Check if Coriolis parameter can be passed to gravity wave parameterizations from host model

From review of GW drag https://github.com/ESCOMP/atmospheric_physics/pull/292

@nusbaume wrote:
> Also, outside of the division by kwv this appears to be a very generic calculation of the Coriolis parameter. It might be worth adding an entry into the "future work" issue to see if the Coriolis parameter can simply be handed to the gravity wave scheme by the host model (as omega_earth can certainly change if one is doing exoplanet-like experiments).

relevant code
```fortran
! Calculates absolute value of the local Coriolis frequency divided by the
! spatial frequency kwv, which gives a characteristic speed in m/s.
function coriolis_speed(band, lat)
! Inertial gravity wave lengths.
type(GWBand), intent(in) :: band
! Latitude in radians.
real(kind_phys), intent(in) :: lat(:)

real(kind_phys) :: coriolis_speed(size(lat))

coriolis_speed = abs(sin(lat)*2._kind_phys*omega_earth/band%kwv)

end function coriolis_speed
```