NAME

       eiger2crysalis  -  Portable  image converter based on FabIO library to export Eiger frames
       (including te one from LImA) to a set of esperanto  frames  which  can  be  imported  into
       CrysalisPro.

DESCRIPTION

       usage: eiger2crysalis [-h] [-V] [-v] [--debug] [-l] [-o OUTPUT] [-O OFFSET]

       [-D DUMMY] [--dry-run] [--calc-mask] [-e ENERGY]
              [-w WAVELENGTH] [-d DISTANCE] [-b BEAM BEAM] [--alpha ALPHA] [--kappa KAPPA] [--phi
              PHI]  [--omega  OMEGA]  [--theta   THETA]   [--rotation   ROTATION]   [--transpose]
              [--flip-ud] [--flip-lr] [IMAGE ...]

       Portable  image  converter based on FabIO library to export Eiger frames (including te one
       from LImA) to a set of esperanto frames which can be imported into CrysalisPro.

   positional arguments:
       IMAGE  File with input images

   options:
       -h, --help
              show this help message and exit

       -V, --version
              output version and exit

       -v, --verbose
              show information for each conversions

       --debug
              show debug information

   main arguments:
       -l, --list
              show the list of available formats and exit

       -o OUTPUT, --output OUTPUT
              output directory and filename template

       -O OFFSET, --offset OFFSET
              index offset, CrysalisPro likes indexes to start at 1, Python starts at 0

       -D DUMMY, --dummy DUMMY
              Set masked values to this dummy value

   optional behaviour arguments:
       --dry-run
              do everything except modifying the file system

       --calc-mask
              Generate a mask from pixels marked as invalid. Off by default since it takes time

   Experimental setup options:
       -e ENERGY, --energy ENERGY
              Energy of the incident beam in keV

       -w WAVELENGTH, --wavelength WAVELENGTH
              Wavelength of the incident beam in ??

       -d DISTANCE, --distance DISTANCE
              Detector distance in millimeters

       -b BEAM BEAM, --beam BEAM BEAM
              Direct beam in pixels x, y

   Goniometer setup:
       --alpha ALPHA
              Goniometer angle alpha value in deg. Constant, angle between kappa/omega.

       --kappa KAPPA
              Goniometer angle kappa value in deg or formula f(index).

       --phi PHI
              Goniometer angle phi value in deg. or formula f(index). Inner-most rotation.

       --omega OMEGA
              Goniometer angle omega value in deg. or formula f(index). Outer-most rotation.

       --theta THETA
              Goniometer angle theta value in  deg.  or  formula  f(index).  Tilt  angle  of  the
              detector.

   Image preprocessing (Important: applied in this order!):
       --rotation ROTATION
              Rotate  the initial image by this value in degrees.  Must be a multiple of 90??. By
              default 180 deg (flip_up with origin=lower and flip_lr because the  image  is  seen
              from the sample).

       --transpose
              Flip the x/y axis

       --flip-ud
              Flip the image upside-down

       --flip-lr
              Flip the image left-right

       return  codes: 0 means a success. 1 means the conversion contains a failure, 2 means there
       was an error in the arguments