This section details the content of a part of the namelistNAMAFN which contains the descriptors of the upper air dynamic fields. The descriptor %CLNAME serves to fill the array CFP3DF in the namelist NAMFPC.
Field : TYPE NAME %CLNAME %IBITS %LLGP
Absolute Vorticity........ : TFP_ABS ABS_VORTICIT 24 F
Atmospheric liquid water.. : TFP_W LIQUID_WATER 24 T
Atmospheric solid water... : TFP_S SOLID_WATER 24 T
Cloud fraction............ : TFP_CLF CLOUD_FRACTI 24 T
Divergence................ : TFP_DIV DIVERGENCE 24 F
Equiv. pot. temperature... : TFP_ETH THETA_EQUIVA 24 F
Free upper air field n 01. : TFP_FUA(01) UPPER_AIR.01 24 F
Free upper air field n 02. : TFP_FUA(02) UPPER_AIR.02 24 F
Free upper air field n 03. : TFP_FUA(03) UPPER_AIR.03 24 F
(truncated list - 30 variables)
Geopotential.............. : TFP_Z GEOPOTENTIEL 24 F
Montgomery potential...... : TFP_MG MONTGOMERY G 24 F
Ozone..................... : TFP_O3MX OZONE 24 F
Passive scalar nr 01...... : TFP_SCVA(01) #001.SCALAR 24 F
Passive scalar nr 02...... : TFP_SCVA(02) #002.SCALAR 24 F
Passive scalar nr 03...... : TFP_SCVA(03) #003.SCALAR 24 F
(truncated list - 5 variables)
Potential temperature..... : TFP_TH TEMPE_POTENT 24 F
Potential Vorticity....... : TFP_PV POT_VORTICIT 24 F
Pressure Departure........ : TFP_PD PRESS.DEPART 24 F
Pressure.................. : TFP_P PRESSURE 24 F
Pseudo Vertic. Divergence. : TFP_VD VERTIC.DIVER 24 F
Relative humidity......... : TFP_HU HUMI_RELATIV 24 F
Shearing Deformation...... : TFP_SHD SHEAR_DEFORM 24 F
Specific humidity......... : TFP_Q HUMI.SPECIFI 24 F
Stream function........... : TFP_KHI FONC.COURANT 24 F
Stretching Deformation.... : TFP_STD STRET_DEFORM 24 F
Temperature............... : TFP_T TEMPERATURE 24 F
True Vertical NH Velocity. : TFP_VW VERT.VELOCIT 24 F
U-momentum of wind........ : TFP_U VENT_ZONAL 24 F
Velocity potential........ : TFP_PSI POT.VITESSE 24 F
Vertical velocity......... : TFP_VV VITESSE_VERT 24 F
Vorticity................. : TFP_VOR VORTICITY 24 F
V-momentum of wind........ : TFP_V VENT_MERIDIE 24 F
Wet bulb pot. temperature. : TFP_THPW THETA_PRIM_W 24 F
Wind velocity............. : TFP_WND WIND_VELOCIT 24 F
Notice :
This section details the content of a part of the namelistNAMAFN which contains the descriptors of the 2D dynamic fields. The descriptor %CLNAME serves to fill the array CFP2DF in the namelist NAMFPC.
