.. _test_gamit2016:

Repeat Steps 1 and 2 for 2016
=============================

From the :file:`2016/` directory, run

.. code-block:: console

   $ sh_setup -yr 2016

In the :file:`2016/tables/` directory, edit :file:`process.defaults` for the :content:`mailto` variable and run

.. code-block:: console

   $ sh_upd_stnfo -l sd
   $ mv station.info.new station.info

From the :file:`2016/` directory, run GAMIT for two days (days-of-year 101 and 102) for GPS, GLONASS, Galileo and BeiDou:

.. code-block:: console

   $ sh_gamit -expt eura -gnss G -s 2016 101 102 -pres ELEV -orbit igsf -copt x k p -dopts c ao >& sh_gamit_2016G.log
   $ sh_gamit -expt eura -gnss R -s 2016 101 102 -jclock sp3 -pres ELEV -orbit codm -copt x k p -dopts c ao >& sh_gamit_2016R.log
   $ sh_gamit -expt eura -gnss E -s 2016 101 102 -pres ELEV -orbit codm -copt x k p -dopts c ao >& sh_gamit_2016E.log
   $ sh_gamit -expt eura -gnss C -lfreq 7 -s 2016 101 102 -pres ELEV -orbit codm -copt x k p -dopts c ao >& sh_gamit_2016C.log

Then copy (and optionally edit) the :program:`globk` and :program:`glorg` command file templates:

.. code-block:: console

   $ sh_glred -cmd

Finally run GLOBK to generate time series:

.. code-block:: console

   $ sh_glred -s 2016 101 2016 102 -expt eura -netext G R E C -opt H G T >& sh_glred_2016.log

and a combined binary h-file for the two processed days:

.. code-block:: console

   $ sh_glred -s 2016 101 2016 102 -expt eura -netext G R E C -ncomb 2 -globk_cmd_prefix COMB -opt G >& sh_glred_comb.log

We've specified only 2 days in 2016 to save run time for the test.