Hi Baris, Sounds like an interesting problem! I suspect that the performance could be better if you calculate the Green's function or the scattering matrix of the system at different energies once, and couple to the spin in a separate stage. This is probably more manual work though.
Keep in touch about how it goes. Best, Anton On Sun, Sep 27, 2015 at 10:45 PM, Baris Pekerten <[email protected]> wrote: > Thank you very much. :) I'll try this tomorrow and post the results.. It's > definitely neater than mymod = __import__('make_sys_file') and > getattrib(mymod, relevant_make_sys_func) with make_sys_file.py containing > 100 different make_sys functions. > > The application is about an interaction with a big external spin of value J, > and the number of lattices is essentially 2J+1. I want to be able to see the > effect of J vs. transmission etc. > > Baris > > On Sun, Sep 27, 2015 at 11:11 PM, Joseph Weston <[email protected]> > wrote: >> >> Also, I've got to ask: why do you want to do this? I'm struggling to >> think of an application where you would have ~100 separate channels like >> that that are all separately measureable. This is probably due to a lack >> of imagination on my part ;) >> >> Joe > >
