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This Source DLL models an Hermite-Gaussian Source using ray generated at position and angles following the intensity of the electric field and the angular spectrum. 

This Source DLL is inspired by the known DLL (Source): Non-sequential Astigmatic Gaussian

 

DLL (Source): Hermite-Gauss take 4 parameters:

  • w0_x, w0_y are the theoretical beam waist of the fundamental mode
  • n_x, m_y are the mode indices in the corresponding directions

Authors:

Oran Meir - TriEye

@Eyal Hollander- TriEye

 

References:

1. Goodman, J. W. (1996, January 1). Introduction to Fourier Optics. McGraw-Hill Science, Engineering & Mathematics, Ch 3.10
2. Carter, W. H. (1980, April 1). Spot size and divergence for Hermite Gaussian beams of any order. Applied Optics, 19(7), 1027. https://doi.org/10.1364/ao.19.001027
3. Gaussian beam. (2023, September 3). Wikipedia. https://en.wikipedia.org/wiki/Gaussian_beam
4. Fourier transform. (2023, September 27). Wikipedia. https://en.wikipedia.org/wiki/Fourier_transform
5. DLL (Source): Non-sequential Astigmatic Gaussian | Zemax Community. (n.d.). https://community.zemax.com/code-exchange-10/dll-source-non-sequential-astigmatic-gaussian-1695

  

Date Version OpticStudio Version Comment
02/10/2023 1.0 2022 R2.01 Creation

Hi @Oran,

 

That looks awesome. I don’t see a link to download your code though, is that normal? I was curious to know how you implemented the random ray generation. Did you use rejection sampling?

Take care,

 

David


Hi @Oran,

 

That looks awesome. I don’t see a link to download your code though, is that normal? I was curious to know how you implemented the random ray generation. Did you use rejection sampling?

Take care,

 

David

Hi David,

 

Thanks for letting me know about the download, it must have been dropped in one of my edits. You may see the file attached above.

 

And yes, for the random ray generation I used rejection sampling as you correctly guessed.

 

Best regards,

Oran


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