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Contents
List of Figures
3.1 Directory structure for MOM
11.2 Anatomy of a Memory Window for 2nd order numerics.
11.3 Anatomy of a Memory Window for 3rd or 4th order numerics
11.4 Using a 2nd order memory window to integrate 3-D prognostic equations for one timestep
11.5 Using a 4th order memory window to integrate 3-D prognostic equations for one timestep
11.6 Copying data within a memory window
11.7 Copying data within a memory window for pressure gradient averaging
11.8 Various ways of configuring MOM
12.1 1d vs 2d Domain Decomposition
12.2 Basic Dataflow for Multi-tasking with 2nd order numerics
12.3 Basic Dataflow for Multi-tasking with 4th order numerics
16.1 Specifying a region of T cells.
16.2 Grid cells in
and
16.3 Grid cells in
and z
16.4 Grid cells in
and z
16.5 Comparing grid construction methods
17.1 Euler rotation angles for grid rotations
A sample field
19.1 Coupling ATMOS and OCEAN models
19.2 Flowchart for program
driver
19.3 Flowchart for subroutine
gasbc
19.4 Flowchart for subroutine
gosbc
21.1 Dataflow for various types of timesteps
22.1 Flowchart for subroutine
mom
22.2 Grid cells within the memory window indicating where quantities are defined
22.3 Advective velocities
22.4 Vertical velocity at ocean bottom
39.1 Fresh water input and net northward transport
RC Pacanowski and SM Griffies, GFDL, Jan 2000
and 