1 | {\footnotesize |
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2 | \begin{verbatim} |
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3 | netcdf startfi { |
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4 | dimensions: |
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5 | index = 100 ; |
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6 | physical_points = 738 ; |
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7 | subsurface_layers = 18 ; |
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8 | nlayer_plus_1 = 19 ; |
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9 | number_of_advected_fields = 3 ; |
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10 | variables: |
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11 | float controle(index) ; |
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12 | controle:title = "Control parameters" ; |
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13 | float soildepth(subsurface_layers) ; |
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14 | soildepth:title = "Soil mid-layer depth" ; |
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15 | float longitude(physical_points) ; |
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16 | longitude:title = "Longitudes of physics grid" ; |
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17 | float latitude(physical_points) ; |
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18 | latitude:title = "Latitudes of physics grid" ; |
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19 | float area(physical_points) ; |
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20 | area:title = "Mesh area" ; |
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21 | float phisfi(physical_points) ; |
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22 | phisfi:title = "Geopotential at the surface" ; |
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23 | float albedodat(physical_points) ; |
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24 | albedodat:title = "Albedo of bare ground" ; |
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25 | float ZMEA(physical_points) ; |
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26 | ZMEA:title = "Relief: mean relief" ; |
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27 | float ZSTD(physical_points) ; |
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28 | ZSTD:title = "Relief: standard deviation" ; |
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29 | float ZSIG(physical_points) ; |
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30 | ZSIG:title = "Relief: sigma parameter" ; |
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31 | float ZGAM(physical_points) ; |
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32 | ZGAM:title = "Relief: gamma parameter" ; |
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33 | float ZTHE(physical_points) ; |
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34 | ZTHE:title = "Relief: theta parameter" ; |
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35 | float co2ice(physical_points) ; |
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36 | co2_ice:title = "CO2 ice cover" ; |
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37 | float inertiedat(subsurface_layers, physical_points) ; |
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38 | inertiedat:title = "Soil thermal inertia" ; |
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39 | float tsurf(physical_points) ; |
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40 | tsurf:title = "Surface temperature" ; |
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41 | float tsoil(subsurface_layers, physical_points) ; |
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42 | tsoil:title = "Soil temperature" ; |
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43 | float emis(physical_points) ; |
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44 | emis:title = "Surface emissivity" ; |
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45 | float q2(nlayer_plus_1, physical_points) ; |
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46 | q2:title = "pbl wind variance" ; |
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47 | float h2o_ice(physical_points) ; |
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48 | h2o_ice:title = "tracer on surface" ; |
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49 | |
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50 | // global attributes: |
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51 | :title = "Physics start file" ; |
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52 | } |
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53 | \end{verbatim} |
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54 | } |
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