Directory https://webfiles.york.ac.uk/HFODD/Projects/Tin-Gadolinium
contains raw data corresponding to calculations presented in 
https://iopscience.iop.org/article/10.1088/1361-6471/ade0dd (https://arxiv.org/abs/2503.15738)

Files are organised within the following subdirectories:

 g0p=1.30
 g0p=1.70
 g0p=2.10
 hf.compile316p

In addition, three files:

Tin-Gadolinium.dat.tar.gz
Tin-Gadolinium.ker.tar.gz
Tin-Gadolinium.out.tar.gz

contain all tarred and gzipped files dat, out, and ker, see the group ggg below. 


Subdirectory hf.compile316p contains all files pertaining to HFODD distribution v3.16p 

Apart from the subdirectory hf.compile316p, all other names of subdirectories contain
15 subdirectories corresponding to 15 chemical elements between tin and gadolinium.  

Each subdirectory of an element contains subdirectories of isotopes, whose names
following the pattern aabbb described below

Each subdirectory of an isotope contains files having the filenames with the following structure:

[N000010-L01R01-]aabbb-ccc-ddd-170-HFT-eee-N16-siq-UDF1[g0p].ffff.ggg

Sections above have the following meaning:

aa   = name of the element
bbb  = mass number
ccc  = g07 for the 1g7/2 orbital blocked in an odd-Z nucleus
       = h11 for the 1h11/2 orbital blocked in an odd-N nucleus
ddd = 357 oblate tag convergence or the angular momentum projection
       = 457 prolate tag convergence or the angular momentum projection
eee = AMP for the angular-momentum-projection calculation;
          (for the convergence calculation, this section is omitted)
g0p = 1.30 calculations performed using Landau parameter g0p = 1.30
       = 2.10 calculations performed using Landau parameter g0p = 2.10
       (for g0p=1.70, this section is omitted)
ffff = version number of the code (section included only for the output files)
ggg  = dat for the input data files
       out for the output files
       rec for the record files
       ker for the kernel files. For the kernel files (and only for them), section
                                 N000010-L01R01- is present.