I want use my algorithm to design a EM device. the algorithm is an iterative process and the current iteration depends on the output of the previous iteration , which is the parameter calculated from S-parameter from simulation result. After evaluating the algorithm returns a new set of parameters which is then to be designed and simulated for next iteration
Hi
I advice you to see these documents. You will find what you need.
Best regards
https://www.cst.com/Content/Events/ugm2007/02-balk.pdf
http://www.edaboard.com/thread287771.html
Dear Ahmed
Thank you for your suggestion. It is very helpful for me. Can you please suggest me how to get back the S-parameters to the MATLAB, for further processing and apply the algorithm
Dear Sambhudutta Nanda,
you can use the command, to get result from cst
result = invoke(mws, 'Result1D', 'd1(1)1(1)');
save that result in text file using
invoke(result, 'Save', 'text file directory');
and import that text file back to matlab using
X = importdata('text file directory')
then you can further process this data in matlab.
@Abdul Rehman,
I want to export the CST file results and visualized the band diagram in MATLAB. Let's say, I have two different CST simulated files, I want to compare the band diagram results of both design, how can I simply export the results in Matlab using script ?
PS: I know that we can export .txt file of each mode for each design, but that is time consuming, so I want some simple code in matlab, which can do the same job every time in just one click. :)
@Abdul, How to specify the file before writing this command ?
result = invoke(mws, 'Result1D', 'd1(1)1(1)');
for me, Matlab is giving error. It seems invoke is not known command for him. Do I need some plugins for that ?
Hi,
Please I need help in converting my 1D and 2D rough surface models in MATLAB to CST.
I have tried to create these models in CST but to no avail, therefore would appreciate if I am able to convert the MATLAB models to CST
Thank U.
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