sestbl.

 Session Table  

Processing Agency = BMKG
                      
Satellite Constraint = Y         ; Y/N  (next two lines are free-format but 'all' must be present)     
                 all       a      e      i     n       w       M     rad1   rad2  rad3  rad4  rad5  rad6  rad7  rad8  rad9; 
                          0.01  0.01   0.01   0.01    0.01    0.01   0.01   0.01  0.01  0.01  0.01  0.01  0.01  0.01  0.01
                
  << Controls must begin in column 1 >>

Choice of Experiment = BASELINE   ; BASELINE/RELAX./ORBIT  
Type of Analysis = 1-ITER         ; 1-ITER(autcln prefit and conditional redo) / 0-ITER (no postfit autcln) / PREFIT    
AUTCLN redo = Y                   ; Y/N; 3rd soln only if needed, assume 'Y' if 'Type of analysis = 1-ITER' 
Choice of Observable = LC_AUTCLN  ; LC_AUTCLN (default), LC_HELP (codeless L2), L1_ONLY (L1 soln from dual freq),
                                    L2_ONLY (L2 soln from dual freq), L1,L2_INDEPENDENT (L1 + L2 from dual freq)
                                    L1&L2 (same as L1,L2_INDEPENDENT but with ion constraint);
                                    L1_RECEIVER (must add 'L1only' in autcln.cmd)
Station Error = ELEVATION 10 5    ; 1-way L1, a**2 + (b**2)/(sin(elev)**2) in mm. default = 10. 0.
AUTCLN reweight = Y               ; Y/N; reweight data from autcln rms; replaces  'Use N-file' in releases < 10.32
AUTCLN Command File = autcln.cmd  ; Filename; default none (use default options)     
Decimation Factor = 4             ; FOR SOLVE, default = 1  
Quick-pre decimation factor = 10  ; 1st iter or autcln pre, default same as Decimation Factor    
Quick-pre observable = LC_ONLY    ; for 1st soln, default same as Choice of observable

Ionospheric Constraints =  0.0 mm + 8.00 ppm            
Ambiguity resolution WL = 0.15 0.15 1000. 99. 15000. ; for LC_HELP, ignored for LC_AUTCLN
Ambiguity resolution NL = 0.15 0.15 1000. 99. 15000. ; allow long baselines with LC_AUTCLN

Zenith Delay Estimation = Y     ; Yes/No  (default No)
Interval zen = 2                ; 2 hrs = 13 knots/day  (default is 1 ZD  per day)
Zenith Constraints = 0.50       ; zenith-delay a priori constraint in meters (default 0.5) 
Zenith Variation = 0.02 100.    ; zenith-delay variation, tau in meters/sqrt(hr), hrs (default .02 100.) 
Elevation Cutoff = 10           ; default 0 to use value in autcln.cmd 
Atmospheric gradients = Y       ; Yes/Np  (default No)            
Number gradients = 2            ; number of gradient parameters per day (NS or ES); default 1
Gradient Constraints = 0.01     ; gradient at 10 deg elevation in meters; default 0.03 m

Update T/L files = L_ONLY       ; T_AND_L (default), T_ONLY, L_ONLY, NONE 
Update tolerance = .3           ; minimum adjustment for updating L-file coordinates, default .3 m   

Met obs source = RNX UFL GPT 50 ; hierarchical list with humidity value at the end; e.g. RNX UFL GPT 50 ; default GTP 50 
                                     if [humid value] < 0, use RNX, UFL(VMF1), or GPT2 if available 
Output met = Y                  ; write the a priori met values to a z-file (Y/N)
Use met.list = N                ; not yet supported
Use met.grid = N                ; not yet supported
DMap = VMF1                     ; GMF(default)/VMF1/NMFH; GMF now invokes GPT2 if gpt.grid is available (default)
WMap = VMF1                     ; GMF(default)/VMF1/NMFW; GMF now invokes GPT2 if gpt.grid is available (default)
Use map.list = N                ; VMF1 list file with mapping functions, ZHD, ZWD, P, Pw, T, Ht
Use map.grid = Y                ; VMF1 grid file with mapping functions and ZHD
Yaw Model = Y                   ; Y/N  default = Y  
Radiation Model for ARC = BERNE  ; BERNE/BERN2/UCLR1/UCLR2/NONE  default = BERNE   
Earth radiation model = NONE     ; NCLE1/NCLE2/TUME1/TUME2/NONE  default = NONE; MIT repro2 = NCLE1
Antenna thrust model = NONE      ; ANTBK/NONE  default = NONE; MIT repro2 = ANTBK
Inertial frame = J2000           ; J2000/B1950 default = J2000
Reference System for ARC = EGR08 ; WGS84/EGM96/EGM08/EGR08  default = EGM08; MIT repro2 = EGR08 (relativity)
Inertial Reference System = IAU76  ; Precession model (IAU76 , IAU0A (default), IAU0C, IAU06, IAU06A, IAU68 (old)
Radiation Model for ARC = BERNE      ; SPHRC/BERNE/SRDYB/SVBDY  default = SPHRC
Number Zen = 13                  ; number of zenith-delay parameters (default 1)
Zenith Constraints = 0.50       ; zenith-delay a priori constraint in meters (default 0.5)
Zenith Model = PWL              ; PWL (piecewise linear)/CON (step)
Zenith Variation = 0.02 100.    ; zenith-delay variation, tau in meters/sqrt(hr), hrs (default .02 100.) 
Gradient Constraints = 0.03     ; gradient at 10 deg elevation in meters  
Gradient Variation = .01 100    ; gradient variation 
Tropospheric Constraints = NO   ; YES/NO   (spatial constraint)

