Provided by: fim_0.3-beta-prerelease-1.3_amd64 bug


       fim - fbi (linux framebuffer imageviewer) improved


       fim [ options ] [--] files ...

       ... | fim [ options ] [--] [ files ] - ...

       fim - [ options ] < file_name_list_text_file

       fim -i [ options ] < image_file_name

       fim -p [ options ] < fim_script_file_name


       fim  displays  the  specified  file(s)  on the linux console using the framebuffer device.
       jpeg, ppm, gif, tiff, xwd, bmp and png are supported directly.  For 'xcf' (Gimp's) images,
       fim  will  try  to  use  'xcftopnm'.   For  '.fig'  vectorial  images, fim will try to use
       'fig2dev'.  For '.dia' vectorial images, fim will try to use 'dia'.  For '.svg'  vectorial
       images,  fim  will  try  to  use  'inkscape'.   For  other  formats  fim  will  try to use
       ImageMagick's 'convert'.

       Please note that the full documentation of fim is in the FIM.TXT file distributed  in  the
       source package.  This man page only describes the fim command line switches.


       --     The  arguments before -- beginning with - will be treated as command line switches.
              All arguments after -- will be treated as filenames regardlessly.

       -a, --autozoom
              Enable autozoom.  fim will automagically pick a reasonable zoom factor when loading
              a new image. (as in fbi)

       -b, --binary[=24|1]
              Display  (any  filetype)  binary  files  contents as they were raw 24 or 1 bits per
              pixel pixelmaps.  Will pad with zeros.  Regard this as a toy..

       -c {commands}, --execute-commands {commands}
              The commands string will be executed before entering the interactive loop.   Please
              note  that if your commands are more complicated than a simple 'next' or 'pornview'
              command, they must be quoted and escaped in a manner suitable for your shell!!

              For example, -c '*2;2pan_up;display;while(1){bottom_align;sleep "1" ; top_align}'

              (with the single quotes) will tell fim to first double the  displayed  image  size,
              then  pan  two  times  up,  then  display  the  image ; and then do an endless loop
              consisting of bottom and top aligning, alternated.

       -d {device}, --device {device}
              framebuffer device to use.  Default is the one your vc is mapped to (as in fbi).

              Will dump to stdout the reference help.

       -D, --dump-default-fimrc
              The default fimrc file (the one hardcoded in  the  fim  executable)  is  dumped  on
              standard output and fim exits.

       -E {scriptfile}, --execute-script {scriptfile}
              The  scriptfile  will  be  executed  right after the default initialization file is

       -f , --etc-fimrc
              The /etc/fimrc file will be executed prior to any other configuration file.  If not
              specified, it is *ignored*.

       -F {commands}, --final-commands {commands}
              The  commands  string  will  be  executed after exiting the interactive loop of the
              program (right before terminating the program).

       -h, --help
              display help and terminate the program.

       -i, --image-from-stdin
              Will read one single image from  the  standard  input  (yes:  the  image,  not  the
              filename).  May not work with all supported file formats.

       -m {mode}, --mode {mode}
              name  of  the  video  mode  to  use  video  mode (must be listed in /etc/fb.modes).
              Default is not to change the video  mode.   In  the  past,  the  XF86  config  file
              (/etc/X11/XF86Config)  used  to contain Modeline information, which could be fed to
              the modeline2fb perl script (distributed with fbset).  On many  modern  xorg  based
              systems,  there is no direct way to obtain a fb.modes file from the xorg.conf file.
              So instead one could obtain useful fb.modes info by using the (fbmodes (no man page
              AFAIK))  tool,  written  by bisqwit.  An unsupported mode should make fim exit with
              failure.  But it is possible the kernel could trick fim and set  a  supported  mode
              automatically, thus ignoring the user set mode.

       -N, --no-rc-file
              No initialization file will be read (default is ~/.fimrc) at startup.

       -p, --script-from-stdin
              Will read commands from stdin prior to entering in interactive mode.