Field : TYPE NAME %CLNAME %IBITS %LLGP
Altitude of iso-t=0 ...... : TFP_HT0B SURFISOT0.MALTIT 24 T
Altitude of iso-tprimw=0 . : TFP_HTPW SURFISOTPW0.MALT 24 T
CAPE...................... : TFP_CAPE SURFCAPE.POS.F00 24 T
CIEN...................... : TFP_CIEN SURFCIEN.POS.F00 24 T
Free surface field nr 01.. : TFP_FSU(01) SURF2D.01 24 F
Free surface field nr 02.. : TFP_FSU(02) SURF2D.02 24 F
Free surface field nr 03.. : TFP_FSU(03) SURF2D.03 24 F
(truncated list - 15 variables)
HU cls.................... : TFP_RCLS CLSHU.RELATI.POS 24 T
ICAO jet pressure......... : TFP_PJET JETPRESSURE 24 T
ICAO Tropopause pressure.. : TFP_PCAO ICAOTROP.PRESSUR 24 T
ICAO Tropo. temperature... : TFP_TCAP ICAOTROP.TEMPERA 24 T
Log. of Surface pressure.. : TFP_LNSP LOG.SURF.PRESS 24 F
Map factor................ : TFP_GM MAP_FACTOR 24 T
Maxi. rel. moist. in cls.. : TFP_HUX CLSHUREL.MAX.POS 24 T
Maxi. temperature in cls.. : TFP_TX CLSTEMPE.MAX.POS 24 T
Mean sea level pressure... : TFP_MSL MSLPRESSURE 24 F
Mini. rel. moist. in cls.. : TFP_HUN CLSHUREL.MIN.POS 24 T
Mini. temperature in cls.. : TFP_TN CLSTEMPE.MIN.POS 24 T
Module of gusts........... : TFP_FGST CLSRAFALES.POS 24 T
Module of wind cls........ : TFP_FCLS CLSWIND_VELO.POS 24 T
Pressure of iso-t=0 ...... : TFP_PT0B SURFISOT0.PRESSU 24 T
Q cls..................... : TFP_QCLS CLSHU.SPECIF.POS 24 T
Surface geopotential...... : TFP_FIS SPECSURFGEOPOTEN 64 F
Surface pressure.......... : TFP_SP SURFPRESSION 24 F
Surface Vertical Velocity. : TFP_WWS SURFVERT.VELOCIT 24 F
T cls..................... : TFP_TCLS CLSTEMPERATU.POS 24 T
Total water vapour........ : TFP_TWV SURFTOT.WAT.VAPO 24 T
Tropo. Folding Indicator.. : TFP_FOL TROPO_FOLD_INDIC 24 T
U cls..................... : TFP_UCLS CLSVENT_ZONA.POS 24 T
U gusts................... : TFP_UGST CLSURAFALES.POS 24 T
U-momentum of ICAO jet.... : TFP_UJET JETVENT_ZONAL 24 T
V cls..................... : TFP_VCLS CLSVENT_MERI.POS 24 T
V gusts................... : TFP_VGST CLSVRAFALES.POS 24 T
V-momentum of ICAO jet.... : TFP_VJET JETVENT_MERIDIEN 24 T
This section details the content of a part of the namelistNAMAFN which contains the descriptors of the surface physical fields. The descriptor %CLNAME serves to fill the array CFPPHY in the namelist NAMFPC.
Albedo ............................... CNAL = SURFALBEDO NBAL = 24
Analysed RMS of geopotential ........ CNPCAAG= SURFETA.GEOPOTEN NBPCAAG= 24
Anisotropy coeff. of topography ...... CNACOT = SURFVAR.GEOP.ANI NBACOT = 24
Clim. relative deep soil wetness ..... CNCDSW = PROFPROP.RMAX.EA NBCDSW = 24
Clim. relative surface soil wetness .. CNCSSW = SURFPROP.RMAX.EA NBCSSW = 24
Deep soil temperature ................ CNDST = PROFTEMPERATURE NBDST = 24
Deep soil wetness .................... CNDSW = PROFRESERV.EAU NBDSW = 24
Direction of main axis of topography . CNDPAT = SURFVAR.GEOP.DIR NBDPAT = 24
Emissivity ........................... CNEMIS = SURFEMISSIVITE NBEMIS = 24
Forecasted RMS of geopotential ....... CNPCAPG= SURFETP.GEOPOTEN NBPCAPG= 24
Frozen deep soil wetness ............. CNFDSW = PROFRESERV.GLACE NBFDSW = 24
Frozen superficial soil wetness ...... CNFSSW = SURFRESERV.GLACE NBFSSW = 24
Index of vegetation .................. CNIVEG = SURFIND.VEG.DOMI NBIVEG = 24
Interception content ................. CNIC = SURFRESERV.INTER NBIC = 24
INTERPOLATED surface temperature ..... CNRDST = INTSURFTEMPERATU NBRDST = 24
