Dear Ruud,
I have a question about one of your reply on an old topic:
www.comsol.es/community/forums/general/thread/16346/
I also want my solver to use the previous result to calcule the next one, but within a parametric seep.
My problem is that I want to calculate the effective index as a function of the wavelength. I am doing it using a parametric sweep in wavelength. For the fundamental mode it works well on the 100 nm wavelength range I need but for the first order mode I cannot do a parametric sweep of more than 5 nm because the index varies too quickly and I am limitated by the initial "search modes around". So I would like the mode solver to use the last result in "search modes around" instead of using the same value for all the wavelengths. I tried a few things, I have been looking on the forums, in the manual, but i was unable to fix it!
Could you help me with that please?
Thank you very much,
Daphné Duval
PS: I am using the version 4.3b
I have a question about one of your reply on an old topic:
www.comsol.es/community/forums/general/thread/16346/
I also want my solver to use the previous result to calcule the next one, but within a parametric seep.
My problem is that I want to calculate the effective index as a function of the wavelength. I am doing it using a parametric sweep in wavelength. For the fundamental mode it works well on the 100 nm wavelength range I need but for the first order mode I cannot do a parametric sweep of more than 5 nm because the index varies too quickly and I am limitated by the initial "search modes around". So I would like the mode solver to use the last result in "search modes around" instead of using the same value for all the wavelengths. I tried a few things, I have been looking on the forums, in the manual, but i was unable to fix it!
Could you help me with that please?
Thank you very much,
Daphné Duval
PS: I am using the version 4.3b