&NACIETEO
 /
 &NACOBS
 /
 &NACTAN
 /
 &NACTEX
 /
 &NACVEG
 /
 &NADOCK
 /
 &NAEAEM7
 /
 &NAEAER
 /
 &NAECOAPHY
 /
 &NAEPHLI
 /
 &NAEPHY
 /
 &NAERAD
   LRRTM=.FALSE.,
   LSRTM=.FALSE.,
   NMCICA=0,
 /
 &NAEVOL
 /
 &NAIMPO
 /
 &NALORI
 /
 &NAMAFN
   GFP_10U%IBITS=12,
   GFP_10V%IBITS=12,
   GFP_2T%IBITS=12,
   GFP_CAPE%IBITS=16,
   GFP_CCC%IBITS=16,
   GFP_CCP%IBITS=16,
   GFP_CCSF%IBITS=16,
   GFP_CLSP%IBITS=16,
   GFP_CLSS%IBITS=16,
   GFP_HCC%IBITS=8,
   GFP_LCC%IBITS=8,
   GFP_MCC%IBITS=8,
   GFP_TCC%IBITS=8,
   GFP_X10U%IBITS=12,
   GFP_X10V%IBITS=12,
   GFP_X2RH%IBITS=12,
   GFP_X2T%IBITS=12,
   GFP_XCAPE%IBITS=16,
   GFP_XCCC%IBITS=16,
   GFP_XCLPH%IBITS=12,
   GFP_XHCC%IBITS=8,
   GFP_XLCC%IBITS=8,
   GFP_XMCC%IBITS=8,
   GFP_XMOCO%IBITS=16,
   GFP_XN2T%IBITS=12,
   GFP_XTCC%IBITS=8,
   GFP_XUGST%IBITS=12,
   GFP_XVGST%IBITS=12,
   TFP_ETH%IBITS=12,
   TFP_FGST%IBITS=12,
   TFP_HCLP%CLNAME='CLPMHAUT.MOD.XFU',
   TFP_HU%CLNAME='HUMI_RELATIVE',
   TFP_HU%IBITS=12,
   TFP_MSL%CLNAME='MSLPRESSURE',
   TFP_MSL%IBITS=12,
   TFP_PV%IBITS=16,
   TFP_T%CLNAME='TEMPERATURE',
   TFP_T%IBITS=12,
   TFP_THPW%CLNAME='THETA_PRIM_W',
   TFP_THPW%IBITS=12,
   TFP_U%CLNAME='VENT_ZONAL',
   TFP_U%IBITS=12,
   TFP_V%CLNAME='VENT_MERIDIEN',
   TFP_V%IBITS=12,
   TFP_VV%CLNAME='VITESSE_VERTICALE',
   TFP_VV%IBITS=16,
   TFP_Z%CLNAME='GEOPOTENTIEL',
   TFP_Z%IBITS=16,
   TFP_RCLS%CLNAME='CLSHUMI.RELATIVE',
   TFP_QCLS%CLNAME='CLSHUMI.SPECIFIQ'
   TFP_TCLS%CLNAME='CLSTEMPERATURE',
   TFP_TCLS%IBITS=12,
   TFP_TN%CLNAME='CLSMINI.TEMPERAT',
   TFP_TN%IBITS=12,
   TFP_TX%CLNAME='CLSMAXI.TEMPERAT',
   TFP_TX%IBITS=12,
   TFP_TN%CLNAME='CLSMINI.TEMPERAT',
   TFP_TN%IBITS=12,
   TFP_TX%CLNAME='CLSMAXI.TEMPERAT',
   TFP_TX%IBITS=12,
   TFP_UCLS%CLNAME='CLSVENT.ZONAL',
   TFP_UCLS%IBITS=12,
   TFP_VCLS%CLNAME='CLSVENT.MERIDIEN',
   TFP_VCLS%IBITS=12,
   TFP_UGST%CLNAME='CLSU.RAF.MOD.XFU',
   TFP_UGST%IBITS=12,
   TFP_V%IBITS=12,
   TFP_VGST%CLNAME='CLSV.RAF.MOD.XFU',
   TFP_VGST%IBITS=12,
   TFP_VOR%ZFK=32.,
   TFP_VV%ZFK=32.,
   !GFP_CSOD%CLNAME='SURFRAYT SOLA DE',
   !GFP_CSSR%CLNAME='SURFFLU.RAY.SOLA'
   !GFP_DST%CLNAME='PROFTEMPERATURE',
   !GFP_CSOD%CLNAME='SURFRAYT DIFF DE',
   !GFP_CTHD%CLNAME='SURFRAYT THER DE',
 /
 &NAMARPHY
 /
 &NAMCA
 /
 &NAMCAPE
  GCAPEPSD=5000.,
 /
 &NAMCFU
   LCUMFU=.TRUE.,
   LSTRD=.TRUE.,
   LSTRT=.TRUE.,
   LFPLC=.TRUE.,
   LFPLS=.TRUE.,
   LFR=.TRUE.,
   LFSF=.TRUE.,
   LRAYD=.TRUE.,
   LRAYS=.TRUE.,
 /
 &NAMCHEM
 /
 &NAMCHET
 /
 &NAMCHK
 /
 &NAMCLA
 /
 &NAMCLDP
 /
 &NAMCLI
 /
 &NAMCLOP15
 /
 &NAMCLTC
 /
 &NAMCOK
 /
 &NAMCOM
 /
 &NAMCOSJO
 /
 &NAMCOUPLO4
 /
 &NAMCT0
   LSPRT=.TRUE.,
