2: 
2: ========================================================================
2: Begin execution of tiegcm1.95       at 03/19/14  10:39:11
2:   Host    = iris
2:   System  = LINUX
2:   Logname = foster
2: ========================================================================
2: 
2: init_timer: level=  1 rtc=F sys=T
2: mp_init: ntask=  4 mytid=  2
2: Current working directory (cwd) = /hao/aim/foster/tiegcm/tiegcm_pdyn/tiegcm-linux
2: Process ID (pid) =    28624
2: Reading input data...
2: 
2: Completed successful read of namelist inputs.
2: 
2: Input: mkntask chose ntask_lon=  2 ntask_lat=  2 (ntask=  4)
2: Input: mkntask chose ntask_maglon=  2 ntask_maglat=  2 (ntask=  4)
2: Input: Using default joulefac =      1.50
2: Will use the Heelis potential model
2: Note input: Setting BY to 0 with HEELIS potential model.
2: Doing expansion of mss histvol paths:
2: tiegcm.s_pdyn_001.nc to tiegcm.s_pdyn_010.nc by 1
2: Input: Expanded secout file tiegcm.s_pdyn_001.nc to 
2:   tiegcm.s_pdyn_001.nc
2: Input: Expanded secout file tiegcm.s_pdyn_002.nc to 
2:   tiegcm.s_pdyn_002.nc
2: Input: Expanded secout file tiegcm.s_pdyn_003.nc to 
2:   tiegcm.s_pdyn_003.nc
2: Input: Expanded secout file tiegcm.s_pdyn_004.nc to 
2:   tiegcm.s_pdyn_004.nc
2: Input: Expanded secout file tiegcm.s_pdyn_005.nc to 
2:   tiegcm.s_pdyn_005.nc
2: Input: Expanded secout file tiegcm.s_pdyn_006.nc to 
2:   tiegcm.s_pdyn_006.nc
2: Input: Expanded secout file tiegcm.s_pdyn_007.nc to 
2:   tiegcm.s_pdyn_007.nc
2: Input: Expanded secout file tiegcm.s_pdyn_008.nc to 
2:   tiegcm.s_pdyn_008.nc
2: Input: Expanded secout file tiegcm.s_pdyn_009.nc to 
2:   tiegcm.s_pdyn_009.nc
2: Input: Expanded secout file tiegcm.s_pdyn_010.nc to 
2:   tiegcm.s_pdyn_010.nc
2: 
2: ------------------------------------------------------------------------
2: USER INPUT PARAMETERS:
2:   label  = tiegcm res=5.0
2:     (optional text label for current run)
2:   High-lat electric potential model:  potential_model = HEELIS
2:   gswm migrating diurnal file: gswm_mi_di_ncfile = /hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2:   gswm migrating semi-diurnal file: gswm_mi_sdi_ncfile = /hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2:   start_year = 2002 (starting calendar day)
2:   start_day  =   80 (starting calendar year)
2:   calendar_advance = 1 (model will be advanced in calendar time starting on this day)
2:   step    = 120 (model timestep (seconds))
2:   ntask_lon =  2 (number of mpi tasks in longitude dimension)
2:   ntask_lat =  2 (number of mpi tasks in latitude  dimension)
2:   total tasks = ntask_lon*ntask_lat =    4
2:   source  = /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc
2:     (file or mss path containing source history)
2:   source_start =  80, 0, 0 (model time of source history)
2:   output (primary history output files) = 
2:     tiegcm.p_pdyn_001.nc, 
2:   start (model start times) =
2:      80, 0, 0
2:   stop (model stop times) =
2:      85, 0, 0
2:   hist (primary history disk write frequencies) =
2:       1, 0, 0
2:   Maxmimum number of histories per primary file =  10
2:   secout (secondary history output files)=
2:     tiegcm.s_pdyn_001.nc, tiegcm.s_pdyn_002.nc
2:     tiegcm.s_pdyn_003.nc, tiegcm.s_pdyn_004.nc
2:     tiegcm.s_pdyn_005.nc, tiegcm.s_pdyn_006.nc
2:     tiegcm.s_pdyn_007.nc, tiegcm.s_pdyn_008.nc
2:     tiegcm.s_pdyn_009.nc, tiegcm.s_pdyn_010.nc
2:   secstart (secondary history start times) =
2:      80, 1, 0
2:   secstop (secondary history stop times) =
2:      85, 0, 0
2:   sechist (secondary history disk write frequencies) =
2:       0, 1, 0
2:   secflds (secondary history fields) =
2:     TN          UN          VN          OMEGA       O2          
2:     O1          N2          NO          N4S         HE          
2:     NE          TE          TI          TEC         O2P         
2:     OP          POTEN       UI_ExB      VI_ExB      WI_ExB      
2:     DEN         QJOULE      EX          EY          EZ          
2:     PHIM2D      PHIM3D      EMX         EMY         EMZ         
2:     ED1         ED2         Z           ZG          ZMAG        
2:   Maximum number of histories per secondary file =  24
2:   Number of bytes for values of fields on secondary histories (sech_nbyte) =   4
2:   dynamo =  1 (dynamo will be calculated)
2:   current_pg =  1 (Add current due to plasma pressure gradient and gravity to rhs)
2:   current_kq =  0 (Calculate height-integrated current density)
2:   eddy_dif =  0 (DOY-dependent eddy diffusion flag)
2:   tide (amplitudes and phases of semidiurnal tide) =
2:      0.0E+00 0.0E+00 0.0E+00 0.0E+00 0.0E+00  0.00  0.00  0.00  0.00  0.00
2:   tide2 (amplitude and phase of diurnal tide) =
2:      0.0E+00  0.00
2:   aurora  =  1 (0/1 flag for aurora)
2:   colfac =     1.500 (collision factor)
2:   joulefac =     1.500 (joule heating factor)
2: If any of the following are spval (  0.1000E+37), they will be calculated
2: during the simulation on a per timestep basis:
2:   power  =   0.1800E+02 (Hemispheric Power)
2:   ctpoten=   0.3000E+02 (Cross-cap potential)
2:   kp     =   0.1000E+37 (Kp index)
2:   bximf  =   0.1000E+37 (BX component of IMF)
2:   byimf  =   0.0000E+00 (BY component of IMF)
2:   bzimf  =   0.1000E+37 (Bz component of IMF)
2:   swvel  =   0.1000E+37 (solar wind velocity)
2:   swden  =   0.1000E+37 (solar wind density)
2:   f107  =   0.7000E+02 (F10.7 solar flux)
2:   f107a =   0.7000E+02 (81-day ave F10.7 flux)
2:   al     =   0.1000E+37 (AL, lower auroral mag index)
2: END USER INPUT PARAMETERS
2: ------------------------------------------------------------------------
2: 
2: tgcm: dynamo= 1 -- calling apxparm: start_year= 2002
2: Time in apxparm =  0.709 (secs)
2: 
2: ntask=  4 ntaski= 2 ntaskj= 2 Task Table:
2: j= -1 itask_table(:,j)= -1 -1 -1 -1
2: j=  0 itask_table(:,j)=  1  0  1  0
2: j=  1 itask_table(:,j)=  3  2  3  2
2: j=  2 itask_table(:,j)= -1 -1 -1 -1
2: 
2: mytid=  2 mytidi,j=  0  1 lat0,1= 19 36 (18) lon0,1=  1 38 (38) ncells= 684
2: tgcm after distribute_geo
2: 
2: ntask=  4 ntask_maglon= 2 ntask_maglat= 2 Task Table:
2: j= -1 itask_table_mag(:,j)= -1 -1 -1 -1 -1
2: j=  0 itask_table_mag(:,j)=  1  0  1  0 -1
2: j=  1 itask_table_mag(:,j)=  3  2  3  2 -1
2: j=  2 itask_table_mag(:,j)= -1 -1 -1 -1 -1
2: 
2: mytid=  2 magtidi,j=  0  1 mlat0,1= 50 97 (48) mlon0,1=  1 41 (41) ncells=1968
2: mp_distribute_geo: nmagtaski=  2 tidcol=  1
2: tgcm after distribute_mag
2: 
2: Task   2:
2: 
2: Subdomain on geographic grid:
2: tasks(  2)%mytid =  2
2: tasks(  2)%mytidi=  0
2: tasks(  2)%mytidj=  1
2: tasks(  2)%nlats = 18
2: tasks(  2)%nlons = 38
2: tasks(  2)%lat0  = 19
2: tasks(  2)%lat1  = 36
2: tasks(  2)%lon0  =  1
2: tasks(  2)%lon1  = 38
2: Number of geo subdomain grid points =    684
2: 
2: Subdomain on geomagnetic grid:
2: tasks(  2)%magtidi=  0
2: tasks(  2)%magtidj=  1
2: tasks(  2)%nmaglats = 48
2: tasks(  2)%nmaglons = 41
2: tasks(  2)%mlat0  = 50
2: tasks(  2)%mlat1  = 97
2: tasks(  2)%mlon0  =  1
2: tasks(  2)%mlon1  = 41
2: Number of mag subdomain grid points =   1968
2: mp_exchange_tasks: mxmaglat=  49 mxmaglon=  41
2: tgcm after esmf_init
2: Model version = tiegcm1.95      
2: 
2: Set constants:
2:   nlat= 36 nlon= 72 nlev= 28
2:   dz=  0.50
2:   dlat=  5.00 dlon=  5.00
2:   zbound (cm) =   0.963723E+07
2:   zmbot, zmtop =   -6.750   7.250 (bottom,top midpoint levels)
2:   zibot, zitop =   -7.000   7.000 (bottom,top interface levels)
2:   dt =   120.00 secs
2:   grav =     870.00
2:   freq_3m3 =   0.3506E-04  freq_semidi=  0.1454E-03
2:   dipmin =    0.170
2:   check_exp = F
2:   kut (for filtering) =   1  2  3  5  6  7  9 10 11 13 14 15 17 17 17 17 17 17 17 17 17 17 17 17 15 14 13 11 10  9  7  6  5  3  2  1
2: init: iyear= 2002 iday=   80
2:   gswm_mi_di_ncfile = /hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2:   gswm_mi_sdi_ncfile = /hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2: hist_init: nstep= 3600
2: Allocated gswm t,u,v,z (lon0:lon1,lat0:lat1)
2: Allocated private gwm t,u,v,z (lon0:lon1,lat0:lat1,nmonth,nhour)
2: alloc_pdyn: allocate fmeq_in with mlev0,1=  -2  29
2: allocdata: all tasks allocate fzg: nlevp1=  29 nlonp4=  76 nlat=  36
2: init_lbc: allocated subdomains tlbc, ulbc, vlbc
2:   iday       =     80    (Beginning calendar day)
2:   igswm_mi_di =      1    (If > 0, GSWM diurnal tidal database will be used.)
