1 | iniadvtrac: Reading file traceur.def |
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2 | Choix du shema Van-Leer pourle traceur no 1 |
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3 | Choix du shema Van-Leer pourle traceur no 2 |
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4 | Choix du shema Van-Leer pourle traceur no 3 |
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5 | Choix du shema Van-Leer pourle traceur no 4 |
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6 | Choix du shema Van-Leer pourle traceur no 5 |
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7 | Choix du shema Van-Leer pourle traceur no 6 |
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8 | Choix du shema Van-Leer pour la vapeur d'eau |
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9 | dynetat0: rad,omeg,g,cpp,kappa 3397200. 7.0776514E-05 3.720000 |
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10 | 744.4990 0.2567930 |
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11 | dynetat0: loading tracers |
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12 | DEFRUN_NEW: reading file run.def |
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13 | |
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14 | Number of days to run: |
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15 | COUNT : 53 |
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16 | getin_checkcohe : Found a problem on key iaervar |
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17 | getin_checkcohe : The following values were encoutered : |
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18 | iaervar == |
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19 | 24 |
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20 | |
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21 | iaervar == |
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22 | 26 |
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23 | |
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24 | getin_checkcohe : We will keep only the last value |
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25 | COUNT : 59 |
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26 | getin_checkcohe : Found a problem on key callnlte |
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27 | getin_checkcohe : The following values were encoutered : |
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28 | callnlte == |
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29 | .true. |
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30 | |
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31 | callnlte == |
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32 | .false. |
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33 | |
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34 | getin_checkcohe : We will keep only the last value |
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35 | COUNT : 61 |
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36 | getin_checkcohe : Found a problem on key nltemodel |
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37 | getin_checkcohe : The following values were encoutered : |
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38 | nltemodel == |
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39 | 2 |
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40 | |
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41 | nltemodel == |
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42 | 0 |
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43 | |
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44 | getin_checkcohe : We will keep only the last value |
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45 | COUNT : 64 |
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46 | getin_checkcohe : Found a problem on key nircorr |
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47 | getin_checkcohe : The following values were encoutered : |
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48 | nircorr == |
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49 | 1 |
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50 | |
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51 | nircorr == |
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52 | 0 |
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53 | |
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54 | getin_checkcohe : We will keep only the last value |
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55 | COUNT : 95 |
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56 | getin_checkcohe : Found a problem on key photochem |
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57 | getin_checkcohe : The following values were encoutered : |
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58 | photochem == |
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59 | .true. |
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60 | |
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61 | photochem == |
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62 | .false. |
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63 | |
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64 | getin_checkcohe : We will keep only the last value |
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65 | COUNT : 97 |
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66 | getin_checkcohe : Found a problem on key callthermos |
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67 | getin_checkcohe : The following values were encoutered : |
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68 | callthermos == |
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69 | .true. |
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70 | |
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71 | callthermos == |
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72 | .false. |
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73 | |
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74 | getin_checkcohe : We will keep only the last value |
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75 | COUNT : 100 |
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76 | getin_checkcohe : Found a problem on key callconduct |
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77 | getin_checkcohe : The following values were encoutered : |
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78 | callconduct == |
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79 | .true. |
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80 | |
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81 | callconduct == |
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82 | .false. |
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83 | |
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84 | getin_checkcohe : We will keep only the last value |
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85 | COUNT : 102 |
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86 | getin_checkcohe : Found a problem on key callmolvis |
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87 | getin_checkcohe : The following values were encoutered : |
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88 | callmolvis == |
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89 | .true. |
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90 | |
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91 | callmolvis == |
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92 | .false. |
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93 | |
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94 | getin_checkcohe : We will keep only the last value |
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95 | COUNT : 104 |
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96 | getin_checkcohe : Found a problem on key callmoldiff |
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97 | getin_checkcohe : The following values were encoutered : |
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98 | callmoldiff == |
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99 | .true. |
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100 | |
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101 | callmoldiff == |
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102 | .false. |
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103 | |
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104 | getin_checkcohe : We will keep only the last value |
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105 | COUNT : 106 |
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106 | getin_checkcohe : Found a problem on key thermochem |
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107 | getin_checkcohe : The following values were encoutered : |
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108 | thermochem == |
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109 | .true. |
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110 | |
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111 | thermochem == |
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112 | .false. |
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113 | |
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114 | getin_checkcohe : We will keep only the last value |
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115 | COUNT : 108 |
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116 | getin_checkcohe : Found a problem on key calleuv |
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117 | getin_checkcohe : The following values were encoutered : |
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118 | calleuv == |
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119 | .true. |
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120 | |
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121 | calleuv == |
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122 | .false. |
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123 | |
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124 | getin_checkcohe : We will keep only the last value |
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125 | nday = 3.000000 |
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126 | USING DEFAULTS : ndynstep = -9999 |
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127 | |
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128 | Number of dynamical steps per day:(should be a multiple of iperiod) |
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129 | day_step = 960 |
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130 | |
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131 | periode pour le pas Matsuno (en pas) |
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132 | iperiod = 5 |
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133 | |
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134 | periode de sortie des variables de controle (en pas) |
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135 | iconser = 120 |
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136 | |
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137 | periode de la dissipation (en pas) |
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138 | idissip = 1 |
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139 | |
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140 | choix de l'operateur de dissipation (star ou non star ) |
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141 | lstardis = T |
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142 | |
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143 | avec ou sans coordonnee hybrides |
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144 | hybrid = T |
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145 | |
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146 | nombre d'iterations de l'operateur de dissipation gradiv |
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147 | nitergdiv = 1 |
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148 | |
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149 | nombre d'iterations de l'operateur de dissipation nxgradrot |
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150 | nitergrot = 2 |
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151 | |
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152 | nombre d'iterations de l'operateur de dissipation divgrad |
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153 | niterh = 2 |
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154 | |
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155 | temps de dissipation des plus petites long.d ondes pour u,v (gradiv) |
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156 | tetagdiv = 2000.000 |
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157 | |
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158 | temps de dissipation des plus petites long.d ondes pour u,v(nxgradrot) |
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159 | tetagrot = 6000.000 |
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160 | |
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161 | temps de dissipation des plus petites long.d ondes pour h ( divgrad) |
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162 | tetatemp = 6000.000 |
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163 | |
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164 | coefficient pour gamdissip |
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165 | coefdis = 0.0000000E+00 |
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166 | |
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167 | choix du shema d'integration temporelle |
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168 | (true==Matsuno ou false==Matsuno-leapfrog) |
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169 | purmats = F |
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170 | |
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171 | avec ou sans physique |
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172 | physic = T |
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173 | |
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174 | periode de la physique (en pas) |
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175 | iphysiq = 10 |
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176 | |
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177 | choix d'une grille reguliere |
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178 | grireg = T |
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179 | |
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180 | frequence (en pas) de l'ecriture du fichier diagfi.nc |
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181 | ecritphy = 40.00000 |
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182 | |
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183 | longitude en degres du centre du zoom |
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184 | clon = 63.00000 |
