| 1 | ! Parametres du run : Ant-16 |
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| 2 | |
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| 3 | !___________________________________________________________ |
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| 4 | &runpar ! nom du bloc parametres du run |
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| 5 | runname = "RUNNAME" ! 8 caracteres |
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| 6 | icompteur = 1 |
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| 7 | iout = 2 |
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| 8 | reprcptr = "../../../Fichier-CPTR/historical_ISMIP_2015.nc" ! |
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| 9 | itracebug = 0 |
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| 10 | num_tracebug = 163 |
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| 11 | comment_run = "simule scenario ISMIP" |
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| 12 | ! runname : nom de l experience (8 caracteres) |
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| 13 | ! icompteur : reprise dans un fichier 0 -> non, 1 -> oui, 2 -> T et Hwat |
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| 14 | ! 3-> T seulement |
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| 15 | ! iout : 1-> sortie cptr pour reprise,2 -> sortie nc pour reprise |
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| 16 | ! reprcptr : nom du fichier |
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| 17 | !___________________________________________________________ |
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| 18 | &grdline ! bloc grounding line |
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| 19 | |
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| 20 | igrdline = 0 |
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| 21 | Schoof = 1 |
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| 22 | ibmelt_inv = 0 |
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| 23 | / |
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| 24 | ! igrdline : 1 ligne d echouage fixée, 3 recul forcé, 0 sans traitement specifique, 2 paleo gr line |
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| 25 | ! Schoof : 0 pas de Schoof, 1 flux de Schoof |
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| 26 | |
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| 27 | !___________________________________________________________ |
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| 28 | ×teps ! bloc timestep |
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| 29 | |
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| 30 | tend = RUNTEND |
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| 31 | tbegin = RUNTBEGIN |
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| 32 | dtmin = 0.5e-3 !1.e-3 |
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| 33 | dtmax = 0.25 !0.5 |
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| 34 | dtt = 0.5 !1. |
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| 35 | testdiag = 0.008 !0.005 cat 15km |
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| 36 | / |
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| 37 | ! tous les temps en annees. tbegin et tend : debut et fin du run |
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| 38 | ! pour equation masse, pas de temps mini -> dtmin, maxi -> dtmax |
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| 39 | ! dtt : pas de temps long |
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| 40 | ! testdiag, pour gerer le pas de temps dynamique dt |
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| 41 | ! ordres de grandeur (a moduler selon dx) : |
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| 42 | ! 40 km dtmin=2.e-3, dtmax=1., dtt=5., tesdiag=0.02 |
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| 43 | |
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| 44 | !___________________________________________________________ |
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| 45 | &topo_file |
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| 46 | topo_ref = "SHB_bedmap2_Ant16_relax30ans_ISMIP4_inv5.nc" |
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| 47 | topo_dep = "SHB_bedmap2_Ant16_relax30ans_ISMIP4_inv5.nc" |
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| 48 | grid_topo = "coord-Ant-16km.dat" |
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| 49 | ghf_fich = "ghf_Ant_Lebrocq_16km.grd" |
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| 50 | / |
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| 51 | ! topo_ref= topo ref isostasie |
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| 52 | ! topo_dep= topo de depart |
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| 53 | ! grid_topo : fichier i,j,x,y,lon,lat |
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| 54 | ! ghf_fich : fichier flux geothermique |
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| 55 | |
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| 56 | !___________________________________________________________ |
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| 57 | &mass_conserv ! conservation de la masse |
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| 58 | adv_frac = 2. ! 2-> advection seule |
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| 59 | V_limit = 5000. ! maximum velocity for mass conservation : depend de la calotte |
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| 60 | / |
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| 61 | ! Conservation de la masse avec equation advection-diffusion ' |
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| 62 | ! la repartition depend de adv_frac' |
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| 63 | ! >1 -> advection seule' |
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| 64 | ! 0 -> diffusion seule' |
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| 65 | ! 0<*<1 -> fraction de l advection' |
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| 66 | ! -1 -> zones diffusion + zones advecttion' |
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| 67 | ! V_limit depend de la calotte : typiquement 3000 en Antarctique, 10000 au Groenland |
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| 68 | |
