Hello I have a license for basic version of OpticStudio. I need to apply an apodization filter to a surface in order to program the transmission to be a Gaussian function. But it seems that the 'filter' type of surface is only available in the premium version. Is there any substitute for this function that I can use? Thank you.
Did this topic help you find an answer to your question?
This in indeed what I have been using for generating a Gaussian input beam.
What I was trying to do is to further filter the transmission by a Gaussian function after shaping the beam with some optics. Is this not doable with basic version?
Hi Sandrin, I took the aperture data, N.A=0.08 G=1 What I get here is an intencity profile cut at the edges not for normal gaussian . So I put G=2 the profile i get nice narrow gaussian profile at geometric image analysis .what is the mathematical relationship to the numeric key size, what angle size do I need or NA? i(roe)=exp-(roe)^2 × theta^2)
Sorry for the very late reply but in the help file we define the apodization as:
where A is the amplitude, G the apodization factor and ρ the normalized pupil coordinate.
Hello I have a license for basic version of OpticStudio. I need to apply an apodization filter to a surface in order to program the transmission to be a Gaussian function. But it seems that the 'filter' type of surface is only available in the premium version. Is there any substitute for this function that I can use? Thank you.
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Hi Manuel
User-defined surfaces are only available in the Professional and Premium editions of OpticStudio.
But you can define a Gaussian apodization via the System Explorer...Aperture:
Let us know if that helps.
Sandrine
Hi Sadrine,
This in indeed what I have been using for generating a Gaussian input beam.
What I was trying to do is to further filter the transmission by a Gaussian function after shaping the beam with some optics. Is this not doable with basic version?
Best,
Hi Manuel
Yes the user defined called us_filt* would have helped. We also have a slide surface but it is not available in standard mode either.
I can send you a message with the name of your account manager if you'd like to have a quote to upgrade?
Sandrine
Hi Sandrin, I took the aperture data, N.A=0.08 G=1 What I get here is an intencity profile cut at the edges not for normal gaussian . So I put G=2 the profile i get nice narrow gaussian profile at geometric image analysis .what is the mathematical relationship to the numeric key size, what angle size do I need or NA? i(roe)=exp-(roe)^2 × theta^2)
I think I understood the connection:
roe x sqrt G =1
Sorry for the very late reply but in the help file we define the apodization as:
where A is the amplitude, G the apodization factor and ρ the normalized pupil coordinate.
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