The transport coefficients are written to the output directory. The log file :file:`info.log` is also written in this directory and can be monitored during a run to check the process.
The electrical conductivity can be found in the :file:`sigma`. In units of \mathrm{S/m}. Consult the documentation in the header of the output file for layout.
The Seebeck coefficient can be found in the :file:`seebeck`. In units of \mu \mathrm{V/K}. Consult the documentation in the header of the output file for layout.
The Lorenz coefficient can be found in the :file:`lorenz`. In units of 10^{-8} \mathrm{V^2/K^2}. Consult the documentation in the header of the output file for layout.
The electrical part of the thermal conductivity can be found in the :file:`kappae`. In units of \mathrm{W}/\mathrm{mK}.
The charge carrier concentration can be located in the :file:`cc`. In units of 10^{21} \mathrm{cm}^{-3}. Consult the documentation in the header of the output file for layout.
The Hall coefficient (big R) can be located in the :file:`hall`. In units of \mathrm{cm}^3/\mathrm{C}. Consult the documentation in the header of the output file for layout.
Warning
NOT YET IMPLEMENTED WHEN FIRST-PRINCIPLE INPUT IS UTILIZED (ONLY FILLED WITH BOGUS DATA). ONLY WORKS FOR SPHERICAL BANDS AT THE MOMENT.
The total relaxation time for each band can be found in the files :file:`scattering_band_n`, for band number n. In units of fs.
Data can easily be visualized with Gnuplot. Currently no automatic visualization is performed. Data is blocked on temperature.