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| 69 | !-------------------------------------------------------------------- |
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| 70 | &eaubasale1 ! nom du premier bloc eau basale |
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| 71 | |
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| 72 | ecoulement_eau = T |
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| 73 | hwatermax = 5000.000 |
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| 74 | infiltr = 1.e-3 !1.0000001E-03 |
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| 75 | / |
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| 76 | ! ecoulement eau : .false. -> modele bucket, sinon equ. diffusion |
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| 77 | ! hwatermax : hauteur d eau basale maximum dans le sediment (m) |
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| 78 | ! infiltr est la quantite d eau qui peut s infiltrer dans le sol (m/an) |
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| 79 | |
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| 80 | !___________________________________________________________ |
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| 81 | ¶m_hydr ! nom du bloc parametres hydrauliques |
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| 82 | |
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| 83 | hmax_till = 20.00000 |
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| 84 | poro_till = 0.5000000 |
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| 85 | kond0 = 6.14327918431256e-06 !1.000000E-06 |
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| 86 | |
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| 87 | ! hmax_till (m) : epaisseur max du sediment |
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| 88 | ! poro_till : porosite du sediment |
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| 89 | ! conductivite du sediment : kond0 (m/s) |
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| 90 | |
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| 91 | !___________________________________________________________ |
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| 92 | &drag_param_beta ! drag_beta_param_mod |
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| 93 | |
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| 94 | beta_slope = 0.00348349067112897 !1.e-3 |
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| 95 | beta_expo = 1. !1.0 |
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| 96 | betamax = 5.e5 ! maximum value of beta |
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| 97 | betamin = 1 !10. ! minimum value of beta |
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| 98 | coef_ile = 0.1 |
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| 99 | / |
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| 100 | |
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| 101 | !____________________________________________________________ |
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| 102 | &drag_neff_slope ! nom du bloc dragging neff slope |
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| 103 | |
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| 104 | cf = PARAMCF !2.e-5 ! 1.e-4 |
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| 105 | betamax = BETAMAX |
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| 106 | betamin = 10. |
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| 107 | toblim = 0.7e5 ! 0.25e5 |
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| 108 | tostick = TOSTICK |
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| 109 | seuil_neff = PARAMSEUILNEFF !350.e5 |
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| 110 | coef_gz = 10. |
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| 111 | coef_ile = 0.1 |
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| 112 | slope_fich = "ETOPO1_slope_R2min_Ant40km.nc" |
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| 113 | expo_slope = EXPOSLOPE |
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| 114 | pente_min = 500. |
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| 115 | pente_max = 2000. |
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| 116 | / |
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| 117 | ! cf coefficient de la loi de frottement fonction Neff' |
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| 118 | ! betamax : (Pa) frottement maxi ' |
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| 119 | ! betamin : (Pa) frottement mini ' |
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| 120 | ! toblim : (Pa) tes pour les iles ' |
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| 121 | ! tostick : (Pa) pour les points non flgzmx ' |
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| 122 | ! seuil_neff (Pa) : seuil sur la pression effective pour avoir glissement' |
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| 123 | ! coef_gz : coef frottement zones stream std |
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| 124 | ! coef_ile : coef frottement zones iles |
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| 125 | |
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| 126 | !____________________________________________________________ |
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| 127 | &calving ! nom du bloc calving méthode Vincent |
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| 128 | |
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| 129 | Hcoup_plateau = 200 ! tres petit quand shelves fixes sinon 250 |
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| 130 | Hcoup_abysses = 200 ! tres petit quand shelves fixes sinon 250 |
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| 131 | prof_plateau = 50 ! tres petit quand shelves fixes sinon 250 |
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| 132 | prof_abysses = 1000 ! tres petit quand shelves fixes sinon 250 |
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| 133 | ifrange = 4 |
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| 134 | meth_Hcoup = 0 |
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| 135 | / |
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| 136 | |