   LRPLANE=.TRUE.,
   LTWOTL=.TRUE.,
   LREGETA=.FALSE.,
   LVFE_REGETA=.TRUE.,
   NFPOS=1,
   !NFPOS=0,
   NFRHIS=1,
   NHISTS(0)=-79,-0,-1,-2,-3,-4,-5,-6,-7,-8,-9,-10,-11,-12,-13,-14,-15,-16,-17,-18,-19,-20,-21,-22,-23,-24,-25,-26,-27,-28,-29,-30,-31,-32,-33,-34,-35,-36,-37,-38,-39,-40,-41,-42,-43,-44,-45,-46,-47,-48,-49,-50,-51,-52,-53,-54,-55,-56,-57,-58,-59,-60,-61,-62,-63,-64,-65,-66,-67,-68,-69,-70,-71,-72,-73,-74,-75,-76,-77,-78,
   NFRPOS=1,
   NPOSTS=-79,-0,-1,-2,-3,-4,-5,-6,-7,-8,-9,-10,-11,-12,-13,-14,-15,-16,-17,-18,-19,-20,-21,-22,-23,-24,-25,-26,-27,-28,-29,-30,-31,-32,-33,-34,-35,-36,-37,-38,-39,-40,-41,-42,-43,-44,-45,-46,-47,-48,-49,-50,-51,-52,-53,-54,-55,-56,-57,-58,-59,-60,-61,-62,-63,-64,-65,-66,-67,-68,-69,-70,-71,-72,-73,-74,-75,-76,-77,-78,
   NFRSDI=12,
   NFRGDI=1,
   NFRISP=1,
   LFBDAP=.TRUE.,
   NPRINTLEV=1,
   LOPT_SCALAR=.TRUE., !SB
 /
 &NAMCT1
   LRFILAF=.FALSE.,
   N1ISP=0,
   N1RES=0,
 /
 &NAMCUMF
 /
 &NAMCUMFS
 /
 &NAMCVER
   LVERTFE=.TRUE.,
   NVSCH=3,
 /
 &NAMCVMNH
 /
 &NAMDDH
 /
 &NAMDFI
 /
 &NAMDIM
  NPROMA=-15,
 /
 &NAMDIMO
 /
 &NAMDPHY
 /
 &NAMDYN
   RRDXTAU=123.,
   RDAMPT=1.,
   RDAMPDIV=1.,
   RDAMPDIVS=10., ! local enhancing coefficient for HDS diffusion of divergence
   RDAMPVOR=1.,
   RDAMPVORS=10., ! local enhancing coefficient for HDS diffusion of vorticity
   RDAMPQ=0.,
   REXPDH=2.,
   SLEVDH=0.1,
   SLEVDHS=1.,
   ZSLHDP1=1.7,
   SLHDA0=0.25,
   SLHDB=4.,
   SLHDD00=6.5E-05,
   ZSLHDP3=0.6,
   SDRED=1.,
   NITMP=2,
   LQMHW=.FALSE.,
   LQMHT=.FALSE.,
   LQMP=.FALSE.,
   LADVF=.TRUE.,
   LSETTLS=.TRUE.,
   NTLAG=3,
   NVLAG=3,
   NWLAG=3,
   REPS1=0.,
   REPS2=0.,
   REPSM1=0.,
   REPSM2=0.,
   REPSP1=0.,
   SITR=300.,
   VESL=0.,
   XIDT=0.,
   VMAX2=280.,
 /
 &NAMDYNA
   LAPRXPK=.TRUE.,
   LSLHD_W=.TRUE.,
   LSLHD_T=.TRUE.,
   LSLHD_GFL=.TRUE.,
   LSLHD_OLD=.FALSE.,
   SLHDEPSH=0.016,
   SLHDEPSV=0.016,
   SLHDKMAX=6.,
   SLHDKMIN=-0.6,
 /
 &NAMDYNCORE
 /
 &NAMEMIS_CONF
 /
 &NAMENKF
 /
 &NAMFA
   NVGRIB=2,
   NBITCS=-1,
   NBITPG=-1,
   NSTRON=-1,
 /
 &NAMFPC
   CFPFMT='LALON',
   CFPDOM(1)='LALO',
   LFPMOIS=.FALSE.,
   NFPCLI=3,
   NFPGRIB=1,
   CFP2DF(01)='SURFPRESSION',
   CFP2DF(02)='MSLPRESSURE',
   CFP2DF(03)='SPECSURFGEOPOTEN',
   CFP2DF(04)='SURFCAPE.POS.F00',
   CFP2DF(05)='SURFCIEN.POS.F00',
   CFP3DF(01)='GEOPOTENTIEL',
   CFP3DF(02)='TEMPERATURE',
   CFP3DF(03)='VENT_ZONAL',
   CFP3DF(04)='VENT_MERIDIEN',
   CFP3DF(05)='HUMI_RELATIVE',
   CFP3DF(06)='PRESSURE',
   CFP3DF(07)='VITESSE_VERTICALE',
   CFP3DF(08)='VORTICITY',
   CFP3DF(09)='DIVERGENCE',
   CFP3DF(10)='THETA_EQUIVAL',
   CFP3DF(11)='POT_VORTICITY',
   CFP3DF(12)='ABS_VORTICITY',
