The following parameters should be added to the config file in the AGNI section, since they are modelled by AGNI and could be interesting to consider more deeply
surf_material, the type of material used to set the surface albedo
solve_atol and solve_rtol, tolerances on the solver solution
The surface albedo parameter that currently exists should be moved into the Janus section.
The existing parameter albedo_pl should yield a warning when used alongside clouds or rayleigh scattering.
We should also consider storing the Bond albedo of the planet in the helpfile. Taking bond_albedo = F_sct / F_ins is not correct, since F_sct is scaled by the zenith angle while F_ins is not. This is an easy mistake to make and will yield significantly incorrect values for the bond albedo of the planet. It should instead be calculated as ds["fl_U_SW"]/ds["fl_D_SW"] where ds is the atmosphere Dataset generated by AGNI or JANUS.
The following parameters should be added to the config file in the AGNI section, since they are modelled by AGNI and could be interesting to consider more deeply
surf_material, the type of material used to set the surface albedosolve_atolandsolve_rtol, tolerances on the solver solutionThe surface albedo parameter that currently exists should be moved into the Janus section. The existing parameter
albedo_plshould yield a warning when used alongside clouds or rayleigh scattering.We should also consider storing the Bond albedo of the planet in the helpfile. Taking
bond_albedo = F_sct / F_insis not correct, sinceF_sctis scaled by the zenith angle whileF_insis not. This is an easy mistake to make and will yield significantly incorrect values for the bond albedo of the planet. It should instead be calculated asds["fl_U_SW"]/ds["fl_D_SW"]wheredsis the atmosphere Dataset generated by AGNI or JANUS.