--- MITgcm/doc/README	1998/10/28 03:23:17	1.14
+++ MITgcm/doc/README	1999/05/05 18:32:33	1.15
@@ -1,4 +1,4 @@
-$Header: /home/ubuntu/mnt/e9_copy/MITgcm/doc/README,v 1.14 1998/10/28 03:23:17 cnh Exp $
+$Header: /home/ubuntu/mnt/e9_copy/MITgcm/doc/README,v 1.15 1999/05/05 18:32:33 adcroft Exp $
 
 
 MITgcmUV Getting Started
@@ -27,7 +27,7 @@
      tar -xvf cNN.tar 
 
   2. Create platform specific make file
-     For example on a Digital UNIX machine the script "genmake.dec" can
+     For example on a Digital UNIX machine the script "genmake" can
      be used as shown below
 
      cd bin
@@ -40,29 +40,10 @@
   4. Compile code
      make
 
-  5. Copy input files
-     cp ../verification/exp2/[a-z]* ../verification/exp2/*bin .
+  5. To run the model with example data see the "README" in each of
+     the example experiments in ../verification/exp*/
+     e.g.  ../verification/exp2/README
   
-  6. Run baseline test case
-     setenv PARALLEL 1
-     dmpirun -np 2 ../exe/mitgcmuv        ( Under Digital UNIX   )
-     mpirun.p4shmem ../exe/mitgcmuv -np 2 ( Under Solaris + mpich)
-                                                      
-
-     This runs a 4 degree global ocean climatological simulation.
-     By default this code is set to use two processors splitting
-     the model domain along the equator. Textual output is written
-     to files STDOUT.* and STDERR.* with one file for each process.
-     Model fileds are written to files suffixed .data and .meta
-     These files are written on a per process basis. The .meta
-     file indicates the location and shape of the subdomain in
-     each .data file.
-    
-     This 4 degree global ocean climatological simulation is the baseline
-     configuration for the MITgcmUV code. The change files that 
-     convert the model to a different configuration in the 
-     verification directory all assume that the model is configured for
-     the baseline case and change the model code accordingly.
 
 o Running
 
@@ -79,15 +60,15 @@
 
   - Serial execution
 
+  - Parallel execution. MPI
+    mPx, nPy
+    dmpirun
+
   - Parallel execution. Threads
     nSx, nSy
     setenv PARALLEL n
     nTx=2, nTy=2
 
-  - Parallel execution. MPI
-    mPx, nPy
-    dmpirun
-
   - Parallel execution. Hybrid
 
 o Cutomising the code