2:   igswm_mi_sdi=      1    (If > 0, GSWM semidiurnal tidal database will be used.)
2:   igswm_nm_di=      0    (If > 0, GSWM nonmigrating diurnal tidal database will be used.)
2:   igswm_nm_sdi=      0    (If > 0, GSWM nonmigrating semidiurnal tidal database will be used.)
2:   nlev       =     28    (Number of levels (midpoints and interfaces))
2: 
2:   zpmid (midpoint  levels) = 
2:  -6.750 -6.250 -5.750 -5.250 -4.750 -4.250 -3.750 -3.250 -2.750 -2.250
2:  -1.750 -1.250 -0.750 -0.250  0.250  0.750  1.250  1.750  2.250  2.750
2:   3.250  3.750  4.250  4.750  5.250  5.750  6.250  6.750  7.250
2: 
2:   zpint (interface levels) = 
2:  -7.000 -6.500 -6.000 -5.500 -5.000 -4.500 -4.000 -3.500 -3.000 -2.500
2:  -2.000 -1.500 -1.000 -0.500  0.000  0.500  1.000  1.500  2.000  2.500
2:   3.000  3.500  4.000  4.500  5.000  5.500  6.000  6.500  7.000
2: 
2: This is an initial run:
2:   start_year =   2002     (Starting year of initial run)
2:   start_day  =     80     (Starting day of initial run)
2:   start_mtime=   80  0  0 (Starting mtime of initial run)
2: 
2: Primary Histories:
2:   nsource       =     1  (If > 0, a primary source history was provided)
2:   nseries_prim  =     1  (Number of primary time series)
2:   nhist_total   =     6  (Number of primary histories to be written)
2:   nfiles_prim   =     1  (Number of primary output files to be written)
2:   mxhist_prim   =    10  (Maximum number of primary histories per file)
2: 
2: Secondary Histories:
2:   nseries_sech  =     1  (Number of secondary time series)
2:   nsech_total   =   120  (Number of secondary histories to be written)
2:   nfiles_sech   =     5  (Number of secondary output files to be written)
2:   mxhist_sech   =    24  (Maximum number of secondary histories per file)
2:   nfsech        =    35  (Number of requested secondary history fields)
2:   secondary history field   1: TN              
2:   secondary history field   2: UN              
2:   secondary history field   3: VN              
2:   secondary history field   4: OMEGA           
2:   secondary history field   5: O2              
2:   secondary history field   6: O1              
2:   secondary history field   7: N2              
2:   secondary history field   8: NO              
2:   secondary history field   9: N4S             
2:   secondary history field  10: HE              
2:   secondary history field  11: NE              
2:   secondary history field  12: TE              
2:   secondary history field  13: TI              
2:   secondary history field  14: TEC             
2:   secondary history field  15: O2P             
2:   secondary history field  16: OP              
2:   secondary history field  17: POTEN           
2:   secondary history field  18: UI_ExB          
2:   secondary history field  19: VI_ExB          
2:   secondary history field  20: WI_ExB          
2:   secondary history field  21: DEN             
2:   secondary history field  22: QJOULE          
2:   secondary history field  23: EX              
2:   secondary history field  24: EY              
2:   secondary history field  25: EZ              
2:   secondary history field  26: PHIM2D          
2:   secondary history field  27: PHIM3D          
2:   secondary history field  28: EMX             
2:   secondary history field  29: EMY             
2:   secondary history field  30: EMZ             
2:   secondary history field  31: ED1             
2:   secondary history field  32: ED2             
2:   secondary history field  33: Z               
2:   secondary history field  34: ZG              
2:   secondary history field  35: ZMAG            
2: tgcm after init
2: 
2: ------------------------------------------------------------------------------------------------
2: Table of Available Diagnostic Fields:
2: Shortnames may be added to namelist SECFLDS
2: 
2: Field   Shortname       Units           Levels  Caller          Longname
2: - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 
2:    1    CO2_COOL        erg/g/s         lev     newton.F        CO2 Cooling
2:    2    NO_COOL         erg/g/s         lev     newton.F        NO Cooling
2:    3    DEN             g/cm3           ilev    dt.F            Total Density
2:    4    HEATING         erg/g/s         lev     dt.F            Total Heating
2:    5    HMF2            km              none    elden.F         HMF2: Height of the F2 Layer
2:    6    NMF2            1/cm3           none    elden.F         NMF2: Peak Density of the F2 Layer
2:    7    FOF2            MHz             none    elden.F         FOF2: Critical Frequency of the F2 Layer
2:    8    JE13D           A/m2            mlev    current.F       JE13D: Eastward current density (3d)
2:    9    JE23D           A/m2            mlev    current.F       JE23D: Downward current density (3d)
2:   10    JQR             A/m2            none    current.F       JQR: Upward current density (2d)
2:   11    KQLAM           A/m             none    current.F       KQLAM: Height-integrated current density (+north)
2:   12    KQPHI           A/m             none    current.F       KQPHI: Height-integrated current density (+east)
2:   13    LAMDA_HAL       1/s             lev     lamdas.F        LAMDA_HAL: Hall Ion Drag Coefficient
2:   14    LAMDA_PED       1/s             lev     lamdas.F        LAMDA_PED: Pedersen Ion Drag Coefficient
2:   15    MU_M            g/cm/s          lev     cpktkm.F        MU_M: Molecular Viscosity Coefficient
2:   16    QJOULE          erg/g/s         lev     qjoule.F        QJOULE: Joule Heating
2:   17    SCHT            km              lev     addiag.F        SCHT: Pressure Scale Height
2:   18    SIGMA_HAL       S/m             lev     lamdas.F        SIGMA_HAL: Hall Conductivity
2:   19    SIGMA_PED       S/m             lev     lamdas.F        SIGMA_PED: Pedersen Conductivity
2:   20    TEC             1/cm2           none    elden.F         TEC: Total Electron Content
2:   21    UI_ExB          cm/s            ilev    ionvel.F        UI: Zonal Ion Drift (ExB)
2:   22    VI_ExB          cm/s            ilev    ionvel.F        VI: Meridional Ion Drift (ExB)
2:   23    WI_ExB          cm/s            ilev    ionvel.F        WI: Vertical Ion Drift (ExB)
2:   24    WN              cm/s            ilev    swdot.F         WN: Neutral Vertical Wind (plus up)
2:   25    O_N2            none            lev     comp.F          O/N2 RATIO
2:   26    QJOULE_INTEG    erg/cm2/s       none    qjoule.F        Height-integrated Joule Heating
2:   27    BX                              none    oplus.F         BX/BMAG: Normalized eastward component of magnetic field
2:   28    BY                              none    oplus.F         BY/BMAG: Normalized northward component of magnetic field
2:   29    BZ                              none    oplus.F         BZ/BMAG: Normalized upward component of magnetic field
2:   30    BMAG            Gauss           none    oplus.F         BMAG: Magnetic field magnitude
2:   31    EX              V/m             ilev    ionvel.F        EX: Zonal component of electric field
2:   32    EY              V/m             ilev    ionvel.F        EY: Meridional component of electric field