       -o {device}, --output-device {device}
              Will  use  the  specified  device  as fim video output device, overriding automatic
              checks.  The available devices depend  on  the  original  configuration/compilation
              options,  so  you  should  get  the  list  of  available output devices issuing fim
              --version.  It will probably be a subset  of {sdl, fb, aa, caca, dumb}.

       --offset {offset}
              Will use the specified offset (in bytes) for opening the  specified  files  (useful
              for viewing images on damaged file systems).

       -P, --text-reading
              Enable  textreading  mode.  This has the effect that fim will display images scaled
              to the width of the screen, and aligned to the top.  Useful if the images  you  are
              watching  text  pages, all you have to do to get the next piece of text is to press
              space (in the default key configuration, of course).

       -s {n}, --scroll {n}
              set scroll steps in pixels (default is 50).

       -S, --sanity-check
              a quick sanity check before starting fim.

       -t, --no-framebuffer
              Fim will not use the framebuffer but the aalib (ascii art) driver instead  (if  you
              are curious, see (info aalib)).  If aalib was not enabled at tompile time, fim will
              work without displaying images at all.

       -T {terminal}, --vt {terminal}
              The terminal will be used as virtual terminal device file (as in fbi).   See  (chvt
              (1)), (openvt (1)) for more info about this.  Use (con2fb (1)) to map a terminal to
              a framebuffer device.

       -v, --verbose
              be verbose: show status bar.

       -V, --version
              display version and compile flags, and then terminate.

       -w, --autowidth
              Will adapt the image size to the screen size.

       -W {scriptout}, --write-scriptout {scriptout}
              All the characters that you type are recorded in the file  {scriptout},  until  you
              exit  Fim.   This  is  useful  if  you want to create a script file to be used with
              "fim -c" or ":exec" (analogous to Vim's -s and  ":source!").   If  the  {scriptout}
              file exists, it will be not touched (as in Vim's -w).

       -      Reads file list from stdin.

              Note  that  these  the  three  standard input reading functionalities (-i,-p and -)
              conflict : if two or more of them occur in fim invocation, fim will  exit  with  an
              error and warn about the ambiguity.

              See  the  section EXAMPLES below to read some useful (and unique) ways of employing


       cursor keys     scroll large images
       h,j,k,l        scroll large images left,down,up,right
       +, -            zoom in/out
       ESC, q          quit
       Tab             toggle output console visualization
       PgUp,p            previous image
       PgDn,n            next image
       Space             next image if on bottom, scroll down instead
       Return          next image, write the filename of the current image to stdout on exit from the program.
       m              mirror
       f              flip
       r              rotate by 90  degrees
       d,x,D,X        diagonal scroll
       C-w            scale to the screen width
       H              scale to the screen heigth
       m              mark the current file for printing its name when terminating fim

       :{number}       jump to {number}^th image in the list
       :^           jump to first image in the list
       :$           jump to last image in the list
       :*{factor}      scale the image by {factor}
       :{scale}%       scale the image to the desired {scale}
       :+{scale}%       scale the image up to the desired percentage {scale} (relatively to the original)
       :-{scale}%       scale the image down to the desired percentage {scale} (relatively to the original)

       /regexp         entering the pattern {regexp} (with /) makes fim jump to the next image whose filename matches {regexp}
       /*.png$         entering this pattern (with /) makes fim jump to the next image whose filename ends with 'png'
       /png       a shortcut for /.*png.*

       !{cmd}         executes the {cmd} string as a "/bin/sh" shell command

       C-n        after entering in search mode (/) and submitting a pattern, C-n (pressing the Control and the n key together) will jump to the next matching filename
       C-c        terminate instantaneously fim
       T          split horizontally the current window
       V          split vertically the current window
       C          close  the currently focused window
       H          change the currently focused window with the one on the left
       J          change the currently focused window with the lower
       K          change the currently focused window with the upper
       L          change the currently focused window with the one on the right
       U          swap the currently focused window with the split sibling one (it is not my intention to be obscure, but precise  : try V, m,  U and see by yourself :) )
       d         move the image diagonally north-west
       D         move the image diagonally south-east
       x         move the image diagonally north-east
       X         move the image diagonally south-west
       m         mirror
       f         flip
       r         rotate

       You can visualize all of the default bindings invoking fim --dump-default-fimrc | grep bind .
       You can visualize all of the default aliases invoking fim  --dump-default-fimrc | grep alias .

