ecearth3/sources/tm5mp/rc/main-config-ecearth3.rc.tmpl

!
! This is a rcfile template for COMPILING TM5MP for ECEARTH 3
!
!=====================================================================!
! Run main specifications
!=====================================================================!
! [id]  basename for executable, runtime rcfile
my.basename     : tm5v4

! timing
timerange.start : 9999-99-99 99:99:99
timerange.end   : 9999-99-99 99:99:99
jobstep.length  : inf

! autorun
submit.auto     : False

! main directories
ECEARTH_SRC_DIR : [[[PLT:ACTIVE:ECEARTH_SRC_DIR]]]
my.project.dir  : [[[PLT:ACTIVE:ECEARTH_SRC_DIR]]]/tm5mp
my.run.dir      : 
my.data.dir     :

co2only  : [[[MOD:TM5:CO2_ONLY]]]
mkdepf90 : [[[PLT:ACTIVE:MAKEDEPF90]]]

!=====================================================================!
! Compiler, make, MPI/OpenMP switches
!=====================================================================!

coma:,
compiler.fc            : [[[PLT:ACTIVE:FC]]]
mpi.compiler.fc        : [[[PLT:ACTIVE:FC]]]
mpi.compiler.fc.openmp : [[[PLT:ACTIVE:FC]]]
compiler.defineflag    : -WF,-D
! All flags from ecconf = default + tm5_specific

!cprepro: PLT:ACTIVE:FFLAGS_FPP_PREFIX  PLT:ACTIVE:TM5_PPDEFS

compiler.flags.default.fflags  : [[[PLT:ACTIVE:TM5_DEFAULT_FFLAGS]]]
compiler.flags.default.ldflags : [[[PLT:ACTIVE:TM5_DEFAULT_FFLAGS]]]

compiler.flags.optim.fflags  : [[[PLT:ACTIVE:TM5_OPTIM_FFLAGS]]]
compiler.flags.optim.ldflags : [[[PLT:ACTIVE:TM5_OPTIM_FFLAGS]]]

! 'build.jobs' set in expert.rc, overwritten with script arg
maker         :  [[[PLT:ACTIVE:MAKE]]] -j %{build.jobs}

! parallelization
par.mpi       : T

! dummy nb of cores (pycasso looking for them to write par.ntasks)
par.nx        : 1
par.ny        : 45

!=====================================================================!
! Libraries
!=====================================================================!

! Z library (used for compression in HDF)
compiler.lib.z.fflags     : 
compiler.lib.z.libs       : -lz

! JPEG library (used for compression in HDF)
JPEG_LIB_DIR                : [[[PLT:ACTIVE:JPEG_BASE_DIR]]]
compiler.lib.jpeg.fflags    : -I${JPEG_LIB_DIR}/[[[PLT:ACTIVE:JPEG_INC_SUBDIR]]]
compiler.lib.jpeg.lib_dir   : -L${JPEG_LIB_DIR}/[[[PLT:ACTIVE:JPEG_LIB_SUBDIR]]]
compiler.lib.jpeg.libs_no_l : [[[PLT:ACTIVE:JPEG_LIBS_WITHOUT_L]]]

! SZ library (used for compression in HDF)
SZIP_HOME                   : [[[PLT:ACTIVE:SZIP_BASE_DIR]]]
compiler.lib.sz.fflags      : -I${SZIP_HOME}/[[[PLT:ACTIVE:SZIP_INC_SUBDIR]]]
compiler.lib.sz.lib_dir     : -L${SZIP_HOME}/[[[PLT:ACTIVE:SZIP_LIB_SUBDIR]]]
compiler.lib.sz.libs_no_l   : [[[PLT:ACTIVE:SZIP_LIBS_WITHOUT_L]]]

! HDF4 library (without netcdf interface)
HDF_HOME                    : [[[PLT:ACTIVE:HDF4_BASE_DIR]]]
compiler.lib.hdf4.fflags    : -I${HDF_HOME}/[[[PLT:ACTIVE:HDF4_INC_SUBDIR]]] 
compiler.lib.hdf4.lib_dir   : -L${HDF_HOME}/[[[PLT:ACTIVE:HDF4_LIB_SUBDIR]]]
compiler.lib.hdf4.libs_no_l : [[[PLT:ACTIVE:HDF4_LIBS_WITHOUT_L]]]

! HDF5 library with parallel IO enabled
HDF5_PAR_HOME                   : [[[PLT:ACTIVE:HDF5_BASE_DIR]]]
compiler.lib.hdf5_par.fflags    : -I${HDF5_PAR_HOME}/[[[PLT:ACTIVE:HDF5_INC_SUBDIR]]] 
compiler.lib.hdf5_par.lib_dir   : -L${HDF5_PAR_HOME}/[[[PLT:ACTIVE:HDF5_LIB_SUBDIR]]]
compiler.lib.hdf5_par.libs_no_l : [[[PLT:ACTIVE:HDF5_LIBS_WITHOUT_L]]]
 
