Diego Alonso Álvarez

f2py is a Python tool that compiles a Fortran module and makes the functions and variables inside accessible from Python as with any other Python package. You have more information...

You're most welcome!! It will be helpful to reduced the disruption to the work of other people also contributing if you tackle the work opening one PR per module you...

Solcore has plenty of modules for both of you - and even more people! Just decide among yourself who is going to work on what. I would say that the...

In the Fortran code, the maximum size of the arrays is hardcoded - and set to 6000 -. Originally, when it was done 5 years ago, it was just a...

I completely agree. I've changed the title of the issue and labelled it as enhancement.

Thanks for pointing this issue and sorry for not being too responsive lately. The compilation options are set here: https://github.com/qpv-research-group/solcore5/blob/883a31abeaaed9bd16c2acab6185e7dd5b217e90/setup.py#L46-L53 That `-march=native` is not set there, so I can only...

The large circuit solver just takes the values of `j01`,` j02`, `n1` and `n2` from the junctions present in the solar cell object and use those to create the electronic...

This is avery good question and something we have been willing to do for a long time. To get the electroluminescence intensity map, you need to make some assumptions about...

Hiding SPICE from the user is intentional. For all purposes, all users need to know is that there's a SPICE engine solving their (typically complex) problem. I agree that in...

Fantastic discusion! Just to confirm, you're refering to both: - the [radiative current](http://docs.solcore.solar/en/master/Solvers/TwoDiode.html#solcore.analytic_solar_cells.diode_equation.calculate_J01) calculation in the 2-diode solver and - the correspoinding equation in the detailed balanced solver (given by...