| [987] | 1 | {\footnotesize |
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| 2 | \begin{verbatim} |
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| 3 | netcdf stats { |
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| 4 | dimensions: |
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| 5 | latitude = 49 ; |
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| 6 | longitude = 65 ; |
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| 7 | altitude = 25 ; |
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| 8 | llmp1 = 26 ; |
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| 9 | Time = UNLIMITED ; // (12 currently) |
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| 10 | variables: |
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| 11 | float Time(Time) ; |
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| 12 | Time:title = "Time" ; |
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| 13 | Time:units = "days since 0000-00-0 00:00:00" ; |
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| 14 | float latitude(latitude) ; |
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| 15 | latitude:title = "latitude" ; |
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| 16 | latitude:units = "degrees_north" ; |
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| 17 | float longitude(longitude) ; |
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| 18 | longitude:title = "East longitude" ; |
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| 19 | longitude:units = "degrees_east" ; |
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| 20 | float altitude(altitude) ; |
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| 21 | altitude:long_name = "altitude" ; |
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| 22 | altitude:units = "km" ; |
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| 23 | altitude:positive = "up" ; |
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| 24 | float aps(altitude) ; |
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| 25 | aps:title = "hybrid pressure at midlayers" ; |
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| 26 | aps:units = "" ; |
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| 27 | float bps(altitude) ; |
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| 28 | bps:title = "hybrid sigma at midlayers" ; |
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| 29 | bps:units = "" ; |
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| 30 | float ps(Time, latitude, longitude) ; |
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| 31 | ps:title = "Surface pressure" ; |
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| 32 | ps:units = "Pa" ; |
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| 33 | float ps_sd(Time, latitude, longitude) ; |
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| 34 | ps_sd:title = "Surface pressure total standard deviation over th |
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| 35 | e season" ; |
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| 36 | ps_sd:units = "Pa" ; |
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| 37 | float tsurf(Time, latitude, longitude) ; |
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| 38 | tsurf:title = "Surface temperature" ; |
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| 39 | tsurf:units = "K" ; |
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| 40 | float tsurf_sd(Time, latitude, longitude) ; |
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| 41 | tsurf_sd:title = "Surface temperature total standard deviation o |
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| 42 | ver the season" ; |
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| 43 | tsurf_sd:units = "K" ; |
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| 44 | float co2ice(Time, latitude, longitude) ; |
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| 45 | co2ice:title = "CO2 ice cover" ; |
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| 46 | co2ice:units = "kg.m-2" ; |
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| 47 | float co2ice_sd(Time, latitude, longitude) ; |
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| 48 | co2ice_sd:title = "CO2 ice cover total standard deviation over t |
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| 49 | he season" ; |
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| 50 | co2ice_sd:units = "kg.m-2" ; |
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| 51 | float fluxsurf_lw(Time, latitude, longitude) ; |
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| 52 | fluxsurf_lw:title = "Thermal IR radiative flux to surface" ; |
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| 53 | fluxsurf_lw:units = "W.m-2" ; |
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| 54 | float fluxsurf_lw_sd(Time, latitude, longitude) ; |
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| 55 | fluxsurf_lw_sd:title = "Thermal IR radiative flux to surface tot |
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| 56 | al standard deviation over the season" ; |
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| 57 | fluxsurf_lw_sd:units = "W.m-2" ; |
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| 58 | float fluxsurf_sw(Time, latitude, longitude) ; |
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| 59 | fluxsurf_sw:title = "Solar radiative flux to surface" ; |
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| 60 | fluxsurf_sw:units = "W.m-2" ; |
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| 61 | float fluxsurf_sw_sd(Time, latitude, longitude) ; |
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| 62 | fluxsurf_sw_sd:title = "Solar radiative flux to surface total st |
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| 63 | andard deviation over the season" ; |
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| 64 | fluxsurf_sw_sd:units = "W.m-2" ; |
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| 65 | float fluxtop_lw(Time, latitude, longitude) ; |
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| 66 | fluxtop_lw:title = "Thermal IR radiative flux to space" ; |
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| 67 | fluxtop_lw:units = "W.m-2" ; |
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| 68 | float fluxtop_lw_sd(Time, latitude, longitude) ; |
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| 69 | fluxtop_lw_sd:title = "Thermal IR radiative flux to space total |
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| 70 | standard deviation over the season" ; |
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| 71 | fluxtop_lw_sd:units = "W.m-2" ; |
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| 72 | float fluxtop_sw(Time, latitude, longitude) ; |
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| 73 | fluxtop_sw:title = "Solar radiative flux to space" ; |
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| 74 | fluxtop_sw:units = "W.m-2" ; |
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| 75 | float fluxtop_sw_sd(Time, latitude, longitude) ; |
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| 76 | fluxtop_sw_sd:title = "Solar radiative flux to space total stand |
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| 77 | ard deviation over the season" ; |
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| 78 | fluxtop_sw_sd:units = "W.m-2" ; |
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| 79 | float dod(Time, latitude, longitude) ; |
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| 80 | dod:title = "Dust optical depth" ; |
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| 81 | dod:units = "" ; |
