: : OPA MODEL NAMLIST OF OPTIONS : --------- : : liste a modifier si necessaire : : NAMDOM DOMAIN PARAMETERS : : NILB index I for the sub domain left bottom : NJLB index J for the sub domain left bottom : &NAMDOM NILB = 1, NJLB = 1, &END : : NAMASK MASKS, BATHYMETRY : : NTOPO flag to read/compute the bathymetry : NGRID flag to read/compute grid coordinates : NMSH flag to write coordinates/meshes : &NAMASK NTOPO = 1, NGRID = 1, NMSH = 0, &END : : NAMBSF BAROTROPIC STREAM FUNCTION : : NMAX maximum of iterations for the solver : EPS absolute precision of the solver : &NAMBSF NMAX= 800, EPS = 1.E-2, &END : : NAMSOR SUCCESSIVE-OVER-RELAXATION ( #ifdef "bsfsor" ) : : NSOR flag for compute the optimal coef. : SOR optimal coefficient : &NAMSOR NSOR = 0, SOR = 1.76, &END : : NAMPCG DIAGONAL PRECONDITIONED CONJUGATE GRADIENT : #if define "bsfpcg" or define "islands" : : NRIPCG frequency of PCG re-initialization : &NAMPCG NRIPCG = 10, &END : : NAMISL ISLAND ( #ifdef "islands" ) : : NILTES flag to test island computation : EPSISL absolute precision on stream function solver : NMISL maximum PCG iterations for island : NRIISL frequency of re-initialization : &NAMISL NILTES= 0, EPSISL=1.E-10, NMISL = 4000, NRIISL = 100, &END : : NAMHDF HORIZONTAL DIFFUSION : : SHLAT coastal lateral shear : AHM0 horizontal eddy viscosity for the dynamic : AHT0 horizontal eddy diffusivity for tracers : NKISO isopycnal diffusion below NKISO : NWRISO save (=1) or not (=0) hirontal isopycnal fluxes : &NAMHDF SHLAT = 2., AHM0 = 40000., AHT0 = 2000., NKISO = 2, NWRISO= 1, &END : : NAMZDF VERTICAL DIFFUSION : : AVB minimum value for the vertical eddy coefficient : AVM0 vertical eddy viscosity for the dynamic : AVT0 vertical eddy diffusivity for tracers : NAVMT number of time step for the vertical diffusion : &NAMZDF AVB = 1.E-4, AVM0 = 1.E-4, AVT0 = 1.E-5, NAVMT= 3, &END : : NAMRIC RICHARDSON NUMBER DEPENDENT VERTICAL DIFFUSION : ( #ifdef "zdfrichardson" ) : : AVMRI maximum value of the vertical viscosity : ALP coefficient : NRIC coefficient : &NAMRIC AVMRI = 100.E-4, ALP = 5., NRIC = 2, &END : : NAMTKE TURBULENT EDDY KINETIC DEPENDENT VERTICAL DIFFUSION : ( #ifdef "zdftke" ) : : EDIFF : EDISS : EBB : EFAVE : EMIN minimum value of TKE : EMIN0 surface minimum value of TKE : NITKE number of restart iterative loops : NMXL mixing length type : = 0 bounded by the distance to surface and bottom : = 1 bounded by the local vertical scale factor : = 2 first vertical derivative of emxl bounded by 1 : NPDL flag on Prandtl number : = 0 no vertical Prandtl number (AVT=AVM) : = 1 Prandtl number function of Richarson number (AVT=PDL*AVM) : = 2 same as = 1 except that a Shapiro filter is applied on PDL : &NAMTKE EDIFF= 0.1, EDISS= 0.7, EBB = 3.75, EFAVE= 1., EMIN = 0.7071E-6, EMIN0= 1.E-4, NITKE= 50, NMXL= 2, NPDL= 2, &END : : NAMTAU SURFACE WIND STRESS (#ifdef "tau") : : NVGO number of time steps for start : &NAMTAU NVGO = 960, &END : : NAMFLX SURFACE HEAT FLUX AND EVAPORATION (#ifdef "flx") : : NTRFL use of interpolation package : &NAMFLX NTRFL = 0, &END : : NAMQSR PENETRATIVE SOLAR RADIATION : : RABS : XSI1 : XSI2 : &NAMQSR RABS = 0.58, XSI1 = 0.35, XSI2 = 23.0, &END : : NAMTDA TEMPERATURE DATA : : NCLIMT temperature initialization index : NINTT use of interpolation package (#ifdef "temdta") : &NAMTDA NCLIMT = 0, NINTT = 0, &END : : NAMSDA SALINITY DATA : : NCLIMS temperature initialization index : NINTS use of interpolation package (#ifdef "saldta") : &NAMSDA NCLIMS = 0, NINTS = 0, &END : : NAMTDP TEMPERATURE DAMPING (#ifdef "temdta" and "temdmp" ) : : TMAXT maximum coefficient : TMINT minimum coefficient : TREQ geographic parameter : TCRIT geographic parameter : &NAMTDP TMAXT= 2.314814E-7, TMINT= 3.215020E-8, TREQ = 1.E-3, TCRIT= 800., &END : : NAMSDP SALINITY DAMPING (#ifdef "saldta" and "saldmp" ) : : TMAXS maximum coefficient : TMINS minimum coefficient : SREQ geographic parameter : SCRIT geographic parameter : &NAMSDP TMAXS= 2.314814E-7, TMINS= 3.215020E-8, SREQ = 1.E-3, SCRIT= 800., &END : : NAMUDP VELOCITY DAMPING (#if defined "dyndmp") : : NO LIST PRESENTLY : &NAMUDP &END : : NAMDIA DIAGNOSTICS : : MEAN VALUE ARRAYS (#ifdef "diamea" ) : NAMNRG ENERGY (#ifdef "diapke" ) : NAMGAP DIFFERENCE BETWEEN MODEL AND DATA (#ifdef "diagap" ) : NAMBOX AVERAGED PER BASIN OR LATITUDE AREA (#ifdef "diabox" ) : NAMZNL ZONAL FLUXES (#ifdef "diaznl" ) : NAMMFL MERIDIONAL HEAT FLUX (#ifdef "diamfl" ) : NAMTRD DYNAMICS AND TRACERS TRENDS (#ifdef "diatrends: NAMTRD DYNAMICS AND TRACERS TRENDS (#ifdef "diatrends" ) : : NMEAN time step frequency : NRGF time step frequency : NRGPRI switch for control print : NGAP time step frequency : NPRG frequency for control print : NFBOX time step frequency : NBOX frequency for control print (multiple of NFBOX)quency : NBOX frequency for control print (multiple of NFBOX) : NFZNL time step frequency : NBOX frequency for control print (multiple of NFBOX) : NMFL time step frequency : NTRD time step frequency : &NAMDIA NMEAN =80, NRGF = 80, NRGPRI = 450, NGAP = 80, NPRG =450, NFBOX = 80, NBOX = 450, NFZNL = 80, NBOX = 450, NMFL = 80, NTRD = 600, &END : : NAMPAR PARAMETERS FOR MODEL : : RAU0 density of reference : GAMMA asselin time filter parameter : RCP specific heat : &NAMPAR RAU0 = 1020., GAMMA = 0.1, RCP = 4.E3, &END : : NAMSTP TIME STEP : : NACC use the acceleration convergency method : RDT time step : RDTBSF barotropic time step : RDTMIN minimum time step on tracers : RDTMAX maximum time step on tracers : HDT depth variation of tracer step : &NAMSTP NACC = 0, RDT = 5400., RDTBSF= 5400., RDTMIN= 5400., RDTMAX= 5400., HDT = 800., &END : : NAMRST RESTART PARAMETER (#ifdef "restart" ) : : NRSTDT control of the time step (0 or 1) : &NAMRST NRSTDT =1, &END : : NAMCTL PARAMETERS FOR THE CONTROL : : NO job number : NIT000 number of the first time step : NITEND number of the last time step : NDATE0 initial calendar date AAMMJJ : NSTA1 static insta computation freq : NSTA2 static insta print frequency 48 : NSTOCK frequency of restart file 120 : NWRITE frequency of output file 120 : &NAMCTL NO = 1, NIT000= STEP1, NITEND= STEPN, NDATE0= 800101, NSTA1 = 1, NSTA2 = 48, NSTOCK= 80, NWRITE= 80, &END : : NAMTSK MULTITASKING : : NCPU number of cpu : &NAMTSK NCPU =6, &END : : NAMTST COUPLED : : NEXCO exchange frequency : NCHAN type of communication : &NAMTST NEXCO = 16, NCHAN = 0, CATLHF = 'oceflx', CATLWS = 'ocetau', COCLTS = 'ocesst', COCLIC = 'oceice', CSOSSTSSTP = 'SOSSTSST', CSOICECOVP = 'SOICECOV', CSOHEFLDOP = 'SOHEFLDO', CSOSHFLDOP = 'SOSHFLDO', CSOWAFLUPP = 'SOWAFLUP', CSORIVFLUP = 'SORIVFLU', CSOZOTAUXP = 'SOZOTAUX', CSOMETAUYP = 'SOMETAUY', CSOZOTAU2P = 'SOZOTAU2', CSOMETAU2P = 'SOMETAU2', &END