! SEARCI domain &dimparam iy = 188, jx = 256, kz = 18, nsg = 1, / &geoparam iproj = 'NORMER', ds = 25.0, ptop = 5.0, clat = 6.00, clon = 118.0, plat = 45.39, plon = 13.48, truelatl = 30.0, truelath = 60.0, i_band = 0, / &terrainparam domname = 'Exp_01', smthbdy = .false., lakedpth = .false., fudge_lnd = .false., fudge_lnd_s = .false., fudge_tex = .false., fudge_tex_s = .false., dirter = 'input', !! ATTENTION, replace '../../DATA' by the folder path where you store your GCM input boundary inpter = '../../DATA', / &ioparam ibyte = 4, / &debugparam debug_level = 1, dbgfrq = 3, / &boundaryparam nspgx = 12, nspgd = 12, / &globdatparam ibdyfrq = 6, !! ATTENTION, choose global DATA ('RF' for BASELINE, '45' for RCP4.5, '85' for RCP8.5) ssttyp = 'CN_RF', dattyp = 'CN_RF', gdate1 = 1950010100, gdate2 = 2006010100, dirglob = 'input', !! ATTENTION, replace '../../DATA' by the folder path where you store your GCM input boundary inpglob = '../../DATA', / &globwindow lat0 = 0.0 lat1 = 0.0 lon0 = 0.0 lon1 = 0.0 / &restartparam ifrest = .false. , mdate0 = 1950010100, mdate1 = 1950010100, mdate2 = 2006010100, / &timeparam dtrad = 30., dtabem = 18., dtsrf = 600., dt = 60., / &outparam ifsave = .true. , savfrq = 48., ifatm = .true. , atmfrq = 6., ifrad = .true. , radfrq = 6., ifsrf = .true. , ifsub = .true. , srffrq = 3., ifchem = .false., chemfrq = 6., !! ATTENTION, replace 'output' by the folder path where you want to save your output files dirout='output' / &physicsparam iboudy = 5, ibltyp = 1, icup = 4, igcc = 1, ipptls = 1, iocnflx = 2, iocnrough = 1, ipgf = 0, iemiss = 0, lakemod = 0, ichem = 0, !! ATTENTION, choose scenario ('RF' for BASELINE, '45' for RCP4.5, '85' for RCP8.5) scenario = 'RF', idcsst = 1, iseaice = 0, idesseas = 1, iconvlwp = 1, / &subexparam qck1land = .250E-03, qck1oce = .250E-03, cevap = .100E-02, caccr = 3.000, cftotmax = 0.75, / &grellparam / &emanparam elcrit = 0.0011D0, coeffr = 1.0D0, / &clmparam dirclm = '/set/this/to/where/your/input/clm/data/are', imask = 1, clmfrq = 12., /