   CFP3DF(13)='TEMPE_POTENT',
   CFP3DF(14)='TKE',
   CFP3DF(15)='THETA_PRIM_W'
   !CFP3DF(15)='RAIN',
   !CFP3DF(16)='SNOW',
   !CFP3DF(17)='SOLID_WATER',
   !CFP3DF(18)='LIQUID_WATER',
   CFPCFU(01)='SURFPREC.EAU.GEC',
   CFPCFU(02)='SURFPREC.EAU.CON',
   CFPCFU(03)='SURFPREC.NEI.GEC',
   CFPCFU(04)='SURFPREC.NEI.CON',
   CFPCFU(05)='SURFRAYT THER DE',
   CFPCFU(06)='SURFRAYT DIR SUR',
   CFPCFU(07)='SURFFLU.RAY.SOLA'
   CFPCFU(08)='SURFRAYT SOLA DE',
   CFPPHY(01)='SURFGEOPOTENTIEL',
   CFPPHY(02)='SURFIND.TERREMER',
   CFPXFU(01)='CLSVENT.ZONAL',
   CFPXFU(02)='CLSVENT.MERIDIEN',
   CFPXFU(03)='CLSTEMPERATURE',
   CFPXFU(04)='CLSHUMI.RELATIVE',
   CFPXFU(05)='CLSU.RAF.MOD.XFU',
   CFPXFU(06)='CLSV.RAF.MOD.XFU',
   CFPXFU(07)='CLSMAXI.TEMPERAT',
   CFPXFU(08)='CLSMINI.TEMPERAT',
   CFPXFU(09)='SURFNEBUL.TOTALE',
   CFPXFU(10)='SURFNEBUL.CONVEC',
   CFPXFU(11)='SURFNEBUL.HAUTE',
   CFPXFU(12)='SURFNEBUL.MOYENN',
   CFPXFU(13)='SURFNEBUL.BASSE',
   CFPXFU(14)='CLPMOCON.MOD.XFU',
   CFPXFU(15)='CLPMHAUT.MOD.XFU',
   CFPXFU(16)='SURFCAPE.MOD.XFU',
   RFP3P(01)=10000.,
   RFP3P(02)=20000.,
   RFP3P(03)=25000.,
   RFP3P(04)=30000.,
   RFP3P(05)=40000.,
   RFP3P(06)=50000.,
   RFP3P(07)=60000.,
   RFP3P(08)=70000.,
   RFP3P(09)=85000.,
   RFP3P(10)=92500.,
   RFP3P(11)=95000.,
   RFP3P(12)=100000.,
   RFP3H(01)=80.,
   RFP3H(02)=2.,
   !RFP3H(03)=30.,
   !RFP3H(04)=50.,
   !RFP3H(05)=100.,
   !RFP3H(06)=150.,
   !RFP3PV(1)=1.5E-6,
   !RFP3PV(2)=2.E-6,
   !LFITV=.TRUE.,
   LFPCAPEX=.T.,
   NFPCAPE=3,
   RFPVCAP=7000.,
   !LFITP=.TRUE.,
 /
 &NAMFPD
   NLAT=201,
   NLON=201,
   RLONC(1)=25.5,
   RLATC(1)=45.5,
   RDELX(1)=0.085,
   RDELY(1)=0.06,
 /
 &NAMFPDY2
 /
 &NAMFPDYF
 /
 &NAMFPDYH
 /
 &NAMFPDYI
 /
 &NAMFPDYP
 /
 &NAMFPDYS
 /
 &NAMFPDYT
 /
 &NAMFPDYV
 /
 &NAMFPF
 /
 &NAMFPG
 /
 &NAMFPIOS
   NFPXFLD=200,
 /
 &NAMFPMOVE
 /
 &NAMFPPHY
 /
 &NAMFPSC2
  /
&NAMFPSC2_DEP
  /
 &NAMGEM
   REFLKUO=5000.,
 /
 &NAMGFL
   YQ_NL%LSP=.TRUE.,   ! Specific humidity
   YQ_NL%LGP=.FALSE.,
   YQ_NL%LGPINGP=.FALSE.,
   YQ_NL%LADV=.TRUE.,
   YQ_NL%LREQOUT=.TRUE.,
   YQ_NL%LSLHD=.TRUE.,
   YQ_NL%LQM=.FALSE.,
   YQ_NL%LQMH=.FALSE.,
   YQ_NL%LHV=.FALSE.,
   YQ_NL%LVSPLIP=.FALSE.,
   YTKE_NL%LSP=.FALSE., 
   YTKE_NL%LGP=.TRUE.,  ! Turbulent Kinetic Energy
   YTKE_NL%LGPINGP=.FALSE.,
   YTKE_NL%LADV=.TRUE.,
   YTKE_NL%NREQIN=-1,
   YTKE_NL%REFVALI=0.,
   YTKE_NL%LREQOUT=.FALSE.,
   YTKE_NL%NCOUPLING=0,
   YTKE_NL%LSLHD=.TRUE.,
   YTKE_NL%LCDERS=.FALSE.,
   YTKE_NL%LHV=.FALSE.,
   YTKE_NL%LT5=.FALSE.,
   YTKE_NL%LQM=.FALSE.,
   YTKE_NL%LQMH=.FALSE.,
   YTKE_NL%LVSPLIP=.FALSE.,
   YL_NL%LSP=.FALSE.,  
   YL_NL%LGP=.TRUE., ! Liquid water
