I had a problem with the gas mixing ratio which changed U etc in the 5th timestep (one after UKCA and the same as radiation).
| gas_mix_ratio(1,85) (aka atm%gas_mix_ratio(1,85,4)) | ||
| ↓ | SCALE_ABSORB (SOCRATES) | |
| gas_frac_rescaled(1,85,4) | rescaled gas mass fraction | |
| ↓ | SOLVE_BAND_K_EQV (SOCRATES) | |
| k_eqv(1,85) | Equivalent extinction | |
| ↓ | SOLVE_BAND_K_EQV (SOCRATES) | |
| k_grey_tot(1,85) (aka ss_prop%k_grey_tot(1,85,0)) | Grey extinction | |
| ↓ | SINGLE_SCATTERING (SOCRATES) | |
| ss_prop%tau(1,85,0) (aka tau(1,85)) | Optical depth | |
| ↓ | TRANS_SOURCE_COEFF (SOCRATES) | |
| source_coeff(1,85,2) | Source coefficients in two-stream equations | |
| ↓ | IR_SOURCE (SOCRATES) | |
| s_down(1,85) | Downward source function | |
| ↓ | SOLVER_HOMOGEN_DIRECT (SOCRATES) | |
| h(1,85) | Working array | |
| ↓ | SOLVER_HOMOGEN_DIRECT (SOCRATES) | |
| flux_total_incr(1,171) (aka flux_total_part, flux_total) | Total flux | |
| ↓ | AUGMENT_RADIANCE (SOCRATES) | |
| radout%flux_up(1,85,1) | Upward flux | |
| ↓ | LW_RAD | |
| lw_down(1,1) | Downwards surface flux | |
| ↓ | SF_EXP_L (JULES) | |
| radnet(1), radnet_tile(1,9) | Surface net radiation on tiles | |
| ↓ | SF_FLUX (JULES) | |
| dtstar(1) | Change in TSTAR over timestep | |
| ↓ | SF_FLUX (JULES) | |
| fqw(1,1,1) | FQW(,1) is total water flux from surface, 'E' | |
| ↓ | BDY_IMPL4 | |
| q(1,1,1) (aka qw) | ||
| ↓ | BDY_IMPL4 (later call from above) | |
| q_latest(1,1,1) | ||
| ↓ | ATMOS_PHYSICS2 | |
| q_star(1,1,1) | ||
| ↓ | SET_STAR_ZERO_LEVEL | Simple q_star(:,:,0) = q_star(:,:,1) |
| q(1,1,0) (aka qstar) | I think qstar = -(w'q')/u_* | |
| ↓ | EG_Q_TO_MIX | |
| m_star(1,1,0) | ||
| ↓ | EG_R_S | |
| R_m_v_a(1,1,1), R_m_cf_a(1,1,1) (aka S_m_v, S_m_cf) | ||
| ↓ | UPDATE_MOISTURE | |
| m_v(1,1,1), m_cf(1,1,1) | ||
| ↓ | EG_SISL_INIT_UVW | |
| theta_wet(1,1,1) | ||
| ↓ | EG_SISL_INIT_UVW | |
| work1(1,1,1) | ||
| ↓ | EG_SISL_INIT_UVW | |
| R_u_a(1,1,1) | I think this is U in Cartesian coordinates | |
| ↓ | EG_ADD_PRESSURE | |
| u_np1(1,1,1) | U at next timestep | |
| ↓ | ATM_STEP_4A | Standard update of timestep |
| u(1,1,1) |
Simplified feedback
| Change GAS_MIX_RATIO |
| ↓ |
| Alters absorption, diffusion of air (SOCRATES) |
| ↓ |
| Alters radiation budget (SOCRATES) |
| ↓ |
| Alters evapouration of water at surface (JULES) (Probably turbulence in general) |
| ↓ |
| Alters moisture |
| ↓ |
| Alters the other dynamical fields like U |
