--- MITgcm_contrib/ESMF/global_ocean.128x64x15/README	2004/02/15 22:28:17	1.1
+++ MITgcm_contrib/ESMF/global_ocean.128x64x15/README	2004/02/16 04:00:09	1.2
@@ -1,28 +1,13 @@
-Example: "4x4 Global Simulation with Seasonal Forcing"
-=======================================
+build.sh       :: Script that controls the build of the component library
+               :: and module for this target.
 
-To apply the changes to the default configuration of MITgcmUV:
-Configure and compile the code:
-  cd verification/global_ocean.90x40x15/input
-  ../../../tools/genmake -mods='../code'
-  make depend
-  make
-To run the code:
-  ./mitgcmuv
+code/          :: Code customizations to and package selections from core MITgcm
+               :: source for this target
 
-There is comparison output in directory:
- ../verification/global_ocean.90x40x15/results
+diags_matlab/  :: Useful Matlab routines for plotting outpt
 
-Comments:
-o The input data is real*4.
-o The surface fluxes are derived from monthly means of the NCEP climatology;
-  - a matlab script is provided that created the surface flux data files from 
-    the original NCEP data: ncep2global_ocean.m in the diags_matlab directory,
-    needs editing to adjust search paths.
-o matlab scripts that make a simple diagnostic (barotropic stream function,
-  overturning stream functions, averaged hydrography etc.) is provided in
-  diags_matlab:
-  - mit_loadglobal is the toplevel script that run all other scripts
-  - mit_globalmovie animates theta, salinity, and 3D-velocity field for
-    a layer "iz", if "meanfields=0"
+input/         :: Input bathymetry, initial conditions and forcing
 
+results/       :: Reference output for validation
+
+run/           :: Subdirectory for building code