ecearth3/sources/tm5mp/rc/meteo-tm5-produce-glb100x100_convec_ei.rc

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
! Settings to extre ERA-Interim convective fluxes.
!
! Inspired by settings from:
!   base/trunk/rc/meteo.produce_100x100_ei.rc
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
!  METEO RC FILE FOR PRE-PROCESSING OF BOTH EI AND OD MET FIELDS.
!
!
!  The following variables are used and should have been defined:
!
!   * in the main rcfile:
!
!       ! short names for regions:
!       my.region1   :  glb100x100
!
!       ! grid names for meteo input:
!       my.region1m  :  ${my.region1}
!
!       ! Number of model levels:
!       my.levs      : all
!
!       ! ECMWF meteo class ('ei' or 'od')
!       my.meteo.class : ei
!
!       ! file format: "tm5-nc" for netcdf, "tm5-hdf" for hdf
!       my.meteo.format     :  tm5-nc
!
!       ! call meteo setup script
!       my.tmm.setup.apply   :  T
!
!   * in the machine rc file:
!
!       ! local directory with unpacked meteo files:
!       my.meteo.dir          :  /scratch/shared/meteo
!
!       ! where to search of missing files ?
!       my.meteo.search       :  ec:ecfs[nlh]:TM/meteo
!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!
! The keys that define meteo usage have the form:
!
!   <key(s)>.<name(s)>
!
! or, if the property depends on the zoom region:
!
!   <key(s)>.<region_name>.<name(s)>
!
! The region_name is either a '*' or names like 'glb300x200' etc.
!
! Multipe names could apply to the same field; see the table below.
! A '*' applies to all fields.
! If more than name applies to a field, the last one defines the value.
! For example, the following 3 keys all apply to the 'oro' field,
! but the resulting temporal interpolation will be 'const' :
!
!     meteo.tinterp.*              :  interp3
!     meteo.tinterp.sfc.an         :  interp6
!     meteo.tinterp.oro            :  const
!
! Summary of possible name(s) :
!
!  field     name(s) that apply to this field
!  --------  ------------------------------------------------------
!  sp        ml                                            sp
!  mfw       ml                                 mflux_w
!  tsp       ml                                 mflux_w
!  mfu       ml                                 mflux_uv
!  mfv       ml                                 mflux_uv
!  T         ml                                            temper
!  Q         ml                                            humid
!  CLWC      ml                                 cloud
!  CIWC      ml                                 cloud
!  CC        ml                                 cloud
!  CCO       ml                                 cloud
!  CCU       ml                                 cloud
!  eu        ml                                 convec
!  ed        ml                                 convec
!  du        ml                                 convec
!  dd        ml                                 convec
!  oro       sfc  sfc.const           sfc.an               oro
!  lsm       sfc  sfc.const           sfc.an               lsm
!  ci        sfc  sfc.inst sfc.day    sfc.fc               ci
!  sst       sfc  sfc.inst            sfc.fc               sst
!  u10m      sfc  sfc.inst            sfc.fc               u10m
!  v10m      sfc  sfc.inst            sfc.fc               u10m
!  g10m      sfc  sfc.inst            sfc.fc               g10m
!  src       sfc  sfc.inst            sfc.fc               src
!  d2m       sfc  sfc.inst            sfc.fc               d2m
!  t2m       sfc  sfc.inst            sfc.fc               t2m
!  skt       sfc  sfc.inst            sfc.fc               blh
!  blh       sfc  sfc.inst            sfc.fc               skt
!  sshf      sfc  sfc.aver            sfc.fc               sshf
!  slhf      sfc  sfc.aver            sfc.fc               slhf
!  ewss      sfc  sfc.aver            sfc.fc               ewss
!  nsss      sfc  sfc.aver            sfc.fc               nsss
!  cp        sfc  sfc.aver            sfc.fc               cp
!  lsp       sfc  sfc.aver            sfc.fc               lsp
!  sf        sfc  sfc.aver            sfc.fc               sf
!  ssr       sfc  sfc.aver            sfc.fc               ssr
!  sd        sfc  sfc.inst sfc.day    sfc.fc               sd
!  swvl1     sfc  sfc.inst sfc.day    sfc.fc               swvl1
!  tv        sfc  sfc.inst sfc.day    sfc.an    veg
!  cvl       sfc  sfc.inst sfc.day    sfc.an    veg
!  cvh       sfc  sfc.inst sfc.day    sfc.an    veg
!  albedo    sfc  sfc.inst sfc.day    sfc.an               albedo
!  sr        sfc  sfc.inst sfc.day    sfc.an               sr
!  srols     sfc  sfc.inst sfc.day    sfc.an               srols
!
! Background:
!  o 'ml' and 'sfc' indicate model levels and surface level
!  o surface fields could have a constant value (sfc.const),
!    have instananeous values (sfc.inst), 
!    or averaged over an accumulation interval (sfc.aver).
!  o when meteo was produced by TMPP, some fields were stored
!    as daily averages (sfc.day)
!  o surface fields could originate from an ecmwf forecast (sfc.fc)
!    or from the analysis (sfc.an)
!  o group names apply to fields that usually belong together,
!    for example the vegation fields (veg)
!