2:   33    EZ              V/m             ilev    ionvel.F        EZ: Vertical component of electric field
2:   34    ED1             V/m             imlev   dynamo.F        ED1: Magnetic eastward component of electric field
2:   35    ED2             V/m             imlev   dynamo.F        ED2: Magnetic downward (equatorward) component of electric field
2:   36    PHIM2D          V               none    dynamo.F        PHIM2D: 2d Electric Potential on magnetic grid
2:   37    N2              mmr             lev     comp.F          N2: Molecular Nitrogen
2: ------------------------------------------------------------------------------------------------
2: 
2: tgcm after init_qrj
2: 
2: ------------------------------------------------------------------------
2: Getfile: remote=/hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc
2: Getfile: Found file /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc
2: ------------------------------------------------------------------------
2: 
2: Acquired source history file /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc
2:   (disk file is /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc)
2: Reading source history from diskfile /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc:
2: nc_rdhist: seeking   80   0   0 found   80   0   0  n=  1
2: Note nc_rdhist: unused variable: calendar_advance
2: Note nc_rdhist: unused variable: write_date
2: Note nc_rdhist: unused variable: crit1
2: Note nc_rdhist: unused variable: crit2
2: Note nc_rdhist: unused variable: mag
2: Read field TN               3d subdomain min,max=  0.1486E+03  0.1442E+04
2: Read field UN               3d subdomain min,max= -0.1972E+05  0.5402E+05
2: Read field VN               3d subdomain min,max= -0.5606E+05  0.5465E+05
2: Read field O2               3d subdomain min,max=  0.2745E-04  0.2303E+00
2: Read field O1               3d subdomain min,max=  0.3401E-02  0.9952E+00
2: Read field N4S              3d subdomain min,max=  0.1000E-11  0.3377E-01
2: Read field NO               3d subdomain min,max=  0.1000E-11  0.5663E-03
2: Read field OP               3d subdomain min,max=  0.0000E+00  0.3216E+07
2: Read field N2D              3d subdomain min,max=  0.0000E+00  0.5077E-03
2: Read field TI               3d subdomain min,max=  0.1486E+03  0.2648E+04
2: Read field TE               3d subdomain min,max=  0.1486E+03  0.4132E+04
2: Read field NE               3d subdomain min,max=  0.8689E+03  0.3190E+07
2: Read field O2P              3d subdomain min,max=  0.0000E+00  0.8727E+05
2: Read field OMEGA            3d subdomain min,max= -0.4689E-04  0.9294E-04
2: Read field Z                3d subdomain min,max=  0.9603E+07  0.8159E+08
2: Read field POTEN            3d subdomain min,max= -0.3346E+05  0.1625E+05
2: Read field TN_NM            3d subdomain min,max=  0.1486E+03  0.1443E+04
2: Read field UN_NM            3d subdomain min,max= -0.1979E+05  0.5406E+05
2: Read field VN_NM            3d subdomain min,max= -0.5605E+05  0.5469E+05
2: Read field O2_NM            3d subdomain min,max=  0.2742E-04  0.2303E+00
2: Read field O1_NM            3d subdomain min,max=  0.3401E-02  0.9952E+00
2: Read field N4S_NM           3d subdomain min,max=  0.1000E-11  0.3377E-01
2: Read field NO_NM            3d subdomain min,max=  0.1000E-11  0.5673E-03
2: Read field OP_NM            3d subdomain min,max=  0.0000E+00  0.3217E+07
2: Read LBC from source history: i= 89 sh%lbc=   -7.00
2: 
2: ------------------------------------------------------------------------
2: Read TGCM PRIMARY HISTORY (source history)
2: Diskfile: /hao/aim/tgcm/data/tiegcm1.95/TGCM.tiegcm1.95.pcntr_mareqx_smin.nc
2:   label         = tiegcm mareqx smin control run
2:   model_name    = tiegcm
2:   model_version = tiegcm1.94
2:   create_date= 06/19/13 11:27:17
2:   write_date = 
2:   logname    = foster
2:   host       = ys4454
2:   system     = LINUX
2:   run_type   = 
2:   source_file  = 
2:   output_file  = 
2:   source_mtime =   80   0   0
2:   initial_year = 2002
2:   initial_day  =   80
2:   initial_mtime=   80   0   0
2:   type       = primary
2:   ihist      =   1 (nth history on history file)
2:   delhmins=    0 (delta minutes between histories)
2:   calendar year,day = 2002, 80
2:     (model IS being advanced in calendar time)
2:   modeltime =  80, 0, 0, 0 (model time day,hour,minute,seconds)
2:   time    = 
2:   ut      =  0.00 (ut hours)
2:   step    =  120 (time step in seconds)
2:   iter    =    57600 (number of steps from 0,0,0)
2:   nlat    =   36 (number of latitudes)
2:   nlon    =   72 (number of longitudes)
2:   nlev    =   29 (number of levels)
2:   zmtop   =   7.250 (top midpoint level)
2:   zmbot   =  -6.750 (bottom midpoint level)
2:   zitop   =   7.000 (top interface level)
2:   zibot   =  -7.000 (bottom interface level)
2:   dtide   =  0.0E+00   0.0 (amp/phase of diurnal tide)
2:   sdtide  =  0.0E+00 0.0E+00 0.0E+00 0.0E+00 0.0E+00   0.0  0.0  0.0  0.0  0.0
2:     (amp/phase of semi-diurnal tide)
2:   f107d   =   0.2000E+03 (daily solar flux)
2:   f107a   =   0.2000E+03 (average solar flux)
2:   hpower  =   0.3900E+02 (Gw)
2:   ctpoten =   0.6000E+02 (Volts)
2:   kp      =   0.1000E+37 ()
2:   byimf   =   0.0000E+00
2:   bzimf   =   0.1000E+37
2:   swvel   =   0.1000E+37
2:   swden   =   0.1000E+37
2:   al      =   0.1000E+37
2:   e1,e2   =   0.2597E+01  0.5290E+01 (ergs/cm2/s)
2:   alfac,alfad  =   0.1000E+00  0.5000E+00 (keV)
2:   ec,ed =   0.1003E+00  0.2460E-01 (ergs/cm2/s)
2:   colfac    =   0.15E+01
2:   joulefac  =   0.15E+01
2:   p0        =   0.50E-06
2:   p0_model=   0.50E-03
2:   grav    =   0.87E+03
2:   nflds   =  24 (number of model fields)
2:   gswm_mi_di_ncfile  = /glade/p/hao/tgcm/data/gswm_diurn_5.0d_99km.nc
2:   gswm_mi_sdi_ncfile = /glade/p/hao/tgcm/data/gswm_semi_5.0d_99km.nc
2:   gswm_nm_di_ncfile  = [none]
2:   gswm_nm_sdi_ncfile = [none]
2:   see_ncfile   = [none]
2:   gpi_ncfile   = [none]
2:   ncep_ncfile  = [none]
2:   imf_ncfile   = [none]
2:   saber_ncfile = [none]
2:   tidi_ncfile  = [none]
2:   tuv_lbc_intop=  0 (if 1, then lbc of t,u,v are stored in top k slot (old histories))
2:   LBC =    -7.00 (lower boundary interface level)
2:   ntask_mpi    =  16 (number of MPI tasks)
2:   coupled_cmit =   0 (1 if coupled with CISM/CMIT, 0 otherwise)
2:   There are  24 fields on this history, as follows:
2:   TN        UN        VN        O2        O1        N4S       NO        OP       
2:   N2D       TI        TE        NE        O2P       OMEGA     Z         POTEN    
2:   TN_NM     UN_NM     VN_NM     O2_NM     O1_NM     N4S_NM    NO_NM     OP_NM    
2: ------------------------------------------------------------------------
2: 
2: tgcm after readsource
2: tgcm after magdyn
2: tgcm after init_lbc
2: 
2: Enter advance: iter= 57600 nstep=  3600
2: 
2: ------------------------------------------------------------------------
2: Getfile: remote=/hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2: Getfile: Found file /hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2: ------------------------------------------------------------------------
2: 
2: 
2: ------------------------------------------------------------------------
