Discussion is typically organized by product and physics solver to help users find relevant expert advice: : Designing and optimizing complex photonic components. MODE : Optical waveguide design and analysis.
State the exact component and issue (e.g., "FDTD divergence issue with gold nanoparticle array" ).
The (formerly the Lumerical Knowledge Base and Community) is the primary hub for users of Lumerical’s photonics simulation tools to find support, share expertise, and troubleshoot technical issues. Platform Overview
If you are a regular user of , make the forum your first stop for troubleshooting and knowledge sharing. lumerical forum
# Get data neff = getdata("mode1", "neff");
If possible, upload a simplified version of your .fsp or .lms file, or paste the problematic snippet of your Lumerical script. Connecting with the Broader Lumerical Ecosystem
# Run mode calculation run;
The Lumerical Forum is structured to cater to different physics solvers and applications. Understanding the layout will help you find answers faster:
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: The forum uses Topic Tags (e.g., "physics coupling interface," "eye diagrams," "geometry reader") to help users navigate archived solutions without starting new threads. Engagement Best Practices To get the most out of the Lumerical community: Discussion is typically organized by product and physics
For those writing parameter sweeps or integrating Lumerical with Python (via lumopt or scipy ), this subforum is a goldmine. Search for topics on automating Monte Carlo simulations or exporting far-field data to MATLAB.
: Do not upload a massive, multi-gigabyte project file. Create a minimal working example (MWE) that reproduces the error in a fraction of the time.