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| 137 | ! Hcoup epaisseurs de coupure pour les zones peu prodondes et profondes |
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| 138 | ! Hcoup_plateau<Hcoup_abysses && prof_plateau<prof_abysse |
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| 139 | ! prof profondeur delimitant les zones peu prodondes et profondes |
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| 140 | ! ifrange=0 -> pas de traitement particulier sur les bords |
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| 141 | ! ifrange=1 -> traitement de Vincent avec ice shelves frangeants |
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| 142 | ! ifrange=2 -> ice shelves frangeant seulement si bm-bmelt positif |
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| 143 | ! meth_hcoup pour faire eventuellement varier Hcoup avec le climat |
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| 144 | ! |
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| 145 | !____________________________________________________________ |
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| 146 | ! loi de deformation 1 module deformation_mod_2lois |
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| 147 | &loidef_1 |
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| 148 | |
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| 149 | exposant_1 = 3. |
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| 150 | temp_trans_1 = -6.5 |
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| 151 | enhanc_fact_1 = 1. ! 3.52 ! Grice2sea 3. |
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| 152 | coef_cold_1 = 1.660E-16 |
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| 153 | Q_cold_1 = 7.820E+04 |
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| 154 | coef_warm_1 = 2.000E-16 |
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| 155 | Q_warm_1 = 9.545E+04 |
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| 156 | / |
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| 157 | ! exposant (glen), temperature de transition (ttrans) |
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| 158 | ! enhancement factor (sf) |
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| 159 | ! pour les temperatures inf. a Temp_trans : |
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| 160 | ! coef_cold (Bat1) et Q_cold (Q1) |
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| 161 | ! pour les temperatures sup. a Temp_trans : |
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| 162 | ! coef_warm (Bat2) et Q_warm (Q2) |
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| 163 | !________________________________________________________ |
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| 164 | ! loi de deformation 2 module deformation_mod_2lois |
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| 165 | &loidef_2 |
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| 166 | |
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| 167 | exposant_2 = 1. |
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| 168 | temp_trans_2 = -10. |
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| 169 | enhanc_fact_2 = 1. ! Grice2sea 3. |
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| 170 | coef_cold_2 = 8.313E-08 |
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| 171 | Q_cold_2 = 4.000E+04 |
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| 172 | coef_warm_2 = 8.313E-08 |
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| 173 | Q_warm_2 = 6.000E+04 |
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| 174 | / |
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| 175 | ! exposant (glen), temperature de transition (ttrans) |
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| 176 | ! enhancement factor (sf) |
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| 177 | ! pour les temperatures inf. a Temp_trans : |
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| 178 | ! coef_cold (Bat1) et Q_cold (Q1) |
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| 179 | ! pour les temperatures sup. a Temp_trans : |
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| 180 | ! coef_warm (Bat2) et Q_warm (Q2) |
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| 181 | !___________________________________________________________ |
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| 182 | |
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| 183 | &diagno_rheol ! nom du bloc diagno_rheol |
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| 184 | |
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| 185 | sf01 = 0.8 ! 0.125 |
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| 186 | sf03 = 0.8 ! 0.125 |
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| 187 | pvimin = 1.5e3 ! 1.e3 |
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| 188 | / |
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| 189 | ! coefficients par rapport a la loi glace posee |
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| 190 | ! sf01 : coefficient viscosite loi lineaire |
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| 191 | ! sf03 : coefficient viscosite loi n=3 |
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| 192 | ! pvimin : valeur de pvi pour les noeuds fictifs ~ 1.e3 |
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| 193 | ! tres petit par rapport aux valeurs standards ~ 1.e10 |
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| 194 | !___________________________________________________________ |
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| 195 | |
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| 196 | ! furst_schoof |
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| 197 | &furst_schoof |
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| 198 | |
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| 199 | frot_coef = 0.6 !0.035 |
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| 200 | gr_select = 2 |
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| 201 | / |
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| 202 | ! frot_coef = ',frot_coef |
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| 203 | ! gr_select = ',gr_select |
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| 204 | ! gr_select = 1 : Tsai , 2 : Schoof' |
