[x] show both IR and Raman: now we should have them at the same time
[ ] add reset button for parameters
[ ] #45
[ ] all properties should be downloadable (also phononic one... for now this is not true)
In principle, it is possible to define HH/VV and HV geometries for the scattering spectra (backward or 90 degree deviation geometries). In principle, this can be defined as input when spectra are computed; https://github.com/mikibonacci/aiidalab-qe-vibroscopy/issues/43
[ ] Intensity average workchain.
[ ] understand how you can define these in/out directions in the functions. In principle this can be defined via q=k_in-k_out
the light polarization is another thing, and is the one already defined in our widgets.
Polar plots:
In principle, one can define the spectra intensity for a range of polarization, being then angle dependent, and plot in a so-called polar plot. We should define input and output polarization in function of this angle, and plot for [0,2pi]/N, where N is the number of point on the cirumference.
Raman and IR spectra improvement:
In principle, it is possible to define HH/VV and HV geometries for the scattering spectra (backward or 90 degree deviation geometries). In principle, this can be defined as input when spectra are computed; https://github.com/mikibonacci/aiidalab-qe-vibroscopy/issues/43
the light polarization is another thing, and is the one already defined in our widgets.
Polar plots:
In principle, one can define the spectra intensity for a range of polarization, being then angle dependent, and plot in a so-called polar plot. We should define input and output polarization in function of this angle, and plot for [0,2pi]/N, where N is the number of point on the cirumference.