exojax
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HajimeKawahara
🐈 Automatic differentiable spectrum modeling of exoplanets/brown dwarfs using JAX, compatible with NumPyro and JAXopt
After some discussion with @erwanp and @dcmvdbekerom, I decided to implement OLA (OverLap and Add) in PreMODIT framework. I expect this feature will solve - #277 For a wide wavenumber...
This is not an issue strictly speaking, but, @KoHosokawa needs to simulate absorption lines using HITRAN2020 under H/He background atmosphere. Currently, we need to use `radisapi` branch and [add/common-api](https://github.com/radis/radis/tree/add/common-api) branch...
as suggested by Kashiyama-san.
I think we can model a high-R transmission line profile w/ a VMR inhomogeneity on a chord using exojax. These are just initial thoughts, should be divided into several separated...
I would make the correlated k distribution method with high res (i.e. low res + high res) mode in ExoJAX.
## release process v1.5 - The document is [here](https://secondearths.sakura.ne.jp/exojax/develop/). - See [here](https://github.com/HajimeKawahara/exojax/milestone/8) for the new capabilities and changes of v1.5. We plan to release v1.5 by the end of April...
I just thought it might be good to uncomment ``install_radis_develop()`` in setup.py for the time being as the current develop branch keeps installing radis==0.15, causing the issue reported in #458...
related to #400, we need to update the docs related to the atomic lines.
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🐈 Automatic differentiable spectrum modeling of exoplanets/brown dwarfs using JAX, compatible with NumPyro and JAXopt