Provided by: gromacs-data_4.6.5-1build1_all bug

NAME

       eneconv - converts energy files

       VERSION 4.6.5

SYNOPSIS

       eneconv  -f  ener.edr  -o fixed.edr -[no]h -[no]version -nice int -b real -e real -dt real
       -offset real -[no]settime -[no]sort -[no]rmdh -scalefac real -[no]error

DESCRIPTION

       With  multiple files specified for the  -f option:

       Concatenates several energy files in sorted order.  In the case of double time frames, the
       one  in  the  later  file is used. By specifying  -settime you will be asked for the start
       time of each file. The input files are taken from the command line, such that the  command
       eneconv -f *.edr -o fixed.edr should do the trick.

       With  one file specified for  -f:

       Reads  one energy file and writes another, applying the  -dt,  -offset,  -t0 and  -settime
       options and converting to a different format if necessary (indicated by file extentions).

        -settime is applied first, then  -dt/ -offset followed by  -b and   -e  to  select  which
       frames to write.

FILES

       -f ener.edr Input, Mult.
        Energy file

       -o fixed.edr Output
        Energy file

OTHER OPTIONS

       -[no]hno
        Print help info and quit

       -[no]versionno
        Print version info and quit

       -nice int 19
        Set the nicelevel

       -b real -1
        First time to use

       -e real -1
        Last time to use

       -dt real 0
        Only write out frame when t MOD dt = offset

       -offset real 0
        Time offset for  -dt option

       -[no]settimeno
        Change starting time interactively

       -[no]sortyes
        Sort energy files (not frames)

       -[no]rmdhno
        Remove free energy block data

       -scalefac real 1
        Multiply energy component by this factor

       -[no]erroryes
        Stop on errors in the file

KNOWN PROBLEMS

       -  When combining trajectories the sigma and E2 (necessary for statistics) are not updated
       correctly. Only the actual energy is correct.  One  thus  has  to  compute  statistics  in
       another way.

SEE ALSO

       gromacs(7)

       More information about GROMACS is available at <http://www.gromacs.org/>.

                                          Mon 2 Dec 2013                               eneconv(1)