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| 205 | !___________________________________________________________ |
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| 206 | |
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| 207 | ! glissement module sliding_Bindschadler |
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| 208 | &slid_bindsh ! nom du bloc |
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| 209 | |
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| 210 | kweert = PARAMKWEERT !5.e-11 |
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| 211 | loigliss = 2 |
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| 212 | coefbmax = 10. |
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| 213 | |
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| 214 | ! kweert : coefficent, loigliss le type de loi |
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| 215 | ! coefbmax : facteur de normalisation pour influence eau |
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| 216 | |
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| 217 | !___________________________________________________________ |
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| 218 | &snap_forcage_mois ! module climat_forcage_mois_mod' |
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| 219 | |
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| 220 | filtr_t1 = 'PnGrmin360_SE_2431_2440_1M_histmthij-t2m.dat' |
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| 221 | filtr_p1 = 'PnGrmin360_SE_2431_2440_1M_histmthij-precip.dat' |
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| 222 | / |
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| 223 | ! fichiers temperature et precip : 12 mois |
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| 224 | |
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| 225 | !___________________________________________________________ |
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| 226 | &lapse_month ! module climat_forcage_mois_mod' |
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| 227 | |
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| 228 | lect_lapse = 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0, 6.0 ! 12 mois |
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| 229 | / |
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| 230 | ! laspe rates janvier -> decembre en deg/km |
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| 231 | |
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| 232 | !___________________________________________________________ |
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| 233 | &ablation ! module ablation_mod' |
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| 234 | |
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| 235 | pdd_type = 1 |
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| 236 | annual = .false. |
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| 237 | Cice = 0.008 |
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| 238 | Csnow = 0.003 |
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| 239 | csi = 0.6 |
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| 240 | sigma_ice = 5.0 |
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| 241 | / |
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| 242 | ! pdd_type : 0 reeh, 1 Fausto, 2 Tarasov |
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| 243 | ! annual : T = annuel, F = mensuel |
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| 244 | ! Cice and Csnow, melting factors for ice and snow |
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| 245 | ! sigma variabilite Tday |
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| 246 | ! csi proportion of melted water that can refreeze |
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| 247 | |
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| 248 | !___________________________________________________________ |
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| 249 | &clim_pert ! nom du bloc |
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| 250 | |
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| 251 | coefT = 1. |
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| 252 | rappact = 0.07 ! 0.05->0.75 0.07 -> 0.5 |
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| 253 | retroac = 1 |
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| 254 | rapbmshelf = 5. |
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| 255 | mincoefbmelt = 0. |
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| 256 | maxcoefbmelt = 2. |
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| 257 | filforc = 'forcage-800k-2007-Jouzel-Bassinot.dat' !'LGM_permanent.dat' |
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| 258 | / |
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| 259 | !___________________________________________________________ |
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| 260 | &clim_pert_massb ! nom du bloc |
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| 261 | |
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| 262 | coefT = 1. |
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| 263 | filforc = 'forcage-800k-2007-Jouzel-Bassinot.dat' !'LGM_permanent.dat' |
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| 264 | pertsmb = 0 !1 |
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| 265 | rapsmb = 0.07 |
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| 266 | / |
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| 267 | ! pertsmb = 1, smb pert via tpert / pertsmb = 0, smb = cst |
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| 268 | !---------------------------------------------------------- |
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| 269 | & meca_SIA_L1 ! bloc resol_meca |
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| 270 | |
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| 271 | i_resolmeca = 2 |
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| 272 | / |
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| 273 | ! i_resolmeca type d association entre SIA et L1' |
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| 274 | ! i_resolmeca=0 chacun dans sa zone' |
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| 275 | ! i_resolmeca=1 dans les zones stream, addition si uxdef > uxL1 (MIS11 Cairns) |