   YL_NL%LGPINGP=.FALSE.,
   YL_NL%LADV=.TRUE.,
   YL_NL%NREQIN=-1,
   YL_NL%REFVALI=0.,
   YL_NL%LREQOUT=.FALSE.,
   YL_NL%NCOUPLING=0,
   YL_NL%LSLHD=.TRUE.,
   YL_NL%LQM=.FALSE.,
   YL_NL%LQMH=.FALSE.,
   YI_NL%LSP=.FALSE.,  
   YI_NL%LGP=.TRUE., ! Ice water
   YI_NL%LGPINGP=.FALSE.,
   YI_NL%LADV=.TRUE.,
   YI_NL%NREQIN=-1,
   YI_NL%REFVALI=0.,
   YI_NL%LREQOUT=.FALSE.,
   YI_NL%NCOUPLING=0,
   YI_NL%LSLHD=.TRUE.,
   YI_NL%LQM=.FALSE.,
   YI_NL%LQMH=.FALSE.,
   YR_NL%LSP=.FALSE., 
   YR_NL%LGP=.TRUE., ! Rain
   YR_NL%LGPINGP=.FALSE.,
   YR_NL%LADV=.TRUE.,
   YR_NL%NREQIN=-1,
   YR_NL%REFVALI=0.,
   YR_NL%LREQOUT=.FALSE.,
   YR_NL%NCOUPLING=0,
   YR_NL%LSLHD=.FALSE.,
   YR_NL%LQM=.FALSE.,
   YR_NL%LQMH=.FALSE.,
   YS_NL%LSP=.FALSE.,   
   YS_NL%LGP=.TRUE., ! Snow
   YS_NL%LGPINGP=.FALSE.,
   YS_NL%LADV=.TRUE.,
   YS_NL%NREQIN=-1,
   YS_NL%REFVALI=0.,
   YS_NL%LREQOUT=.FALSE.,
   YS_NL%NCOUPLING=0,
   YS_NL%LSLHD=.FALSE.,
   YS_NL%LQM=.FALSE.,
   YS_NL%LQMH=.FALSE.,
   YUOM_NL%LGP=.TRUE.,  ! Updraught vert velocity
   YUOM_NL%LADV=.TRUE.,
   YUOM_NL%NREQIN=-1,
   YUOM_NL%REFVALI=0.,
   YUOM_NL%LREQOUT=.FALSE.,
   YUOM_NL%LSLHD=.FALSE.,
   YUOM_NL%LQM=.FALSE.,
   YUOM_NL%LQMH=.FALSE.,
   YUAL_NL%LGP=.TRUE.,   ! Updraught mesh fraction
   YUAL_NL%LADV=.TRUE.,
   YUAL_NL%NREQIN=-1,
   YUAL_NL%REFVALI=0.,
   YUAL_NL%LREQOUT=.FALSE.,
   YUAL_NL%LSLHD=.FALSE.,
   YUAL_NL%LQM=.FALSE.,
   YUAL_NL%LQMH=.FALSE.,
   YDOM_NL%LGP=.TRUE.,   ! Downdraught vert velocity
   YDOM_NL%LADV=.TRUE.,
   YDOM_NL%NREQIN=-1,
   YDOM_NL%REFVALI=0.,
   YDOM_NL%LREQOUT=.FALSE.,
   YDOM_NL%LSLHD=.FALSE.,
   YDOM_NL%LQM=.FALSE.,
   YDOM_NL%LQMH=.FALSE.,
   YDAL_NL%LGP=.TRUE.,  ! Downdraught mesh fraction
   YDAL_NL%LADV=.TRUE.,
   YDAL_NL%NREQIN=-1,
   YDAL_NL%REFVALI=0.,
   YDAL_NL%LREQOUT=.FALSE.,
   YDAL_NL%LSLHD=.FALSE.,
   YDAL_NL%LQM=.FALSE.,
   YDAL_NL%LQMH=.FALSE.,
   YSPF_NL%NREQIN=0,     ! Stratiform precipitation flux
   YCPF_NL%NREQIN=0,     ! Convective precipitation flux
   YUNEBH_NL%LGP=.TRUE., ! Pseudi Hist Conv cloud fraction
   YUNEBH_NL%NREQIN=-1,
   YUNEBH_NL%REFVALI=0.,
   YUNEBH_NL%LREQOUT=.FALSE.,
   YUNEBH_NL%LADV=.TRUE.,
   YUEN_NL%LADV=.F.,  
   YUEN_NL%LGP=.T.,   ! Updraught entrainment
   YUEN_NL%LREQOUT=.F.,
   YUEN_NL%NREQIN=-1,
   YUEN_NL%REFVALI=0.,
 /
 &NAMGRIB
 /
 &NAMGWD
 /
 &NAMGWWMS
 /
 &NAMICE
 /
 &NAMINI
   LDFI=.F.,
   !NEINI=0,
 /
 &NAMIOMI
 /
 &NAMIOS
 /
 &NAMIO_SERV
 /
 &NAMJBCODES
 /
 &NAMJFH
 /
 &NAMJG
 /
 &NAMLCZ
 /
 &NAMLSFORC
 /
 &NAMMARS
 /
 &NAMMCC
 /
 &NAMMCUF
 /
 &NAMMKODB
 /
 &NAMMODERR
 /
 &NAMMTS
 /
 &NAMMWAVE
 /
 &NAMNPROF
 /
 &NAMNUD
 /
 &NAMOBS
 /
 &NAMONEDVAR
 /
 &NAMOPH
