%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Trace 1 %%%% FILES: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%% CONTROL parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Restart 0 0:new run;1:continue;2:run "+Run_time" more;3:restart w/ new TIOS %%%% TIME Parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Time_step 1. hour +Run_time 2 days - (1 year by default) %%%% Barotropic Parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Baro_solv 2 - (0: no U_BAR; 1:U = U_BAR = 0; 2:U = U_BAR(tau)) -Baro_step 6 +Baro_rayl .001 +Baro_err 0 +Baro_nnonz 6 %%%% MODEL Parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Salinity 1 - (1-tracer; 2-linear; 3-dens12; 4-dens17;5-UNESCO) +Mixing 1 - (1-Conv.Adj; 2-Ri#; 3=1&2; 4-5 disabled) +Mix_step 4 - freq of mixing %%%% Topography%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Bathymetry 3 - (0-flat bottom, 1-read from datafile, >1-function) +Bath_type 2 +Bath_fac .01 -Ridge_min 10 -Ridge_max 10 -Bath_min 700. %%%% Shapiro FILTERS %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % NOTE THAT it only matters whether Shap_vel_type is zero or non-zero +Shap_vel_order 4 +Shap_vel_type 3 +Shap_vel_step 8 +Shap_vel_damp 1. +Shap_scl_order 4 +Shap_scl_type 3 +Shap_scl_step 8 +Shap_scl_damp 1 %%%% Vertical diffusion %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Bint 1.e-4 vert diffusion coef. for momentum +Cint 1.e-5 vert diffusion coef. for heat & salt %%%% Bottom friction %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Bottom_friction .001 %%%% Isopycnal diffusion %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Diffiso_vel 0 (1-use explicit diffusion on momentum;0-don't) +Diffiso_coef_mo 100. +Diffiso_scl 0 (1-use explicit diffusion on tracers;0-don't) +Diffiso_coef 100. (coef of isopycnal diffusion) +Diffiso_alpha 0. (0.-pure horizontal diffusion; 1.-pure isopycnal) +Diffiso_eps 0.00 (ratio of diapycnal/isopycnal diffusion) +Diffiso_cadv 100. (coef of diffusion for Gent-McWilliams scheme) %%%% Vertical advection of tracer %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Upwind_cnst 1000. %%%% FORCING - INITIALIZATION %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +Temp_init 0 (0:T_profile;3-from data) -Temp_coef 0.01 (percent random noise added to temp) +Salt_init 0 ( -"- ) +Wind_forc 5 (1-L.I.;*2-C.S.;3-AVE_cnst(TAU);5-COS(y)) +Wind_tauxy [1. 0.] (in dynes/cm^2) +Wind_cos 3 +Heat_forc 6 (0-3:Haney;0-30deg,1-T(k=1);2-annual SST;3-climatological SST 4- Q explicit data; 6- none; 8-AML) +EP_forc 6 ( as above) +NZ 11 +H_profile [2000 200 200 200 200 200 200 200 200 200 200 200] +T_profile [30 30 30 30 30 30 30 30 30 30 30 ] +S_profile [35 35 35 35 35 35 35 35 35 35 35 ] +Periodic 0 +BC_type 1 - ( 1 - no slip; 2 - no normal flow/default/) +BC_bot_temp 1 - ( 0 - Const; 1 - No Flux) +Grid_type 3 - ( 1 - beta plane; 2 - spherical; 3 - f plane) %% GEOMETRY Parameters %%%%%%%%%%%% +NX 40 +NY 40 +South 20 +North 60 +West 0 +East 40 +Grid_mask [ w40,r40, ] %%%%% End Of GEOMETRY %%%%%%%%%%%%%%%%%%%%%% End