Annotation of /MITgcm/verification/global_ocean_pressure/README

global ocean in pressure coordinate 
===================================

To apply the changes to the default configuration of MITgcmUV:
Configure and compile the code:
  cd verification/global_ocean_pressure/input
  ../../../tools/genmake -mods='../code'
  make depend
  make
To run the code:
  ./mitgcmuv

There is comparison output in directory:
 ../verification/global_ocean_pressure/results

Comments
o the set up is similar to that of global_ocean.90x40x15
o the code directory contains calc_phi_hyd.F, where the potential is computed
  according to the more natural finite volume discretization. Finite difference
  discretization is energy conserving, but the representation of the "fixed"
  surface (interface ocean-atmosphere) is less consistent.
o the code directory also contains dynamics.F which calls
  remove_mean_rl.F, a generic routine, to remove the mean from the
  diagnostic variable phiHydLow (sea surface height/gravity in pressure
  coordinates) 
1	mlosch	1.1	global ocean in pressure coordinate
2			===================================
3
4			To apply the changes to the default configuration of MITgcmUV:
5			Configure and compile the code:
6			cd verification/global_ocean_pressure/input
7			../../../tools/genmake -mods='../code'
8			make depend
9			make
10			To run the code:
11			./mitgcmuv
12
13			There is comparison output in directory:
14			../verification/global_ocean_pressure/results
15
16			Comments
17			o the set up is similar to that of global_ocean.90x40x15
18			o the code directory contains calc_phi_hyd.F, where the potential is computed
19			according to the more natural finite volume discretization. Finite difference
20			discretization is energy conserving, but the representation of the "fixed"
21			surface (interface ocean-atmosphere) is less consistent.
22			o the code directory also contains dynamics.F which calls
23			remove_mean_rl.F, a generic routine, to remove the mean from the
24			diagnostic variable phiHydLow (sea surface height/gravity in pressure
25			coordinates)