Manuel Fragata Mendes

> Hi [@manuelFragata](https://github.com/manuelFragata), To address this issue, I slightly modified the display behavior of `IncoherentIrradiance.view()`. Instead of generating a separate figure for each wavelength and field, I now create a...

Hi there! As we approach the culmination of probably one of the biggest releases for Optiland, I wanted to get started working on this issue in time for the big...

We can attach and detach a certain source from the optical system object and the draw() method will follow the correct logic - plots the source rays if the source...

Hi @HarrisonKramer , Thanks a lot for the feedback! This is one of the many reasons I like to work on Optiland - the feedback is always constructive and insightful,...

Hi there @bodokaiser ! As @HarrisonKramer already mentioned, this work is currently on hold while I focus on other things. @HarrisonKramer , regarding the implementation, I have not yet implemented...

Take it with a grain of salt, but these are the speed ups i get with this approach:

Hi all, To get started with this task, I have created a new branch **feat/ray_tracing_performance**. There, I created a new directory, `optiland/benchmark`. Inside you will find two modules, - `benchmarking_systems.py`...

Btw, on this topic, Since I will be using the Forbes surface type a lot, I want its normalization radius to be updated and varied through optimization. My approach was...

Hi all, Thank you @HarrisonKramer for the suggested approaches. I am also aligned with both of you - the option 1 seems the easiest and most transparent. Thus, regarding the...

Hi @lordpositron , Looks like a solid plan. And also this would be a great contribution. I have had several occasions where a special kind of coating was needed for...