   LINC=.TRUE.,
   CFNHWF='ECHALAD',
   NCADFORM=1,
 /
 &NAMOPTCMEM
 /
&NAMPAR0
  LMPOFF=.T.,
  MBX_SIZE=992000000,
  NPROC=36,
  NPRGPNS=12,
  NPRGPEW=3,
  NPRTRW=12,
  NPRTRV=3,
  !NPRGPNS=12,
  !NPRGPEW=3,
  !NPRTRW=12,
  !NPRTRV=3,
  MP_TYPE=2,
  NOUTPUT=1,
/
&NAMPAR1
  LEQ_REGIONS=.F.,
  LSLONDEM=.T.,
  LSPLIT=.F.,
  NCOMBFLEN=1800000,
  NSTRIN=36,
  NSTROUT=12,
  !NSTROUT=1,
/
 &NAMPARAR
 /
 &NAMPHMSE
 /
 &NAMPHY
   NPHYREP=-4,      ! reproducibility switch
   L3MT=.TRUE.,     ! switch for 3MT scheme - general
   LCVRA=.FALSE.,   ! old convection scheme (ACCVIMP, ACCVIMPD)
   LSTRA=.FALSE.,   ! old stratiform precipitation scheme ACPLUIE
   LCVPRO=.TRUE.,   ! prognostic updraft in 3MT
   LCDDPRO=.TRUE.,  ! prognostic downdraft in 3MT
   LCVGQD=.FALSE.,  ! only dynamic moisture convergence: convection closure
   LCVGQM=.TRUE.,   ! modulation of moisture convergence closure
   LRCVOTT=.FALSE., ! protection of convective rain against evap. – obsolete
   LNEBCV=.TRUE.,   ! protection of convective cloudiness in adjustment: 3MT
   NIMELIT=2,       ! convective condensation - iteration of melting effect
   LSCMF=.TRUE.,    ! significant mesh fractions - ACCVUD
   LENTCH=.TRUE.,   ! adaptive detrainment with memory
   LDIFCONS=.TRUE., ! vertical diffusion of conservative variable
   LCONDWT=.TRUE.,  ! prognostic cloud condensates
   LSTRAPRO=.FALSE.,! prognostic stratiform precipitation, convection treated differently, no 3MT
   LXRCDEV=.TRUE.,  ! Xu-Randall condensation scheme
   LVOIGT=.TRUE.,   ! radiation scheme ACRANEB - Voigt effect
   LVFULL=.FALSE.,  ! radiation scheme ACRANEB - full Voigt effect
   LPTKE=.TRUE.,    ! pseudo-prognostic TKE scheme
   LFPCOR=.TRUE.,   ! smoothing convective precipitation flux for use in convective cloudiness computation; inactive in 3MT, needed with ACCVIMP
   LNOIAS=.TRUE.,   ! convective scheme - no activity when dry instability
   LNEWSTAT=.TRUE., ! statistics for radiation NER scheme (ACRANEB)
   LREWS=.TRUE.,    ! radiation scheme ACRANEB - Exchange with surface
   LNEBNXR=.TRUE.,  ! Xu-Randall radiation cloudiness
   LRMIX=.TRUE.,    ! radiation scheme ACRANEB
   LRPROX=.TRUE.,   ! radiation scheme ACRANEB
   LRSTAB=.TRUE.,   ! radiation scheme ACRANEB
   LRTDL=.TRUE.,    ! radiation scheme ACRANEB
   LRTPP=.TRUE.,    ! radiation scheme ACRANEB
   LRNUMX=.TRUE.,   ! radiation scheme - maximum-random overlap
   LNEWD=.TRUE.,    ! gravity wave drag - new scheme ((2004)
   LGLT=.TRUE.,     ! gravity wave drag - mountain lift
   LRRGUST=.TRUE.,  ! moist gustiness
   LRAYLU=.FALSE.,  ! moonlight
   LQXRTGH=.TRUE.,  ! saturation TANH asymptot curve in Xu-Randall radiation