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185 | |
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186 | latitude en degres du centre du zoom |
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187 | clat = 0.0000000E+00 |
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188 | |
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189 | facteur de grossissement du zoom, selon longitude |
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190 | grossismx = 1.000000 |
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191 | |
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192 | facteur de grossissement du zoom , selon latitude |
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193 | grossismy = 1.000000 |
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194 | Defrun alphax alphay 0.0000000E+00 0.0000000E+00 |
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195 | |
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196 | Fonction f(y) hyperbolique si = .true., sinon sinusoidale |
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197 | fxyhypb = F |
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198 | |
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199 | extension en longitude de la zone du zoom (fraction de la zone totale) |
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200 | dzoomx = 0.0000000E+00 |
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201 | |
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202 | extension en latitude de la zone du zoom (fraction de la zone totale) |
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203 | dzoomy = 0.0000000E+00 |
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204 | |
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205 | raideur du zoom en X |
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206 | taux = 2.000000 |
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207 | |
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208 | raideur du zoom en Y |
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209 | tauy = 2.000000 |
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210 | |
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211 | Avec sponge layer |
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212 | callsponge = T |
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213 | |
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214 | Sponge: number of layers over which sponge extends |
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215 | USING DEFAULTS : nsponge = 3 |
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216 | nsponge = 3 |
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217 | |
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218 | Sponge mode: (forcing is towards ... |
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219 | over upper nsponge layers) |
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220 | 0: (h=hmean,u=v=0) |
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221 | 1: (h=hmean,u=umean,v=0) |
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222 | 2: (h=hmean,u=umean,v=vmean) |
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223 | mode_sponge = 2 |
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224 | |
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225 | Sponge: characteristice time scale tetasponge |
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226 | (seconds) at topmost layer (time scale then |
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227 | doubles with decreasing layer index). |
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228 | tetasponge = 50000.00 |
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229 | ----------------------------------------------- |
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230 | |
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231 | |
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232 | ----------------------------------------------- |
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233 | |
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234 | |
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235 | No zoom ? -> fxyhypb set to False (It runs better that way) |
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236 | R CPP Kappa 191.1821 744.4990 0.2567930 |
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237 | **************************** |
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238 | Lecture de z2sig.def |
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239 | **************************** |
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240 | ******************************* |
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241 | Systeme en coordonnees hybrides |
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242 | |
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243 | BP |
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244 | 1.000000 0.9990893 0.9961299 0.9887227 0.9736167 |
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245 | 0.9470957 0.9053387 0.8451603 0.7657363 0.6698347 |
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246 | 0.5632617 0.4541319 0.3506572 0.2588113 0.1820027 |
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247 | 0.1212465 7.5687021E-02 4.3286249E-02 2.1493321E-02 7.8194505E-03 |
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248 | 6.6300534E-04 3.9641478E-11 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
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249 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
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250 | AP |
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251 | 0.0000000E+00 9.1087818E-03 3.8738251E-02 0.1130879 0.2655351 |
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252 | 0.5357349 0.9672797 1.600810 2.453982 3.502020 |
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253 | 4.676154 5.868705 6.962464 7.865741 8.523151 |
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254 | 8.916158 9.054893 8.963833 8.661031 8.111788 |
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255 | 6.921022 4.003914 2.106964 1.072680 0.5344583 |
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256 | 0.2654041 0.1317958 6.5447852E-02 3.2500453E-02 0.0000000E+00 |
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257 | BPs |
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258 | 0.9995446 0.9976096 0.9924263 0.9811697 0.9603562 |
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259 | 0.9262172 0.8752495 0.8054483 0.7177855 0.6165482 |
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260 | 0.5086969 0.4023946 0.3047343 0.2204070 0.1516246 |
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261 | 9.8466769E-02 5.9486635E-02 3.2389786E-02 1.4656385E-02 4.2412281E-03 |
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262 | 3.3150270E-04 1.9820739E-11 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
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263 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
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264 | APs |
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265 | 4.5543909E-03 2.3923516E-02 7.5913072E-02 0.1893115 0.4006350 |
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266 | 0.7515073 1.284045 2.027396 2.978001 4.089087 |
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267 | 5.272429 6.415585 7.414103 8.194447 8.719654 |
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268 | 8.985525 9.009363 8.812431 8.386410 7.516405 |
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269 | 5.462468 3.055439 1.589822 0.8035691 0.3999312 |
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270 | 0.1985999 9.8621808E-02 4.8974153E-02 2.4319850E-02 |
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271 | PRESNIVS |
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272 | 609.7268 608.5658 605.4559 598.7028 586.2180 |
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273 | 565.7440 535.1863 493.3509 440.8271 380.1835 |
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274 | 315.5775 251.8763 193.3020 142.6427 101.2106 |
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275 | 69.05025 45.29621 28.57020 17.32681 10.10355 |
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276 | 5.664685 3.055439 1.589822 0.8035691 0.3999312 |
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277 | 0.1985999 9.8621808E-02 4.8974153E-02 2.4319850E-02 |
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278 | Pseudo altitude des Presnivs : |
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279 | 4.4802926E-03 2.3539927E-02 7.4772738E-02 0.1869370 0.3976738 |
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280 | 0.7531729 1.308441 2.122384 3.248062 4.728050 |
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281 | 6.590548 8.845211 11.49205 14.53116 17.96255 |
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282 | 21.78624 26.00236 30.61095 35.61204 41.00571 |
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283 | 46.79208 52.96536 59.49837 66.32151 73.29922 |
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284 | 80.29922 87.29922 94.29922 101.2992 |
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285 | |
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286 | |
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287 | .... INIGEOM date du 01/06/98 ..... |
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288 | |
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289 | Calcul des elongations cu et cv comme sommes des 4 |
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290 | elong. cuij1, .. 4 , cvij1,.. 4 qui les entourent , aux |
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291 | memes endroits que les aires aireij1,...j4 . |
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292 | |
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293 | gamdi_gd 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
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294 | 1 2 2 |
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295 | |
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296 | |
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297 | |
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298 | *** Inigeom , Y = Latitude , der. sinusoid . *** |
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299 | *** Coordonnees de la grille *** |
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300 | |
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301 | |
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302 | LONGITUDES aux pts. V ( degres ) |
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303 | |
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304 | |
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305 | -180.00 -174.38 -168.75 -163.12 -157.50 -151.88 -146.25 -140.62 |
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306 | -135.00 -129.38 -123.75 -118.12 -112.50 -106.88 -101.25 -95.63 |
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307 | -90.00 -84.37 -78.75 -73.12 -67.50 -61.87 -56.25 -50.63 |
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308 | -45.00 -39.38 -33.75 -28.12 -22.50 -16.88 -11.25 -5.63 |
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309 | 0.00 5.63 11.25 16.88 22.50 28.12 33.75 39.38 |
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310 | 45.00 50.62 56.25 61.87 67.50 73.12 78.75 84.38 |
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311 | 90.00 95.63 101.25 106.88 112.50 118.12 123.75 129.38 |
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312 | 135.00 140.62 146.25 151.88 157.50 163.13 168.75 174.38 |
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313 | 180.00 |
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314 | |
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315 | |
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316 | LATITUDES aux pts. V ( degres ) |
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317 | |
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318 | |
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319 | 88.12 84.37 80.62 76.87 73.12 69.37 65.62 61.87 |
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320 | 58.12 54.37 50.62 46.87 43.12 39.37 35.62 31.87 |
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321 | 28.12 24.37 20.62 16.87 13.12 9.37 5.62 1.87 |
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322 | -1.88 -5.63 -9.38 -13.13 -16.88 -20.63 -24.38 -28.13 |
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323 | -31.88 -35.63 -39.38 -43.13 -46.88 -50.62 -54.38 -58.13 |
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324 | -61.88 -65.62 -69.38 -73.12 -76.88 -80.62 -84.37 -88.12 |
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325 | |
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326 | |
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327 | LONGITUDES aux pts. U ( degres ) |
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328 | |
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329 | |
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330 | -177.19 -171.56 -165.94 -160.31 -154.69 -149.06 -143.44 -137.81 |
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331 | -132.19 -126.56 -120.94 -115.31 -109.69 -104.06 -98.44 -92.81 |
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332 | -87.19 -81.56 -75.94 -70.31 -64.69 -59.06 -53.44 -47.81 |
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333 | -42.19 -36.56 -30.94 -25.31 -19.69 -14.06 -8.44 -2.81 |
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334 | 2.81 8.44 14.06 19.69 25.31 30.94 36.56 42.19 |
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335 | 47.81 53.44 59.06 64.69 70.31 75.94 81.56 87.19 |
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336 | 92.81 98.44 104.06 109.69 115.31 120.94 126.56 132.19 |
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337 | 137.81 143.44 149.06 154.69 160.31 165.94 171.56 177.19 |
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338 | 182.81 |
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339 | |
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340 | |
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341 | LATITUDES aux pts. U ( degres ) |
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342 | |
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343 | |
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344 | 90.00 86.25 82.50 78.75 75.00 71.25 67.50 63.75 |
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345 | 60.00 56.25 52.50 48.75 45.00 41.25 37.50 33.75 |
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346 | 30.00 26.25 22.50 18.75 15.00 11.25 7.50 3.75 |
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347 | 0.00 -3.75 -7.50 -11.25 -15.00 -18.75 -22.50 -26.25 |
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348 | -30.00 -33.75 -37.50 -41.25 -45.00 -48.75 -52.50 -56.25 |