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| 82 | float dod_sd(Time, latitude, longitude) ; |
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| 83 | dod_sd:title = "Dust optical depth total standard deviation over |
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| 84 | the season" ; |
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| 85 | dod_sd:units = "" ; |
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| 86 | float temp(Time, altitude, latitude, longitude) ; |
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| 87 | temp:title = "Atmospheric temperature" ; |
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| 88 | temp:units = "K" ; |
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| 89 | float temp_sd(Time, altitude, latitude, longitude) ; |
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| 90 | temp_sd:title = "Atmospheric temperature total standard deviatio |
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| 91 | n over the season" ; |
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| 92 | temp_sd:units = "K" ; |
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| 93 | float u(Time, altitude, latitude, longitude) ; |
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| 94 | u:title = "Zonal (East-West) wind" ; |
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| 95 | u:units = "m.s-1" ; |
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| 96 | float u_sd(Time, altitude, latitude, longitude) ; |
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| 97 | u_sd:title = "Zonal (East-West) wind total standard deviation ov |
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| 98 | er the season" ; |
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| 99 | u_sd:units = "m.s-1" ; |
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| 100 | float v(Time, altitude, latitude, longitude) ; |
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| 101 | v:title = "Meridional (North-South) wind" ; |
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| 102 | v:units = "m.s-1" ; |
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| 103 | float v_sd(Time, altitude, latitude, longitude) ; |
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| 104 | v_sd:title = "Meridional (North-South) wind total standard devia |
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| 105 | tion over the season" ; |
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| 106 | v_sd:units = "m.s-1" ; |
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| 107 | float w(Time, altitude, latitude, longitude) ; |
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| 108 | w:title = "Vertical (down-up) wind" ; |
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| 109 | w:units = "m.s-1" ; |
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| 110 | float w_sd(Time, altitude, latitude, longitude) ; |
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| 111 | w_sd:title = "Vertical (down-up) wind total standard deviation o |
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| 112 | ver the season" ; |
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| 113 | w_sd:units = "m.s-1" ; |
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| 114 | float rho(Time, altitude, latitude, longitude) ; |
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| 115 | rho:title = "Atmospheric density" ; |
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| 116 | rho:units = "none" ; |
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| 117 | float rho_sd(Time, altitude, latitude, longitude) ; |
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| 118 | rho_sd:title = "Atmospheric density total standard deviation ove |
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| 119 | r the season" ; |
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| 120 | rho_sd:units = "none" ; |
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| 121 | float q2(Time, altitude, latitude, longitude) ; |
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| 122 | q2:title = "Boundary layer eddy kinetic energy" ; |
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| 123 | q2:units = "m2.s-2" ; |
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| 124 | float q2_sd(Time, altitude, latitude, longitude) ; |
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| 125 | q2_sd:title = "Boundary layer eddy kinetic energy total standard |
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| 126 | deviation over the season" ; |
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| 127 | q2_sd:units = "m2.s-2" ; |
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| 128 | float vmr_h2ovapor(Time, altitude, latitude, longitude) ; |
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| 129 | vmr_h2ovapor:title = "H2O vapor volume mixing ratio" ; |
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| 130 | vmr_h2ovapor:units = "mol/mol" ; |
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| 131 | float vmr_h2ovapor_sd(Time, altitude, latitude, longitude) ; |
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| 132 | vmr_h2ovapor_sd:title = "H2O vapor volume mixing ratio total sta |
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| 133 | ndard deviation over the season" ; |
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| 134 | vmr_h2ovapor_sd:units = "mol/mol" ; |
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| 135 | float vmr_h2oice(Time, altitude, latitude, longitude) ; |
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| 136 | vmr_h2oice:title = "H2O ice volume mixing ratio" ; |
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| 137 | vmr_h2oice:units = "mol/mol" ; |
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| 138 | float vmr_h2oice_sd(Time, altitude, latitude, longitude) ; |
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| 139 | vmr_h2oice_sd:title = "H2O ice volume mixing ratio total standar |
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| 140 | d deviation over the season" ; |
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| 141 | vmr_h2oice_sd:units = "mol/mol" ; |
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| 142 | float mtot(Time, latitude, longitude) ; |
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| 143 | mtot:title = "total mass of water vapor" ; |
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| 144 | mtot:units = "kg/m2" ; |
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| 145 | float mtot_sd(Time, latitude, longitude) ; |
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| 146 | mtot_sd:title = "total mass of water vapor total standard deviat |
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| 147 | ion over the season" ; |
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| 148 | mtot_sd:units = "kg/m2" ; |
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| 149 | float icetot(Time, latitude, longitude) ; |
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| 150 | icetot:title = "total mass of water ice" ; |
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| 151 | icetot:units = "kg/m2" ; |
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| 152 | float icetot_sd(Time, latitude, longitude) ; |
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| 153 | icetot_sd:title = "total mass of water ice total standard deviat |
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| 154 | ion over the season" ; |
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| 155 | icetot_sd:units = "kg/m2" ; |
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| 156 | } |
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| 157 | \end{verbatim} |
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| 158 | } |
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