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8.0
general documentation
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8.0
general documentation
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Data Types | |
| type | categorie_sol |
| kind of soil (water, forest, urban ...) and associated constantes More... | |
| type | soil_tab |
| Defines the soil constants and variables of the vertical arrays used for the 1D radiative model. More... | |
Variables | |
| integer, save | nfmodsol |
| Number of boundary faces with soil features. More... | |
| integer, save | nbrsol |
| Number of soil model's type. More... | |
| double precision | rugdyn |
| Dynamic roughness length. More... | |
| double precision | rugthe |
| Thermal roughness length. More... | |
| double precision | albedo |
| Albedo. More... | |
| double precision | emissi |
| emissivity More... | |
| double precision | vegeta |
| Vegetation index. More... | |
| double precision | field |
| double precision | c1w |
| maximum water capacity of shallow reservoir More... | |
| double precision | c2w |
| ratio of the maximum water capacity of the shallow reservoir to the deep reservoir [0,1] More... | |
| double precision | csol |
| Thermal inertia of the soil. More... | |
| double precision | r1 |
| Rij value for Rij1. More... | |
| double precision | r2 |
| Rij value for Rij2. More... | |
| double precision | tprof |
| deep soil temperture More... | |
| character(len=10) | nomcat |
| Soil category name. More... | |
| double precision | tsini = 20.d0 |
| initial soil surface temperature More... | |
| double precision | tprini = 20.d0 |
| initial deep soil temperature More... | |
| double precision | qvsini = 0.d0 |
| initial soil specific humidity More... | |
| double precision | w1ini = 0.d0 |
| initial water content of the first reservoir More... | |
| double precision | w2ini = 0.d0 |
| initial water content of the second reservoir More... | |
| double precision | tmer = 20.d0 |
| Sea surface temperature. More... | |
| type(categorie_sol), dimension(:), allocatable | tab_sol |
| array of the different features of each soil category More... | |
| double precision | albedo |
| albedo More... | |
| double precision | emissi |
| emissivity More... | |
| double precision | ttsoil |
| soil thermo temperature More... | |
| double precision | tpsoil |
| soil potential temperature More... | |
| double precision | totwat |
| total water content More... | |
| double precision | pressure |
| surface pressure More... | |
| double precision | density |
| density More... | |
| double precision | foir |
| IR downcoming flux. More... | |
| double precision | fos |
| solar radation absorbed by the soil More... | |
| type(soil_tab), dimension(:), allocatable, save | soilvert |
| Class soilvert dimension. More... | |
| type(soil_tab), save | soil_mean |
| double precision albedo |
Albedo.
| double precision albedo |
albedo
| double precision c1w |
maximum water capacity of shallow reservoir
| double precision c2w |
ratio of the maximum water capacity of the shallow reservoir to the deep reservoir [0,1]
| double precision csol |
Thermal inertia of the soil.
| double precision density |
density
| double precision emissi |
emissivity
| double precision emissi |
emissivity
| double precision field |
| double precision foir |
IR downcoming flux.
| double precision fos |
solar radation absorbed by the soil
| integer, save nbrsol |
Number of soil model's type.
| integer, save nfmodsol |
Number of boundary faces with soil features.
| character(len=10) nomcat |
Soil category name.
| double precision pressure |
surface pressure
| double precision qvsini = 0.d0 |
initial soil specific humidity
| double precision r1 |
Rij value for Rij1.
| double precision r2 |
Rij value for Rij2.
| double precision rugdyn |
Dynamic roughness length.
| double precision rugthe |
Thermal roughness length.
| type(soil_tab), save soil_mean |
| type(soil_tab), dimension(:), allocatable, save soilvert |
Class soilvert dimension.
| type(categorie_sol), dimension(:), allocatable tab_sol |
array of the different features of each soil category
| double precision tmer = 20.d0 |
Sea surface temperature.
| double precision totwat |
total water content
| double precision tprini = 20.d0 |
initial deep soil temperature
| double precision tprof |
deep soil temperture
| double precision tpsoil |
soil potential temperature
| double precision tsini = 20.d0 |
initial soil surface temperature
| double precision ttsoil |
soil thermo temperature
| double precision vegeta |
Vegetation index.
| double precision w1ini = 0.d0 |
initial water content of the first reservoir
| double precision w2ini = 0.d0 |
initial water content of the second reservoir
1.9.1