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349 | -60.00 -63.75 -67.50 -71.25 -75.00 -78.75 -82.50 -86.25 |
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350 | -90.00 |
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351 | |
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352 | |
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353 | EIGNVL |
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354 | -0.940309E-05-0.999202E+00-0.999209E+00-0.398716E+01-0.398718E+01 |
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355 | -0.893513E+01-0.893514E+01-0.157954E+02-0.157955E+02-0.245020E+02 |
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356 | -0.245020E+02-0.349710E+02-0.349710E+02-0.471016E+02-0.471017E+02 |
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357 | -0.607770E+02-0.607770E+02-0.758655E+02-0.758655E+02-0.922217E+02 |
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358 | -0.922218E+02-0.109688E+03-0.109688E+03-0.128097E+03-0.128097E+03 |
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359 | -0.147270E+03-0.147270E+03-0.167023E+03-0.167023E+03-0.187167E+03 |
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360 | -0.187167E+03-0.207506E+03-0.207506E+03-0.227845E+03-0.227845E+03 |
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361 | -0.247988E+03-0.247988E+03-0.267742E+03-0.267742E+03-0.286915E+03 |
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362 | -0.286915E+03-0.305323E+03-0.305323E+03-0.322790E+03-0.322790E+03 |
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363 | -0.339146E+03-0.339146E+03-0.354234E+03-0.354235E+03-0.367910E+03 |
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364 | -0.367910E+03-0.380040E+03-0.380041E+03-0.390509E+03-0.390510E+03 |
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365 | -0.399216E+03-0.399216E+03-0.406076E+03-0.406076E+03-0.411024E+03 |
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366 | -0.411024E+03-0.414012E+03-0.414012E+03-0.415012E+03 |
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367 | |
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368 | Inifilr colat0 alphax 0.5000000E+00 0.0000000E+00 |
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369 | TRUNCATION AT 64 |
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370 | jfiltnv jfiltsv jfiltnu jfiltsu 8 41 8 |
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371 | 41 |
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372 | Modes premiers v |
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373 | 4 10 14 20 26 32 40 52 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 |
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374 | 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 52 40 32 26 20 14 10 4 |
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375 | Modes premiers u |
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376 | 64 6 12 18 24 30 36 46 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 |
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377 | 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 46 36 30 24 18 12 6 |
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378 | Dissipation : |
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379 | Multiplication de la dissipation en altitude : fac_mid, fac_up = 3.000000 |
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380 | 30.00000 |
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381 | Transition mid /up : startalt, delta = 70.00000 20.00000 (km) |
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382 | calcul des valeurs propres |
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383 | Constantes de temps de la diffusion horizontale |
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384 | INIDI tetamin dtvr 66.66684 92.47396 5 |
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385 | INIDI tetamin idissip 66.66684 1 |
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386 | INIDI idissip dtdiss 1 92.47396 |
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387 | pseudoZ(km) zvert dt(tetagdiv) dt(tetagrot) dt(divgrad) |
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388 | 4.4802926E-03 1.000001 4.6237011E-02 1.5412334E-02 1.5412334E-02 |
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389 | 2.3539927E-02 1.000011 4.6237506E-02 1.5412500E-02 1.5412500E-02 |
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390 | 7.4772738E-02 1.000113 4.6242204E-02 1.5414066E-02 1.5414066E-02 |
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391 | 0.1869370 1.000712 4.6269897E-02 1.5423298E-02 1.5423298E-02 |
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392 | 0.3976738 1.003286 4.6388932E-02 1.5462974E-02 1.5462974E-02 |
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393 | 0.7531729 1.012164 4.6799421E-02 1.5599805E-02 1.5599805E-02 |
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394 | 1.308441 1.038334 4.8009411E-02 1.6003134E-02 1.6003134E-02 |
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395 | 2.122384 1.105890 5.1133037E-02 1.7044343E-02 1.7044343E-02 |
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396 | 3.248062 1.256737 5.8107711E-02 1.9369235E-02 1.9369235E-02 |
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397 | 4.728050 1.535234 7.0984595E-02 2.3661530E-02 2.3661530E-02 |
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398 | 6.590548 1.930723 8.9270793E-02 2.9756924E-02 2.9756924E-02 |
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399 | 8.845211 2.338095 0.1081065 3.6035489E-02 3.6035489E-02 |
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400 | 11.49205 2.645828 0.1223351 4.0778361E-02 4.0778361E-02 |
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401 | 14.53116 2.829569 0.1308307 4.3610230E-02 4.3610230E-02 |
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402 | 17.96255 2.923871 0.1351909 4.5063645E-02 4.5063645E-02 |
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403 | 21.78624 2.967935 0.1372284 4.5742787E-02 4.5742787E-02 |
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404 | 26.00236 2.987214 0.1381198 4.6039917E-02 4.6039917E-02 |
---|
405 | 30.61095 2.995183 0.1384882 4.6162728E-02 4.6162728E-02 |
---|
406 | 35.61204 2.998292 0.1386320 4.6210654E-02 4.6210654E-02 |
---|
407 | 41.00571 2.999433 0.1386847 4.6228237E-02 4.6228237E-02 |
---|
408 | 46.79208 2.999824 0.1387028 4.6234269E-02 4.6234269E-02 |
---|
409 | 52.96536 2.999952 0.1387087 4.6236239E-02 4.6236239E-02 |
---|
410 | 59.49837 3.000110 0.1387160 4.6238672E-02 4.6238672E-02 |
---|
411 | 66.32151 3.007357 0.1390511 4.6350367E-02 4.6350367E-02 |
---|
412 | 73.29922 3.475960 0.1607179 5.3572625E-02 5.3572625E-02 |
---|
413 | 80.29922 17.70859 0.8187916 0.2729305 0.2729305 |
---|
414 | 87.29922 29.66585 1.371659 0.4572197 0.4572197 |
---|
415 | 94.29922 29.99493 1.386875 0.4622915 0.4622915 |
---|
416 | 101.2992 29.99992 1.387106 0.4623686 0.4623686 |
---|
417 | PRESSION SURFACE |
---|
418 | MIN: 162.2194 |
---|
419 | MAX: 1119.796 |
---|
420 | 55555555555555555555555555555555555555555555555555555555555555555 |
---|
421 | 66666666566655555566666666677766666666666666666666666666666666666 |
---|
422 | 66666667777766677777777888777777776666677777777777777777777777766 |
---|
423 | 77777777777777777888888888888888888888888888888887777777777777777 |
---|
424 | 77777777777777777778888888888888888888888888888877777777777777777 |
---|
425 | 77777777776766677777888888888888888888888888888777777777777777777 |
---|
426 | 77777766666666666777888888888888888888888888887777777777777777777 |
---|
427 | 77776666666666666667778888888888888888888888777777777777777777777 |
---|
428 | 77776666666556556666778888887777777778888887777777777777777777777 |
---|
429 | 77776666655555555666777888877777777777777777777777777777777777777 |
---|
430 | 77777666555555555566667788877777777777777777777777777777777777777 |
---|
431 | 77777766555544444555556777777777777777777777777777777777777777777 |
---|
432 | 77777766554333444444556777777777776767766666777777777787777776777 |
---|
433 | 77777776554222344444455777777777666666655566667777777787777776777 |
---|
434 | 77777776544322344444556777777776666665554456666777777777777766777 |
---|
435 | 77777776544333444444555777777766665555555555556677777777776666777 |
---|
436 | 77777765554333344445566777777666666555555544455677777777754556777 |
---|
437 | 77777765554333334445566777777665666555555544445667777777643456677 |
---|
438 | 77777765244333334445555777776656556555554444445666677777643456667 |
---|
439 | 66677764024333334454555677766555555555544444446666666777644556666 |
---|
440 | 66666665233333233454455667666565555555544444446776666666655566666 |
---|
441 | 66666665443331233454455567666555555554544443346776555666666666666 |
---|
442 | 66666665443332233454444556766655555544444443445776554566666666666 |
---|
443 | 66665655432222223443444455666655555544444443344665554456666666666 |
---|
444 | 66665655432212223333344455655655555444444343344444454445666666666 |
---|
445 | 55665554332112223324344445565655555544444333334344444444655666665 |
---|
446 | 55555544331111123345333555665555554443343333334334444434455556655 |
---|
447 | 55454443321112122235433445555555544443333334344333444333444455555 |
---|
448 | 44444443321122122233334664555555444433333344444333444334343445554 |
---|
449 | 43444443332222222333333444555555444443333344444333444333333344444 |
---|
450 | 44444443332222222333333444455554444443334445554443334433334444444 |
---|
451 | 43333433333222223333334444544444444344334455565544444433334444444 |
---|
452 | 43333443333222223332334444444444444344444468986655444443334444444 |
---|
453 | 443334433333222223233334444444444444334446***98766544443344444444 |
---|
454 | 444334433333332222233334455444444444334459***99876544444443444444 |
---|
455 | 444443333333333222333344555444444443334469***99986544444334443444 |
---|
456 | 334433333333333333333445775444444443334459**999986544444334444333 |
---|
457 | 33443333334333333333445677654444443334445799999975444444434444333 |
---|
458 | 44443433334443333444445666544444443333445678888654444444444443344 |
---|
459 | 44433333333343333444345565444443333333444455565554444444444333334 |
---|
460 | 43333334333343334444444444443333333333344444445443433344444333334 |
---|
461 | 33344443333333334444444444443333333333333444444443333344444333333 |
---|
462 | 33444433333333334444444443333333333333333344444333334444444433333 |
---|
463 | 33443333333333334344444333333333333333333333333333334444444434333 |
---|
464 | 33333333333333333333333333333333333333333333333333333444333333333 |
---|
465 | 33333333333333333333333333333333332333333333333333333333333333333 |
---|
466 | 33333333333333333333333333333333332223333333333333333333333333333 |
---|
467 | 33332222223333332222222222222222222222222222222223322222222232223 |
---|
468 | 22222222222222222222222222222222222222222222222222222222222222222 |
---|
469 | 1 |
---|
470 | run du pas 0 au pas 2880 c'est a dire du jour 13380 au jour 13383 |
---|
471 | |
---|
472 | |
---|
473 | dynredem0: iim,jjm,llm,idayref 64 48 29 13383 |
---|
474 | dynredem0: rad,omeg,g,cpp,kappa 3397200. 7.0776514E-05 3.720000 |
---|
475 | 744.4990 0.2567930 |
---|
476 | gcm: callgroupeun set to: F |
---|
477 | GCM ---- Test_period apres continue OK ! ----- itau: 0 |
---|
478 | 0********** pas 0 jour*****heure 0.0 date 0.00000 ********** |
---|
479 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
480 | 0.947077 0.976960E+00 0.951 1.085 0.966 18.390 0.825 |
---|
481 | |
---|
482 | |
---|
483 | sponge mode 2 |
---|
484 | nsponge tetasponge 3 50000.00 |
---|
485 | Coeffs for the sponge layer |
---|
486 | Z (km) tau cst |
---|
487 | 87.29922 200000.0 4.6236982E-04 |
---|
488 | 94.29921 100000.0 9.2473964E-04 |
---|
489 | 105.3311 50000.00 1.8494793E-03 |
---|
490 | |
---|
491 | in groupeun.F, ngroup= 2 |
---|
492 | Shema Amont nouveau appele dans Vanleer |
---|
493 | |
---|
494 | |
---|
495 | -------------------------------------------- |
---|
496 | inifis: Parameters for the physics (callphys.def) |
---|
497 | -------------------------------------------- |
---|
498 | Directory where external input files are: |
---|
499 | datafile = /planeto/emlmd/run_mcd5.v0_new/datadir |
---|
500 | Run with or without tracer transport ? |
---|
501 | tracer = T |
---|
502 | Diurnal cycle ? |
---|
503 | (if diurnal=False, diurnal averaged solar heating) |
---|
504 | diurnal = T |
---|
505 | Seasonal cycle ? |
---|
506 | (if season=False, Ls stays constant, to value set in 'start' |
---|
507 | season = T |
---|
508 | Write some extra output to the screen ? |
---|
509 | lwrite = F |
---|
510 | Save statistics in file stats.nc ? |
---|
511 | callstats = T |
---|
512 | Save EOF profiles in file 'profiles' for Climate Database? |
---|
513 | calleofdump = F |
---|
514 | Dust scenario: 1=constant dust (read from startfi |
---|
515 | or set as tauvis); 2=Viking scenario; =3 MGS scenario, |
---|
516 | =6 cold (low dust) scenario; =7 warm (high dust) scenario |
---|
517 | =24,25 ... 30 :Mars Year 24, ... or 30 from TES assimilation |
---|
518 | iaervar = 26 |
---|
519 | Reference (visible) dust opacity at 610 Pa (matters only if iaervar=1) |
---|
520 | tauvis = 0.1000000 |
---|
521 | Dust vertical distribution: |
---|
522 | (=1 top set by topdustref parameter; =2 Viking scenario; =3 MGS scenario) |
---|
523 | iddist = 3 |
---|
524 | Dust top altitude (km). (Matters only if iddist=1) |
---|
525 | topdustref = 55.00000 |
---|
526 | Prescribed surface thermal flux (H/(rho*cp),K m/s) |
---|
527 | USING DEFAULTS : tke_heat_flux = 0.0000000E+00 |
---|
528 | tke_heat_flux = 0.0000000E+00 |
---|
529 | 0 means the usual schemes are computing |
---|
530 | call radiative transfer ? |
---|
531 | callrad = T |
---|
532 | call slope insolation scheme ?(matters only if callrad=T) |
---|
533 | USING DEFAULTS : callslope = F |
---|
534 | callslope = F |
---|
535 | call NLTE radiative schemes ?(matters only if callrad=T) |
---|
536 | callnlte = F |
---|
537 | NLTE model? |
---|
538 | 0 -> old model, static O |
---|
539 | 1 -> old model, dynamic O |
---|
540 | 2 -> new model |
---|
541 | (matters only if callnlte=T) |
---|
542 | nltemodel = 0 |
---|
543 | call CO2 NIR absorption ?(matters only if callrad=T) |
---|
544 | callnirco2 = T |
---|
545 | New NIR NLTE correction ?0-> old model (no correction)1-> new correction |
---|
546 | (matters only if callnirco2=T) |
---|
547 | nircorr = 0 |
---|
548 | call turbulent vertical diffusion ? |
---|
549 | calldifv = T |
---|
550 | call thermals ? |
---|
551 | calltherm = T |
---|
552 | output thermal diagnostics ? |
---|
553 | USING DEFAULTS : outptherm = F |
---|
554 | outptherm = F |
---|
555 | call convective adjustment ? |
---|
556 | calladj = T |
---|
557 | call Richardson-based surface layer ? |
---|
558 | callrichsl = T |
---|
559 | call CO2 condensation ? |
---|
560 | callcond = T |
---|
561 | call thermal conduction in the soil ? |
---|
562 | callsoil = T |
---|
563 | call Lott's gravity wave/subgrid topography scheme ? |
---|
564 | calllott = T |
---|
