&tgcm_input
;
; 10/15/07 btf: fill in gaps in y2e run:
; New files: sy2e045.nc, 86,0,0 to 87,23,0 (2 days)
;            sy2e046.nc, 88,0,0 to 88,23,0 (1 day)
;            sy2e047.nc, 89,0,0 to 89,23,0 (1 day)
; Two jobs (days 86-87, then days 88-89) were done on blueice 
;   in /ptmp/foster/timegcm1.2_y2e/timegcm
; See plots across the filled gap in /oreo/d/foster/timegcm1.2_sy2e.
;
 LABEL='timegcm1.2'
 START_YEAR = 2002  ; starting year
 START_DAY  = 88    ; starting day of year (1->365)
 CALENDAR_ADVANCE = 88    ; if > 0, calendar time will be advanced
;
;SOURCE='/ptmp/foster/timegcm1.2_y2e/timegcm/ROBLE.timegcm1.2.py2e009.nc'
;SOURCE_START =   86,0,0

 START= 88,0,0
 STOP=  90,0,0
 HIST=   1,0,0
 SAVE=   1,0,0
;STEP= 180
 STEP= 240
;
;OUTPUT='/FOSTER/timegcm1.2/py2e009.nc'
 OUTPUT='/ptmp/foster/timegcm1.2_y2e/timegcm/FOSTER.timegcm1.2.py2e009.nc'
;
;OUTPUT='/ROBLE/timegcm1.2/py2e033.nc','/ROBLE/timegcm1.2/py2e034.nc',
;       '/ROBLE/timegcm1.2/py2e035.nc','/ROBLE/timegcm1.2/py2e036.nc',
;       '/ROBLE/timegcm1.2/py2e037.nc','/ROBLE/timegcm1.2/py2e038.nc'
;
;MXHIST_PRIM = 13 ; default max #histories per primary file is 10
 MXHIST_PRIM = 10 ; default max #histories per primary file is 10
;
 SECSTART = 88,0,0
 SECSTOP =  90,0,0
 SECHIST =   0,1,0
 SECSAVE =   1,0,0
;SECOUT='/FOSTER/timegcm1.2/sy2e045.nc'
 SECOUT='/FOSTER/timegcm1.2/sy2e046.nc','/FOSTER/timegcm1.2/sy2e047.nc'
;
;SECOUT='/ROBLE/timegcm1.2/sy2e176.nc','/ROBLE/timegcm1.2/sy2e177.nc',
;       '/ROBLE/timegcm1.2/sy2e178.nc','/ROBLE/timegcm1.2/sy2e179.nc',
;       '/ROBLE/timegcm1.2/sy2e180.nc','/ROBLE/timegcm1.2/sy2e181.nc',
;       '/ROBLE/timegcm1.2/sy2e182.nc','/ROBLE/timegcm1.2/sy2e183.nc',
;       '/ROBLE/timegcm1.2/sy2e184.nc','/ROBLE/timegcm1.2/sy2e185.nc',
;       '/ROBLE/timegcm1.2/sy2e186.nc','/ROBLE/timegcm1.2/sy2e187.nc',
;       '/ROBLE/timegcm1.2/sy2e188.nc','/ROBLE/timegcm1.2/sy2e189.nc',
;       '/ROBLE/timegcm1.2/sy2e190.nc','/ROBLE/timegcm1.2/sy2e191.nc',
;       '/ROBLE/timegcm1.2/sy2e192.nc','/ROBLE/timegcm1.2/sy2e193.nc',
;       '/ROBLE/timegcm1.2/sy2e194.nc','/ROBLE/timegcm1.2/sy2e195.nc'
;
;MXHIST_SECH = 50 ; default max nhistories per sech file is 24
 MXHIST_SECH = 25 ; default max nhistories per sech file is 24
;MXHIST_SECH = 48 ; default max nhistories per sech file is 24
;MXHIST_SECH = 30 ; default max #histories per sech file is 24
; YR02 FIELDS
 SECFLDS = 'TN','UN','VN','W','O1','O2','NO','N4S','NE','TE',
	   'TI','O2P','POTEN','UTNDCY',
	   'VTNDCY','DIFKK'
;
;SECFLDS = 'TN','UN','VN','W','O3','O1','O2','NO','NO2','N4S',
;          'OH','HO2','H','CO2','CO','NE','TE','TI','O2P',
;          'POTEN','QSOLAR','QJOULE','RADCOOL','UTNDCY',
;          'VTNDCY','CO2_DEG','NO_DEG','DIFKK'