2: Reading GSWM data file /hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2: Completed read from GSWM data file /hao/aim/tgcm/data/gswm_diurn_5.0d_99km.nc
2: 
2: ------------------------------------------------------------------------
2: 
2: ------------------------------------------------------------------------
2: Getfile: remote=/hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2: Getfile: Found file /hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2: ------------------------------------------------------------------------
2: 
2: 
2: ------------------------------------------------------------------------
2: Reading GSWM data file /hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2: Completed read from GSWM data file /hao/aim/tgcm/data/gswm_semi_5.0d_99km.nc
2: 
2: ------------------------------------------------------------------------
2: 
2: aurora_cons:
2:   cusp:    alfac=   0.100 ec=   0.072 fc=  0.2251E+09
2:   drizzle: alfad=   0.500 ed=   0.012 fd=  0.7491E+07
2:   auroral radius = max of rhp,rcp=    19.999    17.905
2:   roth, rote (MLT) =     0.448    -0.072
2:   1/e-widths = h1,h2=     2.350     3.505
2:   energy flux = e1,e2=     1.595     2.980
2:   add_sproton = F
2:  
2: mpitime_init: Completed initialization of mpi timing
2: Step     10 of   3600 mtime= 80  0 20  0 secs/step (sys) =  0.33
2: Step     20 of   3600 mtime= 80  0 40  0 secs/step (sys) =  0.33
2: Step     30 of   3600 mtime= 80  1  0  0 secs/step (sys) =  0.33
2: 
2: Allocated 3d sech field EX(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field EX (ix= 23):
2:   short_name = EX
2:   long_name  = EX: Zonal component of electric field
2:   units      = V/m
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field EY(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field EY (ix= 24):
2:   short_name = EY
2:   long_name  = EY: Meridional component of electric field
2:   units      = V/m
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field EZ(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field EZ (ix= 25):
2:   short_name = EZ
2:   long_name  = EZ: Vertical component of electric field
2:   units      = V/m
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field ZG(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field ZG (ix= 34):
2:   short_name = ZG
2:   long_name  = Geometric Height ZG
2:   units      = cm
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field UI_ExB(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field UI_ExB (ix= 18):
2:   short_name = UI_ExB
2:   long_name  = UI: Zonal Ion Drift (ExB)
2:   units      = cm/s
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field VI_ExB(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field VI_ExB (ix= 19):
2:   short_name = VI_ExB
2:   long_name  = VI: Meridional Ion Drift (ExB)
2:   units      = cm/s
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field WI_ExB(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field WI_ExB (ix= 20):
2:   short_name = WI_ExB
2:   long_name  = WI: Vertical Ion Drift (ExB)
2:   units      = cm/s
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 2d sech field TEC(lon= 76,lat= 36)
2: 
2: Initialized diagnostic secondary history field TEC (ix= 14):
2:   short_name = TEC
2:   long_name  = TEC: Total Electron Content
2:   units      = 1/cm2
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat             
2:   dimsizes   =   76  36   0
2:   ndims      =  2
2:   task0_only =     F
2: 
2: Allocated 3d sech field QJOULE(lon= 76,lat= 36,lev= 29)
2: 
2: Initialized diagnostic secondary history field QJOULE (ix= 22):
2:   short_name = QJOULE
2:   long_name  = QJOULE: Joule Heating
2:   units      = erg/g/s
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     lev     
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field DEN(lon= 76,lat= 36,ilev= 29)
2: 
2: Initialized diagnostic secondary history field DEN (ix= 21):
2:   short_name = DEN
2:   long_name  = Total Density
2:   units      = g/cm3
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     ilev    
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field N2(lon= 76,lat= 36,lev= 29)
2: 
2: Initialized diagnostic secondary history field N2 (ix=  7):
2:   short_name = N2
2:   long_name  = N2: Molecular Nitrogen
2:   units      = mmr
2:   geo        = T
2:   mag        = F
2:   dimnames   = lon     lat     lev     
2:   dimsizes   =   76  36  29
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field ZMAG(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field ZMAG (ix= 35):
2:   short_name = ZMAG
2:   long_name  = ZMAG from pdynamo
2:   units      = cm
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 2d sech field PHIM2D(mlon= 81,mlat= 97)
2: 
2: Initialized diagnostic secondary history field PHIM2D (ix= 26):
2:   short_name = PHIM2D
2:   long_name  = PHIM2D: 2d Electric Potential on magnetic grid
2:   units      = V
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat            
2:   dimsizes   =   81  97   0
2:   ndims      =  2
2:   task0_only =     F
2: 
2: Allocated 3d sech field PHIM3D(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field PHIM3D (ix= 27):
2:   short_name = PHIM3D
2:   long_name  = 
2:   units      = 
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field EMX(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field EMX (ix= 28):
2:   short_name = EMX
2:   long_name  = 
2:   units      = 
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field EMY(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field EMY (ix= 29):
2:   short_name = EMY
2:   long_name  = 
2:   units      = 
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field EMZ(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field EMZ (ix= 30):
2:   short_name = EMZ
2:   long_name  = 
2:   units      = 
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field ED1(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field ED1 (ix= 31):
2:   short_name = ED1
2:   long_name  = ED1: Magnetic eastward component of electric field
2:   units      = V/m
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: 
2: Allocated 3d sech field ED2(mlon= 81,mlat= 97,imlev= 32)
2: 
2: Initialized diagnostic secondary history field ED2 (ix= 32):
2:   short_name = ED2
2:   long_name  = ED2: Magnetic downward (equatorward) component of electric field
2:   units      = V/m
2:   geo        = F
2:   mag        = T
2:   dimnames   = mlon    mlat    imlev   
2:   dimsizes   =   81  97  32
2:   ndims      =  3
2:   task0_only =     F
2: Step     40 of   3600 mtime= 80  1 20  0 secs/step (sys) =  0.33
2: Step     50 of   3600 mtime= 80  1 40  0 secs/step (sys) =  0.33
2: Step     60 of   3600 mtime= 80  2  0  0 secs/step (sys) =  0.33
2: Step     70 of   3600 mtime= 80  2 20  0 secs/step (sys) =  0.33
2: Step     80 of   3600 mtime= 80  2 40  0 secs/step (sys) =  0.33
2: Step     90 of   3600 mtime= 80  3  0  0 secs/step (sys) =  0.33
2: Step    100 of   3600 mtime= 80  3 20  0 secs/step (sys) =  0.33
2: Step    110 of   3600 mtime= 80  3 40  0 secs/step (sys) =  0.33
2: Step    120 of   3600 mtime= 80  4  0  0 secs/step (sys) =  0.33
2: Step    130 of   3600 mtime= 80  4 20  0 secs/step (sys) =  0.33