565 | rad.transfer is computed every iradia physical timestep |
---|
566 | iradia = 1 |
---|
567 | Output of the exchange coefficient mattrix ?(for diagnostics only) |
---|
568 | callg2d = F |
---|
569 | Rayleigh scattering : (should be .false. for now) |
---|
570 | rayleigh = F |
---|
571 | Transported dust ? (if >0, use 'dustbin' dust bins) |
---|
572 | dustbin = 2 |
---|
573 | Radiatively active dust ? (matters if dustbin>0) |
---|
574 | active = T |
---|
575 | use mass and number mixing ratios to predict dust size ? |
---|
576 | doubleq = T |
---|
577 | USING DEFAULTS : submicron = F |
---|
578 | submicron = F |
---|
579 | dust lifted by GCM surface winds ? |
---|
580 | lifting = T |
---|
581 | dust lifted by dust devils ? |
---|
582 | callddevil = F |
---|
583 | Gravitationnal sedimentation ? |
---|
584 | sedimentation = T |
---|
585 | Radiatively active transported atmospheric water ice ? |
---|
586 | activice = T |
---|
587 | Compute water cycle ? |
---|
588 | water = T |
---|
589 | Activate the thermal inertia feedback ? |
---|
590 | USING DEFAULTS : tifeedback = F |
---|
591 | tifeedback = F |
---|
592 | effective variance for water ice clouds ? |
---|
593 | water_param nueff Sedimentation: 0.1000000 |
---|
594 | water param CCN reduc. factor ? 0.0000000E+00 |
---|
595 | USING DEFAULTS : ccn_factor = 4.500000 |
---|
596 | ccn_factor = 4.500000 |
---|
597 | Careful: only used when microphys=F, otherwise |
---|
598 | the contact parameter is used instead; |
---|
599 | Microphysical scheme for water-ice clouds? |
---|
600 | microphys = T |
---|
601 | water contact parameter ? |
---|
602 | mteta = 0.9500000 |
---|
603 | Dust scavenging by H2O/CO2 snowfall ? |
---|
604 | scavenging = T |
---|
605 | Permanent water caps at poles ? .true. is RECOMMENDED |
---|
606 | (with .true., North cap is a source of water and South pole is a cold trap) |
---|
607 | caps = T |
---|
608 | water ice albedo ? |
---|
609 | albedo_h2o_ice = 0.3500000 |
---|
610 | water ice thermal inertia ? |
---|
611 | inert_h2o_ice = 800.0000 |
---|
612 | frost thickness threshold for albedo ? |
---|
613 | frost_albedo_threshold = 4.9999999E-03 |
---|
614 | Titus crocus line ? |
---|
615 | USING DEFAULTS : tituscap = F |
---|
616 | tituscap F |
---|
617 | photochemistry: include chemical species |
---|
618 | photochem = F |
---|
619 | call thermosphere ? |
---|
620 | callthermos = F |
---|
621 | water included without cycle (only if water=.false.) |
---|
622 | thermoswater = F |
---|
623 | call thermal conduction ? (only if callthermos=.true.) |
---|
624 | callconduct = F |
---|
625 | call EUV heating ? (only if callthermos=.true.) |
---|
626 | calleuv = F |
---|
627 | call molecular viscosity ? (only if callthermos=.true.) |
---|
628 | callmolvis = F |
---|
629 | call molecular diffusion ? (only if callthermos=.true.) |
---|
630 | callmoldiff = F |
---|
631 | call thermospheric photochemistry ? (only if callthermos=.true.) |
---|
632 | thermochem = F |
---|
633 | Method to include solar variability |
---|
634 | 0-> old method (using solarcondate); 1-> variability wit E10.7 |
---|
635 | solvarmod = 0 |
---|
636 | date for solar flux calculation: (1985 < date < 2002) |
---|
637 | (Only used if solvarmod=0) |
---|
638 | (Solar min=1996.4 ave=1993.4 max=1990.6) |
---|
639 | solarcondate = 1993.400 |
---|
640 | Solar variability as observed for MY: |
---|
641 | Only if solvarmod=1 |
---|
642 | solvaryear = 24 |
---|
643 | UV heating efficiency:measured values between 0.19 and 0.23 (Fox et al. 1996) |
---|
644 | lower values may be used to compensate low 15 um cooling |
---|
645 | euveff = 0.2100000 |
---|
646 | -------------------------------------------- |
---|
647 | |
---|
648 | |
---|
649 | |
---|
650 | inifis: daysec 88775.00 |
---|
651 | |
---|
652 | inifis: The radiative transfer is computed: |
---|
653 | each 1 physical time-step |
---|
654 | or each 924.7396 seconds |
---|
655 | |
---|
656 | |
---|
657 | TABFI de phyeta0 0 0 |
---|
658 | tabfi: tab_cntrl 3010.000 29.00000 13380.00 0.0000000E+00 |
---|
659 | 3397200. 7.0776514E-05 3.720000 43.49000 0.2567930 |
---|
660 | 88775.00 924.7396 0.0000000E+00 0.0000000E+00 669.0000 |
---|
661 | 206.6600 249.2200 485.0000 25.19000 9.9999998E-03 |
---|
662 | 30.00000 1.0000000E-06 0.5800000 0.5600000 0.9000000 |
---|
663 | 0.9000000 0.9500000 0.1000000 0.0000000E+00 0.0000000E+00 |
---|
664 | 0.0000000E+00 9.9999997E-05 9.9999997E-05 0.5000000 0.5000000 |
---|
665 | 1000000. 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
666 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
667 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
668 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
669 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
670 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
671 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
672 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
673 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
674 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
675 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
676 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
677 | 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 0.0000000E+00 |
---|
678 | 0.0000000E+00 |
---|
679 | IN tabfi day_ini= 13380 |
---|
680 | ***************************************************** |
---|
681 | Reading tab_cntrl when calling tabfi before changes |
---|
682 | ***************************************************** |
---|
683 | (1) = ngridmx? 3010.00 3010.00 |
---|
684 | (2) lmax 29.00 29.00 |
---|
685 | (3) day_ini 13380.00 13380.00 |
---|
686 | (5) rad 3397200.00 3397200.00 |
---|
687 | (10) daysec 88775.00 88775.00 |
---|
688 | (6) omeg 0.707765E-04 0.707765E-04 |
---|
689 | (7) g 3.72 3.72 |
---|
690 | (8) mugaz 43.49 43.49 |
---|
691 | (9) rcp 0.26 0.26 |
---|
692 | (11) dtphys? 0.924740E+03 0.924740E+03 |
---|
693 | (14) year_day 669.00 669.00 |
---|
694 | (15) periheli 206.66 206.66 |
---|
695 | (16) aphelie 249.22 249.22 |
---|
696 | (17) peri_day 485.00 485.00 |
---|
697 | (18) obliquit 25.19 25.19 |
---|
698 | (19) z0_default 0.100000E-01 0.100000E-01 |
---|
699 | (21) emin_turb 0.100000E-05 0.100000E-05 |
---|
700 | (20) lmixmin 30.00 30.00 |
---|
701 | (26) emissiv 0.95 0.95 |
---|
702 | (24) emisice(1) 0.90 0.90 |
---|
703 | (25) emisice(2) 0.90 0.90 |
---|
704 | (22) albedice(1) 0.58 0.58 |
---|
705 | (23) albedice(2) 0.56 0.56 |
---|
706 | (31) iceradius(1) 0.100000E-03 0.100000E-03 |
---|
707 | (32) iceradius(2) 0.100000E-03 0.100000E-03 |
---|
708 | (33) dtemisice(1) 0.50 0.50 |
---|
709 | (34) dtemisice(2) 0.50 0.50 |
---|
710 | (27) tauvis 0.10 0.10 |
---|
711 | (35) volcapa 1000000.00 1000000.00 |
---|
712 | |
---|
713 | Lmodif in tabfi!!!!!!! 0 |
---|
714 | Geopotentiel au sol <phisfi>: -26336.29 52485.20 |
---|
715 | Albedo du sol nu <albedodat>: 0.1003705 0.3208752 |
---|
716 | <zmea>: -7079.710 14109.67 |
---|
717 | <zstd>: 8.602325 5754.301 |
---|
718 | <zsig>: 1.4299675E-04 6.9831863E-02 |
---|
719 | <zgam>: 1.0000000E-07 1.000000 |
---|
720 | <zthe>: -89.90435 89.88921 |
---|
721 | CO2 ice cover <co2ice>: 0.0000000E+00 958.8163 |
---|
722 | phyetat0: Le champ <tsurf> est present |
---|
723 | J ignore donc les autres temperatures TS** |
---|
724 | Temperature du sol <tsurf> 143.1560 291.0728 |
---|
725 | Surface emissivity <emis>: 0.5347768 0.9500000 |
---|
726 | Surface roughness <z0>: 7.9248937E-05 1.7229829E-02 |
---|
727 | pbl wind variance <q2>: 8.3298417E-08 157.1757 |
---|
728 | tracer on surface <co2>: 0.0000000E+00 0.0000000E+00 |
---|
729 | tracer on surface <dust_number>: -2.1804593E+16 3.8433894E+14 |
---|
730 | tracer on surface <dust_mass>: -1790.340 634.2337 |
---|
731 | tracer on surface <ccn_number>: 1.5558199E+09 2.8858525E+16 |
---|
732 | tracer on surface <ccn_mass>: 4.8576188E-05 910.5092 |
---|
733 | tracer on surface <h2o_ice>: -40.61012 13.81997 |
---|
734 | phyetat0: loading surface tracer h2o_ice instead of h2o_vap |
---|
735 | tracer on surface <h2o_ice>: -40.61012 13.81997 |
---|
736 | |
---|
737 | Soil volumetric heat capacity: 1000000. |
---|
738 | Soil thermal inertia <inertiedat>: 40.57156 1200.000 |
---|
739 | Soil temperature <tsoil>: 143.1567 289.7982 |
---|
740 | In physiq day_ini = 13380 |
---|
741 | initracer: found all expected tracers, namely: |
---|
742 | 1 co2 |
---|
743 | 2 dust_number |
---|
744 | 3 dust_mass |
---|
745 | 4 ccn_number |
---|
746 | 5 ccn_mass |
---|
747 | 6 h2o_ice |
---|
748 | 7 h2o_vap |
---|
749 | initracer: doubleq_param reff_lift: 3.0000001E-06 |
---|
750 | initracer: doubleq_param nueff_lift: 0.5000000 |
---|
751 | initracer: doubleq_param alpha_lift: 1.0000000E-06 |
---|
752 | |
---|
753 | ******** initracer : dust transport parameters : |
---|
754 | alpha_lift = 0.0000000E+00 1.1936620E+07 1.0000000E-06 1.0000000E-30 |
---|
755 | 1.0000000E-30 0.0000000E+00 0.0000000E+00 |
---|
756 | alpha_devil = 0.0000000E+00 107429.6 8.9999999E-09 1.0000000E-30 |
---|
757 | 1.0000000E-30 0.0000000E+00 0.0000000E+00 |
---|
758 | radius = 0.0000000E+00 3.0000001E-06 3.0000001E-06 3.0000001E-06 |
---|
759 | 3.0000001E-06 3.0000001E-06 0.0000000E+00 |
---|
760 | reff_lift (um) = 3.0000001E-06 |
---|
761 | size distribution variance = 0.6367614 |
---|
762 | r3n_q , ref_r0 : 1.5401418E-05 2.755676 |
---|
763 | Ice dryness ? |
---|
764 | USING DEFAULTS : icedryness = 1.000000 |
---|
765 | icedryness = 1.000000 |
---|
766 | Surfini: predefined ice caps |
---|
767 | water ice caps distribution for 64x48 resolution |
---|
768 | latitude | longitude | ig |
---|
769 | ice water cap 90.00000 0.0000000E+00 1 |
---|
770 | ice water cap 86.24999 -180.0000 2 |
---|
771 | ice water cap 86.24999 -174.3750 3 |
---|
772 | ice water cap 86.24999 -168.7500 4 |
---|
773 | ice water cap 86.24999 -163.1250 5 |
---|
774 | ice water cap 86.24999 -157.5000 6 |
---|
775 | ice water cap 86.24999 -151.8750 7 |
---|
776 | ice water cap 86.24999 -146.2500 8 |
---|
777 | ice water cap 86.24999 -140.6250 9 |
---|
778 | ice water cap 86.24999 -135.0000 10 |
---|
779 | ice water cap 86.24999 -129.3750 11 |
---|
780 | ice water cap 86.24999 -123.7500 12 |
---|
781 | ice water cap 86.24999 -118.1250 13 |
---|
782 | ice water cap 86.24999 -112.5000 14 |
---|
783 | ice water cap 86.24999 -106.8750 15 |
---|
784 | ice water cap 86.24999 -101.2500 16 |
---|
785 | ice water cap 86.24999 -95.62501 17 |
---|
786 | ice water cap 86.24999 -90.00000 18 |
---|
787 | ice water cap 86.24999 -84.37499 19 |
---|
788 | ice water cap 86.24999 -78.75000 20 |
---|
789 | ice water cap 86.24999 -73.12500 21 |
---|
790 | ice water cap 86.24999 -67.50000 22 |
---|
791 | ice water cap 86.24999 -61.87499 23 |
---|
792 | ice water cap 86.24999 -56.24999 24 |
---|
793 | ice water cap 86.24999 -50.62501 25 |
---|
794 | ice water cap 86.24999 -45.00000 26 |
---|
795 | ice water cap 86.24999 -39.37500 27 |
---|
796 | ice water cap 86.24999 -33.75000 28 |
---|
797 | ice water cap 86.24999 -28.12500 29 |
---|
798 | ice water cap 86.24999 -22.49999 30 |
---|
799 | ice water cap 86.24999 -16.87501 31 |
---|
800 | ice water cap 86.24999 -11.25000 32 |
---|
801 | ice water cap 86.24999 -5.625002 33 |
---|
802 | ice water cap 86.24999 0.0000000E+00 34 |
---|
803 | ice water cap 86.24999 5.625002 35 |
---|
804 | ice water cap 86.24999 11.25000 36 |
---|
805 | ice water cap 86.24999 16.87501 37 |
---|
806 | ice water cap 86.24999 22.49999 38 |
---|
807 | ice water cap 86.24999 28.12500 39 |
---|
808 | ice water cap 86.24999 33.75000 40 |
---|
809 | ice water cap 86.24999 39.37500 41 |
---|
810 | ice water cap 86.24999 45.00000 42 |
---|
811 | ice water cap 86.24999 50.62499 43 |
---|
812 | ice water cap 86.24999 56.25001 44 |
---|
813 | ice water cap 86.24999 61.87499 45 |
---|
814 | ice water cap 86.24999 67.50001 46 |
---|
815 | ice water cap 86.24999 73.12500 47 |
---|
816 | ice water cap 86.24999 78.74998 48 |
---|
817 | ice water cap 86.24999 84.37500 49 |
---|
818 | ice water cap 86.24999 89.99999 50 |
---|
819 | ice water cap 86.24999 95.62501 51 |
---|
820 | ice water cap 86.24999 101.2500 52 |
---|
821 | ice water cap 86.24999 106.8750 53 |
---|
822 | ice water cap 86.24999 112.5000 54 |
---|
823 | ice water cap 86.24999 118.1250 55 |
---|
824 | ice water cap 86.24999 123.7500 56 |
---|
825 | ice water cap 86.24999 129.3750 57 |
---|
826 | ice water cap 86.24999 135.0000 58 |
---|
827 | ice water cap 86.24999 140.6250 59 |
---|
828 | ice water cap 86.24999 146.2500 60 |
---|
829 | ice water cap 86.24999 151.8750 61 |
---|
830 | ice water cap 86.24999 157.5000 62 |
---|
831 | ice water cap 86.24999 163.1250 63 |
---|
832 | ice water cap 86.24999 168.7500 64 |
---|
833 | ice water cap 86.24999 174.3750 65 |
---|
834 | ice water cap 82.49999 -129.3750 75 |
---|
835 | ice water cap 82.49999 -123.7500 76 |
---|
836 | ice water cap 82.49999 -118.1250 77 |
---|
837 | ice water cap 82.49999 -112.5000 78 |
---|
838 | ice water cap 82.49999 -106.8750 79 |
---|
839 | ice water cap 82.49999 -101.2500 80 |
---|
840 | ice water cap 82.49999 -95.62501 81 |
---|
841 | ice water cap 82.49999 -90.00000 82 |
---|
842 | ice water cap 82.49999 -84.37499 83 |
---|
843 | ice water cap 82.49999 -78.75000 84 |
---|
844 | ice water cap 82.49999 -73.12500 85 |
---|
845 | ice water cap 82.49999 -28.12500 93 |
---|
846 | ice water cap 82.49999 -22.49999 94 |
---|
847 | ice water cap 82.49999 -16.87501 95 |
---|
848 | ice water cap 82.49999 -11.25000 96 |
---|
849 | ice water cap 82.49999 -5.625002 97 |
---|
850 | ice water cap 82.49999 0.0000000E+00 98 |
---|
851 | ice water cap 82.49999 5.625002 99 |
---|
852 | ice water cap 82.49999 11.25000 100 |
---|
853 | ice water cap 82.49999 16.87501 101 |
---|
854 | ice water cap 82.49999 22.49999 102 |
---|
855 | ice water cap 82.49999 28.12500 103 |
---|
856 | ice water cap 82.49999 33.75000 104 |
---|
857 | ice water cap 82.49999 39.37500 105 |
---|
858 | ice water cap 82.49999 45.00000 106 |
---|
859 | ice water cap 82.49999 50.62499 107 |
---|
860 | ice water cap 82.49999 56.25001 108 |
---|
861 | ice water cap 82.49999 61.87499 109 |
---|
862 | ice water cap 82.49999 67.50001 110 |
---|
863 | ice water cap 82.49999 73.12500 111 |
---|
864 | ice water cap 82.49999 78.74998 112 |
---|
865 | ice water cap 82.49999 84.37500 113 |
---|
866 | ice water cap 82.49999 89.99999 114 |
---|
867 | ice water cap 78.75000 -146.2500 136 |
---|
868 | ice water cap 78.75000 -135.0000 138 |
---|
869 | ice water cap 78.75000 -123.7500 140 |
---|
870 | ice water cap 78.75000 -112.5000 142 |
---|
871 | ice water cap 78.75000 -5.625002 161 |
---|
872 | ice water cap 78.75000 5.625002 163 |
---|
873 | ice water cap 78.75000 16.87501 165 |
---|
874 | ice water cap 78.75000 118.1250 183 |
---|
875 | ice water cap 78.75000 129.3750 185 |
---|
876 | ice water cap 78.75000 140.6250 187 |
---|
877 | ice water cap 78.75000 151.8750 189 |
---|
878 | ice water cap 78.75000 163.1250 191 |
---|
879 | ice water cap 78.75000 174.3750 193 |
---|
880 | ice water cap 75.00000 -180.0000 194 |
---|
881 | ice water cap 75.00000 -129.3750 203 |
---|
882 | ice water cap 75.00000 -106.8750 207 |
---|