! NetCDF4 library with parallel IO enabled
NETCDF4_HOME                      : [[[PLT:ACTIVE:NETCDF_BASE_DIR]]]
compiler.lib.netcdf4_par.fflags   : -I${NETCDF4_HOME}/[[[PLT:ACTIVE:NETCDF_INC_SUBDIR]]]
compiler.lib.netcdf4_par.lib_dir  : -L${NETCDF4_HOME}/[[[PLT:ACTIVE:NETCDF_LIB_SUBDIR]]]
compiler.lib.netcdf4_par.libs_no_l: [[[PLT:ACTIVE:NETCDF_LIBS_WITHOUT_L]]]

! OASIS3 library
OASIS3_ARCH                     : ecconf
OASIS3_MPIV                     : MPI1
OASIS3_HOME                     : [[[PLT:ACTIVE:ECEARTH_SRC_DIR]]]/oasis3-mct/${OASIS3_ARCH}
compiler.lib.oasis3.fflags      : -I${OASIS3_HOME}/build/lib/psmile.${OASIS3_MPIV}
compiler.lib.oasis3.lib_dir     : -L${OASIS3_HOME}/lib
compiler.lib.oasis3.libs_no_l   : psmile.MPI1 mct mpeu scrip
! -lpsmile.${OASIS3_MPIV} -lmpp_io

! MPI library
compiler.lib.mpi.fflags  : -I[[[PLT:ACTIVE:MPI_BASE_DIR]]]/[[[PLT:ACTIVE:MPI_INC_SUBDIR]]]
compiler.lib.mpi.lib_dir : -L[[[PLT:ACTIVE:MPI_BASE_DIR]]]/[[[PLT:ACTIVE:MPI_LIB_SUBDIR]]]
compiler.lib.mpi.libs_no_l: [[[PLT:ACTIVE:MPI_LIBS_WITHOUT_L]]]

! Lapack library:
!   -lessl               -lblacs           # serial
!   -lesslsmp            -lblacssmp        # parallel with OpenMP
!   -lessl    -lpessl    -lblacs           # parallel with MPI
!   -lesslsmp -lpesslsmp -lblacssmp        # parallel with MPI and OpenMP
!
#if "${par.openmp}" in ["T","True"] :
my.essl.ext   :  smp
#else
my.essl.ext   :  
#endif
#if "${par.mpi}" in ["T","True"] :
my.pessl      :  -lpessl${my.essl.ext}
#else
my.pessl      :  
#endif
!
compiler.lib.lapack.fflags    : 
compiler.lib.lapack.libs      :  -lessl${my.essl.ext} ${my.pessl} -lblacs${my.essl.ext}

!=====================================================================!
! Grids & Levels
!=====================================================================!
#if "${my.meteo.class}" == 'ifs91'
my.levs       : tropo34
#elif "${my.meteo.class}" == 'ifs62'
my.levs       : tropo31
#else
my.levs       : all 
#endif
! regions name
my.region1                  :  glb300x200
! grid names for meteo input (allows on the flight regridding):
my.region1m                 :  glb100x100

!=====================================================================!
! Source code (list of proj)
!=====================================================================!
#if "${co2only}" in  ["T","True"] :
my.source.proj : proj/output proj/co2 proj/ecearth
#else
my.source.proj : proj/output proj/budget10 proj/cb05 proj/ecearth
#endif

!=====================================================================!
! C-preprocessors: DF, TMM, TM5
!=====================================================================!
#if "${par.mpi}" in ["T","True"] :
my.df.define   :  with_hdf5_par with_netcdf4_par
#else
my.df.define   :  with_hdf5 with_netcdf4
#endif

! macro's for meteo input:
my.tmm.define  : with_tmm_tm5 with_tmm_convec_ec

! process to skip
#if "${co2only}" in  ["T","True"] :
! if without_wet_dep is not used then CP (at least) should be added to the met fields received from ifs 
my.without    :  without_wet_deposition without_chemistry without_dry_deposition
#else
my.without    :  
#endif

my.def_advec  : slopes

#if "${co2only}" in  ["T","True"] :
my.defs_emis  : 
my.defs_chem  : 
#else
my.defs_emis  : with_ch4_emis
my.defs_chem  : with_m7 with_optics with_ecearth_optics
#endif

my.defs_misc  : with_budgets
my.defs_cpl   : with_prism oasis3 parallel_cplng

my.tm5.define : ${my.without} ${my.def_advec} ${my.defs_misc} ${my.defs_chem} ${my.defs_emis} ${my.defs_cpl} [[[PLT:ACTIVE:TM5_MDEFS_FFLAGS]]]

!=====================================================================!
! METEO SETTINGS
!=====================================================================!
my.meteo.class       : ifs[[[MOD:TM5:NLEVS]]]
my.meteo.resol       : glb100x100
my.meteo.format      : tm5-nc
time.fc              : F
time.fc.day0         : 
my.tmm.setup.apply   : T
! dummy IFS coupling frequency
cpl.ifs.period  : 6
! dummy datadir
ini_data_dir: dummy

#include ${my.project.dir}/rc/meteo-tm5-ecearth3.rc

!=====================================================================!
! Extra ressources
!=====================================================================!
#if "${my.region1}" == "glb100x100"
#include ${my.project.dir}/rc/regions-glb100x100-chem.rc
#else
#include ${my.project.dir}/rc/regions-${my.region1}.rc
#endif

#include ${my.project.dir}/rc/expert-ecearth3-build.rc