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| 276 | ! i_resolmeca=2 addition systematique dans les zones stream |
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| 277 | |
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| 278 | !---------------------------------------------------------- |
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| 279 | ! PDD base Tann et Tjuly module ablation_ann |
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| 280 | |
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| 281 | &ablation_ann |
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| 282 | Cice = 0.008 |
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| 283 | Csnow = 0.005 |
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| 284 | Sigma = 5. |
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| 285 | csi = 0.6 |
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| 286 | / |
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| 287 | ! Cice and Csnow, melting factors for ice and snow |
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| 288 | ! sigma variabilite Tday |
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| 289 | ! csi proportion of melted water that can refreeze |
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| 290 | |
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| 291 | !---------------------------------------------------------- |
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| 292 | ! module lect_topo_green_gen |
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| 293 | &topo_groen_gen |
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| 294 | topo_surf = 'Surface_mean_5km_Tamsin_ieq-param.grd' ! surface |
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| 295 | correc_surf = 'no' ! ice-real correction |
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| 296 | topo_bed = 'Bedrock_mean_5km_Tamsin.grd' ! bedrock |
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| 297 | mask_grounded = 'Mask_5km_checked_Tamsin-Fjords.grd' ! mask |
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| 298 | longitude = 'long_ZBL_CISM_5km.grd' ! longitude ! a garder en .dat |
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| 299 | latitude = 'lat_ZBL_CISM_5km.grd' ! latitude ! car donne xmin ymin |
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| 300 | heatflux = 'ghf-cism.grd' ! geothermal heat flux |
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| 301 | / |
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| 302 | ! remarques : l'epaisseur n'est pas lue mais calculee a partir du masque |
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| 303 | ! |
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| 304 | !---------------------------------------------------------- |
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| 305 | ! module lect_climref_Ice2sea |
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| 306 | &clim_smb_T_gen |
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| 307 | smb_file = 'RACMO2.3p2_ANT27_smb_ltm_1979_2016_ant16.grd' ! smb m/an (en kg/m2/an) |
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| 308 | coef_smb_unit = 1. ! 1.0989e-3 ! 1.0989e-3 pour1/910 1.0893e-3 pour 1/918 (valeur habituelle) kg/m2/an -> m(glace)/an |
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| 309 | temp_annual_file = 'RACMO2.3p2_ANT27_t2m_ltm_1979_2016_ant16.grd' ! annual surface temperature |
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| 310 | / |
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| 311 | !---------------------------------------------------------- |
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| 312 | ! module climat_InitMIP_years_mod |
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| 313 | &smb_anom_initMIP |
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| 314 | file_smb_anom = 'NorESM1-M_16km_anomaly_1995-2100_years.nc' !'smb_anomaly_16km.nc' |
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| 315 | coef_smb_anom_unit = 1. ! 1.0989e-3 pour 1/910 |
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| 316 | nb_snap = 106 |
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| 317 | time_depart_snaps = 0. |
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| 318 | massb_time = 2 ! 0:fixe, 1:anomalies, 2:interp snapshots, 3:snapsh+interp vert |
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| 319 | / |
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| 320 | !---------------------------------------------------------- |
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| 321 | ! module climat_Grice2sea_mod |
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| 322 | &lapse_rates |
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| 323 | T_lapse_rate = 0. !-6.309e-3 ! celui pour la T annuelle de Fausto |
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| 324 | / |
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| 325 | !---------------------------------------------------------- |
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| 326 | &clim_snap |
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| 327 | nb_snap = 200 |
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| 328 | time_depart_snaps = 2000000 |
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| 329 | ecart_snap = 1. |
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| 330 | file_smb_snap = 'smb_ECHAM5_A1B_MAR_highres_all_time.nc' |
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| 331 | massb_time = 0 ! 0=fixe, 1:interpolation snapshots |
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| 332 | / |
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| 333 | !---------------------------------------------------------- |
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| 334 | &grad_smb !routine init_grad_smb |
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| 335 | file_grad_smb = 'GRISLI_gradients_MAR_00.txt' |
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| 336 | / |
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| 337 | !--------------------------------------------------------- |
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| 338 | &bmelt_seuil ! module bmelt_seuil_prof |
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| 339 | bm_grz = 3. !3 |