Tides applied = 63               ; Binary coded: 1 earth  2 freq-dep  4 pole  8 ocean  16 remove mean for pole tide  
                                 ; 32 atmosphere ;  default = 31
Use otl.list = N                 ; Ocean tidal loading list file from OSO
Use otl.grid = Y                 ; Ocean tidal loading grid file, GAMIT-format converted from OSO
Etide model = IERS03             ; IERS96/IERS03  
Earth Rotation = 11              ; Diurnal/Semidirunal terms: Binary coded: 1=pole 2=UT1 4=Ray model; 8=IERS2010 16=include libration terms; default=11  
Apply atm loading = N            ; Y/N for atmospheric loading  
Use atml.list = N                ; Atmospheric (non-tidal) loading list file from LU 
Use atml.grid = Y                ; Atmospheric (non-tidal) loading grid file from LU, converted to GAMIT format
Use atl.list = N                 ; Atmospheric tides, list file, not yet available
Use atl.grid = Y                 ; Atmospheric tides, grid file

Antenna Model = AZEL             ; NONE/ELEV/AZEL  default = ELEV   Use AZEL for IGS absolute ANTEX files
SV antenna model = ELEV          ; NONE/ELEV       default = NONE   Use ELEV for IGS ANTEX files
SV antenna off = N               ; Y/N to estimate satellite antenna offsets (default N)

Delete AUTCLN input C-files = Y  ; Y/N ; default Y to force rerun of MODEL
Scratch directory = /tmp    

 << List of additional controls not commonly - blank first column to indicate a comment >>
                   
  Simulation con                  : s-file name 
  Inertial frame = B1950          ; B1950/J2000 (default = J2000) 
                      
  Initial ARC                     ; Y/N  default = Yes 
  Final ARC                       ; Y/N  default = No
  Radiation Model for ARC         ; SPHRC/BERNE/SRDYB/SVBDY  default = SPHRC
  Reference System for ARC        ; WGS72/WGS84/MERIT/IGS92/EGM96/EGM08(incremental_updates) (default = EGM08)
  Reference System for ARC = EGM08 ; WGS72/WGS84/MERIT/IGS92/EGM96/EGM08/EGR08  default = EGM008; MIT repro2 = EGR08 (relativity)

  Tabular interval for ARC        ; 900. seconds (new default), 1350. seconds (old default)
  Stepsize for ARC                ; 75. seconds (new default), 168.75 seconds (old default)
  Arc debug flag                  : Turn on various print and test options (see arc.f) (default = 0 )
 
  Earth Rotation                  ; Diurnal/Semidirunal terms: Binary coded: 1=pole 2=UT1 4=Ray model; 8=IERS2010 ; default=11
  Estimate EOP                    ; Binary coded: 1 wob   2 ut1   4 wob rate   8 ut1 rate   
  Wobble Constraint = 3. 0.3      ; Default 3. (arcsec) 0.3 (arcsec/day)
  UT1 Constraint = 0.00002 0.02   ; Default .00002 (sec) 0.02 (sec/day) 
   
  Number Zen = 4                  ; number of zenith-delay parameters (default 1)
  Zenith Constraints = 0.50       ; zenith-delay a priori constraint in meters (default 0.5)
  Zenith Model = PWL              ; PWL (piecewise linear)/CON (step)
  Zenith Variation = 0.02 100.    ; zenith-delay variation, tau in meters/sqrt(hr), hrs (default .02 100.) 
  Gradient Constraints = 0.03     ; gradient at 10 deg elevation in meters  
  Gradient Variation = .01 100    ; gradient variation 
  Tropospheric Constraints = NO   ; YES/NO   (spatial constraint)