   LHUCN=.TRUE.,    ! saturation TANH asymptot curve in Xu-Randall radiation
   LPRGML=.TRUE.,   ! PBL-height dependent mixing length
   LCLSATUR=.TRUE., ! radiation treatment of clouds
   CGMIXLEN='AY',   ! mixing length choice in turbulence
   LACPANMX=.TRUE., ! switch for mixed cloud overlap (diagnostics only)
   LPHSPSH=.TRUE.,  ! sensible heat of precipitation taken into account
   LVGSN=.TRUE.,    ! soil scheme - combine vegetation and snow
   LO3ABC=.TRUE.,   ! Ozone profiles
   LRSTAER=.FALSE., ! aerosols - we use new aerosols!
   LAERODES=.TRUE., ! aerosols - radiation
   LAEROLAN=.TRUE., ! aerosols - radiation
   LAEROSEA=.TRUE., ! aerosols - radiation
   LAEROSOO=.TRUE., ! aerosols - radiation
 /
 &NAMPHY0
   GDDEVF=0.12,      ! Downdraught: FOR ACMODO, CFR GDDEVA IN ACCVIMP
   RAUTEFR=1.E-03,   ! Microphysique Lopez: EFFICIENCY FOR AUTOCONVERSION OF WATER->RAIN
   RAUTEFS=1.E-03,   ! Microphysique Lopez: EFFICIENCY FOR AUTOCONVERSION OF ICE->SNOW
   RQLCR=3.E-04,     ! CRITICAL LIQUID WATER CONTENT FOR AUTOCONVERSION OF STRATIFORM CLOUD WATER
   RQICRMAX=5.E-05,  ! MAXIMUM CRITICAL ICE CONTENT FOR AUTOCONVERSION OF STRATIFORM ICE
   RQICRMIN=8.E-07,  ! MINIMUM CRITICAL ICE CONTENT FOR AUTOCONVERSION OF STRATIFORM ICE
   SCLESPR=248000.,  ! For ALARO-0: CRITICAL LENGTH SCALE FOR CLOUD-DEPENDENT LIQUID COND.
   SCLESPS=15500.,   ! For ALARO-0: CRITICAL LENGTH SCALE FOR CLOUD-DEPENDENT SOLID COND.
   HUCRED=1.,        ! For ALARO-0: REDUCTION COEFFICIENT TO CRITICAL RELATIVE HUMIDITY DEFICIT
   NUPTKE=0.52,      ! TOUCANS / (eventually pTKE): TUNABLE VALUE FOR PSEUDO TKE SCHEME FOLLOWING
                     ! REDELSBERGER, MAHE & CARLOTTI (2001) EQUAL TO ( C_k * C_{epsilon} )^{1/4})
   ALMAV=200.,       ! MOMENTUM EXCHANGE ASYMPTOTIC MIXING LENGTH
   BEDIFV=0.1,       ! FORM COEFFICIENT FOR THE VERTICAL DIFFUSION PROFILE
   QSSC=400.,        ! DRY STATIC ENERGY THRESHOLD FOR SHALLOW CONVECTION COMPUTATIONS
   QSSUSC=0.75,      ! DEFINING CONDENSATED WATER FROM CONVECTIVE PRECIPITATION
   QSSUSS=0.4,       ! DEFINING CONDENSATED WATER FROM SUPERSATURATION
   QSUSXC=0.0002,    ! MAXIMUM QL+QI AT THE GRID-POINT SCALE, DEEP CONVECTION PART
   QSUSXS=0.0003,    ! MAXIMUM QL+QI AT THE GRID-POINT SCALE, RESOLVED AND SHALLOW CONVECTION PART
   QSSUSV=250.,      ! DEFINING CONDENSATED WATER FROM SUPERSATURATION
   QXRAL=130.,       ! XU ET RANDALL CLOUDINESS COMPUTATION (ACNEBXR)
   QXRDEL=0.5,       ! XU ET RANDALL CLOUDINESS COMPUTATION (ACNEBXR)
   QXRR=0.25,        ! XU ET RANDALL CLOUDINESS COMPUTATION (ACNEBXR)
   GWDCD=5.4,        ! DRAG COEFFICIENT FOR FOR THE LOW LEVEL G.W.D.