!==================================================== 
! ~ get number of meteo levels, and set class variable for filenames
!====================================================

! ~ era interim
my.meteo.nlev     : 60
my.ecclass_ecl    : ${my.meteo.class}

!previously ECLEVS:
my.eclevs : ml${my.meteo.nlev}


!------------------------------
! name for choice of number of model levels (previously LEVS)
!------------------------------

#if "${my.levs}" in ["all",""] :
my.mlevs           : ml${my.meteo.nlev}
#elif "${my.levs}" in ["tropo25","tropo31","tropo34","ml40"] :
my.mlevs           : ${my.levs}
#else :
#error "unsupported number of model levels : ${my.levs}"
#endif



!------------------------------
! ** which files should be read ?
!------------------------------
!
! run time directory:
!meteo.dir : ${my.meteo.dir}

! read only selected fields:
meteo.read.*.*         : F
meteo.read.*.convec    : T

!
! ** temporal interpolation
!

!
! Temporal interpolation is defined first by general key:
!
!   meteo.tinterp.*      :  const6
!
! Optionally, different settings might be chosen for specific meteo:
!
!   sp mflux_uv mflux_w temper humid cloud convec surf.inst surf.aver surf.day albedo sr
!
! Possible time interpolations:
!  o month      : constant in month
!  o const      : constant
!  o const24    : constant in 24hr intervals [00:00,24:00]
!  o const6     : constant in 6hr intervals  [21:00,03:00]  [03:00,09:00]  ...
!  o const3     : constant in 3hr intervals  [22:30,01:30]  [01:30,04:30] ...
!  o interp6    : interpoloated between 00,     06,     12,     18
!  o interp6_3  : interpoloated between     03,     09,     15,     21
!  o interp3    : interpoloated between 00, 03, 06, 09, 12, 15, 18, 21
!  o aver6      : time averages over intervals ]00,06], [06,12], ...
!  o aver3      : time averages over intervals [00,03], [03,06], ...
!  o aver24     : time averages over interval  [00,24]
!  o aver24_3   : time averages over interval  [21,21]
!
!
! ~ fc fields are 3 hourly instantaneous,
!   except for the accumulated fields which have been averaged over 3 hour:
meteo.tinterp.*              :  interp3
meteo.tinterp.convec         :  aver3
meteo.tinterp.sfc.aver       :  aver3
!
! ~ an fields 6 hourly instantaneous; keep them constant, 
!   except oro and lsm which are constant:
meteo.tinterp.sfc.an         :  interp6
! ~ constant
meteo.tinterp.oro            :  const
meteo.tinterp.lsm            :  const
! ~ surface roughness Olsson/Ganzeveld is per month:
meteo.tinterp.srols          :  month
! ~ daily emissions:
meteo.tinterp.ch4fire        :  aver24


