$***********************************************************************
$
$
$     ------------ Sample of an Inplace Jacket Analysis -------
$
$   This file illustrates how to perform an inplace analysis of a
$   fixed jacket.  The structure is restrained through non-linear
$   soil/pile interaction.  Twelve load cases are generated using
$   four wave headings to the structure and two different wave
$   heights.  An operating environment and an extreme environment
$   is explored using heavy and light deck loads.  Load cases are
$   named appropriately.  For instance, load case OH-90 stands for
$   operating environment, heavy deck load at a -90 degree heading
$   to the structure.  Different parts of this analysis can be run
$   by selecting the proper variable (.true. or .false.) for the
$   desired action.
$
$***********************************************************************
$
&device  -oecho n -auxin model.dat -g_default device
$
$*********************************************      set titles
$
&title Sample of a Jacket Inplace Anayisis
$
$*********************************************      water depth
$
&set depth = 67.2
$
$*********************************************      select action
$
&set setup            = .true.    $ read in model and set up
&if %setup% &then
   &set plotmod       = .false.   $ Plot the structure to a file
   &set summod        = .false.   $ Obtain reports of the model
&endif
&set design           = .true.    $ Do design Analysis
&if %design% &then
   &set beamload      = .false.   $ Report beam loads
   &set deflection    = .false.   $ Report Deflections
   &set envdir        = 0  -90    $ environment directions
&endif
&set fatigue          = .false.   $ Do fatigue
$
$*********************************************      setup the model
$
&if %setup% &then
   &insert setup.cif
&endif
$
$*********************************************      design
$
&if %design% &then
   &insert design.cif
&endif
$
$*********************************************      fatigue
$
&if %fatigue% &then
   &insert fatigue.cif
&endif
$
$*********************************************      all done
$
&finish
