Santiago Soler

> transform is wrong in Y? @RichardScottOZ I think there's a missing `return da_filter` in the `pseudo_gravity_kernel` function: https://github.com/LL-Geo/harmonica/blob/5416778c88a5591030c765c203aa5adc54460c7b/harmonica/filters/_filters.py#L437-L528 Let me add it and give it another try. BTW, @RichardScottOZ,...

> We might need to make the magnetic point source work first then we could test RTP and pseudo_gravity... Got it. I'll be working on the kernels for the magnetic...

This could be inside FAQs section instead of a tutorial. We should add a tutorial on how to compute gravity disturbance and link to this FAQ at the end with...

@LL-Geo I definitely think that the tutorial about normal gravity should be something like the Notebook you wrote. While the explanation about free-air vs analytical solution for normal gravity should...

No hurries @nholz. We all are in the same situation and it's better to keep low expectations regarding our productivity. There's no rush to implement this, so feel free to...

Just saw this 🙈 while reviewing every open issue in Harmonica. We are trying to avoid to include code that needs compilations in Fatiando in order to prevent installation issues...

@birocoles Would you like to tackle this down? And/or maybe get one of your students involved. I can help you implementing this!

That's great. Don't rush, feel free to start tackling it down whenever you are ready.

Hi @andieie! I'm glad to have you onboard! I'll try to answer your questions. > To clarify, the output will be a grid of densities of ocean root and continent...

Good news: now tests pass on Python 3.10! :tada: Bad news: there's a compatibility problem between Numba and Numpy on Python 3.10 when installed through conda/mamba. Numba 0.55.* needs Numpy