883 | ice water cap 75.00000 101.2500 244 |
---|
884 | ice water cap 75.00000 112.5000 246 |
---|
885 | ice water cap 75.00000 135.0000 250 |
---|
886 | ice water cap 75.00000 146.2500 252 |
---|
887 | ice water cap 75.00000 157.5000 254 |
---|
888 | ice water cap 75.00000 168.7500 256 |
---|
889 | surfini: water frost thickness 4.9999999E-03 |
---|
890 | surfini: water ice albedo: 0.3500000 |
---|
891 | surfini: water ice TI: 800.0000 |
---|
892 | minimum albedo sans water caps 0.1003705 |
---|
893 | maximum albedo sans water caps 0.3208752 |
---|
894 | minimum albedo avec water caps 0.1003705 |
---|
895 | maximum albedo avec water caps 0.3500000 |
---|
896 | minimum albedo avec givre et co2 0.1008788 |
---|
897 | maximum albedo avec givre et co2 0.5800000 |
---|
898 | Perihelie en Mkm 206.6600 |
---|
899 | Aphelise en Mkm 249.2200 |
---|
900 | obliquite en degres : 25.19000 |
---|
901 | e_elips 9.3357898E-02 |
---|
902 | p_elips 1.510404 |
---|
903 | zanom 1.728111 |
---|
904 | zx0 1.818617 |
---|
905 | longitude solaire du perihelie timeperi = 1.908231 |
---|
906 | physiq: water_param Surface water ice albedo: 0.3500000 |
---|
907 | nlthermeq: transition to NLTE centred at 0.10Pa |
---|
908 | half-width (scale heights) 0.50 |
---|
909 | suggested LTE coverage at least 0.04Pa |
---|
910 | LTE rad. calculations up to layer 29 |
---|
911 | callradite: found all scatterers, namely: |
---|
912 | 1 dust_doubleq |
---|
913 | 2 h2o_ice |
---|
914 | Scatterer: dust_doubleq |
---|
915 | corresponding files: |
---|
916 | VIS: optprop_dustvis_TM_n50.dat |
---|
917 | IR : optprop_dustir_n50.dat |
---|
918 | Scatterer: h2o_ice |
---|
919 | corresponding files: |
---|
920 | VIS: optprop_icevis_n30.dat |
---|
921 | IR : optprop_iceir_n30.dat |
---|
922 | Splitting radiative calculations: ngridmx,ngrid,ndomainsz,ndomain 3010 |
---|
923 | 3010 151 20 |
---|
924 | aeroptproperties: interpolation grid |
---|
925 | Scatterer: 1 |
---|
926 | Domain: 1 |
---|
927 | Min radius (m): 3.5353878E-08 |
---|
928 | Max radius (m): 9.9999997E-06 |
---|
929 | Scatterer: 1 |
---|
930 | Domain: 2 |
---|
931 | Min radius (m): 3.5353878E-08 |
---|
932 | Max radius (m): 9.9999997E-06 |
---|
933 | Scatterer: 2 |
---|
934 | Domain: 1 |
---|
935 | Min radius (m): 1.1303746E-07 |
---|
936 | Max radius (m): 2.9999999E-05 |
---|
937 | Scatterer: 2 |
---|
938 | Domain: 2 |
---|
939 | Min radius (m): 1.1303746E-07 |
---|
940 | Max radius (m): 2.9999999E-05 |
---|
941 | aeropacity: i_ice= 6 |
---|
942 | Typical profiles of Qext(vis)/Qext(IR) |
---|
943 | and Qext(IR)/Qabs(IR): |
---|
944 | Aerosol # 1 |
---|
945 | solsir: 1.600077 1.615189 1.632739 1.656156 |
---|
946 | 1.673179 1.688357 1.700979 1.712606 1.732043 |
---|
947 | 1.767485 1.846160 1.956535 2.126256 2.416159 |
---|
948 | 2.924124 3.627217 3.967699 4.619432 4.999025 |
---|
949 | 5.531231 5.867186 6.121830 6.161941 5.507154 |
---|
950 | 3.473106 1.283761 0.4759978 0.3981150 0.3957708 |
---|
951 | Qext/Qabs(IR): 1.397849 1.393870 1.389535 1.383844 |
---|
952 | 1.379724 1.376071 1.373089 1.370418 1.366129 |
---|
953 | 1.359017 1.344959 1.327367 1.303859 1.271339 |
---|
954 | 1.229796 1.184386 1.146510 1.112741 1.088421 |
---|
955 | 1.071170 1.051863 1.034979 1.018531 1.007443 |
---|
956 | 1.002272 1.000459 1.000086 1.000062 1.000061 |
---|
957 | Aerosol # 2 |
---|
958 | solsir: 1.576552 1.570121 1.565980 1.568253 |
---|
959 | 1.568665 1.579205 1.586318 1.594997 1.588596 |
---|
960 | 1.593094 1.581340 1.569868 1.526461 1.506043 |
---|
961 | 1.604984 1.702579 1.836655 1.946286 1.991414 |
---|
962 | 2.106776 2.331118 2.288174 2.249288 2.215015 |
---|
963 | 2.107166 2.065983 2.065983 2.065983 2.065983 |
---|
964 | Qext/Qabs(IR): 1.302334 1.306394 1.309110 1.314693 |
---|
965 | 1.311184 1.305743 1.300053 1.297721 1.303020 |
---|
966 | 1.308674 1.323397 1.357420 1.410284 1.449922 |
---|
967 | 1.444335 1.432657 1.395102 1.358613 1.356317 |
---|
968 | 1.338657 1.233698 1.142038 1.084853 1.030944 |
---|
969 | 1.005017 1.000078 1.000078 1.000078 1.000078 |
---|
970 | Ls = 0.004706 check lat = -0.000007 lon = 0.000000 |
---|
971 | tauref(610. Pa) = 0.593544 tau(610. Pa) = 0.593544 |
---|
972 | In sugwd NKTOPG= 7 |
---|
973 | In vdifc: Tcond(P=1mb)= 136.2700 Lcond= 590000.0 |
---|
974 | acond,bcond,ccond 3.2403751E-04 7.3383721E-03 3.3921041E-04 |
---|
975 | USING DEFAULTS : dtke_thermals = F |
---|
976 | USING DEFAULTS : nsplit_thermals = 10 |
---|
977 | USING DEFAULTS : r_aspect_thermals = 1.000000 |
---|
978 | Newcondens: improved_ztcond= T |
---|
979 | Newcondens: bound_qco2= F |
---|
980 | In newcondens:Tcond(P=1mb)= 136.2700 Lcond= 590000.0 |
---|
981 | acond,bcond,ccond 3.2403751E-04 7.3383721E-03 3.3921041E-04 |
---|
982 | albedocaps: Use TES Cap albedoes ? |
---|
983 | albedocaps: TESicealbedo = T |
---|
984 | albedocaps: Coefficient for Northern Cap ? |
---|
985 | albedocaps: TESice_Ncoef = 1.600000 |
---|
986 | albedocaps: Coefficient for Southern Cap ? |
---|
987 | albedocaps: TESice_Scoef = 1.600000 |
---|
988 | watercloud: igcm_h2o_vap= 7 |
---|
989 | igcm_h2o_ice= 6 |
---|
990 | time subsampling for microphysic ? |
---|
991 | USING DEFAULTS : imicro = 15 |
---|
992 | imicro = 15 |
---|
993 | Physical timestep is 924.7396 |
---|
994 | Microphysics timestep is 61.64931 |
---|
995 | vrat_cld 31.6227757253798 |
---|
996 | |
---|
997 | Microphysics: size bin information: |
---|
998 | i,rb_cld(i), rad_cld(i),dr_cld(i) |
---|
999 | ----------------------------------- |
---|
1000 | 1 0.100000E-09 0.100000E-06 0.124591E-06 |
---|
1001 | 2 0.124691E-06 0.316228E-06 0.269617E-06 |
---|
1002 | 3 0.394309E-06 0.100000E-05 0.852605E-06 |
---|
1003 | 4 0.124691E-05 0.316228E-05 0.269617E-05 |
---|
1004 | 5 0.394309E-05 0.100000E-04 0.999606E-02 |
---|
1005 | 6 0.100000E-01 |
---|
1006 | ----------------------------------- |
---|
1007 | water_param contact parameter: 0.9500000 |
---|
1008 | Variance of ice & CCN distribs : 0.3087235 |
---|
1009 | nuice for sedimentation: 0.1000000 |
---|
1010 | Volume of a water molecule: 1.956521739130435E-005 |
---|
1011 | |
---|
1012 | dear user, please keep in mind that |
---|
1013 | contact parameter IS constant |
---|
1014 | |
---|
1015 | correction for the shape of the ice particles ? |
---|
1016 | USING DEFAULTS : ice_shape = 0.7500000 |
---|
1017 | ice_shape = 0.7500000 |
---|
1018 | water_param nueff Sedimentation: 0.1000000 |
---|
1019 | water_param nueff Radiative: 0.1000000 |
---|
1020 | |
---|
1021 | || STATS || |
---|
1022 | |
---|
1023 | daysec 88775.00 |
---|
1024 | dtphys 924.7396 |
---|
1025 | nsteppd= 96 |
---|
1026 | istats= 8 |
---|
1027 | Storing 12 times per day |
---|
1028 | thus every 8 physical timestep |
---|
1029 | |
---|
1030 | iniwrite: iim,jjm,llm,idayref 64 48 29 13380 |
---|
1031 | iniwrite: rad,omeg,g,mugaz,rcp 3397200. 7.0776514E-05 3.720000 |
---|
1032 | 43.49000 0.2567930 |
---|
1033 | iniwrite: daysec,dtphys 88775.00 924.7396 |
---|
1034 | Ls = 0.009924 check lat = -0.000007 lon = 0.000000 |
---|
1035 | tauref(610. Pa) = 0.592217 tau(610. Pa) = 0.592217 |
---|
1036 | Ls = 0.015805 check lat = -0.000007 lon = 0.000000 |
---|
1037 | tauref(610. Pa) = 0.590757 tau(610. Pa) = 0.590757 |
---|
1038 | Ls = 0.021037 check lat = -0.000007 lon = 0.000000 |
---|
1039 | tauref(610. Pa) = 0.589297 tau(610. Pa) = 0.589297 |
---|
1040 | WRITEDIAGFI: date= 4.1666668E-02 |
---|
1041 | ========================== |
---|
1042 | DIAGFI: creating variable tsurf |
---|
1043 | ========================== |
---|
1044 | DIAGFI: creating variable ps |
---|
1045 | ========================== |
---|
1046 | DIAGFI: creating variable co2ice |
---|
1047 | ========================== |
---|
1048 | DIAGFI: creating variable temp |
---|
1049 | ========================== |
---|
1050 | DIAGFI: creating variable u |
---|
1051 | ========================== |
---|
1052 | DIAGFI: creating variable v |
---|
1053 | ========================== |
---|
1054 | DIAGFI: creating variable emis |
---|
1055 | ========================== |
---|
1056 | DIAGFI: creating variable tsoil |
---|
1057 | ========================== |
---|
1058 | DIAGFI: creating variable inertiedat |
---|
1059 | ========================== |
---|
1060 | DIAGFI: creating variable co2 |
---|
1061 | ========================== |
---|
1062 | DIAGFI: creating variable co2col |
---|
1063 | ========================== |
---|
1064 | DIAGFI: creating variable q01 |
---|
1065 | ========================== |
---|
1066 | DIAGFI: creating variable q02 |
---|
1067 | ========================== |
---|
1068 | DIAGFI: creating variable qsurf02 |
---|
1069 | ========================== |
---|
1070 | DIAGFI: creating variable mtot |
---|
1071 | ========================== |
---|
1072 | DIAGFI: creating variable icetot |
---|
1073 | ========================== |
---|
1074 | DIAGFI: creating variable vmr_h2oice |
---|
1075 | ========================== |
---|
1076 | DIAGFI: creating variable vmr_h2ovap |
---|
1077 | ========================== |
---|
1078 | DIAGFI: creating variable reffice |
---|
1079 | ========================== |
---|
1080 | DIAGFI: creating variable Nccntot |
---|
1081 | ========================== |
---|
1082 | DIAGFI: creating variable Mccntot |
---|
1083 | ========================== |
---|
1084 | DIAGFI: creating variable rice |
---|
1085 | ========================== |
---|
1086 | DIAGFI: creating variable h2o_ice_s |
---|
1087 | ========================== |
---|
1088 | DIAGFI: creating variable albedo |
---|
1089 | ========================== |
---|
1090 | DIAGFI: creating variable tauref |
---|
1091 | ========================== |
---|
1092 | DIAGFI: creating variable tau |
---|
1093 | ========================== |
---|
1094 | DIAGFI: creating variable dqsdust |
---|
1095 | ========================== |
---|
1096 | DIAGFI: creating variable dqndust |
---|
1097 | ========================== |
---|
1098 | DIAGFI: creating variable reffdust |
---|
1099 | ========================== |
---|
1100 | DIAGFI: creating variable dustq |
---|
1101 | ========================== |
---|
1102 | DIAGFI: creating variable dustN |
---|
1103 | ========================== |
---|
1104 | DIAGFI: creating variable ccn |
---|
1105 | ========================== |
---|
1106 | DIAGFI: creating variable ccnN |
---|
1107 | ========================== |
---|
1108 | DIAGFI: creating variable ccnq |
---|
1109 | ========================== |
---|
1110 | DIAGFI: creating variable zmax_th |
---|
1111 | ========================== |
---|
1112 | DIAGFI: creating variable hfmax_th |
---|
1113 | ========================== |
---|
1114 | DIAGFI: creating variable wstar |
---|
1115 | Ls = 0.026262 check lat = -0.000007 lon = 0.000000 |
---|
1116 | tauref(610. Pa) = 0.587969 tau(610. Pa) = 0.587969 |
---|
1117 | Ls = 0.031480 check lat = -0.000007 lon = 0.000000 |
---|
1118 | tauref(610. Pa) = 0.586509 tau(610. Pa) = 0.586509 |
---|
1119 | Ls = 0.036719 check lat = -0.000007 lon = 0.000000 |
---|
1120 | tauref(610. Pa) = 0.585049 tau(610. Pa) = 0.585049 |
---|
1121 | Ls = 0.041944 check lat = -0.000007 lon = 0.000000 |
---|
1122 | tauref(610. Pa) = 0.583722 tau(610. Pa) = 0.583722 |
---|
1123 | ===================== |
---|
1124 | STATS: creation de ps |
---|
1125 | ===================== |
---|
1126 | STATS: creation de tsurf |
---|
1127 | ===================== |
---|
1128 | STATS: creation de co2ice |
---|
1129 | ===================== |
---|
1130 | STATS: creation de tauref |
---|
1131 | ===================== |
---|
1132 | STATS: creation de fluxsurf_lw |
---|
1133 | ===================== |
---|
1134 | STATS: creation de fluxsurf_sw |
---|
1135 | ===================== |
---|
1136 | STATS: creation de fluxtop_lw |
---|
1137 | ===================== |
---|
1138 | STATS: creation de fluxtop_sw |
---|
1139 | ===================== |
---|
1140 | STATS: creation de temp |
---|
1141 | ===================== |
---|
1142 | STATS: creation de u |
---|
1143 | ===================== |
---|
1144 | STATS: creation de v |
---|
1145 | ===================== |
---|
1146 | STATS: creation de w |
---|
1147 | ===================== |
---|
1148 | STATS: creation de rho |
---|
1149 | ===================== |
---|
1150 | STATS: creation de pressure |
---|
1151 | ===================== |
---|
1152 | STATS: creation de q2 |
---|
1153 | ===================== |
---|
1154 | STATS: creation de emis |
---|
1155 | ===================== |
---|
1156 | STATS: creation de zmax_th |
---|
1157 | ===================== |
---|
1158 | STATS: creation de hfmax_th |
---|
1159 | ===================== |
---|
1160 | STATS: creation de wstar |
---|
1161 | ===================== |
---|
1162 | STATS: creation de vmr_h2ovap |
---|
1163 | ===================== |
---|
1164 | STATS: creation de vmr_h2oice |
---|
1165 | ===================== |
---|
1166 | STATS: creation de vmr_h2osat |
---|
1167 | ===================== |
---|
1168 | STATS: creation de h2o_ice_s |
---|
1169 | ===================== |
---|
1170 | STATS: creation de albedo |
---|
1171 | ===================== |
---|
1172 | STATS: creation de mtot |
---|
1173 | ===================== |
---|
1174 | STATS: creation de icetot |
---|
1175 | ===================== |
---|
1176 | STATS: creation de reffice |
---|
1177 | ===================== |
---|
1178 | STATS: creation de Nccntot |
---|
1179 | ===================== |
---|
1180 | STATS: creation de Mccntot |
---|
1181 | ===================== |
---|
1182 | STATS: creation de rice |
---|
1183 | ===================== |
---|
1184 | STATS: creation de tauTES |
---|
1185 | ===================== |
---|
1186 | STATS: creation de tau |
---|
1187 | ===================== |
---|
1188 | STATS: creation de dqsdust |
---|
1189 | ===================== |
---|
1190 | STATS: creation de dqndust |
---|
1191 | ===================== |
---|
1192 | STATS: creation de reffdust |
---|
1193 | ===================== |
---|
1194 | STATS: creation de dustq |
---|
1195 | ===================== |
---|
1196 | STATS: creation de dustN |
---|
1197 | ===================== |
---|
1198 | STATS: creation de ccnq |
---|
1199 | ===================== |
---|
1200 | STATS: creation de ccnN |
---|
1201 | WRITEDIAGFI: date= 8.3333336E-02 |
---|
1202 | Ls = 0.047169 check lat = -0.000007 lon = 0.000000 |
---|
1203 | tauref(610. Pa) = 0.582262 tau(610. Pa) = 0.582262 |
---|
1204 | Ls = 0.053043 check lat = -0.000007 lon = 0.000000 |
---|
1205 | tauref(610. Pa) = 0.580801 tau(610. Pa) = 0.580801 |
---|
1206 | Ls = 0.058268 check lat = -0.000007 lon = 0.000000 |
---|
1207 | tauref(610. Pa) = 0.579474 tau(610. Pa) = 0.579474 |
---|
1208 | Ls = 0.063500 check lat = -0.000007 lon = 0.000000 |
---|
1209 | tauref(610. Pa) = 0.578014 tau(610. Pa) = 0.578014 |
---|
1210 | WRITEDIAGFI: date= 0.1250000 |
---|
1211 | 0********** pas 120 jour*****heure 3.0 date 0.12500 ********** |
---|
1212 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1213 | 0.947168 0.845509E+00 0.951 1.076 0.966 18.279 0.828 |
---|
1214 | |
---|
1215 | Ls = 0.068732 check lat = -0.000007 lon = 0.000000 |
---|
1216 | tauref(610. Pa) = 0.576554 tau(610. Pa) = 0.576554 |
---|
1217 | Ls = 0.073950 check lat = -0.000007 lon = 0.000000 |
---|
1218 | tauref(610. Pa) = 0.575226 tau(610. Pa) = 0.575226 |
