DESCRIPTION

       usage: agfm.py [options] hyst1.raw hyst2.raw hyst3.raw ...

   options:
       --version
              show program's version number and exit

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

       --dump-header
              print out all the header fields for a file

       --dump-values
              print out all the data values for a file

       --show Show a matplotlib graph of the loop

       --show-flat
              Show a matplotlib graph of the loop after flattening

       --plot-file=PLOTFILE
              Save  plot  to  a file.  Filename extension determines the file-
              type.  e.g. .svg, .png, .ps [NOTE: .svg good for Illustrator and
              .ps broken(?)]

       --plot-flat-file=PLOTFLATFILE
              Save  plot  to  a file.  Filename extension determines the file-
              type.  e.g. .svg, .png

       -t TABLE, --sql-table=TABLE
              Name of the database table. [default: hyst]

       --save-cgs
              Save the cgs unflattened to a file

       -s, --save-flattened
              Save the flattened loop to a file with  .flat  appended  to  the
              filename

       --save-flattened-si
              Save  the flattened loop to a file with .flat.si appended to the
              filename.  mT on the xaxis and Am^2 on the yaxis

       --save-si
              Save the UNflattened loop to a file with  .si  appended  to  the
              filename.  mT on the xaxis and Am^2 on the yaxis

       -a, --agfm-format
              Change  the flattened file format to be the AGFM Model 2900 out-
              put format, otherwise, it writes gnuplot compatable output

       --ymin=YMIN
              force plot range

       --ymax=YMAX
              force plot range

       --ms-norm
              Rescale M by dividing my Ms to get a +/- 1 plot

       --mass=MASS
              Mass in grams  of  the  AGFM  sample.   You  did  measure  mass,
              right???

       --density=DENSITY
              Assumed density to calculate volume from mass.  In g/cm^3

       -S, --do-db
              Actually do database processing.  Requires pysqlite.

       --database=DBNAME
              Database filename [default: pmag.db]

       --delete-db
              delete previous db if it exists  [default: False]

       -m MASSPOSITION, --mass-pos=MASSPOSITION
              Where  in the comment field is the mass (2 is standard for kurt)
              [default: none]

       --sql-create
              Generate a SQL CREATE statement that can be used to make  a  new
              tableUse  this  the  first  time  you  add  an agfm point to the
              database

       -k, --kds-style-name
              use first 15 characters of the comment as the sample name

       --skip-std, --skip-standard
              skip the measurements of the standard

       --chi-lf=CHILF
              Low field susceptibility value in  SI  volume  normalized  (e.g.
              from kappabridge)

       --db-chi-lf
              Use  the  database to get bulksusc field for Low field suscepti-
              bility value in SI volume normalized (e.g.  from kappabridge)

       --todo Print todo list

       -v, --verbose
              how  much  information  to  give.   Specify  multiple  times  to