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| 340 | bmshelf_plateau = 1. !0.4 |
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| 341 | bmshelf_abysses = 10. |
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| 342 | depth_talus = -1000. |
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| 343 | / |
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| 344 | ! Pour l actuel : bm_grz a la grounding line |
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| 345 | ! bmshelf_plateau sur le plateau continental |
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| 346 | ! bmshelf_abysses pour les grandes profondeurs |
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| 347 | ! depth_talus, negative, separation entre les 2 domaines |
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| 348 | !___________________________________________________________ |
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| 349 | |
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| 350 | &bmelt_ant_reg !module bmelt-ant-regions_mod |
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| 351 | bmelt_Ross = 0.21 !0.10 !0.25 !0.8 !0.5 !0.20 |
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| 352 | bmgrz_Ross = 0.18 !0.80 !0.15 !1.0 !0.6 !0.25 |
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| 353 | bmelt_FRis = 0.54 !0.50 !0.5 !0.2 !0.5 !0.20 !1. |
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| 354 | bmgrz_FRis = 0.27 !1.0 !0.65 !0.4 !0.6 !0.25 !1.3 |
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| 355 | bmelt_Amery = 0.49 !0.8 !1. |
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| 356 | bmgrz_Amery = 1.97 !10. !12. |
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| 357 | bmelt_PIG = 2.31 !15. !0.7 !0.2 !1. |
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| 358 | bmgrz_PIG = 1.79 !15. !0.4 !2. |
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| 359 | bmelt_Pen = 0.13 !0.6 !0.6 !1. |
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| 360 | bmgrz_Pen = 1.08 !1.0 !0.5 !2. |
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| 361 | bmelt_other = 0.50 !10. !0.6 !1. |
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| 362 | bmgrz_other = 2.02 !15. !0.4 !2. |
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| 363 | bmelt_talus = 5. |
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| 364 | bmgrz_talus = 5. |
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| 365 | bmelt_coef = 1. |
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| 366 | file_number_shelves = "numer-ice-shelves-sept16.nc" |
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| 367 | / |
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| 368 | !___________________________________________________________ |
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| 369 | &bmelt_ant_reg_initmip !module bmelt-ant-regions_mod |
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| 370 | bmelt_regions = 0.01,0.01,0.01,0.01,0.2945439,0.01,0.01,0.01,0.01,2.329221,0.9675836,2.731526,0.01,0.2468391,0.01,0.01,1.272469,0.2656122 |
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| 371 | bmgrz_regions = 0.8843350,1.642938,1.219054,2.189940,1.221823,4.003392,15.97463,5.132639,0.01,3.371017,2.595406,4.477371,0.3003807,1.400497,2.378522,1.905212,9.594900,1.862373 |
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| 372 | bmelt_talus = 5. |
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| 373 | bmgrz_talus = 5. |
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| 374 | bmelt_coef = 1. |
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| 375 | file_number_shelves = "shelves-from-initMIP.grd" |
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| 376 | flag_dist = 0 |
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| 377 | file_dist_talus = "distance_talus_1500m.grd" |
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| 378 | bmelt_dist0 = 20. |
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| 379 | / |
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| 380 | ! 14&18=Ronnie-Filschner // 15&16=Ross // 17=PIG // 5=Amery |
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| 381 | !___________________________________________________________ |
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| 382 | &bmelt_ismip6_param !module bmel-ismip6-param_mod |
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| 383 | file_TF = "obs_thermal_forcing_1995-2017_8km_x_60m_ant16.nc" |
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| 384 | file_basinNumbers = "imbie2_basin_numbers_8km_ant16.nc" |
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| 385 | file_coef = "coeff_gamma0_DeltaT_quadratic_non_local_median_ant16.nc" |
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| 386 | gamma0 = 14477.3367602277 |
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| 387 | ! file_TF: 3d thermal forcing |
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| 388 | ! file_basinNumbers: identifier for the Imbie2 basins |
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| 389 | ! file_coef: deltaT |
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| 390 | ! gamma0: value associated with the deltaT file |
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| 391 | / |
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| 392 | !___________________________________________________________ |
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| 393 | ! module bmelt_ismip6_param |
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| 394 | &bmelt_anom_initMIP |
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| 395 | file_bmelt_anom = 'NorESM1-M_thermal_forcing_16km_x_60m_years.nc' ! 'basal_melt_anomaly_16km.nc' |
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| 396 | nb_snap = 106 |
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| 397 | time_depart_snaps = 0. |
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| 398 | bmelt_time = 2 ! 0=fixe, 1:anomalies 2:interp snapshots |
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| 399 | / |
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| 400 | &beta_prescr ! dragging_prescr_beta' |
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| 401 | beta_c_file = 'NOMBETAC' !beta-GISCAM23_20ans.grd' |
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| 402 | beta_limgz = .5e6 ! -1.e12 pour plastic ? ! .5e6 en visqueux |