---|
1219 | Ls = 0.079176 check lat = -0.000007 lon = 0.000000 |
---|
1220 | tauref(610. Pa) = 0.573766 tau(610. Pa) = 0.573766 |
---|
1221 | Ls = 0.085056 check lat = -0.000007 lon = 0.000000 |
---|
1222 | tauref(610. Pa) = 0.572306 tau(610. Pa) = 0.572306 |
---|
1223 | WRITEDIAGFI: date= 0.1666667 |
---|
1224 | Ls = 0.090275 check lat = -0.000007 lon = 0.000000 |
---|
1225 | tauref(610. Pa) = 0.570979 tau(610. Pa) = 0.570979 |
---|
1226 | Ls = 0.095507 check lat = -0.000007 lon = 0.000000 |
---|
1227 | tauref(610. Pa) = 0.569519 tau(610. Pa) = 0.569519 |
---|
1228 | Ls = 0.100732 check lat = -0.000007 lon = 0.000000 |
---|
1229 | tauref(610. Pa) = 0.568058 tau(610. Pa) = 0.568058 |
---|
1230 | Ls = 0.105957 check lat = -0.000007 lon = 0.000000 |
---|
1231 | tauref(610. Pa) = 0.566731 tau(610. Pa) = 0.566731 |
---|
1232 | WRITEDIAGFI: date= 0.2083333 |
---|
1233 | Ls = 0.111182 check lat = -0.000007 lon = 0.000000 |
---|
1234 | tauref(610. Pa) = 0.565271 tau(610. Pa) = 0.565271 |
---|
1235 | Ls = 0.117056 check lat = -0.000007 lon = 0.000000 |
---|
1236 | tauref(610. Pa) = 0.563811 tau(610. Pa) = 0.563811 |
---|
1237 | Ls = 0.122281 check lat = -0.000007 lon = 0.000000 |
---|
1238 | tauref(610. Pa) = 0.562483 tau(610. Pa) = 0.562483 |
---|
1239 | Ls = 0.127513 check lat = -0.000007 lon = 0.000000 |
---|
1240 | tauref(610. Pa) = 0.561023 tau(610. Pa) = 0.561023 |
---|
1241 | WRITEDIAGFI: date= 0.2500000 |
---|
1242 | 0********** pas 240 jour*****heure 6.0 date 0.25000 ********** |
---|
1243 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1244 | 0.947275 0.894936E+00 0.951 1.116 0.966 18.153 0.829 |
---|
1245 | |
---|
1246 | Ls = 0.132738 check lat = -0.000007 lon = 0.000000 |
---|
1247 | tauref(610. Pa) = 0.559563 tau(610. Pa) = 0.559563 |
---|
1248 | Ls = 0.137956 check lat = -0.000007 lon = 0.000000 |
---|
1249 | tauref(610. Pa) = 0.558236 tau(610. Pa) = 0.558236 |
---|
1250 | Ls = 0.143188 check lat = -0.000007 lon = 0.000000 |
---|
1251 | tauref(610. Pa) = 0.556776 tau(610. Pa) = 0.556776 |
---|
1252 | Ls = 0.149062 check lat = -0.000007 lon = 0.000000 |
---|
1253 | tauref(610. Pa) = 0.555315 tau(610. Pa) = 0.555315 |
---|
1254 | WRITEDIAGFI: date= 0.2916667 |
---|
1255 | Ls = 0.154287 check lat = -0.000007 lon = 0.000000 |
---|
1256 | tauref(610. Pa) = 0.553988 tau(610. Pa) = 0.553988 |
---|
1257 | Ls = 0.159519 check lat = -0.000007 lon = 0.000000 |
---|
1258 | tauref(610. Pa) = 0.552528 tau(610. Pa) = 0.552528 |
---|
1259 | Ls = 0.164731 check lat = -0.000007 lon = 0.000000 |
---|
1260 | tauref(610. Pa) = 0.551068 tau(610. Pa) = 0.551068 |
---|
1261 | Ls = 0.169956 check lat = -0.000007 lon = 0.000000 |
---|
1262 | tauref(610. Pa) = 0.549740 tau(610. Pa) = 0.549740 |
---|
1263 | WRITEDIAGFI: date= 0.3333333 |
---|
1264 | Ls = 0.175181 check lat = -0.000007 lon = 0.000000 |
---|
1265 | tauref(610. Pa) = 0.548280 tau(610. Pa) = 0.548280 |
---|
1266 | Ls = 0.181061 check lat = -0.000007 lon = 0.000000 |
---|
1267 | tauref(610. Pa) = 0.546820 tau(610. Pa) = 0.546820 |
---|
1268 | Ls = 0.185638 check lat = -0.000007 lon = 0.000000 |
---|
1269 | tauref(610. Pa) = 0.545493 tau(610. Pa) = 0.545493 |
---|
1270 | Ls = 0.191512 check lat = -0.000007 lon = 0.000000 |
---|
1271 | tauref(610. Pa) = 0.544033 tau(610. Pa) = 0.544032 |
---|
1272 | WRITEDIAGFI: date= 0.3750000 |
---|
1273 | 0********** pas 360 jour*****heure 9.0 date 0.37500 ********** |
---|
1274 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1275 | 0.947374 0.906323E+00 0.952 1.101 0.966 18.186 0.827 |
---|
1276 | |
---|
1277 | Ls = 0.196730 check lat = -0.000007 lon = 0.000000 |
---|
1278 | tauref(610. Pa) = 0.542572 tau(610. Pa) = 0.542572 |
---|
1279 | Ls = 0.201962 check lat = -0.000007 lon = 0.000000 |
---|
1280 | tauref(610. Pa) = 0.541245 tau(610. Pa) = 0.541245 |
---|
1281 | Ls = 0.207173 check lat = -0.000007 lon = 0.000000 |
---|
1282 | tauref(610. Pa) = 0.539785 tau(610. Pa) = 0.539785 |
---|
1283 | Ls = 0.213054 check lat = -0.000007 lon = 0.000000 |
---|
1284 | tauref(610. Pa) = 0.538325 tau(610. Pa) = 0.538325 |
---|
1285 | WRITEDIAGFI: date= 0.4166667 |
---|
1286 | Ls = 0.217630 check lat = -0.000007 lon = 0.000000 |
---|
1287 | tauref(610. Pa) = 0.536997 tau(610. Pa) = 0.536997 |
---|
1288 | Ls = 0.223504 check lat = -0.000007 lon = 0.000000 |
---|
1289 | tauref(610. Pa) = 0.535537 tau(610. Pa) = 0.535537 |
---|
1290 | Ls = 0.228729 check lat = -0.000007 lon = 0.000000 |
---|
1291 | tauref(610. Pa) = 0.534077 tau(610. Pa) = 0.534077 |
---|
1292 | Ls = 0.233954 check lat = -0.000007 lon = 0.000000 |
---|
1293 | tauref(610. Pa) = 0.532750 tau(610. Pa) = 0.532750 |
---|
1294 | WRITEDIAGFI: date= 0.4583333 |
---|
1295 | Ls = 0.239166 check lat = -0.000007 lon = 0.000000 |
---|
1296 | tauref(610. Pa) = 0.531290 tau(610. Pa) = 0.531289 |
---|
1297 | Ls = 0.245054 check lat = -0.000007 lon = 0.000000 |
---|
1298 | tauref(610. Pa) = 0.529829 tau(610. Pa) = 0.529829 |
---|
1299 | Ls = 0.249616 check lat = -0.000007 lon = 0.000000 |
---|
1300 | tauref(610. Pa) = 0.528502 tau(610. Pa) = 0.528502 |
---|
1301 | Ls = 0.255497 check lat = -0.000007 lon = 0.000000 |
---|
1302 | tauref(610. Pa) = 0.527042 tau(610. Pa) = 0.527042 |
---|
1303 | WRITEDIAGFI: date= 0.5000000 |
---|
1304 | 0********** pas 480 jour*****heure 12.0 date 0.50000 ********** |
---|
1305 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1306 | 0.947464 0.101995E+01 0.952 1.069 0.966 18.359 0.826 |
---|
1307 | |
---|
1308 | Ls = 0.260722 check lat = -0.000007 lon = 0.000000 |
---|
1309 | tauref(610. Pa) = 0.525582 tau(610. Pa) = 0.525582 |
---|
1310 | Ls = 0.265933 check lat = -0.000007 lon = 0.000000 |
---|
1311 | tauref(610. Pa) = 0.524254 tau(610. Pa) = 0.524254 |
---|
1312 | Ls = 0.271159 check lat = -0.000007 lon = 0.000000 |
---|
1313 | tauref(610. Pa) = 0.522794 tau(610. Pa) = 0.522794 |
---|
1314 | Ls = 0.277032 check lat = -0.000007 lon = 0.000000 |
---|
1315 | tauref(610. Pa) = 0.521334 tau(610. Pa) = 0.521334 |
---|
1316 | WRITEDIAGFI: date= 0.5416667 |
---|
1317 | Ls = 0.281609 check lat = -0.000007 lon = 0.000000 |
---|
1318 | tauref(610. Pa) = 0.520007 tau(610. Pa) = 0.520007 |
---|
1319 | Ls = 0.287483 check lat = -0.000007 lon = 0.000000 |
---|
1320 | tauref(610. Pa) = 0.518546 tau(610. Pa) = 0.518546 |
---|
1321 | Ls = 0.292701 check lat = -0.000007 lon = 0.000000 |
---|
1322 | tauref(610. Pa) = 0.517086 tau(610. Pa) = 0.517086 |
---|
1323 | Ls = 0.297926 check lat = -0.000007 lon = 0.000000 |
---|
1324 | tauref(610. Pa) = 0.515759 tau(610. Pa) = 0.515759 |
---|
1325 | WRITEDIAGFI: date= 0.5833333 |
---|
1326 | Ls = 0.303151 check lat = -0.000007 lon = 0.000000 |
---|
1327 | tauref(610. Pa) = 0.514299 tau(610. Pa) = 0.514299 |
---|
1328 | Ls = 0.309018 check lat = -0.000007 lon = 0.000000 |
---|
1329 | tauref(610. Pa) = 0.512839 tau(610. Pa) = 0.512839 |
---|
1330 | Ls = 0.313601 check lat = -0.000007 lon = 0.000000 |
---|
1331 | tauref(610. Pa) = 0.511511 tau(610. Pa) = 0.511511 |
---|
1332 | Ls = 0.319468 check lat = -0.000007 lon = 0.000000 |
---|
1333 | tauref(610. Pa) = 0.510051 tau(610. Pa) = 0.510051 |
---|
1334 | WRITEDIAGFI: date= 0.6250000 |
---|
1335 | 0********** pas 600 jour*****heure 15.0 date 0.62500 ********** |
---|
1336 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1337 | 0.947557 0.882835E+00 0.952 1.055 0.967 18.467 0.826 |
---|
1338 | |
---|
1339 | Ls = 0.324694 check lat = -0.000007 lon = 0.000000 |
---|
1340 | tauref(610. Pa) = 0.508591 tau(610. Pa) = 0.508591 |
---|
1341 | Ls = 0.329905 check lat = -0.000007 lon = 0.000000 |
---|
1342 | tauref(610. Pa) = 0.507264 tau(610. Pa) = 0.507263 |
---|
1343 | Ls = 0.335130 check lat = -0.000007 lon = 0.000000 |
---|
1344 | tauref(610. Pa) = 0.505803 tau(610. Pa) = 0.505803 |
---|
1345 | Ls = 0.341004 check lat = -0.000007 lon = 0.000000 |
---|
1346 | tauref(610. Pa) = 0.504343 tau(610. Pa) = 0.504343 |
---|
1347 | WRITEDIAGFI: date= 0.6666667 |
---|
1348 | Ls = 0.345573 check lat = -0.000007 lon = 0.000000 |
---|
1349 | tauref(610. Pa) = 0.503016 tau(610. Pa) = 0.503016 |
---|
1350 | Ls = 0.351447 check lat = -0.000007 lon = 0.000000 |
---|
1351 | tauref(610. Pa) = 0.501556 tau(610. Pa) = 0.501556 |
---|
1352 | Ls = 0.356666 check lat = -0.000007 lon = 0.000000 |
---|
1353 | tauref(610. Pa) = 0.500096 tau(610. Pa) = 0.500095 |
---|
1354 | Ls = 0.361884 check lat = -0.000007 lon = 0.000000 |
---|
1355 | tauref(610. Pa) = 0.498768 tau(610. Pa) = 0.498768 |
---|
1356 | WRITEDIAGFI: date= 0.7083333 |
---|
1357 | Ls = 0.367109 check lat = -0.000007 lon = 0.000000 |
---|
1358 | tauref(610. Pa) = 0.497308 tau(610. Pa) = 0.497308 |
---|
1359 | Ls = 0.372983 check lat = -0.000007 lon = 0.000000 |
---|
1360 | tauref(610. Pa) = 0.495848 tau(610. Pa) = 0.495848 |
---|
1361 | Ls = 0.377552 check lat = -0.000007 lon = 0.000000 |
---|
1362 | tauref(610. Pa) = 0.494521 tau(610. Pa) = 0.494521 |
---|
1363 | Ls = 0.383426 check lat = -0.000007 lon = 0.000000 |
---|
1364 | tauref(610. Pa) = 0.493060 tau(610. Pa) = 0.493060 |
---|
1365 | WRITEDIAGFI: date= 0.7500000 |
---|
1366 | 0********** pas 720 jour*****heure 18.0 date 0.75000 ********** |
---|
1367 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1368 | 0.947652 0.947625E+00 0.952 1.055 0.966 18.448 0.826 |
---|
1369 | |
---|
1370 | Ls = 0.388651 check lat = -0.000007 lon = 0.000000 |
---|
1371 | tauref(610. Pa) = 0.491600 tau(610. Pa) = 0.491600 |
---|
1372 | Ls = 0.393870 check lat = -0.000007 lon = 0.000000 |
---|
1373 | tauref(610. Pa) = 0.490273 tau(610. Pa) = 0.490273 |
---|
1374 | Ls = 0.399088 check lat = -0.000007 lon = 0.000000 |
---|
1375 | tauref(610. Pa) = 0.488813 tau(610. Pa) = 0.488813 |
---|
1376 | Ls = 0.404962 check lat = -0.000007 lon = 0.000000 |
---|
1377 | tauref(610. Pa) = 0.487353 tau(610. Pa) = 0.487352 |
---|
1378 | WRITEDIAGFI: date= 0.7916667 |
---|
1379 | Ls = 0.409531 check lat = -0.000007 lon = 0.000000 |
---|
1380 | tauref(610. Pa) = 0.486025 tau(610. Pa) = 0.486025 |
---|
1381 | Ls = 0.415405 check lat = -0.000007 lon = 0.000000 |
---|
1382 | tauref(610. Pa) = 0.484565 tau(610. Pa) = 0.484565 |
---|
1383 | Ls = 0.420617 check lat = -0.000007 lon = 0.000000 |
---|
1384 | tauref(610. Pa) = 0.483105 tau(610. Pa) = 0.483105 |
---|
1385 | Ls = 0.425849 check lat = -0.000007 lon = 0.000000 |
---|
1386 | tauref(610. Pa) = 0.481778 tau(610. Pa) = 0.481777 |
---|
1387 | WRITEDIAGFI: date= 0.8333333 |
---|
1388 | Ls = 0.431060 check lat = -0.000007 lon = 0.000000 |
---|
1389 | tauref(610. Pa) = 0.480317 tau(610. Pa) = 0.480317 |
---|
1390 | Ls = 0.436934 check lat = -0.000007 lon = 0.000000 |
---|
1391 | tauref(610. Pa) = 0.478857 tau(610. Pa) = 0.478857 |
---|
1392 | Ls = 0.441503 check lat = -0.000007 lon = 0.000000 |
---|
1393 | tauref(610. Pa) = 0.477530 tau(610. Pa) = 0.477530 |
---|
1394 | Ls = 0.447377 check lat = -0.000007 lon = 0.000000 |
---|
1395 | tauref(610. Pa) = 0.476070 tau(610. Pa) = 0.476070 |
---|
1396 | WRITEDIAGFI: date= 0.8750000 |
---|
1397 | 0********** pas 840 jour*****heure 21.0 date 0.87500 ********** |
---|
1398 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1399 | 0.947726 0.970058E+00 0.951 1.098 0.965 18.392 0.825 |
---|
1400 | |
---|
1401 | Ls = 0.452596 check lat = -0.000007 lon = 0.000000 |
---|
1402 | tauref(610. Pa) = 0.474610 tau(610. Pa) = 0.474610 |
---|
1403 | Ls = 0.457814 check lat = -0.000007 lon = 0.000000 |
---|
1404 | tauref(610. Pa) = 0.473282 tau(610. Pa) = 0.473282 |
---|
1405 | Ls = 0.463032 check lat = -0.000007 lon = 0.000000 |
---|
1406 | tauref(610. Pa) = 0.471822 tau(610. Pa) = 0.471822 |
---|
1407 | Ls = 0.468906 check lat = -0.000007 lon = 0.000000 |
---|
1408 | tauref(610. Pa) = 0.470362 tau(610. Pa) = 0.470362 |
---|
1409 | WRITEDIAGFI: date= 0.9166667 |
---|
1410 | Ls = 0.473469 check lat = -0.000007 lon = 0.000000 |
---|
1411 | tauref(610. Pa) = 0.469034 tau(610. Pa) = 0.469034 |
---|
1412 | Ls = 0.479343 check lat = -0.000007 lon = 0.000000 |
---|
1413 | tauref(610. Pa) = 0.467574 tau(610. Pa) = 0.467574 |
---|
1414 | Ls = 0.484561 check lat = -0.000007 lon = 0.000000 |
---|
1415 | tauref(610. Pa) = 0.466114 tau(610. Pa) = 0.466114 |
---|
1416 | Ls = 0.489772 check lat = -0.000007 lon = 0.000000 |
---|
1417 | tauref(610. Pa) = 0.464787 tau(610. Pa) = 0.464787 |
---|
1418 | WRITEDIAGFI: date= 0.9583333 |
---|
1419 | Ls = 0.494997 check lat = -0.000007 lon = 0.000000 |
---|
1420 | tauref(610. Pa) = 0.463327 tau(610. Pa) = 0.463327 |
---|
1421 | Ls = 0.500871 check lat = -0.000007 lon = 0.000000 |
---|
1422 | tauref(610. Pa) = 0.461867 tau(610. Pa) = 0.461867 |
---|
1423 | Ls = 0.505441 check lat = -0.000007 lon = 0.000000 |
---|
1424 | tauref(610. Pa) = 0.460539 tau(610. Pa) = 0.460539 |
---|
1425 | Ls = 0.511308 check lat = -0.000007 lon = 0.000000 |
---|
1426 | tauref(610. Pa) = 0.459079 tau(610. Pa) = 0.459079 |
---|
1427 | WRITEDIAGFI: date= 1.000000 |
---|
1428 | 0********** pas 960 jour*****heure 0.0 date 1.00000 ********** |
---|
1429 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1430 | 0.947798 0.103170E+01 0.951 1.081 0.965 18.338 0.825 |
---|
1431 | |
---|
1432 | LTE rad. calculations up to layer 29 |
---|
1433 | Ls = 0.516526 check lat = -0.000007 lon = 0.000000 |
---|
1434 | tauref(610. Pa) = 0.458992 tau(610. Pa) = 0.458992 |
---|
1435 | Ls = 0.521744 check lat = -0.000007 lon = 0.000000 |
---|
1436 | tauref(610. Pa) = 0.459039 tau(610. Pa) = 0.459039 |
---|
1437 | Ls = 0.526963 check lat = -0.000007 lon = 0.000000 |
---|
1438 | tauref(610. Pa) = 0.459089 tau(610. Pa) = 0.459089 |
---|
1439 | Ls = 0.532830 check lat = -0.000007 lon = 0.000000 |
---|
1440 | tauref(610. Pa) = 0.459140 tau(610. Pa) = 0.459140 |
---|
1441 | WRITEDIAGFI: date= 1.041667 |
---|
1442 | Ls = 0.537399 check lat = -0.000007 lon = 0.000000 |
---|
1443 | tauref(610. Pa) = 0.459186 tau(610. Pa) = 0.459186 |
---|
1444 | Ls = 0.543266 check lat = -0.000007 lon = 0.000000 |
---|
1445 | tauref(610. Pa) = 0.459237 tau(610. Pa) = 0.459237 |
---|
1446 | Ls = 0.548485 check lat = -0.000007 lon = 0.000000 |
---|
1447 | tauref(610. Pa) = 0.459288 tau(610. Pa) = 0.459288 |
---|
1448 | Ls = 0.553703 check lat = -0.000007 lon = 0.000000 |
---|
1449 | tauref(610. Pa) = 0.459334 tau(610. Pa) = 0.459334 |
---|
1450 | WRITEDIAGFI: date= 1.083333 |
---|
1451 | Ls = 0.558928 check lat = -0.000007 lon = 0.000000 |
---|
1452 | tauref(610. Pa) = 0.459385 tau(610. Pa) = 0.459385 |
---|
1453 | Ls = 0.564795 check lat = -0.000007 lon = 0.000000 |
---|
1454 | tauref(610. Pa) = 0.459436 tau(610. Pa) = 0.459436 |
---|
1455 | Ls = 0.569365 check lat = -0.000007 lon = 0.000000 |
---|
1456 | tauref(610. Pa) = 0.459482 tau(610. Pa) = 0.459482 |
---|
1457 | Ls = 0.575232 check lat = -0.000007 lon = 0.000000 |
---|
1458 | tauref(610. Pa) = 0.459533 tau(610. Pa) = 0.459533 |
---|
1459 | WRITEDIAGFI: date= 1.125000 |
---|
1460 | 0********** pas 1080 jour*****heure 3.0 date 1.12500 ********** |
---|
1461 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1462 | 0.947890 0.843030E+00 0.951 1.039 0.965 18.230 0.827 |
---|
1463 | |
---|
1464 | Ls = 0.580450 check lat = -0.000007 lon = 0.000000 |
---|
