&glow_input ! Namelist input file for glow model driver glow_drv.F90. ! This version of the file is set up for MSIS/IRI, so tgcm info is commented out. ! tgcm_ncfile: TIEGCM or TIMEGCM history file. If this is provided, glow_drv will ! use tgcm inputs, and loop over the tgcm lat x lon grid. ! if no tgcm_ncfile is provided, glow_drv will use MSIS and IRI. !tgcm_ncfile='/hao/tethysv1/data/tiegcm/test2/mareqxmax.v2sres.sec.nc' ! start_mtime: model start time (day,hour,minute) (if -999, will start at first history) ! stop_mtime: model stop time (day,hour,minute) (if -999, will stop at last history) ! default (if not read from namelist) is to process all histories in the file) !start_mtime = -999 !stop_mtime = -999 ! output file (note that frame numbers and '.nc' will be appended): ! glow_ncfile = '/hao/tethysv1/data/glowout/msisiri/junmax/glow.junmax' glow_ncfile = 'testdriverout' ! directory containing data files for input to ephoto, snoem, and ssflux (default is data/). data_dir = 'data/' ! directory containing IRI coefficient data files (default is data/iri90/): iri90_dir = 'data/iri90/' ! flags controlling various glow options: jlocal = 0 ! 0 = full electron transport, 1 = local only kchem = 4 ! 3 = use specified Ne, 4 = calculate Ne < 200 km, specified Ne > 200 km iscale = 1 ! 0 = Hinteregger solar model, 1 = EUVAC solar model, 2 = user specified xuvfac = 3. ! multiply solar flux by xuvfac, EUVAC 18-50 A or Hinteregger 18-250 writelbh = .true. ! switch controlling output of LBH upper state excitation rates writered = .false. ! switch controlling output of OI 6300 redline component excitation rates ! inputs used for MSIS/IRI runs only (if this is a TGCM run, these are taken from input history): indate = 16171 ! date in yyddd format utstart = 3600. ! start universal time in seconds (e.g., 43200. would be 12 hours) utstep = 3600. ! time step in seconds utstop = 86400. ! end universal time in seconds f107a = 200. ! F10.7 81-day centered average f107 = 200. ! F10.7 daily value f107p = 200. ! F10.7 daily value for previous day ap = 4. ! Ap index nlat_msis = 36 ! Number of latitudes in grid (generally 36 or 72) nlon_msis = 72 ! Number of longitudes in grid (generally 72 or 144) ! auroral inputs for MSIS/IRI runs only (careful, these would be applied globally): ! (for TGCM runs, ef and ec are taken from the history files) ef = 0. ! Auroral electron energy flux, erg cm-2. ec = 0. ! Auroral electron characteristic energy, eV itail = 0 ! Low-energy tail (1=yes, 0=no) fmono = 0. ! Monoenergetic energy flux, erg cm-2 emono = 0. ! Monoenergetic characteristic energy, keV ! Slash must be here for EOF: /