Moreover, B3LYP is also known to poorly represent pure metals. In addition, many quantum chemistry codes such as Gaussian and ORCA are able to utilize Coulomb fitting auxiliary bases to significantly accelerate calculation of pure functionals with large basis sets, the cost in this case is often much lower than using B3LYP. Due to these considerations, we also provide fitted parameters and error statistics for combinations between four popular DFT functionals and three aforementioned basis sets, see Table . From the data one can find that all of the combinations work reasonably, and the foregoing conclusions about the behavior of basis sets still hold true.