![]() ![]() To create a new material, you must write a method in C++ that solves the following equation for for En This feature is best suited to scientists with prior experience writing FDTD solvers. Writing plugins requires a deep understanding of the FDTD method as well as prior experience with C++ programming. Documentation on this feature may be incomplete. We make the feature available to our customers, but it's important to understand that developing custom models is a very advanced feature. Lumerical's development team uses this feature to add support for new non-linear processes that are not built into the core FDTD solver. Lumerical's technical support team can provide guidance on the capabilities and features of the Flexible Material Plugin Framework, but developing and debugging custom material models is beyond the scope of our technical support services. Note: Technical support for developing material models using the Flexible Material Plugin Framework Additional information can be found in the Flexible Material Plugins whitepaper. The standard FDTD and MODE installation packages include a number of Advanced material models implemented with this framework. These material models can be compiled as a plugin and added to the materials database. Users can define their own plugin material models written in C++. ![]()
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