       The Return vs. Space key thing can be used to create  a  file  list  while  reviewing  the
       images and use the list for batch processing later on.

       All of the key bindings are reconfigurable; please see the default fimrc file for examples
       on this, or read the complete manual: the FIM.TXT file distributed with fim.


       FBFONT         (just like in fbi) a consolefont or a X11 (X Font Server - xfs) font file.
                      For instance,  /usr/share/consolefonts/LatArCyrHeb-08.psfu.gz is a Linux console file.
                      Consult 'man setfont' for your current font paths.
                      NOTE : Currently xfs is disabled.
       FBGAMMA        (just like in fbi) gamma correction.
       FRAMEBUFFER    (just like in fbi) if set, will override user set framebuffer device file.
       TERM      (only in fim: see the default fimrc) will influence the output device selection algorithm, especially if $TERM=="screen"


       fim needs read-write access to the framebuffer devices (/dev/fbN or  /dev/fb/N),  i.e  you
       (our  your  admin)  have  to make sure fim can open the devices in rw mode.  The IMHO most
       elegant way is to use pam_console (see /etc/security/console.perms) to chown  the  devices
       to  the  user  logged  in  on the console.  Another way is to create some group, chown the
       special files to that group and put the users which are allowed  to  use  the  framebuffer
       device  into  the group.  You can also make the special files world writable, but be aware
       of the security implications this has.  On a private box it might be  fine  to  handle  it
       this way through.

       If  using  udev,  you can edit : /etc/udev/permissions.d/50-udev.permissions and set these
       lines like here :
        # fb devices

       fim also needs access to the linux  console  (i.e.  /dev/ttyN)  for  sane  console  switch
       handling.   That  is obviously no problem for console logins, but any kind of a pseudo tty
       (xterm, ssh, screen, ...) will not work.


       find /mnt/media/ -name *.jpg | fim -

       #will make fim read the file list from standard input.

       find /mnt/media/ -name *.jpg | shuf | fim -

       #will make fim read the file list from standard input, randomly permuted.

       c cat script.fim | fim -p images/*

       #will make fim read the script file script.fim from standard  input  prior  to  displaying
       files in the directory images

       scanimage ... | tee scan.ppm | fim -i

       #will make fim read the image scanned from a flatbed scanner as soon as it is read

       fim * > selection.txt

       #will output the file names marked interactively with 'm' in fim to a file.

       fim * | fim -

       #will  output  the file names marked with 'm' in fim to a second instance of fim, in which
       these could be marked again.


       fim has bugs. Please read the BUGS file shipped in the documentation directory to discover
       the known ones.


                      The Fim documentation files.

       /etc/fimrc     System  wide  Fim  initialization  file (executed on startup if no personal
                      initialization file exist).

       ~/.fimrc       Your personal Fim initialization file (executed on startup, if existent).


       fimgs(1), fbset(1),  con2fb(1),  convert(1),  vim(1),  fb.modes(8),  fbset(8),  fbgrab(1),
       fbdev(4), setfont(8), xfs(1)


       Michele Martone <dezperado _ GUESS _> is the author of fim, "fbi improved".
       Gerd Knorr <kraxel _ GUESS _> is the original author of fbi, upon which this code is based.


       Copyright (C) 2007-2009 Michele Martone <dezperado _ GUESS _>
       Copyright (C) 1999-2000 Gerd Knorr <kraxel _ GUESS _>

       This program is free software; you can redistribute it and/or modify
       it under the terms of the GNU General Public License as published by
       the Free Software Foundation; either version 2 of the License, or
       (at your option) any later version.

       This program is distributed in the hope that it will be useful,
       but WITHOUT ANY WARRANTY; without even the implied warranty of
       GNU General Public License for more details.

       You should have received a copy of the GNU General Public License
       along with this program; if not, write to the Free Software Foundation,
        Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.

                                  (c) 2007-2009 Michele Martone                            fim(1)