2: Step    140 of   3600 mtime= 80  4 40  0 secs/step (sys) =  0.33
2: Step    150 of   3600 mtime= 80  5  0  0 secs/step (sys) =  0.33
2: Step    160 of   3600 mtime= 80  5 20  0 secs/step (sys) =  0.33
2: Step    170 of   3600 mtime= 80  5 40  0 secs/step (sys) =  0.33
2: Step    180 of   3600 mtime= 80  6  0  0 secs/step (sys) =  0.33
2: Step    190 of   3600 mtime= 80  6 20  0 secs/step (sys) =  0.33
2: Step    200 of   3600 mtime= 80  6 40  0 secs/step (sys) =  0.33
2: Step    210 of   3600 mtime= 80  7  0  0 secs/step (sys) =  0.33
2: Step    220 of   3600 mtime= 80  7 20  0 secs/step (sys) =  0.33
2: Step    230 of   3600 mtime= 80  7 40  0 secs/step (sys) =  0.33
2: Step    240 of   3600 mtime= 80  8  0  0 secs/step (sys) =  0.33
2: Step    250 of   3600 mtime= 80  8 20  0 secs/step (sys) =  0.33
2: Step    260 of   3600 mtime= 80  8 40  0 secs/step (sys) =  0.33
2: Step    270 of   3600 mtime= 80  9  0  0 secs/step (sys) =  0.33
2: Step    280 of   3600 mtime= 80  9 20  0 secs/step (sys) =  0.33
2: Step    290 of   3600 mtime= 80  9 40  0 secs/step (sys) =  0.33
2: Step    300 of   3600 mtime= 80 10  0  0 secs/step (sys) =  0.33
2: Step    310 of   3600 mtime= 80 10 20  0 secs/step (sys) =  0.33
2: Step    320 of   3600 mtime= 80 10 40  0 secs/step (sys) =  0.33
2: Step    330 of   3600 mtime= 80 11  0  0 secs/step (sys) =  0.33
2: Step    340 of   3600 mtime= 80 11 20  0 secs/step (sys) =  0.33
2: Step    350 of   3600 mtime= 80 11 40  0 secs/step (sys) =  0.33
2: Step    360 of   3600 mtime= 80 12  0  0 secs/step (sys) =  0.33
2: Step    370 of   3600 mtime= 80 12 20  0 secs/step (sys) =  0.33
2: Step    380 of   3600 mtime= 80 12 40  0 secs/step (sys) =  0.33
2: Step    390 of   3600 mtime= 80 13  0  0 secs/step (sys) =  0.33
2: Step    400 of   3600 mtime= 80 13 20  0 secs/step (sys) =  0.33
2: Step    410 of   3600 mtime= 80 13 40  0 secs/step (sys) =  0.33
2: Step    420 of   3600 mtime= 80 14  0  0 secs/step (sys) =  0.33
2: Step    430 of   3600 mtime= 80 14 20  0 secs/step (sys) =  0.33
2: Step    440 of   3600 mtime= 80 14 40  0 secs/step (sys) =  0.33
2: Step    450 of   3600 mtime= 80 15  0  0 secs/step (sys) =  0.33
2: Step    460 of   3600 mtime= 80 15 20  0 secs/step (sys) =  0.33
2: Step    470 of   3600 mtime= 80 15 40  0 secs/step (sys) =  0.33
2: Step    480 of   3600 mtime= 80 16  0  0 secs/step (sys) =  0.33
2: Step    490 of   3600 mtime= 80 16 20  0 secs/step (sys) =  0.33
2: Step    500 of   3600 mtime= 80 16 40  0 secs/step (sys) =  0.33
2: Step    510 of   3600 mtime= 80 17  0  0 secs/step (sys) =  0.33
2: Step    520 of   3600 mtime= 80 17 20  0 secs/step (sys) =  0.33
2: Step    530 of   3600 mtime= 80 17 40  0 secs/step (sys) =  0.33
2: Step    540 of   3600 mtime= 80 18  0  0 secs/step (sys) =  0.33
2: Step    550 of   3600 mtime= 80 18 20  0 secs/step (sys) =  0.33
2: Step    560 of   3600 mtime= 80 18 40  0 secs/step (sys) =  0.33
2: Step    570 of   3600 mtime= 80 19  0  0 secs/step (sys) =  0.33
2: Step    580 of   3600 mtime= 80 19 20  0 secs/step (sys) =  0.33
2: Step    590 of   3600 mtime= 80 19 40  0 secs/step (sys) =  0.33
2: Step    600 of   3600 mtime= 80 20  0  0 secs/step (sys) =  0.33
2: Step    610 of   3600 mtime= 80 20 20  0 secs/step (sys) =  0.33
2: Step    620 of   3600 mtime= 80 20 40  0 secs/step (sys) =  0.33
2: Step    630 of   3600 mtime= 80 21  0  0 secs/step (sys) =  0.33
2: Step    640 of   3600 mtime= 80 21 20  0 secs/step (sys) =  0.33
2: Step    650 of   3600 mtime= 80 21 40  0 secs/step (sys) =  0.33
2: Step    660 of   3600 mtime= 80 22  0  0 secs/step (sys) =  0.33
2: Step    670 of   3600 mtime= 80 22 20  0 secs/step (sys) =  0.33
2: Step    680 of   3600 mtime= 80 22 40  0 secs/step (sys) =  0.33
2: Step    690 of   3600 mtime= 80 23  0  0 secs/step (sys) =  0.33
2: Step    700 of   3600 mtime= 80 23 20  0 secs/step (sys) =  0.33
2: Step    710 of   3600 mtime= 80 23 40  0 secs/step (sys) =  0.33
2: Advancing day (previous,present)=   80 2002   81 2002 sfeps=  0.1007E+01
2: Step    720 of   3600 mtime= 81  0  0  0 secs/step (sys) =  0.33
2: Step    730 of   3600 mtime= 81  0 20  0 secs/step (sys) =  0.33
2: Step    740 of   3600 mtime= 81  0 40  0 secs/step (sys) =  0.33
2: Step    750 of   3600 mtime= 81  1  0  0 secs/step (sys) =  0.33
2: Step    760 of   3600 mtime= 81  1 20  0 secs/step (sys) =  0.33
2: Step    770 of   3600 mtime= 81  1 40  0 secs/step (sys) =  0.33
2: Step    780 of   3600 mtime= 81  2  0  0 secs/step (sys) =  0.33
2: Step    790 of   3600 mtime= 81  2 20  0 secs/step (sys) =  0.33
2: Step    800 of   3600 mtime= 81  2 40  0 secs/step (sys) =  0.33
2: Step    810 of   3600 mtime= 81  3  0  0 secs/step (sys) =  0.33
2: Step    820 of   3600 mtime= 81  3 20  0 secs/step (sys) =  0.33
2: Step    830 of   3600 mtime= 81  3 40  0 secs/step (sys) =  0.33
2: Step    840 of   3600 mtime= 81  4  0  0 secs/step (sys) =  0.39
2: Step    850 of   3600 mtime= 81  4 20  0 secs/step (sys) =  0.33
2: Step    860 of   3600 mtime= 81  4 40  0 secs/step (sys) =  0.33
2: Step    870 of   3600 mtime= 81  5  0  0 secs/step (sys) =  0.34
2: Step    880 of   3600 mtime= 81  5 20  0 secs/step (sys) =  0.33
2: Step    890 of   3600 mtime= 81  5 40  0 secs/step (sys) =  0.33
2: Step    900 of   3600 mtime= 81  6  0  0 secs/step (sys) =  0.33
2: Step    910 of   3600 mtime= 81  6 20  0 secs/step (sys) =  0.33
2: Step    920 of   3600 mtime= 81  6 40  0 secs/step (sys) =  0.33
2: Step    930 of   3600 mtime= 81  7  0  0 secs/step (sys) =  0.33
2: Step    940 of   3600 mtime= 81  7 20  0 secs/step (sys) =  0.33
2: Step    950 of   3600 mtime= 81  7 40  0 secs/step (sys) =  0.33
2: Step    960 of   3600 mtime= 81  8  0  0 secs/step (sys) =  0.33
2: Step    970 of   3600 mtime= 81  8 20  0 secs/step (sys) =  0.33
2: Step    980 of   3600 mtime= 81  8 40  0 secs/step (sys) =  0.33
2: Step    990 of   3600 mtime= 81  9  0  0 secs/step (sys) =  0.33
2: Step   1000 of   3600 mtime= 81  9 20  0 secs/step (sys) =  0.33
2: Step   1010 of   3600 mtime= 81  9 40  0 secs/step (sys) =  0.33
2: Step   1020 of   3600 mtime= 81 10  0  0 secs/step (sys) =  0.33
2: Step   1030 of   3600 mtime= 81 10 20  0 secs/step (sys) =  0.33
2: Step   1040 of   3600 mtime= 81 10 40  0 secs/step (sys) =  0.33
2: Step   1050 of   3600 mtime= 81 11  0  0 secs/step (sys) =  0.33
2: Step   1060 of   3600 mtime= 81 11 20  0 secs/step (sys) =  0.33
2: Step   1070 of   3600 mtime= 81 11 40  0 secs/step (sys) =  0.33
2: Step   1080 of   3600 mtime= 81 12  0  0 secs/step (sys) =  0.33
2: Step   1090 of   3600 mtime= 81 12 20  0 secs/step (sys) =  0.33
2: Step   1100 of   3600 mtime= 81 12 40  0 secs/step (sys) =  0.33
2: Step   1110 of   3600 mtime= 81 13  0  0 secs/step (sys) =  0.33
2: Step   1120 of   3600 mtime= 81 13 20  0 secs/step (sys) =  0.33
2: Step   1130 of   3600 mtime= 81 13 40  0 secs/step (sys) =  0.33
2: Step   1140 of   3600 mtime= 81 14  0  0 secs/step (sys) =  0.33
2: Step   1150 of   3600 mtime= 81 14 20  0 secs/step (sys) =  0.33
2: Step   1160 of   3600 mtime= 81 14 40  0 secs/step (sys) =  0.33
2: Step   1170 of   3600 mtime= 81 15  0  0 secs/step (sys) =  0.33
2: Step   1180 of   3600 mtime= 81 15 20  0 secs/step (sys) =  0.33