!==================================================== 
! ** source keys : file name to read ?
!==================================================== 
!
! TMM requires keys on how to form a meteo filename.
! A key should be defined for each region (names are in 'dims_grid.F90'):
!
!    tmm.sourcekey.glb600x400.*   : tmpp:class=od;type=fc;levs=ml60;grid=glb3x2;tres=_21p06
!
! Optionally, some specific fields might be read from a different set:
!
!    tmm.sourcekey.glb600x400.sp   : ecmwf:form=3hr;class=od;type=fc;nlev=60;sh=159;tres=_fc012up2tr3
!  
! Possible specific fields:
!
!    sp mflux_uv mflux_w temper humid cloud convec
!    surf oro lsm albedo sr 
!   
! Examples of source keys:
!
!   * tmpp:class=od;type=fc;levs=ml60;grid=glb3x2;tres=_21p06
!
!       Identifies the regular TMPP hdf files:
!          xxxx/od-fc-2000-01-ml60-glb3x2-uvsp_20000101_21p06.hdf
!             etc
!
!   * tmpp:class=od;type=fc;levs=ml60;grid=glb3x2;tres=_21p06;pathsep=\;namesep=\
!
!       Idem, but then for full Windows path names:
!          xxxx\od\fc\2000\01\ml60\glb3x2\uvsp_20000101_21p06.hdf
!             etc
!
!   * tm5-hdf:mdir=ec-fc012up2-ml60-tropo25-glb600x400;tres=_00p06
!
!       TM5 produced meteo files, hdf format.
!
!   * tm5-nc:mdir=ec-fc012up2-ml60-tropo25-glb600x400-<yyyy>;tres=_00p06
!
!       TM5 produced meteo files, netcdf format.
!       The '<yyyy>' key will be replaced by the year.
!
!   * msc-data:nlev=71;sh=47;mdir=cmam;type=iau;tres=_6hrly;sp_unit=hPa
!    
!   * ncep-gfs:
!   * ncep-cdc:
!
#if "${my.meteo.format}" == "tm5-nc" :
my.mext  :  -<yyyy>
#else :
my.mext  :
#endif

! ~~~ GRIB files from MARS archive :
!
! data set                         T/N      deg
! --------------------------------------------------
! Era40                         T159/N80    1.125
! Era-Interim                   T255/N128   0.703 
! EC-Earth / CMIP5              T159/N0     1.125
! OD     (up to 2000)           T319/N160   0.5625    <-- used for processing od global 1.00x1.00 archive
! OD     (2000-2005)            T511/N256   0.3516
! OD L91 (2006-02-01 onwards)   T799/N400   0.225
!                               T1279/N640  0.125    # available as of 11/2010 

! Era-Interim availabe in T255/N128 (0.703) ;
! use this maximum resolution the processing to global 1.00x1.00
SHT : 255
GGN : 128

! special convection fields;
! if not explicitly specified, then 'ec-ll' is used for OASIS coupling and 'raw' otherwise:
!convec_method : 
!convec_method : raw     ! (default) compute from u/v/T/Q/etc (Tiedtke) ; requires "with_tmm_convec_raw"
convec_method : ec-ll   ! read ECMWF convec fields, regrid, convert units ; requires "with_tmm_convec_ec"
!convec_method : ec-gg   ! read ECMWF convec fields, convert units, regrid ; requires "with_tmm_convec_ec_gg"

! dummy values by default, only read the fields required to regrid convective stuff:
tmm.sourcekey.*.*                  :  standard
tmm.sourcekey.*.sp                 :  ecmwf-tm5:class=${my.meteo.class};type=fc;levs=${my.eclevs};sh=${SHT};tres=_fc012up2tr3
tmm.sourcekey.*.convec             :  ecmwf-tm5:class=${my.meteo.class};type=fc;levs=${my.eclevs};gg=${GGN};tres=_fc012up2tr3;method=${convec_method}