1465 | tauref(610. Pa) = 0.459583 tau(610. Pa) = 0.459583 |
---|
1466 | Ls = 0.585661 check lat = -0.000007 lon = 0.000000 |
---|
1467 | tauref(610. Pa) = 0.459629 tau(610. Pa) = 0.459629 |
---|
1468 | Ls = 0.590880 check lat = -0.000007 lon = 0.000000 |
---|
1469 | tauref(610. Pa) = 0.459680 tau(610. Pa) = 0.459680 |
---|
1470 | Ls = 0.596747 check lat = -0.000007 lon = 0.000000 |
---|
1471 | tauref(610. Pa) = 0.459731 tau(610. Pa) = 0.459731 |
---|
1472 | WRITEDIAGFI: date= 1.166667 |
---|
1473 | Ls = 0.601316 check lat = -0.000007 lon = 0.000000 |
---|
1474 | tauref(610. Pa) = 0.459777 tau(610. Pa) = 0.459777 |
---|
1475 | Ls = 0.607190 check lat = -0.000007 lon = 0.000000 |
---|
1476 | tauref(610. Pa) = 0.459828 tau(610. Pa) = 0.459828 |
---|
1477 | Ls = 0.612402 check lat = -0.000007 lon = 0.000000 |
---|
1478 | tauref(610. Pa) = 0.459879 tau(610. Pa) = 0.459879 |
---|
1479 | Ls = 0.617620 check lat = -0.000007 lon = 0.000000 |
---|
1480 | tauref(610. Pa) = 0.459925 tau(610. Pa) = 0.459925 |
---|
1481 | WRITEDIAGFI: date= 1.208333 |
---|
1482 | Ls = 0.622838 check lat = -0.000007 lon = 0.000000 |
---|
1483 | tauref(610. Pa) = 0.459976 tau(610. Pa) = 0.459976 |
---|
1484 | Ls = 0.628698 check lat = -0.000007 lon = 0.000000 |
---|
1485 | tauref(610. Pa) = 0.460026 tau(610. Pa) = 0.460026 |
---|
1486 | Ls = 0.633268 check lat = -0.000007 lon = 0.000000 |
---|
1487 | tauref(610. Pa) = 0.460073 tau(610. Pa) = 0.460073 |
---|
1488 | Ls = 0.639142 check lat = -0.000007 lon = 0.000000 |
---|
1489 | tauref(610. Pa) = 0.460123 tau(610. Pa) = 0.460123 |
---|
1490 | WRITEDIAGFI: date= 1.250000 |
---|
1491 | 0********** pas 1200 jour*****heure 6.0 date 1.25000 ********** |
---|
1492 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1493 | 0.947987 0.935672E+00 0.951 1.057 0.965 18.134 0.828 |
---|
1494 | |
---|
1495 | Ls = 0.644353 check lat = -0.000007 lon = 0.000000 |
---|
1496 | tauref(610. Pa) = 0.460174 tau(610. Pa) = 0.460174 |
---|
1497 | Ls = 0.649571 check lat = -0.000007 lon = 0.000000 |
---|
1498 | tauref(610. Pa) = 0.460220 tau(610. Pa) = 0.460220 |
---|
1499 | Ls = 0.654790 check lat = -0.000007 lon = 0.000000 |
---|
1500 | tauref(610. Pa) = 0.460271 tau(610. Pa) = 0.460271 |
---|
1501 | Ls = 0.660650 check lat = -0.000007 lon = 0.000000 |
---|
1502 | tauref(610. Pa) = 0.460322 tau(610. Pa) = 0.460322 |
---|
1503 | WRITEDIAGFI: date= 1.291667 |
---|
1504 | Ls = 0.665219 check lat = -0.000007 lon = 0.000000 |
---|
1505 | tauref(610. Pa) = 0.460368 tau(610. Pa) = 0.460368 |
---|
1506 | Ls = 0.671087 check lat = -0.000007 lon = 0.000000 |
---|
1507 | tauref(610. Pa) = 0.460419 tau(610. Pa) = 0.460419 |
---|
1508 | Ls = 0.676305 check lat = -0.000007 lon = 0.000000 |
---|
1509 | tauref(610. Pa) = 0.460470 tau(610. Pa) = 0.460470 |
---|
1510 | Ls = 0.681516 check lat = -0.000007 lon = 0.000000 |
---|
1511 | tauref(610. Pa) = 0.460516 tau(610. Pa) = 0.460516 |
---|
1512 | WRITEDIAGFI: date= 1.333333 |
---|
1513 | Ls = 0.686741 check lat = -0.000007 lon = 0.000000 |
---|
1514 | tauref(610. Pa) = 0.460567 tau(610. Pa) = 0.460567 |
---|
1515 | Ls = 0.692602 check lat = -0.000007 lon = 0.000000 |
---|
1516 | tauref(610. Pa) = 0.460617 tau(610. Pa) = 0.460617 |
---|
1517 | Ls = 0.697164 check lat = -0.000007 lon = 0.000000 |
---|
1518 | tauref(610. Pa) = 0.460663 tau(610. Pa) = 0.460664 |
---|
1519 | Ls = 0.703031 check lat = -0.000007 lon = 0.000000 |
---|
1520 | tauref(610. Pa) = 0.460714 tau(610. Pa) = 0.460714 |
---|
1521 | WRITEDIAGFI: date= 1.375000 |
---|
1522 | 0********** pas 1320 jour*****heure 9.0 date 1.37500 ********** |
---|
1523 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1524 | 0.948083 0.947274E+00 0.952 1.060 0.966 18.040 0.827 |
---|
1525 | |
---|
1526 | Ls = 0.708243 check lat = -0.000007 lon = 0.000000 |
---|
1527 | tauref(610. Pa) = 0.460765 tau(610. Pa) = 0.460765 |
---|
1528 | Ls = 0.713461 check lat = -0.000007 lon = 0.000000 |
---|
1529 | tauref(610. Pa) = 0.460811 tau(610. Pa) = 0.460811 |
---|
1530 | Ls = 0.718679 check lat = -0.000007 lon = 0.000000 |
---|
1531 | tauref(610. Pa) = 0.460862 tau(610. Pa) = 0.460862 |
---|
1532 | Ls = 0.724540 check lat = -0.000007 lon = 0.000000 |
---|
1533 | tauref(610. Pa) = 0.460913 tau(610. Pa) = 0.460913 |
---|
1534 | WRITEDIAGFI: date= 1.416667 |
---|
1535 | Ls = 0.729116 check lat = -0.000007 lon = 0.000000 |
---|
1536 | tauref(610. Pa) = 0.460959 tau(610. Pa) = 0.460959 |
---|
1537 | Ls = 0.734976 check lat = -0.000007 lon = 0.000000 |
---|
1538 | tauref(610. Pa) = 0.461010 tau(610. Pa) = 0.461010 |
---|
1539 | Ls = 0.740188 check lat = -0.000007 lon = 0.000000 |
---|
1540 | tauref(610. Pa) = 0.461060 tau(610. Pa) = 0.461060 |
---|
1541 | Ls = 0.745399 check lat = -0.000007 lon = 0.000000 |
---|
1542 | tauref(610. Pa) = 0.461107 tau(610. Pa) = 0.461107 |
---|
1543 | WRITEDIAGFI: date= 1.458333 |
---|
1544 | Ls = 0.750617 check lat = -0.000007 lon = 0.000000 |
---|
1545 | tauref(610. Pa) = 0.461157 tau(610. Pa) = 0.461157 |
---|
1546 | Ls = 0.755829 check lat = -0.000007 lon = 0.000000 |
---|
1547 | tauref(610. Pa) = 0.461208 tau(610. Pa) = 0.461208 |
---|
1548 | Ls = 0.761047 check lat = -0.000007 lon = 0.000000 |
---|
1549 | tauref(610. Pa) = 0.461254 tau(610. Pa) = 0.461254 |
---|
1550 | Ls = 0.766914 check lat = -0.000007 lon = 0.000000 |
---|
1551 | tauref(610. Pa) = 0.461305 tau(610. Pa) = 0.461305 |
---|
1552 | WRITEDIAGFI: date= 1.500000 |
---|
1553 | 0********** pas 1440 jour*****heure 12.0 date 1.50000 ********** |
---|
1554 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1555 | 0.948176 0.934652E+00 0.952 1.057 0.966 18.081 0.826 |
---|
1556 | |
---|
1557 | Ls = 0.772126 check lat = -0.000007 lon = 0.000000 |
---|
1558 | tauref(610. Pa) = 0.461356 tau(610. Pa) = 0.461356 |
---|
1559 | Ls = 0.777337 check lat = -0.000007 lon = 0.000000 |
---|
1560 | tauref(610. Pa) = 0.461402 tau(610. Pa) = 0.461402 |
---|
1561 | Ls = 0.782555 check lat = -0.000007 lon = 0.000000 |
---|
1562 | tauref(610. Pa) = 0.461453 tau(610. Pa) = 0.461453 |
---|
1563 | Ls = 0.787773 check lat = -0.000007 lon = 0.000000 |
---|
1564 | tauref(610. Pa) = 0.461504 tau(610. Pa) = 0.461504 |
---|
1565 | WRITEDIAGFI: date= 1.541667 |
---|
1566 | Ls = 0.792985 check lat = -0.000007 lon = 0.000000 |
---|
1567 | tauref(610. Pa) = 0.461550 tau(610. Pa) = 0.461550 |
---|
1568 | Ls = 0.798852 check lat = -0.000007 lon = 0.000000 |
---|
1569 | tauref(610. Pa) = 0.461601 tau(610. Pa) = 0.461601 |
---|
1570 | Ls = 0.804063 check lat = -0.000007 lon = 0.000000 |
---|
1571 | tauref(610. Pa) = 0.461651 tau(610. Pa) = 0.461651 |
---|
1572 | Ls = 0.809275 check lat = -0.000007 lon = 0.000000 |
---|
1573 | tauref(610. Pa) = 0.461698 tau(610. Pa) = 0.461698 |
---|
1574 | WRITEDIAGFI: date= 1.583333 |
---|
1575 | Ls = 0.814493 check lat = -0.000007 lon = 0.000000 |
---|
1576 | tauref(610. Pa) = 0.461748 tau(610. Pa) = 0.461748 |
---|
1577 | Ls = 0.819705 check lat = -0.000007 lon = 0.000000 |
---|
1578 | tauref(610. Pa) = 0.461799 tau(610. Pa) = 0.461799 |
---|
1579 | Ls = 0.824916 check lat = -0.000007 lon = 0.000000 |
---|
1580 | tauref(610. Pa) = 0.461845 tau(610. Pa) = 0.461845 |
---|
1581 | Ls = 0.830783 check lat = -0.000007 lon = 0.000000 |
---|
1582 | tauref(610. Pa) = 0.461896 tau(610. Pa) = 0.461896 |
---|
1583 | WRITEDIAGFI: date= 1.625000 |
---|
1584 | 0********** pas 1560 jour*****heure 15.0 date 1.62500 ********** |
---|
1585 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1586 | 0.948276 0.830403E+00 0.952 1.070 0.965 18.139 0.827 |
---|
1587 | |
---|
1588 | Ls = 0.835995 check lat = -0.000007 lon = 0.000000 |
---|
1589 | tauref(610. Pa) = 0.461947 tau(610. Pa) = 0.461947 |
---|
1590 | Ls = 0.841206 check lat = -0.000007 lon = 0.000000 |
---|
1591 | tauref(610. Pa) = 0.461993 tau(610. Pa) = 0.461993 |
---|
1592 | Ls = 0.846424 check lat = -0.000007 lon = 0.000000 |
---|
1593 | tauref(610. Pa) = 0.462044 tau(610. Pa) = 0.462044 |
---|
1594 | Ls = 0.851636 check lat = -0.000007 lon = 0.000000 |
---|
1595 | tauref(610. Pa) = 0.462095 tau(610. Pa) = 0.462095 |
---|
1596 | WRITEDIAGFI: date= 1.666667 |
---|
1597 | Ls = 0.856847 check lat = -0.000007 lon = 0.000000 |
---|
1598 | tauref(610. Pa) = 0.462141 tau(610. Pa) = 0.462141 |
---|
1599 | Ls = 0.862721 check lat = -0.000007 lon = 0.000000 |
---|
1600 | tauref(610. Pa) = 0.462191 tau(610. Pa) = 0.462192 |
---|
1601 | Ls = 0.867926 check lat = -0.000007 lon = 0.000000 |
---|
1602 | tauref(610. Pa) = 0.462242 tau(610. Pa) = 0.462242 |
---|
1603 | Ls = 0.873137 check lat = -0.000007 lon = 0.000000 |
---|
1604 | tauref(610. Pa) = 0.462288 tau(610. Pa) = 0.462288 |
---|
1605 | WRITEDIAGFI: date= 1.708333 |
---|
1606 | Ls = 0.878349 check lat = -0.000007 lon = 0.000000 |
---|
1607 | tauref(610. Pa) = 0.462339 tau(610. Pa) = 0.462339 |
---|
1608 | Ls = 0.883560 check lat = -0.000007 lon = 0.000000 |
---|
1609 | tauref(610. Pa) = 0.462390 tau(610. Pa) = 0.462390 |
---|
1610 | Ls = 0.888772 check lat = -0.000007 lon = 0.000000 |
---|
1611 | tauref(610. Pa) = 0.462436 tau(610. Pa) = 0.462436 |
---|
1612 | Ls = 0.893983 check lat = -0.000007 lon = 0.000000 |
---|
1613 | tauref(610. Pa) = 0.462487 tau(610. Pa) = 0.462487 |
---|
1614 | WRITEDIAGFI: date= 1.750000 |
---|
1615 | 0********** pas 1680 jour*****heure 18.0 date 1.75000 ********** |
---|
1616 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1617 | 0.948370 0.854859E+00 0.951 1.075 0.965 18.091 0.827 |
---|
1618 | |
---|
1619 | Ls = 0.899850 check lat = -0.000007 lon = 0.000000 |
---|
1620 | tauref(610. Pa) = 0.462538 tau(610. Pa) = 0.462538 |
---|
1621 | Ls = 0.905061 check lat = -0.000007 lon = 0.000000 |
---|
1622 | tauref(610. Pa) = 0.462584 tau(610. Pa) = 0.462584 |
---|
1623 | Ls = 0.910280 check lat = -0.000007 lon = 0.000000 |
---|
1624 | tauref(610. Pa) = 0.462635 tau(610. Pa) = 0.462635 |
---|
1625 | Ls = 0.915484 check lat = -0.000007 lon = 0.000000 |
---|
1626 | tauref(610. Pa) = 0.462685 tau(610. Pa) = 0.462685 |
---|
1627 | WRITEDIAGFI: date= 1.791667 |
---|
1628 | Ls = 0.920696 check lat = -0.000007 lon = 0.000000 |
---|
1629 | tauref(610. Pa) = 0.462732 tau(610. Pa) = 0.462731 |
---|
1630 | Ls = 0.925914 check lat = -0.000007 lon = 0.000000 |
---|
1631 | tauref(610. Pa) = 0.462782 tau(610. Pa) = 0.462782 |
---|
1632 | Ls = 0.931774 check lat = -0.000007 lon = 0.000000 |
---|
1633 | tauref(610. Pa) = 0.462833 tau(610. Pa) = 0.462833 |
---|
1634 | Ls = 0.936979 check lat = -0.000007 lon = 0.000000 |
---|
1635 | tauref(610. Pa) = 0.462879 tau(610. Pa) = 0.462879 |
---|
1636 | WRITEDIAGFI: date= 1.833333 |
---|
1637 | Ls = 0.942197 check lat = -0.000007 lon = 0.000000 |
---|
1638 | tauref(610. Pa) = 0.462930 tau(610. Pa) = 0.462930 |
---|
1639 | Ls = 0.947416 check lat = -0.000007 lon = 0.000000 |
---|
1640 | tauref(610. Pa) = 0.462981 tau(610. Pa) = 0.462981 |
---|
1641 | Ls = 0.952620 check lat = -0.000007 lon = 0.000000 |
---|
1642 | tauref(610. Pa) = 0.463027 tau(610. Pa) = 0.463027 |
---|
1643 | Ls = 0.957825 check lat = -0.000007 lon = 0.000000 |
---|
1644 | tauref(610. Pa) = 0.463078 tau(610. Pa) = 0.463078 |
---|
1645 | WRITEDIAGFI: date= 1.875000 |
---|
1646 | 0********** pas 1800 jour*****heure 21.0 date 1.87500 ********** |
---|
1647 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1648 | 0.948442 0.914820E+00 0.951 1.076 0.965 17.987 0.826 |
---|
1649 | |
---|
1650 | Ls = 0.963692 check lat = -0.000007 lon = 0.000000 |
---|
1651 | tauref(610. Pa) = 0.463129 tau(610. Pa) = 0.463128 |
---|
1652 | Ls = 0.968910 check lat = -0.000007 lon = 0.000000 |
---|
1653 | tauref(610. Pa) = 0.463175 tau(610. Pa) = 0.463175 |
---|
1654 | Ls = 0.974115 check lat = -0.000007 lon = 0.000000 |
---|
1655 | tauref(610. Pa) = 0.463225 tau(610. Pa) = 0.463226 |
---|
1656 | Ls = 0.979333 check lat = -0.000007 lon = 0.000000 |
---|
1657 | tauref(610. Pa) = 0.463276 tau(610. Pa) = 0.463276 |
---|
1658 | WRITEDIAGFI: date= 1.916667 |
---|
1659 | Ls = 0.984538 check lat = -0.000007 lon = 0.000000 |
---|
1660 | tauref(610. Pa) = 0.463322 tau(610. Pa) = 0.463322 |
---|
1661 | Ls = 0.989742 check lat = -0.000007 lon = 0.000000 |
---|
1662 | tauref(610. Pa) = 0.463373 tau(610. Pa) = 0.463373 |
---|
1663 | Ls = 0.995609 check lat = -0.000007 lon = 0.000000 |
---|
1664 | tauref(610. Pa) = 0.463424 tau(610. Pa) = 0.463424 |
---|
1665 | Ls = 1.000165 check lat = -0.000007 lon = 0.000000 |
---|
1666 | tauref(610. Pa) = 0.463470 tau(610. Pa) = 0.463470 |
---|
1667 | WRITEDIAGFI: date= 1.958333 |
---|
1668 | Ls = 1.006039 check lat = -0.000007 lon = 0.000000 |
---|
1669 | tauref(610. Pa) = 0.463521 tau(610. Pa) = 0.463521 |
---|
1670 | Ls = 1.011237 check lat = -0.000007 lon = 0.000000 |
---|
1671 | tauref(610. Pa) = 0.463572 tau(610. Pa) = 0.463572 |
---|
1672 | Ls = 1.016455 check lat = -0.000007 lon = 0.000000 |
---|
1673 | tauref(610. Pa) = 0.463618 tau(610. Pa) = 0.463618 |
---|
1674 | Ls = 1.021667 check lat = -0.000007 lon = 0.000000 |
---|
1675 | tauref(610. Pa) = 0.463669 tau(610. Pa) = 0.463668 |
---|
1676 | WRITEDIAGFI: date= 2.000000 |
---|
1677 | 0********** pas 1920 jour*****heure 0.0 date 2.00000 ********** |
---|
1678 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1679 | 0.948507 0.923695E+00 0.950 1.048 0.964 18.032 0.827 |
---|
1680 | |
---|
1681 | LTE rad. calculations up to layer 29 |
---|
1682 | Ls = 1.027520 check lat = -0.000007 lon = 0.000000 |
---|
1683 | tauref(610. Pa) = 0.463678 tau(610. Pa) = 0.463678 |
---|
1684 | Ls = 1.032083 check lat = -0.000007 lon = 0.000000 |
---|
1685 | tauref(610. Pa) = 0.463683 tau(610. Pa) = 0.463683 |
---|
1686 | Ls = 1.037950 check lat = -0.000007 lon = 0.000000 |
---|
1687 | tauref(610. Pa) = 0.463688 tau(610. Pa) = 0.463688 |
---|
1688 | Ls = 1.043154 check lat = -0.000007 lon = 0.000000 |
---|
1689 | tauref(610. Pa) = 0.463694 tau(610. Pa) = 0.463694 |
---|
1690 | WRITEDIAGFI: date= 2.041667 |
---|
1691 | Ls = 1.048359 check lat = -0.000007 lon = 0.000000 |
---|
1692 | tauref(610. Pa) = 0.463699 tau(610. Pa) = 0.463699 |
---|
1693 | Ls = 1.053577 check lat = -0.000007 lon = 0.000000 |
---|
1694 | tauref(610. Pa) = 0.463704 tau(610. Pa) = 0.463704 |
---|
1695 | Ls = 1.059431 check lat = -0.000007 lon = 0.000000 |
---|
1696 | tauref(610. Pa) = 0.463710 tau(610. Pa) = 0.463710 |
---|
1697 | Ls = 1.063993 check lat = -0.000007 lon = 0.000000 |
---|
1698 | tauref(610. Pa) = 0.463714 tau(610. Pa) = 0.463714 |
---|
1699 | WRITEDIAGFI: date= 2.083333 |
---|
1700 | Ls = 1.069853 check lat = -0.000007 lon = 0.000000 |
---|
1701 | tauref(610. Pa) = 0.463720 tau(610. Pa) = 0.463720 |
---|
1702 | Ls = 1.075065 check lat = -0.000007 lon = 0.000000 |
---|
1703 | tauref(610. Pa) = 0.463725 tau(610. Pa) = 0.463725 |
---|
1704 | Ls = 1.080276 check lat = -0.000007 lon = 0.000000 |
---|
1705 | tauref(610. Pa) = 0.463730 tau(610. Pa) = 0.463730 |
---|
1706 | Ls = 1.085481 check lat = -0.000007 lon = 0.000000 |
---|
1707 | tauref(610. Pa) = 0.463736 tau(610. Pa) = 0.463736 |
---|
1708 | WRITEDIAGFI: date= 2.125000 |
---|
1709 | 0********** pas 2040 jour*****heure 3.0 date 2.12500 ********** |
---|
1710 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1711 | 0.948574 0.860545E+00 0.950 1.043 0.964 17.996 0.829 |