2: Step   1190 of   3600 mtime= 81 15 40  0 secs/step (sys) =  0.33
2: Step   1200 of   3600 mtime= 81 16  0  0 secs/step (sys) =  0.33
2: Step   1210 of   3600 mtime= 81 16 20  0 secs/step (sys) =  0.33
2: Step   1220 of   3600 mtime= 81 16 40  0 secs/step (sys) =  0.33
2: Step   1230 of   3600 mtime= 81 17  0  0 secs/step (sys) =  0.33
2: Step   1240 of   3600 mtime= 81 17 20  0 secs/step (sys) =  0.33
2: Step   1250 of   3600 mtime= 81 17 40  0 secs/step (sys) =  0.33
2: Step   1260 of   3600 mtime= 81 18  0  0 secs/step (sys) =  0.33
2: Step   1270 of   3600 mtime= 81 18 20  0 secs/step (sys) =  0.33
2: Step   1280 of   3600 mtime= 81 18 40  0 secs/step (sys) =  0.33
2: Step   1290 of   3600 mtime= 81 19  0  0 secs/step (sys) =  0.33
2: Step   1300 of   3600 mtime= 81 19 20  0 secs/step (sys) =  0.33
2: Step   1310 of   3600 mtime= 81 19 40  0 secs/step (sys) =  0.33
2: Step   1320 of   3600 mtime= 81 20  0  0 secs/step (sys) =  0.33
2: Step   1330 of   3600 mtime= 81 20 20  0 secs/step (sys) =  0.33
2: Step   1340 of   3600 mtime= 81 20 40  0 secs/step (sys) =  0.33
2: Step   1350 of   3600 mtime= 81 21  0  0 secs/step (sys) =  0.34
2: Step   1360 of   3600 mtime= 81 21 20  0 secs/step (sys) =  0.33
2: Step   1370 of   3600 mtime= 81 21 40  0 secs/step (sys) =  0.33
2: Step   1380 of   3600 mtime= 81 22  0  0 secs/step (sys) =  0.33
2: Step   1390 of   3600 mtime= 81 22 20  0 secs/step (sys) =  0.33
2: Step   1400 of   3600 mtime= 81 22 40  0 secs/step (sys) =  0.33
2: Step   1410 of   3600 mtime= 81 23  0  0 secs/step (sys) =  0.33
2: Step   1420 of   3600 mtime= 81 23 20  0 secs/step (sys) =  0.33
2: Step   1430 of   3600 mtime= 81 23 40  0 secs/step (sys) =  0.33
2: Advancing day (previous,present)=   81 2002   82 2002 sfeps=  0.1006E+01
2: Step   1440 of   3600 mtime= 82  0  0  0 secs/step (sys) =  0.33
2: Step   1450 of   3600 mtime= 82  0 20  0 secs/step (sys) =  0.33
2: Step   1460 of   3600 mtime= 82  0 40  0 secs/step (sys) =  0.33
2: Step   1470 of   3600 mtime= 82  1  0  0 secs/step (sys) =  0.33
2: Step   1480 of   3600 mtime= 82  1 20  0 secs/step (sys) =  0.33
2: Step   1490 of   3600 mtime= 82  1 40  0 secs/step (sys) =  0.33
2: Step   1500 of   3600 mtime= 82  2  0  0 secs/step (sys) =  0.33
2: Step   1510 of   3600 mtime= 82  2 20  0 secs/step (sys) =  0.33
2: Step   1520 of   3600 mtime= 82  2 40  0 secs/step (sys) =  0.33
2: Step   1530 of   3600 mtime= 82  3  0  0 secs/step (sys) =  0.33
2: Step   1540 of   3600 mtime= 82  3 20  0 secs/step (sys) =  0.33
2: Step   1550 of   3600 mtime= 82  3 40  0 secs/step (sys) =  0.33
2: Step   1560 of   3600 mtime= 82  4  0  0 secs/step (sys) =  0.33
2: Step   1570 of   3600 mtime= 82  4 20  0 secs/step (sys) =  0.33
2: Step   1580 of   3600 mtime= 82  4 40  0 secs/step (sys) =  0.33
2: Step   1590 of   3600 mtime= 82  5  0  0 secs/step (sys) =  0.33
2: Step   1600 of   3600 mtime= 82  5 20  0 secs/step (sys) =  0.39
2: Step   1610 of   3600 mtime= 82  5 40  0 secs/step (sys) =  0.39
2: Step   1620 of   3600 mtime= 82  6  0  0 secs/step (sys) =  0.41
2: Step   1630 of   3600 mtime= 82  6 20  0 secs/step (sys) =  0.33
2: Step   1640 of   3600 mtime= 82  6 40  0 secs/step (sys) =  0.33
2: Step   1650 of   3600 mtime= 82  7  0  0 secs/step (sys) =  0.33
2: Step   1660 of   3600 mtime= 82  7 20  0 secs/step (sys) =  0.33
2: Step   1670 of   3600 mtime= 82  7 40  0 secs/step (sys) =  0.33
2: Step   1680 of   3600 mtime= 82  8  0  0 secs/step (sys) =  0.33
2: Step   1690 of   3600 mtime= 82  8 20  0 secs/step (sys) =  0.33
2: Step   1700 of   3600 mtime= 82  8 40  0 secs/step (sys) =  0.33
2: Step   1710 of   3600 mtime= 82  9  0  0 secs/step (sys) =  0.33
2: Step   1720 of   3600 mtime= 82  9 20  0 secs/step (sys) =  0.33
2: Step   1730 of   3600 mtime= 82  9 40  0 secs/step (sys) =  0.33
2: Step   1740 of   3600 mtime= 82 10  0  0 secs/step (sys) =  0.33
2: Step   1750 of   3600 mtime= 82 10 20  0 secs/step (sys) =  0.33
2: Step   1760 of   3600 mtime= 82 10 40  0 secs/step (sys) =  0.33
2: Step   1770 of   3600 mtime= 82 11  0  0 secs/step (sys) =  0.33
2: Step   1780 of   3600 mtime= 82 11 20  0 secs/step (sys) =  0.33
2: Step   1790 of   3600 mtime= 82 11 40  0 secs/step (sys) =  0.38
2: Step   1800 of   3600 mtime= 82 12  0  0 secs/step (sys) =  0.40
2: Step   1810 of   3600 mtime= 82 12 20  0 secs/step (sys) =  0.40
2: Step   1820 of   3600 mtime= 82 12 40  0 secs/step (sys) =  0.39
2: Step   1830 of   3600 mtime= 82 13  0  0 secs/step (sys) =  0.39
2: Step   1840 of   3600 mtime= 82 13 20  0 secs/step (sys) =  0.40
2: Step   1850 of   3600 mtime= 82 13 40  0 secs/step (sys) =  0.42
2: Step   1860 of   3600 mtime= 82 14  0  0 secs/step (sys) =  0.36
2: Step   1870 of   3600 mtime= 82 14 20  0 secs/step (sys) =  0.40
2: Step   1880 of   3600 mtime= 82 14 40  0 secs/step (sys) =  0.36
2: Step   1890 of   3600 mtime= 82 15  0  0 secs/step (sys) =  0.39
2: Step   1900 of   3600 mtime= 82 15 20  0 secs/step (sys) =  0.41
2: Step   1910 of   3600 mtime= 82 15 40  0 secs/step (sys) =  0.44
2: Step   1920 of   3600 mtime= 82 16  0  0 secs/step (sys) =  0.40
2: Step   1930 of   3600 mtime= 82 16 20  0 secs/step (sys) =  0.38
2: Step   1940 of   3600 mtime= 82 16 40  0 secs/step (sys) =  0.41
2: Step   1950 of   3600 mtime= 82 17  0  0 secs/step (sys) =  0.44
2: Step   1960 of   3600 mtime= 82 17 20  0 secs/step (sys) =  0.40
2: Step   1970 of   3600 mtime= 82 17 40  0 secs/step (sys) =  0.39
2: Step   1980 of   3600 mtime= 82 18  0  0 secs/step (sys) =  0.38
2: Step   1990 of   3600 mtime= 82 18 20  0 secs/step (sys) =  0.37
2: Step   2000 of   3600 mtime= 82 18 40  0 secs/step (sys) =  0.42
2: Step   2010 of   3600 mtime= 82 19  0  0 secs/step (sys) =  0.38
2: Step   2020 of   3600 mtime= 82 19 20  0 secs/step (sys) =  0.40
2: Step   2030 of   3600 mtime= 82 19 40  0 secs/step (sys) =  0.38
2: Step   2040 of   3600 mtime= 82 20  0  0 secs/step (sys) =  0.40
2: Step   2050 of   3600 mtime= 82 20 20  0 secs/step (sys) =  0.39
2: Step   2060 of   3600 mtime= 82 20 40  0 secs/step (sys) =  0.39
2: Step   2070 of   3600 mtime= 82 21  0  0 secs/step (sys) =  0.37
2: Step   2080 of   3600 mtime= 82 21 20  0 secs/step (sys) =  0.39
2: Step   2090 of   3600 mtime= 82 21 40  0 secs/step (sys) =  0.39
2: Step   2100 of   3600 mtime= 82 22  0  0 secs/step (sys) =  0.39
2: Step   2110 of   3600 mtime= 82 22 20  0 secs/step (sys) =  0.40
2: Step   2120 of   3600 mtime= 82 22 40  0 secs/step (sys) =  0.36
2: Step   2130 of   3600 mtime= 82 23  0  0 secs/step (sys) =  0.46
2: Step   2140 of   3600 mtime= 82 23 20  0 secs/step (sys) =  0.39
2: Step   2150 of   3600 mtime= 82 23 40  0 secs/step (sys) =  0.38
2: Advancing day (previous,present)=   82 2002   83 2002 sfeps=  0.1006E+01
2: Step   2160 of   3600 mtime= 83  0  0  0 secs/step (sys) =  0.43
2: Step   2170 of   3600 mtime= 83  0 20  0 secs/step (sys) =  0.44
2: Step   2180 of   3600 mtime= 83  0 40  0 secs/step (sys) =  0.41
2: Step   2190 of   3600 mtime= 83  1  0  0 secs/step (sys) =  0.41
2: Step   2200 of   3600 mtime= 83  1 20  0 secs/step (sys) =  0.46
2: Step   2210 of   3600 mtime= 83  1 40  0 secs/step (sys) =  0.42
2: Step   2220 of   3600 mtime= 83  2  0  0 secs/step (sys) =  0.41