!------------------------------
! ** install meteo files
!------------------------------
! location of meteo files at runtime (a permanent archive or a temporary scratch)
tmm.dir        : ${my.scratch}/tm5_meteo_prod_in
!
! Clean up the temporary meteo ?
!  o Set the clean flag (T|F) such that files that have not been accessed
!    for a long time are removed if a maximum buffer usage is exceeded.
!  o specify a maximum size: 500k, 1M, 2G
!
tmm.dir.clean  : F
tmm.dir.size   : 10G


!=====================
! ** Retrieve meteo files
!=====================
! Meteo files could be setup before the actual program is started.
! First set the main switch to apply this or not.
! If to be applied, specify details for a number of sets;
! each set can be applied by a seperate flag.
!
tmm.setup.apply        :  ${my.tmm.setup.apply}

! display progress ?
tmm.setup.verbose      :  T

! file permission mode for newly created files:
!  o user archive            : 644
!  o archive shared by group : 664
tmm.setup.mode         :  664

! Number of sets (defined below) to retrieve.
tmm.setup.nset         :  8
!
! ** extracted from MARS archive
!
! SP available as  od-fc-sfc-SP  and  e4-an-sfc-SP ; for e4:
!  o skip 'SP' in fc-sfc-N80,
!  o add 'LNSP' to fc-ml-N80 which is converted to SP
!
! era interim & EC-Earth
ECEXPVER  :  
ECSP      :  
ECLNSP    :  LNSP/
ECCONVEC  :  /104.162/105.162/106.162/107.162
!
tmm.setup.001.apply    :  F
tmm.setup.001.files    :  CVL/CVH/TVL/TVH/Z/LSM/SR/AL
tmm.setup.001.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=an;levs=sfc;grid=N${GGN}
tmm.setup.001.search   :
!
tmm.setup.002.apply    :  F
tmm.setup.002.files    :  ${ECSP}CI/SSTK/SWVL1/SWVL2/SWVL3/SWVL4/10FG/SD/LSP/CP/SF/SSHF/SLHF/BLH/10U/10V/2T/2D/SSR/EWSS/NSSS/SRC/SKT
tmm.setup.002.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=sfc;grid=N${GGN}
tmm.setup.002.search   :
!
!tmm.setup.003.apply    :  F
!tmm.setup.003.files    :  LNSP/VO/D
!tmm.setup.003.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=${my.eclevs};grid=T${SHT}
!tmm.setup.003.search   :
!!
!tmm.setup.004.apply    :  T
!tmm.setup.004.files    :  ${ECLNSP}T/Q/W/CLWC/CIWC/CC${ECCONVEC}
!tmm.setup.004.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=${my.eclevs};grid=N${GGN}
!tmm.setup.004.search   :
!
!
! Fields for convective fluxes:
!  - updr/downdr mass fluxes  (104,105)
!  - detrainment rates  (106,107)
!  - surface pressure for level definition; 
!    get both the spectral version for the model pressure 
!    as well as the gaussian grid for the input convec fields 
!
! Fields for diffusion coefficients:
!  - diffusion coeff  (109)
!  - surface pressure for level definition; 
!    get both the spectral version for the model pressure 
!    as well as the gaussian grid for the input convec fields 
!
tmm.setup.003.apply    :  T
tmm.setup.003.files    :  LNSP
tmm.setup.003.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=${my.eclevs};grid=T${SHT}
tmm.setup.003.search   :
!
tmm.setup.004.apply    :  T
tmm.setup.004.files    :  LNSP/104.162/105.162/106.162/107.162
tmm.setup.004.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=${my.eclevs};grid=N${GGN}
tmm.setup.004.search   :


