NAME

       cif_find_symmetry  - find the symmetry of the atoms in the unit cell of a CIF crystal structure. In order
       to obtain correct results most of the time, all atoms of the unit cell should be present  in  the  input.
       This can be achieved by using cif_p1 or similar programs.

SYNOPSIS

       cif_find_symmetry --options input1.cif input*.cif

DESCRIPTION

       Find  the  symmetry  of the atoms in the unit cell of a CIF crystal structure. In order to obtain correct
       results most of the time, all atoms of the unit cell should be present in the input. This can be achieved
       by using cif_p1 or similar programs.

OPTIONS

       --precision  1e-5,

       --symmetry-precision  1e-5
                         Tolerance of distance between atomic positions and between
                         lengths of lattice vectors to be tolerated in the symmetry
                         finding (default: 1e-5).

       --use-spglib
                         Use spglib for symmetry search. Currently, spglib is
                         the only implemented method.

       -F, --float-format "%.12g"
                         Specify format to print out floating point numbers.

       --dump-symmetry-dataset
                         Suppress regular output and dump symmetry data structure,
                         as returned from spglib.

       --dont-dump-symmetry-dataset,

       --no-dump-symmetry-dataset
                         Produce regular output.

       --use-perl-parser
                         Use Perl parser for CIF parsing.

       --use-c-parser
                         Use Perl & C parser for CIF parsing (default).

       --help, --usage
                         Output a short usage message (this message) and exit.

       --version
                         Output version information and exit.

REPORTING BUGS

       Report cif_find_symmetry bugs using e-mail: cod-bugs@ibt.lt

                                                                                            CIF_FIND_SYMMETRY(1)