Driver for the ocean-only simulations. Similar to the FMS coupler, but
allows one to run the ocean model without compiling other models.
Much simpler than the full FMS coupler.
The date that the current integration starts with. If the restart file
ocean_solo.res is present, date_init will be taken from there. [integer, dimension(6), default: 0]
calendar
The calendar type used by the current integration. Valid values are consistent
with the time_manager module: 'julian', 'noleap', or 'thirty_day'. The value
'no_calendar' can not be used because the time_manager's date function are used.
[character(maxlen=17), default: '']
months
The number of months that the current integration will be run for. [integer, default: 0]
days
The number of days that the current integration will be run for. [integer, default: 0]
hours
The number of hours that the current integration will be run for. [integer, default: 0]
minutes
The number of minutes that the current integration will be run for. [integer, default: 0]
seconds
The number of seconds that the current integration will be run for. [integer, default: 0]
dt_ocean
Ocean model time step in seconds. [integer, default: 0]
dt_cpld
Time step in seconds for coupling between ocean and atmospheric models:
must be an integral multiple of dt_ocean. This is the "slow" timestep.
Note that for an ocean_solo model, the coupling to an "atmosphere" is the coupling
to some data files. In this case, dt_cpld represents the time which data is updated.
For example, if data is "daily", then dt_cpld=86400 should be chosen.
If data is fixed, then dt_cpld of any integer of dt_ocean is fine, with
dt_cpld=86400 the default. [integer, default: 0]