Francesco Sciortino

thanks @Didou09 for this nice overview! While I play with these methods, two first questions come to mind: 1. How can I define a 1D LOS simply based on start...

@Didou09 I'm running into the problem that my LoS are defined as starting from a point below the divertor structure and therefore the `mesh.add_mesh(crop_poly=conf, res=0.1, deg=1, key='mesh1')` crops the LoS...

@Didou09 thanks for these extra steps. This all works great! So, I suppose that the final steps to do a tomography are: 1. add measured signals for each of my...

@Didou09 I've made some progress using some synthetic data from SOLPS simulations, but the result seems wrong. In the figure below, I'm plotting the reconstruction on the left and the...

Here is the result of `cam.plot()`, zoomed into the lower divertor:  (FYI, we don't actually have all these views; this is just an idealized test)

... and the result of `mesh.plot_inversion`: 

OK, changing the mesh resolution to 5cm now gives this (with bsplines order of 1, which now worked fine -- I may have done something silly previously):   Does...

Essentially, yes. I've been computing the synthetic signals from SOLPS on the whole cross-section. I'm trying to reconstruct the lower divertor signal under the assumption that the signal measured in...

With this set of views  I'm now getting this 

I'll check again my line-integration routine for synthetic data -- I wouldn't expect it to be a problem, but since I don't seem to get good results, it seems worth...