&glbmproc_input
;
; History file to read:
;histfile = 'FOSTER.glbm_yr2000.nc'
;histfile = 'ROBLE.glbm.test_003.nc'
;histfile = 'ROBLE.glbm.basesm_001.nc'
;histfile = 'ROBLE.glbm.sisk_001.nc'
;histfile = 'ROBLE.glbm.co2d_002.nc'
;histfile = 'ROBLE.glbm.co2dall_002.nc'
 histfile = 'ROBLE.glbmean_003.nc'

;
; Optional control file for difference fields:
;histfile_cntr = 'FOSTER.glbm_yr2001.nc'
;histfile_cntr = 'ROBLE.glbm.base_002.nc'
;histfile_cntr = 'ROBLE.glbm.co2d_002.nc'
;
; Fields on history by default:
; ZP       ZPHT     TN       O        NO1D     N2       O2       TE 
; TI       NE       N2D      N4S      NO       NO2      NOZ      HE 
; ARG      H2O      H2       CH4      OH       HO2      H2O2     H 
; HTOT     CO       CO2      O3       XNAS     XNAT     N2O      SHT 
; AMAS     RHO      XNEEE    XNPI     XNNI     O+       NO+      N+ 
; N2+      O2+      QNTOT    XIRCOOL  DO2T     DO3T     SPED     SHAL 
; PARCD    QTIN     EDY      QNN      QNC      QSRC     QSRB     QN1D 
; XLEN     QO3PR    QIAN     QJOUL    QNO3     QNLYA    XNOC     XCO2C 
; XO3PC    HCM      HCE      DICHM    DNCHM    DO2LYA   DO2SRC   DO2SRB 
; QNIGHT   QOP      QNOP     QO2P     QN2P     QNP      QNSPE    GWHEAT 
; QPRO     QPROH    QCR      QIXRAY   CH4L     NOY      HNO3     N2O5 
; H2O2L    NO3      N4SL     O21D     O21S     ZPMS     ZPMHT    SHTMS 
; AMASS    TNMS     XOM      XN2M     XO2M     XN4SM    XNHEM    XNARGM 
; XNHM     RHOMS    E5577    EO200    E6300    ECO215   ENO53    SR63 
;
 icolor = 1
 iplt_cgm = 1 ; if == 1, will make glbmproc.cgm in exec dir
 iplt_ps  = 0 ; if == 1, will make glbmproc.ps in exec dir
;
; cfields = fields to plot (if cfields(1)=='ALL_FIELDS', all fields are plotted)
;
;cfields = 'TN','QNTOT','XIRCOOL','XCO2C','XNOC','XO3PC'
;
 cfields = 'O','NO','N4S','N2D','NO2','NOZ',
	   'H2O','H2','CH4','OH','HO2','H','HTOT','CO','CO2','O2',
	   'N2','RHO','XNEEE','TE','TI','O21D','QNTOT','XIRCOOL',
	   'XCO2C','XNOC','XO3PC',
	   'QTIN','NE'

