openEMS.de

Well it always was the plan to make the python interface fully equal to the Matlab/Octave one... But it was always the plan that users could/would help on this too ;) So feel free to have a look at how the ports are done in general and I would happily have a look at your attempt ;) best regards Thor...

Did you try the latest github version of openEMS?
Which vtk version is installed?

I can only imagine that the simulation got unstable... Do you use PML? Also make sure your time signal is band limited and your mesh is not to coarse for the highest frequencies...

The only thing that can really get unstable is the pml if reactive near fields hit it...
And a pml_8 is 8 cells thick. It looks like in z-direction it is way to close ...

I think the DetectEdges can do the third rule?
But in any case, why not define all necessary mesh positions in your script and only run smooth mesh over it?
What I usually do is create an object and the required mesh for it side by side...

A mesh must always be defined. But in the script you mention the simulation is setup by the external function/script "Patch_Antenna_Array.m".
Look out for the mesh definiton "DefineRectGrid" which is always the final step with the finished mesh definition...

regards
Thorsten

I want to reiterate, if you just want to use openEMS, I recomment using the premade scripts from github: git clone --recursive https://github.com/thliebig/openEMS-Project.git cd openEMS-Project ./update_openEMS.sh ~/opt/openEMS --python And I recommend not to install/use as root. Only if you really ...

I just noticed, did you build the CSXCAD python interface?? You need to build and install *both* the CSXCAD and openEMS python interfaces...

Hi, did you try to just follow the instructions on github? https://github.com/thliebig/openEMS-Project#readme In any case for each "module" you can create a file called "localConfig.cmake" (next to the main CMakeLists.txt with e.g. the following content (for openEMS). SET(WITH_MPI 0) SET(FPARSER_ROO...

Just do in your Octave script min(diff(mesh.x)) ?