ecearth3/runtime/autosubmit/config-run.xml

<?xml version="1.0"?>

<Configuration xmlns:xi="http://www.w3.org/2001/XInclude">

    <Translation name="RUN_OCE">
        <Description>Run script file (oce only run)</Description>
        <Template>ece-nemo.sh.tmpl</Template>
        <Target>ece-nemo.sh</Target>
        <Properties>executable</Properties>
    </Translation>

    <Translation name="RUN_ESM">
        <Description>Run script file (coupled run: atm+esm components)</Description>
        <Template>ece-esm.sh.tmpl</Template>
        <Target>ece-esm.sh</Target>
        <Properties>executable</Properties>
    </Translation>

    <Translation name="RUN_LSM">
        <Description>Run script file (offline land surface run)</Description>
        <Template>ece-lsm.sh.tmpl</Template>
        <Target>ece-lsm.sh</Target>
        <Properties>executable</Properties>
    </Translation>

    <Translation name="RT_CTRL_CHE">
        <Description>Control file for TM5</Description>
        <Template>../classic/ctrl/tm5-config-run.rc.tmpl</Template>
        <Target>../classic/ctrl/tm5-config-run.rc</Target>
        <Properties>executable</Properties>
    </Translation>

    <xi:include href="../classic/platform/bsc-nord3.xml" />
    <xi:include href="../classic/platform/bsc-marenostrum4.xml" />
    <xi:include href="../classic/platform/dmi-hpcdev-intel.xml" />
    <xi:include href="../classic/platform/ecmwf-cca-cray.xml" />
    <xi:include href="../classic/platform/ecmwf-cca-intel.xml" />
    <xi:include href="../classic/platform/fmi-voima.xml" />
    <xi:include href="../classic/platform/knmi-rhino.xml" />
    <xi:include href="../classic/platform/csc-puhti-intel-intelmpi.xml" />
    <xi:include href="../classic/platform/nsc-bi.xml" />
    <xi:include href="../classic/platform/nsc-tetralith.xml" />
    <xi:include href="../classic/platform/pdc-beskow.xml" />
    <xi:include href="../classic/platform/surfsara-cartesius.xml" />

    <Model name="GENERAL">

        <Parameter name="EXP_NAME">
            <Description>Experiment name (4 letters)</Description>
            <Type>STRING</Type>
            <Value>%EXPID%</Value>
        </Parameter>

        <Parameter name="RUN_START_DATE">
            <Description>Start date of the simulation. Use any reasonable syntax.</Description>
            <Type>DATE</Type>
            <Value>%SDATE%</Value>
        </Parameter>

        <Parameter name="RUN_END_DATE">
            <Description>End date of the simulation. Use any reasonable syntax.</Description>
            <Type>STRING</Type>
            <Value>%Chunk_START_DATE% + %CHUNKSIZE% %CHUNKSIZEUNIT%</Value>
        </Parameter>

        <Parameter name="FORCE_RUN_FROM_SCRATCH">
            <Description>Start simulation from scratch, possibly ignoring any restart files. [true/false]</Description>
            <Type>BOOLEAN</Type>
            <Value>%FORCE_RUN_FROM_SCRATCH%</Value>
        </Parameter>

        <Parameter name="RST_FREQ">
            <Description>Restart frequency, e.g., 2 months</Description>
            <Type>STRING</Type>
            <Value>%CHUNKSIZE% %CHUNKSIZEUNIT%</Value>
        </Parameter>

        <Parameter name="RUN_NUM_LEGS">
            <Description>Number of restart legs</Description>
            <Type>INTEGER</Type>
            <Value>1</Value>
        </Parameter>

        <Parameter name="OUTPUT_CONTROL_FILES_DIR">
            <Description>The path to the IFS ppt and NEMO file_def file dir</Description>
            <Type>PATH</Type>
            <Value>ctrl</Value>
        </Parameter>

    </Model>

    <Model name="OASIS">

        <Parameter name="CPL_FREQ_ATM_CHE_HRS">
            <Description>Coupling frequency between IFS and TM5 in hours</Description>
            <Type>INTEGER</Type>
            <Value>6</Value>
        </Parameter>

