Session Table for regional + global analysis

Processing Agency = IPGP
Station Number = *
Station Constraint = Y
Satellite Number =  * 
Satellite Constraint = N         ; Y/N                      
 all    a     e     i     node   arg per    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
Type of Analysis = 0-ITER       ; 0-ITER/1-ITER/2-ITER/1-CLEAN/2-CLEAN/3-CLEAN 
Data Status = RAW               ; CLN/RAW   
Choice of Observable = L1_ONLY  ; L1_SINGLE/L1&L2/L1_ONLY/L2_ONLY/LC_ONLY/
                                ; L1,L2_INDEPEND./LC_HELP
Choice of Experiment = BASELINE ; BASELINE/RELAX./ORBIT

Ionospheric Constraints =  0.0 mm + 3.00 ppm ; Set for mid-solar max
Zenith Delay Estimation = NO    ; YES/NO
Number Zen =  7                 ; number of zenith-delay parameters
Zenith Constraints = 0.20       ; 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
Elevation cutoff = 15.          ; Elevation angle cutoff for postfit solution
Station Constraint = Y          ; Y/N                      

Ambiguity resolution WL = 0.20 0.20 1000. 10. 5000.  ; Increased chi-square ratio to stop searched
Ambiguity resolution NL = 0.20 0.20 1000. 10. 5000.  ; values from being used.
Geodetic Datum = GEOCENTRIC     ; GEOCENTRIC/WGS84/NAD82/WGS72
Reference System for ARC = IGS92 ; WGS84/WGS72/MERIT/IGS92(default)
Initial ARC = YES               ; YES/NO  default = NO for BASELINE/KIINEMATIC, YES for RELAX/ORBIT
Final ARC = NO 
Yaw Model = NO                    ; YES/NO  default = YES
Delete eclipse data = NO          ; ALL/NO/POST (Default = NO); 30 mins post shadow removal is
                                  ; hardwired for ALL/POST
AUTCLN Command File = autcln.cmd  ; Filename; default none (use default options)
AUTCLN Postfit = Y              ; NO/YES/R:  Yes=repeat AUTCLN and SOLVE  R=repeat AUTCLN and SOLVE again if bad nrms 
Use N-file = Y                  ; Y/N (default no): automatic procedure to reweight by station
Quick-pre observable =          ; For 1st iter or autcln pre, default same as Choice of observable
Quick-pre decimation factor = 10
Quick-pre elevation Cutoff = 10
Delete AUTCLN input C-files = YES ; YES/NO  default = NO ; I -- Intermediate keep (stops) second model
Earth Rotation = 7                ; Diurnal/Semidirunal terms: Binary coded: 1=pole 2=UT1 default=7
Estimate EOP = 0                  ; Binary coded: 1 wob   2 ut1   4 wob rate   8 ut1 rate   
Wobble Con = 0.001 0.001          ; default = 3. 0.3  arcsec arcsec/day
UT1 Con = 0.00001 0.0001          ; default = .2 0.02 sec sec/day
Tide Model = 3                    ; Binary coded: 1 earth  2 freq-dep  4 pole  8 ocean   default=7
Antenna Model = AZEL              ; NONE/ELEV/AZEL  default = NONE
Radiation Model for ARC = BERNE   ; SPHRC/BERNE/SRDYB/SVBDY  default = BERNE 
Inertial frame = J2000            ; J2000/B1950
SCANDD control = NONE             ; YES/NONE
Decimation Factor = 1             ; Decimation factor in solve
Station Error = ELEVATION 10. 0.0001 ; 1-way L1 , a**2 + b**2/sin(elev)**2 in mm, default = 4.3 7.0