2: Step   2230 of   3600 mtime= 83  2 20  0 secs/step (sys) =  0.41
2: Step   2240 of   3600 mtime= 83  2 40  0 secs/step (sys) =  0.41
2: Step   2250 of   3600 mtime= 83  3  0  0 secs/step (sys) =  0.39
2: Step   2260 of   3600 mtime= 83  3 20  0 secs/step (sys) =  0.41
2: Step   2270 of   3600 mtime= 83  3 40  0 secs/step (sys) =  0.41
2: Step   2280 of   3600 mtime= 83  4  0  0 secs/step (sys) =  0.40
2: Step   2290 of   3600 mtime= 83  4 20  0 secs/step (sys) =  0.40
2: Step   2300 of   3600 mtime= 83  4 40  0 secs/step (sys) =  0.45
2: Step   2310 of   3600 mtime= 83  5  0  0 secs/step (sys) =  0.45
2: Step   2320 of   3600 mtime= 83  5 20  0 secs/step (sys) =  0.42
2: Step   2330 of   3600 mtime= 83  5 40  0 secs/step (sys) =  0.47
2: Step   2340 of   3600 mtime= 83  6  0  0 secs/step (sys) =  0.42
2: Step   2350 of   3600 mtime= 83  6 20  0 secs/step (sys) =  0.42
2: Step   2360 of   3600 mtime= 83  6 40  0 secs/step (sys) =  0.44
2: Step   2370 of   3600 mtime= 83  7  0  0 secs/step (sys) =  0.40
2: Step   2380 of   3600 mtime= 83  7 20  0 secs/step (sys) =  0.44
2: Step   2390 of   3600 mtime= 83  7 40  0 secs/step (sys) =  0.40
2: Step   2400 of   3600 mtime= 83  8  0  0 secs/step (sys) =  0.40
2: Step   2410 of   3600 mtime= 83  8 20  0 secs/step (sys) =  0.39
2: Step   2420 of   3600 mtime= 83  8 40  0 secs/step (sys) =  0.40
2: Step   2430 of   3600 mtime= 83  9  0  0 secs/step (sys) =  0.38
2: Step   2440 of   3600 mtime= 83  9 20  0 secs/step (sys) =  0.42
2: Step   2450 of   3600 mtime= 83  9 40  0 secs/step (sys) =  0.41
2: Step   2460 of   3600 mtime= 83 10  0  0 secs/step (sys) =  0.39
2: Step   2470 of   3600 mtime= 83 10 20  0 secs/step (sys) =  0.44
2: Step   2480 of   3600 mtime= 83 10 40  0 secs/step (sys) =  0.41
2: Step   2490 of   3600 mtime= 83 11  0  0 secs/step (sys) =  0.45
2: Step   2500 of   3600 mtime= 83 11 20  0 secs/step (sys) =  0.46
2: Step   2510 of   3600 mtime= 83 11 40  0 secs/step (sys) =  0.41
2: Step   2520 of   3600 mtime= 83 12  0  0 secs/step (sys) =  0.41
2: Step   2530 of   3600 mtime= 83 12 20  0 secs/step (sys) =  0.40
2: Step   2540 of   3600 mtime= 83 12 40  0 secs/step (sys) =  0.43
2: Step   2550 of   3600 mtime= 83 13  0  0 secs/step (sys) =  0.40
2: Step   2560 of   3600 mtime= 83 13 20  0 secs/step (sys) =  0.42
2: Step   2570 of   3600 mtime= 83 13 40  0 secs/step (sys) =  0.38
2: Step   2580 of   3600 mtime= 83 14  0  0 secs/step (sys) =  0.40
2: Step   2590 of   3600 mtime= 83 14 20  0 secs/step (sys) =  0.38
2: Step   2600 of   3600 mtime= 83 14 40  0 secs/step (sys) =  0.40
2: Step   2610 of   3600 mtime= 83 15  0  0 secs/step (sys) =  0.40
2: Step   2620 of   3600 mtime= 83 15 20  0 secs/step (sys) =  0.41
2: Step   2630 of   3600 mtime= 83 15 40  0 secs/step (sys) =  0.39
2: Step   2640 of   3600 mtime= 83 16  0  0 secs/step (sys) =  0.40
2: Step   2650 of   3600 mtime= 83 16 20  0 secs/step (sys) =  0.42
2: Step   2660 of   3600 mtime= 83 16 40  0 secs/step (sys) =  0.41
2: Step   2670 of   3600 mtime= 83 17  0  0 secs/step (sys) =  0.40
2: Step   2680 of   3600 mtime= 83 17 20  0 secs/step (sys) =  0.40
2: Step   2690 of   3600 mtime= 83 17 40  0 secs/step (sys) =  0.40
2: Step   2700 of   3600 mtime= 83 18  0  0 secs/step (sys) =  0.38
2: Step   2710 of   3600 mtime= 83 18 20  0 secs/step (sys) =  0.37
2: Step   2720 of   3600 mtime= 83 18 40  0 secs/step (sys) =  0.38
2: Step   2730 of   3600 mtime= 83 19  0  0 secs/step (sys) =  0.40
2: Step   2740 of   3600 mtime= 83 19 20  0 secs/step (sys) =  0.40
2: Step   2750 of   3600 mtime= 83 19 40  0 secs/step (sys) =  0.41
2: Step   2760 of   3600 mtime= 83 20  0  0 secs/step (sys) =  0.41
2: Step   2770 of   3600 mtime= 83 20 20  0 secs/step (sys) =  0.40
2: Step   2780 of   3600 mtime= 83 20 40  0 secs/step (sys) =  0.40
2: Step   2790 of   3600 mtime= 83 21  0  0 secs/step (sys) =  0.49
2: Step   2800 of   3600 mtime= 83 21 20  0 secs/step (sys) =  0.39
2: Step   2810 of   3600 mtime= 83 21 40  0 secs/step (sys) =  0.40
2: Step   2820 of   3600 mtime= 83 22  0  0 secs/step (sys) =  0.40
2: Step   2830 of   3600 mtime= 83 22 20  0 secs/step (sys) =  0.42
2: Step   2840 of   3600 mtime= 83 22 40  0 secs/step (sys) =  0.39
2: Step   2850 of   3600 mtime= 83 23  0  0 secs/step (sys) =  0.42
2: Step   2860 of   3600 mtime= 83 23 20  0 secs/step (sys) =  0.40
2: Step   2870 of   3600 mtime= 83 23 40  0 secs/step (sys) =  0.40
2: Advancing day (previous,present)=   83 2002   84 2002 sfeps=  0.1005E+01
2: Step   2880 of   3600 mtime= 84  0  0  0 secs/step (sys) =  0.48
2: Step   2890 of   3600 mtime= 84  0 20  0 secs/step (sys) =  0.39
2: Step   2900 of   3600 mtime= 84  0 40  0 secs/step (sys) =  0.40
2: Step   2910 of   3600 mtime= 84  1  0  0 secs/step (sys) =  0.38
2: Step   2920 of   3600 mtime= 84  1 20  0 secs/step (sys) =  0.40
2: Step   2930 of   3600 mtime= 84  1 40  0 secs/step (sys) =  0.42
2: Step   2940 of   3600 mtime= 84  2  0  0 secs/step (sys) =  0.44
2: Step   2950 of   3600 mtime= 84  2 20  0 secs/step (sys) =  0.41
2: Step   2960 of   3600 mtime= 84  2 40  0 secs/step (sys) =  0.40
2: Step   2970 of   3600 mtime= 84  3  0  0 secs/step (sys) =  0.39
2: Step   2980 of   3600 mtime= 84  3 20  0 secs/step (sys) =  0.40
2: Step   2990 of   3600 mtime= 84  3 40  0 secs/step (sys) =  0.46
2: Step   3000 of   3600 mtime= 84  4  0  0 secs/step (sys) =  0.41
2: Step   3010 of   3600 mtime= 84  4 20  0 secs/step (sys) =  0.42
2: Step   3020 of   3600 mtime= 84  4 40  0 secs/step (sys) =  0.42
2: Step   3030 of   3600 mtime= 84  5  0  0 secs/step (sys) =  0.40
2: Step   3040 of   3600 mtime= 84  5 20  0 secs/step (sys) =  0.41
2: Step   3050 of   3600 mtime= 84  5 40  0 secs/step (sys) =  0.36
2: Step   3060 of   3600 mtime= 84  6  0  0 secs/step (sys) =  0.40
2: Step   3070 of   3600 mtime= 84  6 20  0 secs/step (sys) =  0.40
2: Step   3080 of   3600 mtime= 84  6 40  0 secs/step (sys) =  0.39
2: Step   3090 of   3600 mtime= 84  7  0  0 secs/step (sys) =  0.40
2: Step   3100 of   3600 mtime= 84  7 20  0 secs/step (sys) =  0.41
2: Step   3110 of   3600 mtime= 84  7 40  0 secs/step (sys) =  0.40
2: Step   3120 of   3600 mtime= 84  8  0  0 secs/step (sys) =  0.41
2: Step   3130 of   3600 mtime= 84  8 20  0 secs/step (sys) =  0.44
2: Step   3140 of   3600 mtime= 84  8 40  0 secs/step (sys) =  0.40
2: Step   3150 of   3600 mtime= 84  9  0  0 secs/step (sys) =  0.40
2: Step   3160 of   3600 mtime= 84  9 20  0 secs/step (sys) =  0.40
2: Step   3170 of   3600 mtime= 84  9 40  0 secs/step (sys) =  0.44
2: Step   3180 of   3600 mtime= 84 10  0  0 secs/step (sys) =  0.39
2: Step   3190 of   3600 mtime= 84 10 20  0 secs/step (sys) =  0.40
2: Step   3200 of   3600 mtime= 84 10 40  0 secs/step (sys) =  0.42
2: Step   3210 of   3600 mtime= 84 11  0  0 secs/step (sys) =  0.40
2: Step   3220 of   3600 mtime= 84 11 20  0 secs/step (sys) =  0.41
2: Step   3230 of   3600 mtime= 84 11 40  0 secs/step (sys) =  0.40
2: Step   3240 of   3600 mtime= 84 12  0  0 secs/step (sys) =  0.39
2: Step   3250 of   3600 mtime= 84 12 20  0 secs/step (sys) =  0.43
2: Step   3260 of   3600 mtime= 84 12 40  0 secs/step (sys) =  0.40
2: Step   3270 of   3600 mtime= 84 13  0  0 secs/step (sys) =  0.38
