Output Files

The results are printed on the standard output file. Each run produces a separate part of the output file; also the HO run preceding a THO run produces one such part. Below we briefly describe different sections of the output file.

• Header. Contains the version number of the code, date and time of execution, name of the element, and its particle, neutron, and proton numbers.
• Input data. Contains a short summary of the input data for the requested run.
• Force. Lists the acronym and parameters of the Skyrme force, as well as parameters of the pairing force.
• Numerical. Contains some information on numerical parameters and options used for the given run.
• Regime. Gives the regime in which the code is run.
• Iterations. Shows brief information about iterations performed. One line of the output file per each iteration is printed and contains the following columns:
  • Iteration number i.
  • Accuracy si.
  • Current mixing parameter between the previous and current fields mix.
  • Quadrupole deformation beta, ${\textstyle{\beta=\sqrt{\frac{\pi}{5}}\frac{<\hat{Q}>}{<r^2>}}}$, for $\hat{Q}$ given in Eq. (79).
  • Total energy Etot.
  • Particle number A.
  • Neutron rms radius rn.
  • Proton rms radius rp.
  • Neutron pairing energy En.
  • Neutron pairing gap Dn.
  • Proton pairing energy Ep.
  • Proton pairing gap Dp.
  • Neutron Fermi energy Ln.
  • Proton Fermi energy Lp.
• Files. Contains information on the dnnn_zzz.hel or dnnn_zzz.tel file written.
• Observables. Lists values of various observables calculated for the HFB state without PNP and with the Lipkin-Nogami corrections, and then those calculated for the PNP HFB state.

The same information, plus more results on the quasiparticle and canonical states, is also stored in the file thoout.dat. However, this file is rewound after each run, so it contains results of only the last run executed for the given input data file.

Files hodef.dat and thodef.dat contain synthetic results of all runs, printed in the form of a single line per each performed run. If the given run performs only an HO-basis calculation, or only a THO-basis calculation, then only an entry in file hodef.dat or thodef.dat is produced, respectively. On the other hand, runs that perform both HO and THO calculations produce entries in both these files. Lines in the files hodef.dat and thodef.dat contain 105 columns each, and each column is described by a name printed in the first header line. The names are self-explanatory, and most often they correspond to the names used in the present write-up. Names preceded by U: pertain to results obtained for the HFB states before PNP, while those beginning with L pertain to the results containing the Lipkin-Nogami corrections. Names ending with t, n, or p give total, neutron, or proton observables, respectively.