Modules List

Here is a list of all modules with brief descriptions:

broadcast	Broadcast routines. This particular version contains MPI versions of these routines
check	Routuines to verify that the miniapp produced the correct answer
communicate	Routines and variables that are necessary for communicating between processors
constants	Physical and numerical constants used throughout the Parallel Ocean Program
domain_size	This module contains parameters for the global model domain size decomposition block size. It is used by the domain and block modules for decomposing the model domain across processors
exit_mod	Routine to provide a graceful means of exiting from POP when encountering an error
gshalo	Proxy module for one of the other boundary exchange modules. The value of boundary_exchange_algorithm will determine which boundary exchange algorithm to use
io_serial	This module provides several methods to read and write data needed by the miniapp
IOUnitsMod	I/O unit manager for tracking, assigning and reserving I/O unit numbers
kinds_mod	Default numerical data types for all common data types like integer, character, logical, real4 and real8
linear	This module contains routines for converting to and from the linear data structure in the solver
matrix_mod	Routines for multiplying a compressed sparse row matrix and a vector (the linear data structure in the solver)
mpi2s_gshalo	Routines to initialize and perform the boundary exchange operation
reductions	This module contains all the routines for performing global reductions like global sums, minvals, maxvals, etc
simple_blocks	Data types and tools for decomposing a global horizontal domain into a set of blocks. This module contains a data type for describing each block and contains routines for creating and querying the block decomposition for a global domain
simple_domain	Model domain and routines for initializing the domain. This module also initializes the decompositions and distributions across processors/threads by calling relevent routines in the block, distribution modules
simple_type	This data structure describes the how blocks are distributed accross tasks
solvers	This module contains routines and operators for solving the elliptic system for surface pressure in the barotropic mode
timers	This module contains routine for supporting multiple CPU timers and accumulates time for each individual block and node (task)