2: Step   3280 of   3600 mtime= 84 13 20  0 secs/step (sys) =  0.40
2: Step   3290 of   3600 mtime= 84 13 40  0 secs/step (sys) =  0.39
2: Step   3300 of   3600 mtime= 84 14  0  0 secs/step (sys) =  0.43
2: Step   3310 of   3600 mtime= 84 14 20  0 secs/step (sys) =  0.40
2: Step   3320 of   3600 mtime= 84 14 40  0 secs/step (sys) =  0.41
2: Step   3330 of   3600 mtime= 84 15  0  0 secs/step (sys) =  0.38
2: Step   3340 of   3600 mtime= 84 15 20  0 secs/step (sys) =  0.40
2: Step   3350 of   3600 mtime= 84 15 40  0 secs/step (sys) =  0.40
2: Step   3360 of   3600 mtime= 84 16  0  0 secs/step (sys) =  0.40
2: Step   3370 of   3600 mtime= 84 16 20  0 secs/step (sys) =  0.41
2: Step   3380 of   3600 mtime= 84 16 40  0 secs/step (sys) =  0.42
2: Step   3390 of   3600 mtime= 84 17  0  0 secs/step (sys) =  0.40
2: Step   3400 of   3600 mtime= 84 17 20  0 secs/step (sys) =  0.42
2: Step   3410 of   3600 mtime= 84 17 40  0 secs/step (sys) =  0.39
2: Step   3420 of   3600 mtime= 84 18  0  0 secs/step (sys) =  0.39
2: Step   3430 of   3600 mtime= 84 18 20  0 secs/step (sys) =  0.46
2: Step   3440 of   3600 mtime= 84 18 40  0 secs/step (sys) =  0.40
2: Step   3450 of   3600 mtime= 84 19  0  0 secs/step (sys) =  0.40
2: Step   3460 of   3600 mtime= 84 19 20  0 secs/step (sys) =  0.38
2: Step   3470 of   3600 mtime= 84 19 40  0 secs/step (sys) =  0.43
2: Step   3480 of   3600 mtime= 84 20  0  0 secs/step (sys) =  0.38
2: Step   3490 of   3600 mtime= 84 20 20  0 secs/step (sys) =  0.40
2: Step   3500 of   3600 mtime= 84 20 40  0 secs/step (sys) =  0.40
2: Step   3510 of   3600 mtime= 84 21  0  0 secs/step (sys) =  0.41
2: Step   3520 of   3600 mtime= 84 21 20  0 secs/step (sys) =  0.46
2: Step   3530 of   3600 mtime= 84 21 40  0 secs/step (sys) =  0.40
2: Step   3540 of   3600 mtime= 84 22  0  0 secs/step (sys) =  0.43
2: Step   3550 of   3600 mtime= 84 22 20  0 secs/step (sys) =  0.40
2: Step   3560 of   3600 mtime= 84 22 40  0 secs/step (sys) =  0.40
2: Step   3570 of   3600 mtime= 84 23  0  0 secs/step (sys) =  0.41
2: Step   3580 of   3600 mtime= 84 23 20  0 secs/step (sys) =  0.40
2: Step   3590 of   3600 mtime= 84 23 40  0 secs/step (sys) =  0.45
2: Advancing day (previous,present)=   84 2002   85 2002 sfeps=  0.1004E+01
2: Step   3600 of   3600 mtime= 85  0  0  0 secs/step (sys) =  0.44
2:  
2: MPI run with ntask =   4
2: nstep= 3600 step=  120
2: Model simulation time =   432000 secs 
2:   (minutes=   7200.00, hours=  120.00, days=  5.000000)
2: Cpu time for run =    1469.96
2: 
2: ------------------------------------------------------------------------
2: Total run time: mins=  0.2487E+02 hours=  0.4146E+00
2: Total MPI timing: mins=  0.3715E+01 hours=  0.6192E-01 %Total runtime=    14.94
2: Subroutine          Time (mins)  %Total mpi  %Total run
2: mp_gather2root_prim  0.3798E-01        1.02        0.15
2: mp_gather2root_sech  0.8719E-01        2.35        0.35
2: mp_gather2root_lbc   0.1793E-03        0.00        0.00
2: mp_bndlats           0.2087E+00        5.62        0.84
2: mp_bndlats_f2d       0.5824E+00       15.68        2.34
2: mp_bndlons           0.1421E+00        3.82        0.57
2: mp_bndlons_f3d       0.2623E+00        7.06        1.05
2: mp_polelats          0.1644E+00        4.43        0.66
2: mp_polelat_f3d       0.5603E-01        1.51        0.23
2: mp_gatherlons_f3d    0.2403E+00        6.47        0.97
2: mp_scatterlons_f3d   0.1687E+00        4.54        0.68
2: mp_periodic_f4d      0.7402E-01        1.99        0.30
2: mp_periodic_f3d      0.9177E-01        2.47        0.37
2: mp_periodic_f2d      0.7774E-02        0.21        0.03
2: mp_bndlats_kmh       0.1473E-01        0.40        0.06
2: mp_bndlons_kmh       0.5625E-02        0.15        0.02
2: mp_mageq             0.2267E-01        0.61        0.09
2: mp_mageq_jpm1        0.2194E-01        0.59        0.09
2: mp_mageq_jpm3        0.1083E-01        0.29        0.04
2: mp_magpole_2d        0.6527E-01        1.76        0.26
2: mp_magpole_3d        0.1397E-03        0.00        0.00
2: mp_magpoles          0.4497E+00       12.10        1.81
2: mp_conjugate_points  0.3338E-06        0.00        0.00
2: mp_foldhem           0.3037E-01        0.82        0.12
2: mp_mag_periodic_f2d  0.3887E-01        1.05        0.16
2: mp_gather_pdyn       0.1191E+00        3.21        0.48
2: mp_mag_halos         0.8030E-01        2.16        0.32
2: mp_geo_halos         0.0000E+00        0.00        0.00
2: mp_geo_halos_f3d     0.2776E+00        7.47        1.12
2: mp_scatter_coeffs    0.0000E+00        0.00        0.00
2: mp_scatter_phim      0.4400E+00       11.84        1.77
2: mp_gather_f2d       0.8150E-03        0.02        0.00
2: mp_scatter_f2d       0.3216E-01        0.87        0.13
2: 
2: ------------------------------------------------------------------------
2: 
2: ------------------------------------------------------------------------
2: Report MPI wall-clock timing (mpi_wtime):  mytid=   2  istep=    3600  nstep=    3600
2: Total Time (mins) in 'pefield                       ' =   0.7422E+00 (  2.98% of total run time)
2: Total Time (mins) in 'dynamo_inputs                 ' =   0.4339E+01 ( 17.44% of total run time)
2: Total Time (mins) in 'pdynamo_fieldline_integrals   ' =   0.3356E+00 (  1.35% of total run time)
2: Total Time (mins) in 'pdynamo_complete_integrals    ' =   0.1032E+00 (  0.42% of total run time)
2: Total Time (mins) in 'pdynamo_rhspde                ' =   0.1688E-02 (  0.01% of total run time)
2: Total Time (mins) in 'highlat_poten                 ' =   0.6570E-03 (  0.00% of total run time)
2: Total Time (mins) in 'pthreed                       ' =   0.2996E+01 ( 12.04% of total run time)
2: ------------------------------------------------------------------------
2: 
2: 
2: ------------------------------------------------------------------------
2: TIMER (system_clock):
2: Elapsed run time      =    1492.41 (secs)   24.87 (mins)   0.41 (hrs)
2:  
2: Elapsed init time     =     8.03 secs,  0.002 hrs,   0.5% (includes source i/o)
2: Elapsed step time     =  1340.35 secs,  0.372 hrs,  89.8%
2:   Elapsed prep time   =  1458.00 secs,  0.405 hrs,  97.7%
2:   Elapsed apxparm time=     0.71 secs,  0.000 hrs, 100.0%
2:   Elapsed dynamics    =   692.75 secs,  0.192 hrs,  46.4%
2:     Elapsed qrj       =    97.79 secs,  0.027 hrs,   6.6%
2:     Elapsed oplus     =    94.41 secs,  0.026 hrs,   6.3%
2:     Elapsed cmpminor  =    69.72 secs,  0.019 hrs,   4.7% (n4s,n2d,no)
2:     Elapsed cmpmajor  =    71.90 secs,  0.020 hrs,   4.8% (o2, o)
2:     Elapsed dt        =    21.72 secs,  0.006 hrs,   1.5%
2:     Elapsed duv       =    73.58 secs,  0.020 hrs,   4.9%
2:   Elapsed pdynamo     =   245.08 secs,  0.068 hrs,  16.4%
2:   Elapsed magpres_grav=    23.72 secs,  0.007 hrs,   1.6%
2: Elapsed i/o           =     7.88 secs,  0.002 hrs,   0.5%
2:   Elapsed Primary io  =     0.39 secs,  0.000 hrs,   0.0%
2:   Elapsed Secondary   =     7.50 secs,  0.002 hrs,   0.5%
2: 
2: Average secs/step =     0.37
2: Average mins/simulated day  =     4.97
2: ------------------------------------------------------------------------
2: 
2: End execution of tiegcm1.95 at 03/19/14  11:04:06
2: NORMAL EXIT