  Ion model = NONE                ; NONE/GMAP (default NONE) use 2nd/3rd order ionsopheric corrections
  Mag field = IGRF12              : IGRF12/IGRF11/IGRF10/DIPOLE (default IGRF12)

  Yaw Model                       ; YES/NO  default = YES
  I-file = N                      ; Use I-file (Y/N)  (default Y) 
        
  AUTCLN Postfit = Y              ; Assume 'Y' if 'Type of analysis = 1-ITER' (autcln.cmd.postfit file also)
  Delete AUTCLN input C-files = Y ; YES/NO/Intermediate (default no)  
  AUTCLN Command File             ; Filename; default none (use default options)
  Delete eclipse data = POST      ; ALL/NO/POST (Default = NO)
  SCANDD control                  ; BOTH (default) /NONE/FIRST/FULL/IFBAD see manual sec. 5.2
  Iteration                       ; CFILES / XFILES (default)  
  Edit AUTCLN Command File        ; YES/NO; default = NO  (For clocks, no longer needed)

  Ambiguity resolution WL         ; default = 0.15 0.15 1000.  10. 500.
  Ambiguity resolution NL         ; default = 0.15 0.15 1000.  10. 500.
  Type of Biases                  : IMPLICIT (default for quick), EXPLICIT (default for full)   
  H-file solutions                ; ALL ; LOOSE-ONLY 
  Skip loose                      : Y / N (default) sometimes necessary for short baselines
  Station Error = BASELINE 10. 0.   ; 1-way L1, a**2 + (b**2)(L**2) in mm, ppm, default = 10. 0.
  Station Error = UNIFORM 10.       ; 1-way L1 in mm, default = 10. 
  Station Error = ELEVATION 4.3 7.0 ; 1-way L1 , a**2 + b**2/sin(elev)**2 in mm, default = 4.3 7.0  
  Satellite Error = UNIFORM 0.      ; 1-way L1 in mm (added quadratically to station error) default = 0.
  Select Epochs                   ; Enter start and stop epoch number (applies only to SOLVE)   
  Decimation Factor               ; FOR SOLVE, default = 1  
  Elevation Cutoff = 15.          ; For SOLVE, overrides the MODEL or AUTCLN values if they are lower
  Correlation print               ; Threshhold for printing correlations (default 0.9999)

  Export Orbits                   ; YES/NO  default = NO
  Orbit id                        ; 4-char code read only if Export Orbits = YES
  Orbit Format                    ; SP1/SP3 (NGS Standard Products)
  Orbit organization              ; 3-char code read only if Export Orbits = YES 
  Reference System for Orbit = ITR93 ; ITR92/ITR91/ITR90/WGS84/MERIT (for SP3 header)  
  Reference System for ARC = EGM08 ; WGS84/EGM96/EGM08/EGR08  default = EGM008; MIT repro2 = EGR08 (relativity)

  Lunar eclipses = Y               ; Set = N to turn off lunar eclipses in ARC to match model of GAMIT < 10.2 (default Y) 
                                     (no longer supported: see arc_debug below)
  Delete all input C-files        ; YES/NO  default = NO
  Delete MODEL input C-files      ; YES/NO  default = NO
  Delete AUTCLN input C-files     ; YES/NO  default = NO 
  Update T/L files                ; T_AND_L (default), T_ONLY, L_ONLY, NONE 
                                    (Applies only to update for final solution after initial )
  Update tolerance                ; minimum adjustment for updating L-file coordinates, default .3 m
  SOLVE-only = YES                ; YES/NO  default = NO 
  X-compress = YES                ; Uncompress/compress X-files  default = NO  
  SCANDD control                  ; FULL (default), FIRST, BOTH, IFBAD, NONE
  Run CTOX = YES                  ; Make clean X-files from C-files  default = NO
  Bias apriori = 100.             ; Optional constraint on biases for LC_AUTCLN (default 0 -> no constrint)
  SOLVE print  = Y                ; Turn on SOLVE output to screen (default N)  

  Bias apriori = 1000.            ; Optional constraint on biases for LC_AUTCLN (default 1000, 0 -> constraint)
  Bias rcond = 10000.             ; Condition number ratio for fixing dependent biases (default 10000.)