        <Parameter name="CPL_FREQ_ATM_LPJG_HRS">
            <Description>Coupling frequency between IFS|TM5 and LPJG in hours</Description>
            <Type>INTEGER</Type>
            <Value>24</Value>
        </Parameter>

        <Parameter name="LUCIA">
            <Description>Control Lucia post-processing tool. 0 -> Deactivated, -1 -> Legacy, -2 -> Updated CERFACS tool, -3 lucia_lite BSC</Description>
            <Type>INTEGER</Type>
            <Value>%LUCIA%</Value>
        </Parameter>


    </Model>

    <Model name="IFS">

        <Parameter name="GRID">
            <Description>Resolution of IFS grid</Description>
            <Type>STRING</Type>
            <Value>%IFS_resolution%</Value>
        </Parameter>

        <Parameter name="NUMPROC">
            <Description>Number of processors running IFS</Description>
            <Type>INTEGER</Type>
            <Value>%IFS_NUMPROC%</Value>
        </Parameter>

        <Parameter name="CMIP6">
            <Description>Use CMIP6 forcings (TRUE or FALSE)</Description>
            <Type>BOOLEAN</Type>
            <Value>TRUE</Value>
        </Parameter>

        <Parameter name="CMIP6_SCENARIO">
            <Description>SSP selection for 2015 onwards</Description>
            <Type>STRING</Type>
            <Value>%CMIP6_SCENARIO%</Value>
        </Parameter>

        <Parameter name="CMIP6_A4xCO2">
            <Description>Use Abrupt4xCO2 in CMIP6 DECK (TRUE or FALSE)</Description>
            <Type>BOOLEAN</Type>
            <Value>FALSE</Value>
        </Parameter>

        <Parameter name="CMIP6_1PCTCO2">
            <Description>Use 1pctCO2 for radiation in CMIP6 DECK (TRUE or FALSE)</Description>
            <Type>BOOLEAN</Type>
            <Value>FALSE</Value>
        </Parameter>

        <Parameter name="CMIP6_1PCTCO2_BGC">
            <Description>Use 1pctCO2 for BGC components (LPJ-GUESS, PISCES) in CMIP6 DECK (TRUE or FALSE)</Description>
            <Type>BOOLEAN</Type>
            <Value>FALSE</Value>
        </Parameter>

        <Parameter name="CMIP5">
            <Description>Use CMIP5 forcings (TRUE or FALSE)</Description>
            <Type>BOOLEAN</Type>
            <Value>TRUE</Value>
        </Parameter>

        <Parameter name="CMIP5_RCP">
            <Description>RCP selection (1-4 or 0 for historical run)</Description>
            <Type>INTEGER</Type>
            <Value>%CMIP5_RCP%</Value>
        </Parameter>

        <Parameter name="CMIP_FIXYEAR">
            <Description>Fix CMIP5/CMIP6 forcings at the indicated year (or 0 to ignore for transient runs)</Description>
            <Type>INTEGER</Type>
            <Value>%NFIXYR%</Value>
        </Parameter>

        <Parameter name="CMIP_FIXYEAR_CH4">
            <Description>Fix CMIP5/CMIP6 CH4 mixing ratios at the indicated year (or 0 to ignore for transient runs)</Description>
            <Type>INTEGER</Type>
            <Value>%NFIXYR%</Value>
        </Parameter>

    </Model>

    <Model name="NEM">

        <Parameter name="GRID">
            <Description>Resolution of NEMO grid</Description>
            <Type>STRING</Type>
            <Value>%NEMO_resolution%</Value>
        </Parameter>

        <Parameter name="NUMPROC">
            <Description>Number of processors running NEMO</Description>
            <Type>INTEGER</Type>
            <Value>%NEM_NUMPROC%</Value>
        </Parameter>

    </Model>

    <Model name="XIO">

        <Parameter name="NUMPROC">
            <Description>Number of processors running XIOS</Description>
            <Type>INTEGER</Type>
            <Value>%XIO_NUMPROC%</Value>
        </Parameter>