!
! ** Olsson surface roughness files
!
tmm.setup.005.apply    :  F
tmm.setup.005.files    :  SR
tmm.setup.005.sources  :  olsson:mdir=SR_OLSSON
tmm.setup.005.search   :  ecfs:/nlh/TM
!
! ** WP stuff ...
!
! Surface solar radiation, Surface solar radiation downwards, Surface thermal radiation, Surface thermal radiation downwards
!
!  	 Date:   2000-09-12 to 2002-12-31    Time:   00:00:00     Step:   3 to 12 by 3
!  	 Date:   2001-03-28 to 2002-12-31    Time:   00:00:00     Step:                 15 to 72 by 3, 78 to 240 by 6
!
!  	 Date:   2000-01-01 to 2002-12-31    Time:   12:00:00     Step:   3 to 12 by 3, 18 to 240 by 6
!  	 Date:   2000-10-24 to 2002-12-31    Time:   12:00:00     Step:                 15 to 69 by 6
!
tmm.setup.006.apply    :  F
tmm.setup.007.apply    :  F

tmm.setup.006.files    :  AL
tmm.setup.006.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=an;levs=sfc;grid=N${GGN}
tmm.setup.006.search   :
!
!tmm.setup.007.files    :  SSR/SSRD/STR/STRD
tmm.setup.007.files    :  SSRD/STR/STRD
tmm.setup.007.sources  :  ecmwf-tm5:class=${my.meteo.class}${ECEXPVER};type=fc;levs=sfc;grid=N${GGN}
tmm.setup.007.search   :
!
! ** MACC emissions
!
! o regular 0.5x0.5 resolution
! o daily fields; ; use key '_fc000up1tr24'
! o NOTE: used standard pressures to produce this field !
! o Do not retrieve CH4Fire MACC emissions in case of od met fields:
#if "${my.meteo.class}" == "ei" :
tmm.setup.008.apply    :  F
tmm.setup.008.files    :  CH4FIRE
tmm.setup.008.sources  :  ecmwf-tm5:class=rd;expver=ffxr;type=fc;levs=sfc;grid=R0.5;tres=_fc000up1tr24
tmm.setup.008.search   :  
#endif


!================================================
! ** output meteo
!================================================

! Write output (T/F)?
tmm.output          :  T

! which fields to put out ?
tmm.output.*.*            :  F
tmm.output.*.convec       :  T


! Define output format and/or first part of file name:
!
!   tmm.destkey.glb6x4.*      :  tm5:mdir=ec-fc012up2-tropo25-glb6x4;tres=_00p06
!
! Optionally overwrite for special sets
!  
!    sp mflux_w mflux_uv temper humid cloud convec albedo sr
!
! ** test
!
!tmm.destkey.glb300x200.ml     :  tm5:mdir=hir-od-fc012up2tr6-${my.mlevs}-eur300x200;tres=_00p06
!tmm.destkey.eur100x100.ml     :  tm5:mdir=hir-od-fc012up2tr6-${my.mlevs}-eur100x100;tres=_00p06
!tmm.destkey.eur050x025.ml     :  tm5:mdir=hir-od-fc012up2tr6-${my.mlevs}-eur050x025;tres=_00p06
!!
!tmm.destkey.${my.region1}.sfc    :  tm5:mdir=hir-od-fc012up2tr6-sfc-${my.region1};tres=_00p03
!tmm.destkey.${my.region1}.sfc.an :  tm5:mdir=hir-od-an0tr6-sfc-${my.region1};tres=_00p03
!!
!tmm.destkey.eur050x025.sfc    :  tm5:mdir=hir-od-fc012up2tr6-sfc-eur050x025;tres=_00p03
!tmm.destkey.eur050x025.sfc.an :  tm5:mdir=hir-od-an0tr6-sfc-eur050x025;tres=_00p03
!!
!! ** era2003 production
!!
!tmm.destkey.glb300x200.ml        :  tm5:mdir=era2003-fc012up2-${my.mlevs}-glb300x200;tres=_00p03
!tmm.destkey.ehw100x100.ml        :  tm5:mdir=era2003-fc012up2-${my.mlevs}-ehw100x100;tres=_00p03
!tmm.destkey.sff100x100.ml        :  tm5:mdir=era2003-fc012up2-${my.mlevs}-sff100x100;tres=_00p03
!!
!tmm.destkey.${my.region1}.sfc       :  tm5:mdir=era2003-fc012up2-sfc-${my.region1};tres=_00p03
!tmm.destkey.${my.region1}.sfc.an    :  tm5:mdir=era2003-an0-sfc-${my.region1};tres=_00p06
!!
!! ** od production
!!
!tmm.destkey.${my.region1}.ml        :  tm5:mdir=ec-${my.ecclass_ecl}_${ECL}-fc012up2tr3-${my.mlevs}-${my.region1};tres=_00p03
!!
!tmm.destkey.${my.region1}.sfc       :  tm5:mdir=ec-${my.ecclass_ecl}_${ECL}-fc012up2tr3-sfc-${my.region1};tres=_00p03
!tmm.destkey.${my.region1}.sfc.an    :  tm5:mdir=ec-${my.ecclass_ecl}_${ECL}-an0tr6-sfc-${my.region1};tres=_00p06

