Changes between Version 10 and Version 11 of Branches/Driver_Atm_Lev
- Timestamp:
- 2012-06-05T10:22:07+02:00 (12 years ago)
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Branches/Driver_Atm_Lev
v10 v11 74 74 We will test for the following variables in the forcing file : 75 75 76 === Sigma and Sigma_uv ===76 === Sigma and Sigma_uv === 77 77 78 78 Expected is one real value which allows to compute the height of the first level with the following formula : 79 79 80 80 zlev_vec(i,j) = rau(i,j) * cte_grav * (psurf(i,j) - Sigma * psurf(i,j)) 81 81 82 zlevuv_vec() = rau(i,j) * cte_grav * (psurf(i,j) - Sigma_uv * psurf(i,j)) 82 83 … … 88 89 89 90 zlev_vec(i,j) = rau(i,j) * cte_grav * (psurf(i,j) - (HybSigA + HybSigB * psurf(i,j))) 91 90 92 zlevuv_vec(i,j) = rau(i,j) * cte_grav * (psurf(i,j) - (HybSigA_uv + HybSigB_uv * psurf(i,j))) 91 93 … … 97 99 98 100 The following assignation will be done for the values read at each forcing time step : 101 99 102 zlev_vec(i,j) = Levles(i,j) 100 103 101 104 If levels_uv is present : 102 zlevuv_vec(i,j) = levels_uv(i,j) 105 106 zlevuv_vec(i,j) = levels_uv(i,j) 107 103 108 Else : 104 zlevuv_vec(i,j) = levels(i,j) 109 110 zlevuv_vec(i,j) = levels(i,j) 105 111 106 112 === Height_Lev1 and Height_Levuv === … … 110 116 The following assignations will be done : 111 117 112 lev_vec(i,j) = Levles(i,j) 118 zlev_vec(i,j) = Height_Lev1 113 119 114 If levels_uv is present : 115 zlevuv_vec(i,j) = levels_uv(i,j) 120 If Height_Levuv is present : 121 122 zlevuv_vec(i,j) = Height_Levuv 123 116 124 Else : 117 zlevuv_vec(i,j) = levels(i,j) 125 126 zlevuv_vec(i,j) = Height_Lev1 118 127 119 128