He will then show how to turn that visualization into a standalone application with a simpler web interface for interactive exploration.

The demonstration will also show how the application can be used with a similar dataset. You will learn how to create, edit, and run the code using ParaView 6.2, including its new capabilities for managing Python virtual environments.

A live Q&A session will follow the presentation.

Key Takeaways

  • Learn how to turn your ParaView skills into interactive application building with trame and Python.
  • See how a ParaView visualization can become a reusable interactive application.
  • Learn how to create a tailored web interface for interactive data exploration.
  • See how to create, edit, and run the code using ParaView 6.2.
  • Learn about new capabilities for managing Python virtual environments in ParaView 6.2.

Who Should Attend

  • ParaView users with some Python experience who want to turn their visualizations into reusable interactive applications.
  • Jupyter and NERSC users who need interactive 3D visualization.
  • Researchers, developers, and engineers interested in using ParaView, trame, and Python to create interactive applications.
  • Clinical and medical users who use data visualization and want a tailored interface for interactive exploration.
  • Managers and decision-makers interested in using ParaView for their teams.
A ParaView aerodynamic simulation showing airflow streamlines moving past a 3D model of a motorcycle and rider, with velocity magnitude represented by a blue-to-orange color scale.

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