;
;
;cfields = 'ALL_FIELDS'
;
;
; density_units:
;   Can be either "CM3" (default), or "VMR" (volume mixing ratio)
;   Default logplt for CM3 is 1, default logplt for VMR is 0.
;
;density_units  = 'VMR'
 density_units  = 'CM3'
;
; heatcool_units:
;   Can be either "ERGS" (default), or "K/DAY" (deg K per day)
;   Default logplt for ERGS is 1, default logplt for K/DAY is 0.
;
 heatcool_units = 'K/DAY'
;
;
; logplt flag applies to all fields in cfields:
;   logplt = 0 -> linear axis, linear field
;   logplt = 1 -> linear axis, log10 field
;   logplt = 2 -> log10 axis for profiles, log10 field for contours
;   logplt = 3 -> use logplt variable attribute from history
; (if logplt not provided, it will default to logplt==3)
; (if diffs, logplt is forced to 0)
;
;logplt = 0
 logplt = 1
;logplt = 3
;
; idifpercent flag applies to all fields in cfields (diffs only):
;   idifpercent=0 -> diffs are simple subtraction
;   idifpercent=1 -> make percent diffs
;
 idifpercent = 0
;idifpercent = 1
;
; ipltprof: Make vertical profile line plots (single curves of cfields
;           and multi-curve plots of field groups)
ipltprof = 1
;
; prof_days: start,stop days of run to make line plot profiles
;            (line plots will be made for each day in this range)
;            (to profile only last history, set prof_days=9999.,9999.
  prof_days    = 9999.,9999.
; prof_days    = 365,365
; prof_zprange = -999.,999.
; prof_zprange = -17.,-5.
; prof_htscale = 30.,105.,2.
  prof_htscale = 30.,500.,2.
; prof_htscale = 70.,200.,2.
; prof_htscale = 60.,500.,2.
;
; group_fields = 'TN','TNMS',                    'ENDGROUP',
;       'QNTOT','XIRCOOL',                       'ENDGROUP',
;       'XIRCOOL','XNOC','XCO2C','XO3PC',        'ENDGROUP'
;
  group_fields =
	'O','O2','N2','XOM','XO2M','XN2M',       'ENDGROUP',
	'CO','CO2' ,'CH4',                       'ENDGROUP',
	'NO','N4S','N2D','NO2','NOZ',            'ENDGROUP',
	'OH','HO2','H2O','H','HTOT','CH4','H2',
	'CH4','H2O2'                             'ENDGROUP',
	'NE','O+','NO+','O2+','N2+','N+',
	'XNEEE','XNNI','XNPI',                   'ENDGROUP',
	'HE','ARG','XNHEM','XNARGM',             'ENDGROUP',
	'SPED','SHAL','PARCD',                   'ENDGROUP',
	'E5577','EO200','E6300','ECO215','ENO53',
	'SR63',                                  'ENDGROUP',
	'ZPHT','ZPMHT',                          'ENDGROUP',
	'QNTOT','XIRCOOL',                       'ENDGROUP',
	'XIRCOOL','XNOC','XCO2C','XO3PC',        'ENDGROUP',
	'QOP','QNOP','QO2P','QN2P','QNP',        'ENDGROUP',
	'DO2T','DICHM','DNCHM','DO2LYA','DO2SRC',
	'DO2SRB',                                'ENDGROUP',
	'EDY',                                   'ENDGROUP',
	'RHO','RHOMS',                           'ENDGROUP',
	'QNTOT','QNN','QNC','QSRC','QSRB','QN1D',
	'XLEN','QO3PR','QIAN','QJOUL','QNO3',
	'QNLYA',                                 'ENDGROUP',
	'QTIN','QOP','QNOP','QO2P','QN2P','QNP', 'ENDGROUP'

;
; group_names =  'NEUTRAL TEMPERATURE',
;                'TOTAL HEATING AND COOLING',
;                'TOTAL AND COMPONENT COOLING'
;
  group_names =  'NEUTRAL TEMPERATURE',
		 'ELECTRON AND ION TEMPERATURES',
		 'MAJOR SPECIES',
		 'CARBON SPECIES',
		 'NITROGEN SPECIES',
		 'HYDROGEN SPECIES',
		 'ELECTRON AND ION SPECIES',
		 'HELIUM AND ARGON SPECIES',
		 'ELECTRICAL CONDUCTIVITIES',
		 'AIRGLOW EMISSIONS',
		 'GEOPOTENTIAL HEIGHTS',
		 'TOTAL HEATING AND COOLING',
		 'TOTAL AND COMPONENT COOLING',
		 'IONIZATION RATES',
		 'O2 DISSOCIATION RATES',
		 'TOTAL DENSITY',
		 'HEATING RATES',
		 'IONIZATION RATES'
;
;
;group_minmax =  1.,0., 1.,0., 1.,0., 1.,0., 1.,0., 1.,0., 1.,0., 1.,0.,
;                1.,0., -6.,5., 1.,0., 1.,0., 1.,0., 1.,0., 1.,0.,
;
; ipltutvert: Make ut vs vertical contours.
;
 ipltutvert = 0
; utvert_days: start,stop days of run for x-axis of ut vs vert contours.
;            (to use all histories, set utvert_days=-9999,9999)
  utvert_days = -9999,9999
; utvert_days = 1095,1460
; utv_zprange = -999.,999.
; utv_zprange = -17.,-6.
; utv_htscale = 30.,105.,2.
  utv_htscale = 30.,500.,2.
;
/