Land/sea mask ........................ CNLSM = SURFIND.TERREMER NBLSM = 24
Leaf area index ...................... CNLAI = SURFIND.FOLIAIRE NBLAI = 24
OUTPUT Grid-point geopotential ....... CNGFIS = SURFGEOPOTENTIEL NBGFIS = 64
Percentage of clay within soil ....... CNARG = SURFPROP.ARGILE NBARG = 24
Percentage of land ................... CNLAN = SURFPROP.TERRE NBLAN = 24
Percentage of sand within soil ....... CNSAB = SURFPROP.SABLE NBSAB = 24
Percentage of vegetation ............. CNVEG = SURFPROP.VEGETAT NBVEG = 24
Relaxation deep soil wetness ......... CNRDSW = RELAPROP.RMAX.EA NBRDSW = 24
Resistance to evapotranspiration ..... CNHV = SURFRES.EVAPOTRA NBHV = 24
Roughness length of bare surface
(times g)............................. CNBSR = SURFZ0REL.FOIS.G NBBSR = 24
Snow albedo .......................... CNALSN = SURFALBEDO NEIGE NBALSN = 24
Surface snow density ................. CNSNDE = SURFDENSIT.NEIGE NBSNDE = 24
Snow depth ........................... CNSD = SURFRESERV.NEIGE NBSD = 24
Soil depth ........................... CND2 = SURFEPAIS.SOL NBD2 = 24
Standart deviation of orography
(times g) ............................ CNSDOG = SURFET.GEOPOTENT NBSDOG = 24
Stomatal minimum resistance .......... CNRSMIN= SURFRESI.STO.MIN NBRSMIN= 24
Surface albedo for non snowed areas .. CNBAAL = SURFALBEDO.COMPL NBBAAL = 24
Surface relative moisture ............ CNPSRHU= SURFHUMI.RELATIV NBPSRHU= 24
Surface roughness (times g) .......... CNSR = SURFZ0.FOIS.G NBSR = 24
Surface soil wetness ................. CNSSW = SURFRESERV.EAU NBSSW = 24
Surface temperature .................. CNST = SURFTEMPERATURE NBST = 24
Thermal roughness length (times g) ... CNZ0H = SURFGZ0.THERM NBZ0H = 24
U-momentum of vector anisotropy ...... CNPADOU= SURF.U.ANISO.DIR NBPADOU= 24
V-momentum of vector anisotropy ...... CNPADOV= SURF.V.ANISO.DIR NBPADOV= 24
Free field #01 ....................... CNPFSU = SURFFREE.FIELD01 NBFSU = 24
Free field #02 ....................... CNPFSU = SURFFREE.FIELD02 NBFSU = 24
(truncated list - 15 variables)
This section details the content of a part of the namelistNAMAFN which contains the descriptors of the cumulated fluxes. The descriptor %CLNAME serves to fill the array CFPCFU in the namelist NAMFPC.
Boundary Layer Dissipation ........... CNCBLD = SURFDISSIP SURF NBCBLD = 24 Clear sky longwave radiative flux .... CNCTHC = SURFRAYT THER CL NBCTHC = 24 Clear sky shortwave radiative flux ... CNCSOC = SURFRAYT SOL CL NBCSOC = 24 Contribution of Convection to Cp.T ... CNCCVS = SURFCFU.CT.CONVE NBCCVS = 24 Contribution of Convection to Q ...... CNCCVQ = SURFCFU.Q.CONVEC NBCCVQ = 24 Contribution of Convection to U ...... CNCCVU = SURFTENS.CONV.ZO NBCCVU = 24 Contribution of Convection to V ...... CNCCVV = SURFTENS.CONV.ME NBCCVV = 24 Contribution of Turbulence to Cp.T ... CNCTUS = SURFCFU.CT.TURBU NBCTUS = 24 Contribution of Turbulence to Q ...... CNCTUQ = SURFCFU.Q.TURBUL NBCTUQ = 24 Convective Cloud Cover ............... CNCCCC = ATMONEBUL.CONVEC NBCCCC = 24 Convective precipitation ............. CNCCP = SURFPREC.EAU.CON NBCCP = 24 Convective Snow Fall ................. CNCCSF = SURFPREC.NEI.CON NBCCSF = 24 Deep soil water content run-off ...... CNCDRU = PROFRUISSELLEMEN NBCDRU = 24 Duration of total precipitations ..... CNCDUTP= SURFTIME.PREC.TO NBCDUTP= 24 Evapotranspiration ................... CNCETP = SURFEVAPOTRANSPI NBCETP = 24 Flux d eau dans le sol ............... CNCEAS = SURFEAU DANS SOL NBCEAS = 24 Flux de chaleur dans le sol .......... CNCCHS = SURFCHAL. DS SOL NBCCHS = 24 High Cloud Cover ..................... CNCHCC = ATMONEBUL.HAUTE NBCHCC = 24 Interception water content run-off.... CNCIRU = SURFRUISS. INTER NBCIRU = 24 Large Scale Precipitation ............ CNCLSP = SURFPREC.EAU.GEC NBCLSP = 24 Large Scale Snow fall ................ CNCLSS = SURFPREC.NEI.GEC NBCLSS = 24 Latent Heat Evaporation .............. CNCLHE = SURFFLU.LAT.MEVA NBCLHE = 24 Latent Heat Sublimation .............. CNCLHS = SURFFLU.LAT.MSUB NBCLHS = 24 Liquid specific moisture ............. CNCLI = ATMOHUMI LIQUIDE NBCLI = 24 Low Cloud Cover ...................... CNCLCC = ATMONEBUL.BASSE NBCLCC = 24 Medium Cloud Cover ................... CNCMCC = ATMONEBUL.MOYENN NBCMCC = 24 Melt snow ............................ CNCFON = SURFFONTE NEIGE NBCFON = 24 Snow mass ............................ CNCSNS = SURFRESERV NEIGE NBCSNS = 24 Snow Sublimation ..................... CNCS = SURFFLU.MSUBL.NE NBCS = 24 Soil Moisture ........................ CNCWS = SURFCONTENU EAU NBCWS = 24 Solid specific moisture .............. CNCICE = ATMOHUMI SOLIDE NBCICE = 24 Surface down solar flux .............. CNCSOD = SURFRAYT DIFF DE NBCSOD = 24 Surface down thermic flux ............ CNCTHD = SURFRAYT THER DE NBCTHD = 24 Surface downward moon radiation ...... CNCSMR = SURFRAYT.LUNE.DE NBCSMR = 24 Surface Latent Heat Flux ............. CNCSLH = SURFCHAL LATENTE NBCSLH = 24 Surface parallel solar flux .......... CNCSOP = SURFRAYT DIR SUR NBCSOP = 24 Surface Sensible Heat Flux ........... CNCSSH = SURFFLU.CHA.SENS NBCSSH = 24 Surface solar radiation .............. CNCSSR = SURFFLU.RAY.SOLA NBCSSR = 24 Surface Thermal radiation ............ CNCSTR = SURFFLU.RAY.THER NBCSTR = 24 Surface water content run-off......... CNCSRU = SURFRUISSELLEMEN NBCSRU = 24 Tendency of Surface pressure ......... CNCTSP = SURFPRESSION SOL NBCTSP = 24 Top clear sky longwave radiative flux CNCTTHC= SOMMRAYT THER CL NBCTTHC= 24 Top clear sky shortwave radiative flux CNCTSOC= SOMMRAYT SOL CL NBCTSOC= 24 Top mesospheric enthalpy ............. CNCTME = TOPMESO ENTH NBCTME = 24 Top parallel solar flux .............. CNCTOP = TOPRAYT DIR SOM NBCTOP = 24 Top Solar radiation .................. CNCTSR = SOMMFLU.RAY.SOLA NBCTSR = 24 Top Thermal radiation ................ CNCTTR = SOMMFLU.RAY.THER NBCTTR = 24 Total Cloud cover .................... CNCTCC = ATMONEBUL.TOTALE NBCTCC = 24 Total Ozone .......................... CNCTO3 = ATMOOZONE TOTALE NBCTO3 = 24 Total precipitable water ............. CNCQTO = ATMOHUMI TOTALE NBCQTO = 24 Transpiration ........................ CNCTP = SURFTRANSPIRATIO NBCTP = 24 U-momentum of Gravity-Wave Drag stress CNCUGW = SURFTENS.DMOG.ZO NBCUGW = 24 U-momentum of Turbulence stress ...... CNCUSS = SURFTENS.TURB.ZO NBCUSS = 24 V-momentum of Gravity-Wave Drag stress CNCVGW = SURFTENS.DMOG.ME NBCVGW = 24 V-momentum of Turbulence stress ...... CNCVSS = SURFTENS.TURB.ME NBCVSS = 24 Water Evaporation .................... CNCE = SURFFLU.MEVAP.EA NBCE = 24
Notice : precipitations are expressed in kg/m2 (equivalent to mm)
This section details the content of a part of the namelistNAMAFN which contains the descriptors of the instantaneous fluxes. The descriptor %CLNAME serves to fill the array CFPXFU in the namelist NAMFPC.