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| 403 | beta_min = 1 !10. ! for grounded ice (Pa) |
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| 404 | beta_mult = 1. ! coefficient multiplicateur |
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| 405 | / |
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| 406 | ! read beta on centered grid |
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| 407 | ! beta_file : nom des fichiers qui contiennent les betamx et betamy |
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| 408 | ! beta-estime-run07.dat calcul direct beta sans modif |
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| 409 | ! beta-staggered-15km-opt1.dat premier test en utilisant beta calcule avec iterations |
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| 410 | ! above beta_limgz, gzmx is false if negative : no sliding |
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| 411 | ! betamx_file = not read anymore |
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| 412 | ! betamy_file = not read anymore |
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| 413 | !___________________________________________________________ |
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| 414 | &beta_iter_vitbil ! beta_iter_vitbil |
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| 415 | |
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| 416 | time_iter = 5 ! temps de demarrage des iterations |
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| 417 | nb_iter_vitbil = 2 ! nombre d'iterations par pas de temps (dtt) |
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| 418 | coef_iter_vitbil = 1. ! coefficient pour rapport des vitesses <=1 |
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| 419 | Umag_bil_file = 'NOMVITBIL' ! fichier des vitesses de bilan centrees |
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| 420 | time_reiter = 5000. ! temps entre 2 iterations |
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| 421 | / |
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| 422 | ! |
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| 423 | !___________________________________________________________ |
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| 424 | &drag_param_beta ! drag_beta_param_mod |
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| 425 | |
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| 426 | beta_intercept = PARAMBINTERCEPT !-0.08898 |
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| 427 | beta_slope = 0.00348349067112897 !0.57570 |
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| 428 | betamax = 5.e5 ! maximum value of beta |
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| 429 | betamin = 1 !10. ! minimum value of beta |
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| 430 | coef_ile = 0.1 |
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| 431 | / |
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| 432 | ! |
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| 433 | !___________________________________________________________ |
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| 434 | &spinup ! warning : 2 different modules |
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| 435 | ispinup = 0 |
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| 436 | / |
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| 437 | ! with module no_spinup |
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| 438 | ! ispinup = 0 run standard ou calcul du beta |
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| 439 | ! ispinup = 1 temperature equilibrium with grisli velocities' |
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| 440 | ! |
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| 441 | ! with module spinup_vitbil |
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| 442 | ! ispinup = 2 conservation de la masse avec vitesses bilan ' |
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| 443 | ! ispinup = 3 equilibre temperature avec vitesses bilan' |
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| 444 | ! |
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| 445 | !___________________________________________________________ |
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| 446 | &vitbil_upwind ! nom du bloc vitbil calcule sur le mailles staggered |
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| 447 | balance_Ux_file = 'Uy_moy_stag_5km.nc' |
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| 448 | balance_Uy_file = 'Ux_moy_stag_5km.nc' |
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| 449 | / |
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| 450 | !balance_Ux_file = 'Ux_moy_stag_5km.nc' |
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| 451 | !balance_Uy_file = 'Uy_moy_stag_5km.nc' |
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| 452 | !balance_vel_file = 'Umoy-for-calc-beta_LBq15-06_ZBL_15km.dat' |
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| 453 | ! balance_vel_file = 'Uslid-for-calc-beta_LBq15-06_ZBL_15km.dat' |
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| 454 | ! balance_vel_file = 'Umoy-for-calc-beta_LBq15-06_ZBL_15km.dat' |
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| 455 | ! balance_vel_file = 'Vitbil-stag-pour-spinup_merge_runs_Lbq_ZBL_15km.dat' |
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| 456 | ! balance velocities on staggered grid Ux, Uy |
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| 457 | !___________________________________________________________ |
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| 458 | &output_regions |
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| 459 | nbregions = 7 |
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| 460 | region_file = 'Basins_Greenland_aurel.grd' |
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| 461 | / |
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| 462 | ! nbregions = nombre de regions |
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| 463 | ! region_file = carte des regions |
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| 464 | !_______________________________________________________________________________ |
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