    </Model>

    <Model name="TM5">

        <Parameter name="NLEVS">
            <Description>Number of levels in TM5 (4, 10, 34 or 91)</Description>
            <Type>INTEGER</Type>
            <Value>%TM5_NLEVS%</Value>
        </Parameter>

        <Parameter name="ISTART">
            <Description>TM5 initial tracer fields option (2,5,9,31,32 or 33)</Description>
            <Type>INTEGER</Type>
            <Value>%TM5_ISTART%</Value>
        </Parameter>

        <Parameter name="TIME_STEP_SEC">
            <Description>TM5 time step in seconds</Description>
            <Type>INTEGER</Type>
            <Value>3600</Value>
        </Parameter>

        <Parameter name="NUMPROC_X">
            <Description>Number of processors in the X direction running TM5 (max 4)</Description>
            <Type>INTEGER</Type>
            <Value>%TM5_NUMPROC_X%</Value>
        </Parameter>

        <Parameter name="NUMPROC_Y">
            <Description>Number of processors in the Y direction running TM5 (max 45)</Description>
            <Type>INTEGER</Type>
            <Value>%TM5_NUMPROC_Y%</Value>
        </Parameter>

        <Parameter name="EMISS_FIXYEAR">
            <Description>Fix EMISSIONS at the indicated year (0 to ignore, -1 to disable emissions for co2 version)</Description>
            <Type>INTEGER</Type>
            <Value>%TM5_EMISS_FIXYEAR%</Value>
        </Parameter>

    </Model>

    <Model name="LPJG">

        <Parameter name="TIME_STEP_SEC">
            <Description>LPJ-GUESS time step in seconds</Description>
            <Type>INTEGER</Type>
            <Value>86400</Value>
        </Parameter>

        <Parameter name="NUMPROC">
            <Description>Number of processors running LPJG (min )</Description>
            <Type>INTEGER</Type>
            <Value>%LPJG_NUMPROC%</Value>
        </Parameter>

        <Parameter name="LPJG_FIXNDEPAFTER">
            <Description>Fix N-Deposition from (>=0: year, -1:off)</Description>
            <Type>INTEGER</Type>
            <Value>%LPJG_FIXNDEPAFTER%</Value>
            <!-- This is a hack as the final year (2100) is missing in the dataset -->
        </Parameter>

        <Parameter name="LPJG_FIXLUAFTER">
            <Description>Fix Land-Use from (>=0: year, -1:off)</Description>
            <Type>INTEGER</Type>
            <Value>%LPJG_FIXLUAFTER%</Value>
        </Parameter>

        <Parameter name="LPJG_IFS_OUTPUT_DIR">
          <Description>IFS output directory for lpjg_forcing to find ICMGG* files</Description>
          <Type>PATH</Type>
          <Value>%LPJG_IFS_OUTPUT_DIR%</Value>
        </Parameter>

        <Parameter name="LPJG_FORCING_DIR">
          <Description>LPJG directory to find forcing</Description>
          <Type>PATH</Type>
          <Value>%LPJG_FORCING_DIR%</Value>
        </Parameter>

    </Model>
    
    <Model name="OSM">

        <Parameter name="NUMPROC">
            <Description>Number of processors/threads running OSM:openMP</Description>
            <Type>INTEGER</Type>
            <Value>%OSM_THREADS%</Value>
        </Parameter>

        <Parameter name="OSM_FORCING_TYPE">
          <Description>OSM forcing type, either ifs or one or the ERA reanalyses (erai, era20c, gswp3, era5)</Description>
          <Type>STRING</Type>
          <Value>%OSM_FORCING_TYPE%</Value>
        </Parameter>

        <Parameter name="OSM_IFS_OUTPUT_DIR">
          <Description>IFS output directory for OSM to find ICMGG* files</Description>
          <Type>PATH</Type>
          <Value>%OSM_IFS_OUTPUT_DIR%</Value>
        </Parameter>

        <Parameter name="OSM_FORCING_DIR">
          <Description>OSM directory to find forcing or save if generated</Description>
          <Type>PATH</Type>
          <Value>%OSM_FORCING_DIR%</Value>
        </Parameter>
        
    </Model>

</Configuration>