EXSEG1.nam

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! EXSEG1.nam to test 3D PPM scheme
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!
! input file names
!
&NAM_LUNITn  CINIFILE = "TEST_MNT_2D" /
!
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! configuration of model n
!
&NAM_CONFn   LUSERV =.FALSE.,		! use rv as prognostic var
             LUSERC =.FALSE.,		! use rc, cloud (REVE)
             LUSERR =.FALSE.,		! use rr, rain  (KESS)
             LUSERI =.FALSE.,		! use ri, ice   (ICE3)
             LUSERS =.FALSE.,		! use rg, graupel
             LUSERG =.FALSE.,		! use rh, hail
             LUSECI =.FALSE.,		! use ri, ice
             NSV_USER = 0 /		! number of passive tracer vars.
!
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!
! dynamical parameters of the model n
!
&NAM_CONFIO  LCDF4=T, LLFIOUT=F, LLFIREAD=F /
&NAM_DYNn    XTSTEP         = 10.,	! time step in seconds
	     CPRESOPT       ='CGRAD',	! type of pressure solver, using
					! Richardson method
	     NITR           = 4,	! number of iterations
             LITRADJ        = T ,
	     XRELAX         = 1.0,	! relaxation factor in RICHA
             LHORELAX_UVWTH =.FALSE.,	! horiz. relaxation on the top
					! of the model for U, V, W, TH
             LHORELAX_RV    =.FALSE.,	
             LHORELAX_RC    =.FALSE.,
             LHORELAX_RR    =.FALSE.,
             LHORELAX_RI    =.FALSE.,
             LHORELAX_RS    =.FALSE.,
             LHORELAX_RG    =.FALSE.,
             LHORELAX_RH    =.FALSE.,
             LHORELAX_TKE   =.FALSE.,
             LHORELAX_SV    =.FALSE.,
             LVE_RELAX      =.TRUE.,	! vertical relaxation on the top
					! of the model
	     NRIMX	    = 0,	! num of points in horiz. relax.
	     NRIMY	    = 0,	! num of points in horiz. relax.
             XRIMKMAX       = 0.0004,	! max value of relax. coef. (1/s)
					! for lateral relax., but also used
					! in open BC !! (0.0004)
             XT4DIFU        = 500. /	! e-folding time for numerical 
					! diffusion of 4th order (s)
                                        ! 1000 for squall line test
					! 1500 before
!
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!
! scalar advection schemes of model n
! 
&NAM_ADVn    CUVW_ADV_SCHEME= 'CEN4TH', ! for momentum (u,v,w)
             CTEMP_SCHEME='RKC4',
	     CMET_ADV_SCHEME= 'PPM_00',	! for meteorological vars (wind)
	     CSV_ADV_SCHEME= 'PPM_00' /

!
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!
! parametrizations used in the model n
!
&NAM_PARAMn  CTURB   = "NONE",		! turbulence (TKEL)
             CRAD    = "NONE",		! radiation
             CCLOUD  = "NONE",		! cloud (REVE,KESS,ICE3)
             CDCONV  = "NONE" /		! deep convection
!
! boundary conditions for the model n
!
&NAM_LBCn    CLBCX = 2*"CYCL",		! boundary condition in x
             CLBCY = 2*"CYCL",		! boundary condition in y
	     XCPHASE = 20.0 /		! phase speed of outgoing 
					! gravity waves
!
! global configuration parameters
!
&NAM_CONF    
!            CCONF    = "START",	! start new run, restart or post
             LFLAT    = .FALSE.,	! topography or not
	     CEQNSYS  = 'DUR',		! what type of anelastic approx.
             LFORCING = .FALSE.,	! use external forcing
             NMODEL   = 1,		! number of nested models
             NVERB    = 0,		! verbosity level
	     NHALO    = 1,		! size of the halo for parallel.
	     CSPLIT   = 'YSPLITTING',	! type of domain splitting for 
					! parallel distribution
	     LLG      = .FALSE.,	! switch to LaGrangian variables
	     LINIT_LG = .FALSE.,	!
	     LNOMIXLG = .FALSE.,	!
             CEXP     = "HYDRO",	! experiment name (5 char.)
             CSEG     = "CEN4T",	! segment name, future run, 5 ch
             JPHEXT=1,NHALO=1/
!
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!
! global parameters for dynamics
! 
&NAM_DYN
            XSEGLEN   = 15000.,
!             XSEGLEN   = 400.,            ! length of the simulation in s 
             XASSELIN  = 0.0,		! amplitude of Asselin temporal
					! filter
             LCORIO    = .FALSE.,       ! set Coriolis parameter
             LNUMDIFU  = .TRUE.,   	! use numerical diffusion
	     LZDIFFU   = .FALSE.,       ! Zangl diffusion with topography
	     XALKTOP   = 0.01,		! Rayleigh damping (1/s) at the
					! top of the upper sponge layer 5*U/a
             XALZBOT   = 13000. /	! height (in m) of the bottom of
					! the sponge layer
!
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!
! output times
!
!
&NAM_BACKUP   XBAK_TIME(1,1)=10.,
             XBAK_TIME(1,2)=10.,
            XBAK_TIME(1,3)=1500.,
             XBAK_TIME(1,4)=3000.,
             XBAK_TIME(1,5)=4500.,
             XBAK_TIME(1,6)=6000.,
            XBAK_TIME(1,7)=7500.,
             XBAK_TIME(1,8)=9000.,
             XBAK_TIME(1,9)=10500.,
             XBAK_TIME(1,10)=12000.,
            XBAK_TIME(1,11)=13500.,
             XBAK_TIME(1,12)=15000./
!
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!
! ice parametrization
!
&NAM_PARAM_ICEn /

&NAM_NEBn LSUBG_COND = .FALSE.  /