Data like diffraction efficiency wouldn’t be computed, so you would need to know that beforehand. Lastly, this definition for diffraction would strictly be the ray directions from diffraction. We have some additional discussion on modeling diffraction in OS at the article here: How diffractive surfaces are modeled in OpticStudio – Knowledgebase (). I should also note that diffraction will take place at this particular surface due to how OpticStudio handles diffraction. In Sequential Mode, I should note that you would need to define multiple configurations to define each order of diffraction. For instance, you could potentially define equivalent diffractive behavior of your AOM element with our Diffraction Grating surface type in Sequential Mode (the following is from our Help Files at “The Setup Tab > Editors Group (Setup Tab) > Lens Data Editor > Sequential Surfaces (lens data editor) > Diffraction Grating (sequential surfaces, lens data editor) ”): While we do not have any specific AOM surface/object types in OpticStudio, we can model diffraction in various ways, in both Sequential and Non-Sequential Mode.
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