Directory https://webfiles.york.ac.uk/HFODD/Projects/EuroTal+GadLead
contains raw data corresponding to calculations presented in arXiv:2209.09156v1

Files are organised within the following subdirectories:

 000-005
 000-025
 000-104
 000-204
 000-obl
 000-pro
 h11-304
 h11-355
 h11-356
 h11-357
 h11-404
 h11-455
 h11-456
 h11-457
 i13-304
 i13-355
 i13-356
 i13-357
 i13-404
 i13-455
 i13-456
 i13-457
 er166
 er167
 tm167
 Pb208

Apart from the last four subdirectories, which contain files
corresponding to specific nuclei, all other names of subdirectories
follow the pattern ccc-ddd described below

All files have the filenames with the following structure:

[N00001x-L01R01-]aabbb-ccc-ddd-170-eee-fff-N16-ggg-UDF1.hhhh.iii

Sections above have the following meaning:

aa   = name of the element
bbb  = mass number
ccc  = 000 for an even-even nucleus
     = h11 for the 1h11/2 orbital blocked in an odd-Z nucleus
     = i13 for the 1i13/2 orbital blocked in an odd-N nucleus
ddd  = 104 fixed-pairing gap calculation starting from Pb208.oblate.rec
       005 convergence starting from 104
       obl convergence starting from 005
       204 fixed-pairing gap calculation starting from Pb208.prolate.rec
       025 convergence starting from 204
       pro convergence starting from 025
       304 fixed-pairing gap calculation starting from Pb208.oblate.rec
       355 convergence starting from 304
       356 convergence starting from 355
       357 convergence starting from 356 or the angular momentum projection
       404 fixed-pairing gap calculation starting from Pb208.prolate.rec
       455 convergence starting from 404
       456 convergence starting from 455
       457 convergence starting from 456 or the angular momentum projection
eee  = HF0 for the HF  (no   pairing) calculation in neutrons, protons, or both
       HFT for the HFB (with pairing) calculation in both neutrons and protons
          (in the final analysis, the HF results obtained near semi-magic or
           doubly magic nuclei were superseding the HFB results)
fff  = AMP for the angular-momentum-projection calculation;
          (for the convergence calculation, this section is omitted)
ggg  = siq calculation with parity-symmetry conserved (convergence)
       siz calculation with parity-symmetry broken (angular momentum projection)
hhhh = version number of the code (section included only for the output files)
iii  = dat for the input data files
       out for the output files
       rec for the record files
       fic for the field  files
       ker for the kernel files. For the kernel files (and only for them), section
                                 N00001x-L01R01- is present with x = 0 or 1.

In subdirectories ccc-ddd, the record files are included only for ddd = 357 or 457,
which allows for rerunning the angular-momentum-projection calculations.
With the kernel files existing (not existing) in the execution directory, the kernel files
are read (written) and the calculation takes little (long) CPU time.

Subdirectory Pb208 contains all files generated for
the complete calculations that start from scratch.

Subdirectories er166, er167, or tm167 contain all files generated for the
complete calculations that start from the Pb208 results. They contain
examples of patterns used for all other even-even, odd-N, or odd-Z nuclei, respectively.