;
;
; TOM SLANGER RO1DN2D RATIOS
;          'XN2D','XO1D','E5200','E6300S','RO1DN2D'
;
; SOLAR PROTONS EVENT FIELDS
;          'QTOT_AUR','PHOXO2','PHOXNO','PHOXIC','N2D','H2O','H2'
;          'QTOT_AUR','N2D','H2O','H2'
;
; CHEMICAL HEATING TERMS
;          'QCMHNOX','QCMHHOX','QCMHOX','QCMHO1D','QCMHCH4',
;          'QCMHCLX'
;
; TIDI FIELDS
;SECFLDS = 'TN','UN','VN','O3','O1','NO','H2O',
;          'OH','HO2','H','CO2','CO',
;          'POTEN','QSOLAR','QJOULE','RADCOOL','CO2_DEG',
;          'NO_DEG','UTNDCY','VTNDCY','DIFKK'
; GLOBAL CHANGE FIELDS
;SECFLDS = 'TN','UN','VN','W','O3','O1','OX','NO','NO2','NOZ','H2O',
;          'OH','HO2','H','HOX','CO2','CO','CH4','NE','TE','TI','Z',
;          'POTEN','QSOLAR','QJOULE','RADCOOL','COOL_DEG','CO2_DEG',
;          'NO_DEG','O3_DEG','O3P_DEG','UMOM','UTNDCY','CHEMHEAT',
;          'VTNDCY','TTNDCY','DIFKK','DIFKT','DIFKV','RAYK'
;  HENRY FIELDS
;SECFLDS = 'TN','UN','VN','O1','NO','N4S','NE','TE','TI',
;          'O2','O2P','W','POTEN','UTNDCY'
;
;SECFLDS = 'TN','UN','VN','W','O3','O1','NO','NO2','H2O',
;          'OH','HO2','H','HOX','CO2','CO','CH4','NE','Z',
;          'POTEN','QSOLAR','QJOULE','RADCOOL','UTNDCY',
;          'VTNDCY','TTNDCY','DIFKK','DIFKT','DIFKV',
;          'RAYK'
;
 DISPOSE = 0 ; no dispose to mss
;DISPOSE = 1 ; dispose to mss during model execution
;DISPOSE = 2 ; dispose to mss after model execution
;
; Set TIDEs = 0. if using GSWM below.
 TIDE    = 0.,0.,0.,0.,0.,0.,0.,0.,0.,0.
 TIDE2   = 0.,0.
 TIDE3M3 = 0.,0.
;
 SOLGAR_BNDRY_FILE  = 'solgar_bndry.nc'
 SOLGAR_IMPORT_FILE = 'solgar_import.nc'
 ZATMOS_FILE = 'zatmos_bndry.nc'
;
; Comment any of these to turn off, uncomment to turn on.
;NCEP_NCFILE     = 'ncep_1979001-2005120.nc'  ; ncep boundary
 NCEP_NCFILE     = '/hao/tgcm/data/ncep_1979001-2005365.nc' ; ncep boundary
;
; SOLAR PROTONS SWITCH
;SOLAR_PROTONS = 1
 SOLAR_PROTONS = 0
;
; By default, use gswm migrating diurnal and semi-diurnal tides:
 GSWM_MDI_FILE   = 'gswm_diurn_5.0d_32km.nc'
 GSWM_MSDI_FILE  = 'gswm_semi_5.0d_32km.nc'
;GSWM_NMDI_FILE  = 'gswm_nonmig_diurn_5.0d_32km.nc'
;GSWM_NMSDI_FILE = 'gswm_nonmig_semi_5.0d_32km.nc'
;
;GPI_NCFILE      = 'gpi_1979001-2005273.nc'   ; gpi data
;GPI_NCFILE      = '/hao/tgcm/data/gpi_1979001-2007212.nc'; gpi data
;
; If GPI_NCFILE is provided, f107, f107a, power, and ctpoten
; should be commented out (they will be provided by gpi_ncfile).
;F107 = 150.
;F107A =150.
;POWER= 16.
;CTPOTEN=45.
;
; AVERAGES FOR THE YEAR 2002
 F107 = 179.4
 F107A =179.6
 POWER= 18.3
 CTPOTEN=53.8
;
 MAGVOL = 'magfield.nc'
 MAG=-74.5,127.,79.,-70.
 DIFHOR=1
 DYNAMO=1 ; 1 or 0 for dynamo or no-dynamo
 AURORA=1
 COLFAC=1.5
 BYIMF = 0.
 BZIMF = 0.
/