CAPE out of the model ................ CNXCAPE= SURFCAPE.MOD.XFU NBXCAPE= 24 Contribution of Convection to Cp.T ... CNXCVS = S000FL.CT CONVEC NBXCVS = 24 Contribution of Convection to Q ...... CNXCVQ = S000FL.Q CONVEC NBXCVQ = 24 Contribution of Convection to U ...... CNXCVU = S000FL.U CONVEC NBXCVU = 24 Contribution of Convection to V ...... CNXCVV = S000FL.V CONVEC NBXCVV = 24 Contribution of Gravity Wave Drag to U CNXGDU = S000FL.U ONDG.OR NBXGDU = 24 Contribution of Gravity Wave Drag to V CNXGDV = S000FL.V ONDG.OR NBXGDV = 24 Contribution of Turbulence to Cp.T ... CNXTUS = S000FL.CT TURBUL NBXTUS = 24 Contribution of Turbulence to Q ...... CNXTUQ = S000FL.Q TURBUL NBXTUQ = 24 Contribution of Turbulence to U ...... CNXTUU = S000FL.U TURBUL NBXTUU = 24 Contribution of Turbulence to V ...... CNXTUV = S000FL.V TURBUL NBXTUV = 24 Convective Cloud Cover ............... CNXCCC = SURFNEBUL.CONVEC NBXCCC = 24 Convective precipitation ............. CNXCP = S000PLUIE CONVEC NBXCP = 24 Convective Snow Fall ................. CNXCSF = S000NEIGE CONVEC NBXCSF = 24 Gusts out of the model ............... CNXGUST= CLSRAFAL.MOD.XFU NBXGUST= 24 Height of the PBL out of the model (times g) ............................ CNXPBLG= CLPGEOPO.MOD.XFU NBXPBLG= 24 High Cloud Cover ..................... CNXHCC = SURFNEBUL.HAUTE NBXHCC = 24 Large Scale Precipitation ............ CNXLSP = S000PLUIE STRATI NBXLSP = 24 Large Scale Snow fall ................ CNXLSS = S000NEIGE STRATI NBXLSS = 24 Low Cloud Cover ...................... CNXLCC = SURFNEBUL.BASSE NBXLCC = 24 Maximum relative moisture at 2 meters CNXX2HU= CLSMAXI.HUMI.REL NBXX2HU= 24 Maximum temperature at 2 meters ...... CNXX2T = CLSMAXI.TEMPERAT NBXX2T = 24 Medium Cloud Cover ................... CNXMCC = SURFNEBUL.MOYENN NBXMCC = 24 Minimum relative moisture at 2 meters CNXN2HU= CLSMINI.HUMI.REL NBXN2HU= 24 Minimum temperature at 2 meters ...... CNXN2T = CLSMINI.TEMPERAT NBXN2T = 24 MOCON out of the model ............... CNXMOCO= CLPMOCON.MOD.XFU NBXMOCO= 24 Relative Humidity at 2 meters ........ CNX2RH = CLSHUMI.RELATIVE NBX2RH = 24 Specific Humidity at 2 meters ........ CNX2SH = CLSHUMI.SPECIFIQ NBX2SH = 24 Surface solar radiation .............. CNXSSR = S000RAYT.SOLAIRE NBXSSR = 24 Surface Thermal radiation ............ CNXSTR = S000RAYT.TERREST NBXSTR = 24 Temperature at 2 meters .............. CNX2T = CLSTEMPERATURE NBX2T = 24 Top Solar radiation .................. CNXTSR = SOMMRAYT.SOLAIRE NBXTSR = 24 Top Thermal radiation ................ CNXTTR = SOMMRAYT.TERREST NBXTTR = 24 Total Cloud cover .................... CNXTCC = SURFNEBUL.TOTALE NBXTCC = 24 U-momentum of gusts out of the model . CNXUGST= CLSU.RAF.MOD.XFU NBXUGST= 24 U-momentum of wind at 10 meters ...... CNX10U = CLSVENT.ZONAL NBX10U = 24 V-momentum of gusts out of the model . CNXVGST= CLSV.RAF.MOD.XFU NBXVGST= 24 V-momentum of wind at 10 meters ...... CNX10V = CLSVENT.MERIDIEN NBX10V = 24 Wind velocity at 10 meters ........... CNX10FF= CLSWIND.VELOCITY NBX10FF= 24