   GWDLT=1.,         ! SURFACE LIFT COEFF. FOR THE G.W.D.
   GWDSE=0.02,       ! ASPECT RATIO TYPE COEFF. AT THE SURF. FOR THE G.W.D.
   GWDVALI=0.5,      ! VALLEYS DECOUPLING COEFF. FOR THE G.W.D.
   VZ0CM=1.0E-04,    ! (NEUTRAL) MINIMUM ROUGHNESS LENGTH OVER THE OCEAN
   VZIUSTAR0=12.,    ! SCALING INVERSE ROUGHNESS VELOCITY
   EDD=1.,           ! DETERMINES CD AND CH IN THE ASYMPTOTIC STABLE REGIME
   USURICL=4.,       ! COEFFICIENT RELATING RICHARDSON NUMBER COMPUTATION TO HEIGHT
   TDDGP=0.8,        ! Downdraught Horizontal Grad p  effect coefficient (Kershaw & Gregory)
   TENTR=5.E-06,     ! CONVECTIVE UPDRAFT'S ENTRAINMENT RATE 
   TENTRX=1.6E-04,   ! MAXIMUM CONVECTIVE UPDRAFT'S ENTRAINMENT RATE
   GCVNU=1.E-05,     ! ENTRAINMENT RATE TO COMPUTE DILUTE PLUME BUOYANCY
   GCVALFA=4.5E-05,  ! COEFFICIENT TO COMPUTE ENTRAINMENT RATE FROM CLOUD BUOYANCY
   GCVPSI=1.,        ! ADIMENSIONAL COEFFICIENT TO GO FROM A LOCAL USE OF TURBULENT FLUXES (IF 1) TO AN INTEGRAL ONE (IF 0)
   GCVPSIE=1.,       ! THE NORMALIZATION INTEGRAL OF TURBULENT FLUXES, UNDER LCVLIS SWITCH (IF 0 => PQSAT IS USED, IF 1 => PQSAT*P**GCVPSIE)
   GCVTAUDE=900.,    ! TIME CONSTANT FOR CONVECTIVE CLOUDINESS
   HUCOE=1.4,        ! FIRST COEFFICIENT IN THE SIGMA COORD.'S FUNCTION DEFINING PHUC(KLEV)
   RPHI0=1250.,      ! TUNING OF THE COOLING INSIDE AN INVERSION FOR COMPUTATION OF LOW-LEVEL STRATUS CLOUDINESS
   USURID=0.048,     ! INVERSE TRANSITION RICHARDSON NUMBER TO COMPUTE THE CONVERGENCE ORDER OF THE RICHARDSON NUMBER TO THE CRITICAL RICHARDSON NUMBER
   USURIDE=0.25,     ! EXPONENT IN THE COMPUTATION OF THE LOCAL CRITICAL RICHARDSON NUMBER
   USURIC=1.,        ! INVERSE CRITICAL RICHARDSON NUMBER
   USURICE=0.5,      ! HEIGHT EXPONENT IN RICHARDSON NUMBER COMPUTATION
   RCVEVAP=0.25,     ! MODULATION FACTOR FOR CONVECTIVE EVAPORATION
   REVGSL=15.,       ! RATIO OF THE SPEED OF EVAP. OF PRECIP. "ICE/WATER"
   RCIN=1.,          ! MODULATION IN THE CONVECTIVE CLOUD PROFILE COMPUTATION
   WMXOV=0.8,        ! WEIGHT OF MAXIMUM CLOUD OVERLAP COMPUTATION IN ACNPART
   GCISMIN=5.5E-04,  ! MINIMUM VALUE OF SHEAR USED IN TURBULENT COMPUTATIONS
   GCOMOD=0.,        ! EXPONENT USED IN MODULATION OF MOISTURE CONVERGENCE AND CAPE CONSUMPTION (DEEP CONVECTION)
   GCVACHI=20.,      ! Activity History, absolute minimum draught advected velocity to declare continued activity whichever be ZKUO
   GENVSRH=1.,       ! Updraught: ENTRAINMENT DEPENDENCY ON RELATIVE HUMIDITY RATIO BETWEEN CLOUD AND ENVIRONMENT - DRIVING PARAMETER
   GPEFDC=0.18,      ! Updraught: SCALING FACTOR OF PROGNOSTIC ENTRAINMENT
