Video Demos

This page contains a collection of videos that demonstrate the key functionalities and capabilities of EMA3D Connect. Each video provides a clear, step-by-step overview of how EMA3D Connect supports design optimization, enables rapid analysis, and facilitates advanced visualization. These demonstrations aim to help users understand and apply EMA3D Connect features effectively within their own projects.

1. The video walks through features available for interactive chart plotting.

   Chart Plotting

2. Follow an end-to-end S-parameter workflow that loads results from EMC Plus simulation results.

   S-Parameter Analysis

3. Watch how to insert a movable slicing plane into a 3-D field volume, reposition or rotate the plane, and view updated cross-sections in real time.

   Cut Plane on 3D Results

4. Learn how to choose a computed S-parameter data set and write it out to a Touchstone file for use in other tools. A brief check in the notification popup confirms that the file is saved in the chosen location.

   Export Touchstone

5. This video shows how to drag a Touchstone file into Connect. You’ll see how multiple files can be overlaid for quick visual comparison.

   Importing Touchstone

6. This video demonstrates writing a few lines of Python to isolate a region of interest and output it as a new dataset. It shows the selection, execution of the script, and the resulting subset displayed in the 3D viewer.

   Extract Selection - Python Node

7. Learn the basic steps for loading volumetric electric-field data in EMC Plus.

   Load 3D Results

8. The clip opens a Charge Plus simulation file and shows how to use the EMC plus node to switch between result types and how to render the results in a 3D Viewer.

   Load Charge Results

9. See how to insert a generic Python processing node, write a short script that produces a derived field, and pass the result downstream for visualization. The example highlights where the script lives and how to rerun it after edits.

   Python Node

10. Building on the previous node example, this clip uses a python node to extract only parts of the mesh related to a specific body id for Charge Plus simulation results. The "Stats over time" node is then used to loop over timesteps to compute statistics of extracted body. The data is then plotted in the chart view.

    Python Node Stats Over Time