!
! ** ei production
!
tiedtke:F

tmm.destkey.${my.region1}.convec    :  ${my.meteo.format}:mdir=ec-${my.ecclass_ecl}-fc012up2tr3-${my.mlevs}-${my.region1}${my.mext};tres=_00p03
!
tmm.destkey.${my.region1}.sfc       :  ${my.meteo.format}:mdir=ec-${my.ecclass_ecl}-fc012up2tr3-sfc-${my.region1}${my.mext};tres=_00p03
tmm.destkey.${my.region1}.sfc.an    :  ${my.meteo.format}:mdir=ec-${my.ecclass_ecl}-an0tr6-sfc-${my.region1}${my.mext};tres=_00p06

! TM5 writes new meteo files to:
tmm.output.dir                :  ${my.project.dir}/tm5_meteo_out

! ensure creation via 'install' facilty:
tmm.output.install.dir        :  ${tmm.output.dir}


! ================================================
! Options for "tm5-tmm-store" script.
! ================================================
! Specify one or more archives.
! Files are stored in monthly tar files if an archive ends with '/*.tar';
! large 3D files per 10 or 5 days for '/*.tar10' or '/*.tar5' .
! Examples:
!    ${SCRATCH}/TM/meteo_day
!    ecfs:/nlh/TM/meteo/*.tar
!    mos:umask=002%/fa/ks/meteo/*.tar
!    
! NOTE: (1) files are removed from <tmm.output.dir> after storage ...
!       (2) intermediate directories are created according to the
!       name. For example, the "destkey"
!       
!         tm5:mdir=ec-od_L91-fc012up2-tropo25-glb6x4;tres=_00p06
!       
!       with
!       
!         tmm.output.store.archives : ecfs:/nlh/TM/meteo/*.tar
!       
!       will archive monthly tar files into the following tree  :
!
!         ecfs:/nlh/TM/meteo/ec/od_L91/fc012up2/tropo25/glb6x4/*.tar
!       

tmm.output.store.verbose : T
tmm.output.store.zipper  : internal

! ERA-Interim / OD
#if "${my.meteo.format}" == "tm5-nc"
tmm.output.store.archives   :  ecfs:umask=002%/nlh/TM/meteo-nc/*.tar5
#else
tmm.output.store.archives   :  ecfs:umask=002%/nlh/TM/meteo/*.tar5
#endif


!------------------------------
! ** CF conventions
!------------------------------

! file with standard name table:
#if "${my.meteo.format}" == "tm5-nc"
cf-standard-name-table        : ${PWD}/tools/cf/data/cf-standard-name-table-v15.xml
#endif