---|
1712 | |
---|
1713 | Ls = 1.091334 check lat = -0.000007 lon = 0.000000 |
---|
1714 | tauref(610. Pa) = 0.463741 tau(610. Pa) = 0.463741 |
---|
1715 | Ls = 1.095904 check lat = -0.000007 lon = 0.000000 |
---|
1716 | tauref(610. Pa) = 0.463746 tau(610. Pa) = 0.463746 |
---|
1717 | Ls = 1.101764 check lat = -0.000007 lon = 0.000000 |
---|
1718 | tauref(610. Pa) = 0.463751 tau(610. Pa) = 0.463751 |
---|
1719 | Ls = 1.106962 check lat = -0.000007 lon = 0.000000 |
---|
1720 | tauref(610. Pa) = 0.463757 tau(610. Pa) = 0.463757 |
---|
1721 | WRITEDIAGFI: date= 2.166667 |
---|
1722 | Ls = 1.112180 check lat = -0.000007 lon = 0.000000 |
---|
1723 | tauref(610. Pa) = 0.463762 tau(610. Pa) = 0.463762 |
---|
1724 | Ls = 1.117392 check lat = -0.000007 lon = 0.000000 |
---|
1725 | tauref(610. Pa) = 0.463767 tau(610. Pa) = 0.463767 |
---|
1726 | Ls = 1.123245 check lat = -0.000007 lon = 0.000000 |
---|
1727 | tauref(610. Pa) = 0.463772 tau(610. Pa) = 0.463772 |
---|
1728 | Ls = 1.127808 check lat = -0.000007 lon = 0.000000 |
---|
1729 | tauref(610. Pa) = 0.463777 tau(610. Pa) = 0.463777 |
---|
1730 | WRITEDIAGFI: date= 2.208333 |
---|
1731 | Ls = 1.133661 check lat = -0.000007 lon = 0.000000 |
---|
1732 | tauref(610. Pa) = 0.463783 tau(610. Pa) = 0.463783 |
---|
1733 | Ls = 1.138873 check lat = -0.000007 lon = 0.000000 |
---|
1734 | tauref(610. Pa) = 0.463788 tau(610. Pa) = 0.463788 |
---|
1735 | Ls = 1.144077 check lat = -0.000007 lon = 0.000000 |
---|
1736 | tauref(610. Pa) = 0.463793 tau(610. Pa) = 0.463793 |
---|
1737 | Ls = 1.149289 check lat = -0.000007 lon = 0.000000 |
---|
1738 | tauref(610. Pa) = 0.463798 tau(610. Pa) = 0.463799 |
---|
1739 | WRITEDIAGFI: date= 2.250000 |
---|
1740 | 0********** pas 2160 jour*****heure 6.0 date 2.25000 ********** |
---|
1741 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1742 | 0.948658 0.957657E+00 0.950 1.091 0.964 17.950 0.831 |
---|
1743 | |
---|
1744 | Ls = 1.155142 check lat = -0.000007 lon = 0.000000 |
---|
1745 | tauref(610. Pa) = 0.463804 tau(610. Pa) = 0.463804 |
---|
1746 | Ls = 1.159705 check lat = -0.000007 lon = 0.000000 |
---|
1747 | tauref(610. Pa) = 0.463809 tau(610. Pa) = 0.463809 |
---|
1748 | Ls = 1.165558 check lat = -0.000007 lon = 0.000000 |
---|
1749 | tauref(610. Pa) = 0.463814 tau(610. Pa) = 0.463814 |
---|
1750 | Ls = 1.170770 check lat = -0.000007 lon = 0.000000 |
---|
1751 | tauref(610. Pa) = 0.463820 tau(610. Pa) = 0.463820 |
---|
1752 | WRITEDIAGFI: date= 2.291667 |
---|
1753 | Ls = 1.175974 check lat = -0.000007 lon = 0.000000 |
---|
1754 | tauref(610. Pa) = 0.463824 tau(610. Pa) = 0.463824 |
---|
1755 | Ls = 1.181192 check lat = -0.000007 lon = 0.000000 |
---|
1756 | tauref(610. Pa) = 0.463830 tau(610. Pa) = 0.463830 |
---|
1757 | Ls = 1.187039 check lat = -0.000007 lon = 0.000000 |
---|
1758 | tauref(610. Pa) = 0.463835 tau(610. Pa) = 0.463835 |
---|
1759 | Ls = 1.191602 check lat = -0.000007 lon = 0.000000 |
---|
1760 | tauref(610. Pa) = 0.463840 tau(610. Pa) = 0.463840 |
---|
1761 | WRITEDIAGFI: date= 2.333333 |
---|
1762 | Ls = 1.197462 check lat = -0.000007 lon = 0.000000 |
---|
1763 | tauref(610. Pa) = 0.463846 tau(610. Pa) = 0.463846 |
---|
1764 | Ls = 1.202667 check lat = -0.000007 lon = 0.000000 |
---|
1765 | tauref(610. Pa) = 0.463851 tau(610. Pa) = 0.463851 |
---|
1766 | Ls = 1.207871 check lat = -0.000007 lon = 0.000000 |
---|
1767 | tauref(610. Pa) = 0.463856 tau(610. Pa) = 0.463856 |
---|
1768 | Ls = 1.213083 check lat = -0.000007 lon = 0.000000 |
---|
1769 | tauref(610. Pa) = 0.463861 tau(610. Pa) = 0.463861 |
---|
1770 | WRITEDIAGFI: date= 2.375000 |
---|
1771 | 0********** pas 2280 jour*****heure 9.0 date 2.37500 ********** |
---|
1772 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1773 | 0.948753 0.977855E+00 0.951 1.100 0.964 18.044 0.831 |
---|
1774 | |
---|
1775 | Ls = 1.218936 check lat = -0.000007 lon = 0.000000 |
---|
1776 | tauref(610. Pa) = 0.463867 tau(610. Pa) = 0.463867 |
---|
1777 | Ls = 1.223492 check lat = -0.000007 lon = 0.000000 |
---|
1778 | tauref(610. Pa) = 0.463872 tau(610. Pa) = 0.463871 |
---|
1779 | Ls = 1.229352 check lat = -0.000007 lon = 0.000000 |
---|
1780 | tauref(610. Pa) = 0.463877 tau(610. Pa) = 0.463877 |
---|
1781 | Ls = 1.234563 check lat = -0.000007 lon = 0.000000 |
---|
1782 | tauref(610. Pa) = 0.463882 tau(610. Pa) = 0.463882 |
---|
1783 | WRITEDIAGFI: date= 2.416667 |
---|
1784 | Ls = 1.239761 check lat = -0.000007 lon = 0.000000 |
---|
1785 | tauref(610. Pa) = 0.463887 tau(610. Pa) = 0.463887 |
---|
1786 | Ls = 1.244973 check lat = -0.000007 lon = 0.000000 |
---|
1787 | tauref(610. Pa) = 0.463893 tau(610. Pa) = 0.463893 |
---|
1788 | Ls = 1.250819 check lat = -0.000007 lon = 0.000000 |
---|
1789 | tauref(610. Pa) = 0.463898 tau(610. Pa) = 0.463898 |
---|
1790 | Ls = 1.255382 check lat = -0.000007 lon = 0.000000 |
---|
1791 | tauref(610. Pa) = 0.463903 tau(610. Pa) = 0.463903 |
---|
1792 | WRITEDIAGFI: date= 2.458333 |
---|
1793 | Ls = 1.261235 check lat = -0.000007 lon = 0.000000 |
---|
1794 | tauref(610. Pa) = 0.463908 tau(610. Pa) = 0.463908 |
---|
1795 | Ls = 1.266447 check lat = -0.000007 lon = 0.000000 |
---|
1796 | tauref(610. Pa) = 0.463914 tau(610. Pa) = 0.463914 |
---|
1797 | Ls = 1.271651 check lat = -0.000007 lon = 0.000000 |
---|
1798 | tauref(610. Pa) = 0.463919 tau(610. Pa) = 0.463919 |
---|
1799 | Ls = 1.276863 check lat = -0.000007 lon = 0.000000 |
---|
1800 | tauref(610. Pa) = 0.463924 tau(610. Pa) = 0.463924 |
---|
1801 | WRITEDIAGFI: date= 2.500000 |
---|
1802 | 0********** pas 2400 jour*****heure 12.0 date 2.50000 ********** |
---|
1803 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1804 | 0.948844 0.863164E+00 0.951 1.073 0.964 18.211 0.830 |
---|
1805 | |
---|
1806 | Ls = 1.282716 check lat = -0.000007 lon = 0.000000 |
---|
1807 | tauref(610. Pa) = 0.463929 tau(610. Pa) = 0.463930 |
---|
1808 | Ls = 1.287265 check lat = -0.000007 lon = 0.000000 |
---|
1809 | tauref(610. Pa) = 0.463934 tau(610. Pa) = 0.463934 |
---|
1810 | Ls = 1.293119 check lat = -0.000007 lon = 0.000000 |
---|
1811 | tauref(610. Pa) = 0.463940 tau(610. Pa) = 0.463940 |
---|
1812 | Ls = 1.298337 check lat = -0.000007 lon = 0.000000 |
---|
1813 | tauref(610. Pa) = 0.463945 tau(610. Pa) = 0.463945 |
---|
1814 | WRITEDIAGFI: date= 2.541667 |
---|
1815 | Ls = 1.303535 check lat = -0.000007 lon = 0.000000 |
---|
1816 | tauref(610. Pa) = 0.463950 tau(610. Pa) = 0.463950 |
---|
1817 | Ls = 1.308746 check lat = -0.000007 lon = 0.000000 |
---|
1818 | tauref(610. Pa) = 0.463955 tau(610. Pa) = 0.463955 |
---|
1819 | Ls = 1.314593 check lat = -0.000007 lon = 0.000000 |
---|
1820 | tauref(610. Pa) = 0.463961 tau(610. Pa) = 0.463961 |
---|
1821 | Ls = 1.319149 check lat = -0.000007 lon = 0.000000 |
---|
1822 | tauref(610. Pa) = 0.463966 tau(610. Pa) = 0.463966 |
---|
1823 | WRITEDIAGFI: date= 2.583333 |
---|
1824 | Ls = 1.325009 check lat = -0.000007 lon = 0.000000 |
---|
1825 | tauref(610. Pa) = 0.463971 tau(610. Pa) = 0.463971 |
---|
1826 | Ls = 1.330213 check lat = -0.000007 lon = 0.000000 |
---|
1827 | tauref(610. Pa) = 0.463977 tau(610. Pa) = 0.463977 |
---|
1828 | Ls = 1.335418 check lat = -0.000007 lon = 0.000000 |
---|
1829 | tauref(610. Pa) = 0.463982 tau(610. Pa) = 0.463981 |
---|
1830 | Ls = 1.340629 check lat = -0.000007 lon = 0.000000 |
---|
1831 | tauref(610. Pa) = 0.463987 tau(610. Pa) = 0.463987 |
---|
1832 | WRITEDIAGFI: date= 2.625000 |
---|
1833 | 0********** pas 2520 jour*****heure 15.0 date 2.62500 ********** |
---|
1834 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1835 | 0.948931 0.874282E+00 0.951 1.079 0.964 18.370 0.830 |
---|
1836 | |
---|
1837 | Ls = 1.346483 check lat = -0.000007 lon = 0.000000 |
---|
1838 | tauref(610. Pa) = 0.463992 tau(610. Pa) = 0.463992 |
---|
1839 | Ls = 1.351032 check lat = -0.000007 lon = 0.000000 |
---|
1840 | tauref(610. Pa) = 0.463997 tau(610. Pa) = 0.463997 |
---|
1841 | Ls = 1.356899 check lat = -0.000007 lon = 0.000000 |
---|
1842 | tauref(610. Pa) = 0.464003 tau(610. Pa) = 0.464003 |
---|
1843 | Ls = 1.362097 check lat = -0.000007 lon = 0.000000 |
---|
1844 | tauref(610. Pa) = 0.464008 tau(610. Pa) = 0.464008 |
---|
1845 | WRITEDIAGFI: date= 2.666667 |
---|
1846 | Ls = 1.367295 check lat = -0.000007 lon = 0.000000 |
---|
1847 | tauref(610. Pa) = 0.464013 tau(610. Pa) = 0.464013 |
---|
1848 | Ls = 1.372513 check lat = -0.000007 lon = 0.000000 |
---|
1849 | tauref(610. Pa) = 0.464018 tau(610. Pa) = 0.464018 |
---|
1850 | Ls = 1.378353 check lat = -0.000007 lon = 0.000000 |
---|
1851 | tauref(610. Pa) = 0.464024 tau(610. Pa) = 0.464024 |
---|
1852 | Ls = 1.382908 check lat = -0.000007 lon = 0.000000 |
---|
1853 | tauref(610. Pa) = 0.464029 tau(610. Pa) = 0.464028 |
---|
1854 | WRITEDIAGFI: date= 2.708333 |
---|
1855 | Ls = 1.388769 check lat = -0.000007 lon = 0.000000 |
---|
1856 | tauref(610. Pa) = 0.464034 tau(610. Pa) = 0.464034 |
---|
1857 | Ls = 1.393966 check lat = -0.000007 lon = 0.000000 |
---|
1858 | tauref(610. Pa) = 0.464039 tau(610. Pa) = 0.464039 |
---|
1859 | Ls = 1.399171 check lat = -0.000007 lon = 0.000000 |
---|
1860 | tauref(610. Pa) = 0.464044 tau(610. Pa) = 0.464044 |
---|
1861 | Ls = 1.404382 check lat = -0.000007 lon = 0.000000 |
---|
1862 | tauref(610. Pa) = 0.464050 tau(610. Pa) = 0.464050 |
---|
1863 | WRITEDIAGFI: date= 2.750000 |
---|
1864 | 0********** pas 2640 jour*****heure 18.0 date 2.75000 ********** |
---|
1865 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1866 | 0.949009 0.982761E+00 0.951 1.068 0.964 18.391 0.831 |
---|
1867 | |
---|
1868 | Ls = 1.410229 check lat = -0.000007 lon = 0.000000 |
---|
1869 | tauref(610. Pa) = 0.464055 tau(610. Pa) = 0.464055 |
---|
1870 | Ls = 1.414785 check lat = -0.000007 lon = 0.000000 |
---|
1871 | tauref(610. Pa) = 0.464060 tau(610. Pa) = 0.464060 |
---|
1872 | Ls = 1.420645 check lat = -0.000007 lon = 0.000000 |
---|
1873 | tauref(610. Pa) = 0.464065 tau(610. Pa) = 0.464065 |
---|
1874 | Ls = 1.425843 check lat = -0.000007 lon = 0.000000 |
---|
1875 | tauref(610. Pa) = 0.464071 tau(610. Pa) = 0.464071 |
---|
1876 | WRITEDIAGFI: date= 2.791667 |
---|
1877 | Ls = 1.431048 check lat = -0.000007 lon = 0.000000 |
---|
1878 | tauref(610. Pa) = 0.464076 tau(610. Pa) = 0.464076 |
---|
1879 | Ls = 1.436252 check lat = -0.000007 lon = 0.000000 |
---|
1880 | tauref(610. Pa) = 0.464081 tau(610. Pa) = 0.464081 |
---|
1881 | Ls = 1.442106 check lat = -0.000007 lon = 0.000000 |
---|
1882 | tauref(610. Pa) = 0.464087 tau(610. Pa) = 0.464087 |
---|
1883 | Ls = 1.446655 check lat = -0.000007 lon = 0.000000 |
---|
1884 | tauref(610. Pa) = 0.464091 tau(610. Pa) = 0.464091 |
---|
1885 | WRITEDIAGFI: date= 2.833333 |
---|
1886 | Ls = 1.452515 check lat = -0.000007 lon = 0.000000 |
---|
1887 | tauref(610. Pa) = 0.464097 tau(610. Pa) = 0.464097 |
---|
1888 | Ls = 1.457713 check lat = -0.000007 lon = 0.000000 |
---|
1889 | tauref(610. Pa) = 0.464102 tau(610. Pa) = 0.464102 |
---|
1890 | Ls = 1.462917 check lat = -0.000007 lon = 0.000000 |
---|
1891 | tauref(610. Pa) = 0.464107 tau(610. Pa) = 0.464107 |
---|
1892 | Ls = 1.468122 check lat = -0.000007 lon = 0.000000 |
---|
1893 | tauref(610. Pa) = 0.464113 tau(610. Pa) = 0.464112 |
---|
1894 | WRITEDIAGFI: date= 2.875000 |
---|
1895 | 0********** pas 2760 jour*****heure 21.0 date 2.87500 ********** |
---|
1896 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1897 | 0.949064 0.871051E+00 0.950 1.078 0.964 18.339 0.829 |
---|
1898 | |
---|
1899 | Ls = 1.473975 check lat = -0.000007 lon = 0.000000 |
---|
1900 | tauref(610. Pa) = 0.464118 tau(610. Pa) = 0.464118 |
---|
1901 | Ls = 1.478531 check lat = -0.000007 lon = 0.000000 |
---|
1902 | tauref(610. Pa) = 0.464123 tau(610. Pa) = 0.464123 |
---|
1903 | Ls = 1.484378 check lat = -0.000007 lon = 0.000000 |
---|
1904 | tauref(610. Pa) = 0.464128 tau(610. Pa) = 0.464128 |
---|
1905 | Ls = 1.489575 check lat = -0.000007 lon = 0.000000 |
---|
1906 | tauref(610. Pa) = 0.464134 tau(610. Pa) = 0.464134 |
---|
1907 | WRITEDIAGFI: date= 2.916667 |
---|
1908 | Ls = 1.494794 check lat = -0.000007 lon = 0.000000 |
---|
1909 | tauref(610. Pa) = 0.464139 tau(610. Pa) = 0.464139 |
---|
1910 | Ls = 1.499991 check lat = -0.000007 lon = 0.000000 |
---|
1911 | tauref(610. Pa) = 0.464144 tau(610. Pa) = 0.464144 |
---|
1912 | Ls = 1.505838 check lat = -0.000007 lon = 0.000000 |
---|
1913 | tauref(610. Pa) = 0.464149 tau(610. Pa) = 0.464149 |
---|
1914 | Ls = 1.510387 check lat = -0.000007 lon = 0.000000 |
---|
1915 | tauref(610. Pa) = 0.464154 tau(610. Pa) = 0.464154 |
---|
1916 | WRITEDIAGFI: date= 2.958333 |
---|
1917 | Ls = 1.516247 check lat = -0.000007 lon = 0.000000 |
---|
1918 | tauref(610. Pa) = 0.464160 tau(610. Pa) = 0.464160 |
---|
1919 | Ls = 1.521445 check lat = -0.000007 lon = 0.000000 |
---|
1920 | tauref(610. Pa) = 0.464165 tau(610. Pa) = 0.464165 |
---|
1921 | Ls = 1.526650 check lat = -0.000007 lon = 0.000000 |
---|
1922 | tauref(610. Pa) = 0.464170 tau(610. Pa) = 0.464170 |
---|
1923 | Ls = 1.531854 check lat = -0.000007 lon = 0.000000 |
---|
1924 | tauref(610. Pa) = 0.464175 tau(610. Pa) = 0.464175 |
---|
1925 | PHYSIQ: for physdem ztime_fin = 1.000000 |
---|
1926 | physdem1: ngridmx: 3010 |
---|
1927 | physdem1: skipping water vapour tracer |
---|
1928 | Writing stats... |
---|
1929 | OK variable aps |
---|
1930 | OK variable ps |
---|
1931 | OK variable tsurf |
---|
1932 | OK variable co2ice |
---|
1933 | OK variable tauref |
---|
1934 | OK variable fluxsurf_lw |
---|
1935 | OK variable fluxsurf_sw |
---|
1936 | OK variable fluxtop_lw |
---|
1937 | OK variable fluxtop_sw |
---|
1938 | OK variable temp |
---|
1939 | OK variable u |
---|
1940 | OK variable v |
---|
1941 | OK variable w |
---|
1942 | OK variable rho |
---|
1943 | OK variable pressure |
---|
1944 | OK variable q2 |
---|
1945 | OK variable emis |
---|
1946 | OK variable zmax_th |
---|
1947 | OK variable hfmax_th |
---|
1948 | OK variable wstar |
---|
1949 | OK variable vmr_h2ovap |
---|
1950 | OK variable vmr_h2oice |
---|
1951 | OK variable vmr_h2osat |
---|
1952 | OK variable h2o_ice_s |
---|
1953 | OK variable albedo |
---|
1954 | OK variable mtot |
---|
1955 | OK variable icetot |
---|
1956 | OK variable reffice |
---|
1957 | OK variable Nccntot |
---|
1958 | OK variable Mccntot |
---|
1959 | OK variable rice |
---|
1960 | OK variable tauTES |
---|
1961 | OK variable tau |
---|
1962 | OK variable dqsdust |
---|
1963 | OK variable dqndust |
---|
1964 | OK variable reffdust |
---|
1965 | OK variable dustq |
---|
1966 | OK variable dustN |
---|
1967 | OK variable ccnq |
---|
1968 | OK variable ccnN |
---|
1969 | WRITEDIAGFI: date= 3.000000 |
---|
1970 | GCM: Appel test_period avant redem ; itau= 2880 |
---|
1971 | Enregistrement pour 1 0.0000000E+00 |
---|
1972 | 0********** pas 2880 jour*****heure 0.0 date 3.00000 ********** |
---|
1973 | masse rmsdpdt energie enstrophie entropie rmsv mt.ang |
---|
1974 | 0.949109 0.103297E+01 0.950 1.096 0.964 18.331 0.829 |
---|
1975 | |
---|
1976 | in abort_gcm |
---|
1977 | Stopping in gcm |
---|
1978 | Reason = |
---|
1979 | Simulation finished |
---|
1980 | |
---|
1981 | Everything is cool |
---|