   QXRTGH=1.6,       ! XU ET RANDALL CLOUDINESS COMPUTATION (ACNEBXR)
   RHCEXPDX=0.3,     ! Microphysique Lopez: DX-MODULATION OF CRITICAL RELATIVE HUMIDITY COMPUTATION - XU-RANDALL
   RMULACVG=15.,     ! MODULATION OF THE CVGQ CLOSURE
   RWBF1=1600.,      ! For ALARO-0: FIRST TUNING CONSTANT FOR BERGERON FINDEISEN PROCESS
   TDDFR=0.0012,     ! Prognostic convection scheme: DOWNDRAUGHT DISSIPATION COEFFICIENT
   TENTRD=1.6E-04,   ! DOWNDRAUGHT ENTRAINMENT RATE (s^2/m^2)
 /
 &NAMPHY1
 /
 &NAMPHY2
   XDAMP=1.,        ! DAMPING FACTOR USED IN THE NEW TREATMENT OF SHALLOW CONVECTION: IF ZERO => OLD TREATMENT; IF /= 0 => XMUCVPP SHOULD BE ZERO
   LMULAF=.TRUE.,   ! CONTROL "ANTI-FIBRIL." ON VERTICAL
   XMULAF=-1.85,    ! "ANTI-FIBRIL." FACTOR (1. RECOMMENDED IF ACTIVATED)
   FACRAF=10.,      ! COEFFICIENT FOR THE COMPUTATION OF TURBULENT GUSTS
 /
 &NAMPHY3
 /
 &NAMPHYDS
 /
 &NAMPONG
 /
 &NAMPPC
   LMOVPH=.FALSE.,
 /
 &NAMPPVI
 /
 &NAMPRE
 /
 &NAMRAD15
 /
 &NAMRADCMEM
 /
 &NAMRCF
 /
 &NAMRCOEF
 /
 &NAMRES
 /
 &NAMRGRI
 /
 &NAMRINC
 /
 &NAMRIP
 /
 &NAMRLX
 /
 &NAMSATS
 /
 &NAMSCC
 /
 &NAMSCEN
 /
 &NAMSCM
 /
 &NAMSEKF
 /
 &NAMSENS
 /
 &NAMSIMPHL
 /
 &NAMSPNG
 /
 &NAMSPSDT
 /
 &NAMSTA
 /
 &NAMSTOPH
 /
 &NAMSWE
 /
 &NAMTESTVAR
 /
 &NAMTHLIM
 /
 &NAMTOPH
   ETCVIM=0.,
   ETNEBU=0.,
   ETPLUI=0.,
   XDRMTK=6.E-08,
   XDRMTP=800.,
   XDRMUK=3.E-07,
   XDRMUP=800.,
 /
 &NAMTRAJP
 /
 &NAMTRANS
 /
 &NAMTS
 /
 &NAMVAR
 /
 &NAMVARBC
 /
 &NAMVARBC_AIREP
 /
 &NAMVARBC_ALLSKY
 /
 &NAMVARBC_GBRAD
 /
 &NAMVARBC_RAD
 /
 &NAMVARBC_SFCOBS
 /
 &NAMVARBC_TCWV
 /
 &NAMVARBC_TO3
 /
 &NAMVAREPS
 /
 &NAMVDOZ
 /
 &NAMVOLCANO
 /
 &NAMVRTL
 /
 &NAMVV0
 /
 &NAMVV1
 /
 &NAMVWRK
 /
 &NAMWAVELETJB
 /
 &NAMXFU
   LTXNEB=.TRUE.,
   LXCLP=.TRUE., 
   LXCLS=.TRUE.,
   LXFU=.TRUE.
   LXICV=.TRUE.,
   LXNEBTT=.TRUE.,
   LXNEBPA=.TRUE.,
   LXPLC=.TRUE.,
   LXPLS=.TRUE.,
   LXQCLS=.TRUE., 
   LXR=.TRUE.,
   LXSOIL=.TRUE.,
   LXTGST=.TRUE.,
   LXTRC=.TRUE.,
   LXTRD=.TRUE.,
   LXTRT=.TRUE.,
   LXTTCLS=.TRUE.,
 /
 &NAM_CANAPE
 /
 &NAM_DISTRIBUTED_VECTORS
 /
 &NAPHLC
 /
 &NEMCT0
 /
 &NEMDIM
 /
 &NEMDYN
 /
 &NEMELBC0A
   LQCPL=.TRUE.,
   NBICOP=2,
   NBICOT=2,
   NBICOU=2,
   NECRIPL=1,
 /
 &NEMELBC0B
   TEFRCL=10800.,
 /
 &NEMFPEZO
 /
 &NEMGEO
 /
 &NEMJK
 /
 &NEMVAR
 /
 &NEMWAVELET
 /
 &NAMARG
   CNMEXP='OPER',
   NCONF=1,
   LELAM=.TRUE.,
   LECMWF=.FALSE.,
!   CUSTOP='h78',   ! Forecast range
   CUSTOP='h78',   ! Forecast range
   TSTEP=240,
   LSLAG=.TRUE.,
   NSUPERSEDE=1,      ! date and geometry are read in intial file
 /
 &NAMINTFLEX
 /