! Environment Variables ! --------------------- ENVIRONMENT 5 "U" "/root/GPSUSER" "T" "/root/GPSTEMP" "X" "/usr/local/BERN50/GPS" "P" "/root/GPSDATA" "USER" "root" ## widget = initmenu; pointer = ENVIR_LIST ! Information for the title ! ------------------------- CAMPAIGN 1 "${P}/CHAMP_07" ## widget = initmenu; pointer = ACTIVE_CAMPAIGN SESSION_TABLE 1 "${P}/CHAMP_07/STA/SESSIONS.SES" ## widget = initmenu; pointer = SESSION_TABLE DESCR_SESSION_TABLE 1 "Session table" YR4_INFO 1 "2007" ## widget = comment # $Y+0 SES_INFO 1 "0010" ## widget = comment # $S+0 USR_INFO 1 "${USER}" ## widget = comment ! ------------------------------------------------------------------------- ! Show general files ! ------------------ SHOWGEN 1 "1" ## widget = checkbox MSG_SHOWGEN 1 "Show all general files" ! General Constants ! ----------------- CONST 1 "${X}/GEN/CONST." ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1 # CONST. DESCR_CONST 1 "General constants" ! Geodetic Datum ! -------------- DATUM 1 "${X}/GEN/DATUM." ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1 # DATUM. DESCR_DATUM 1 "Geodetic datum" ! Satellite Information ! --------------------- SATELL 1 "${X}/GEN/SATELLITE.I01" ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1 # SATELLITE.I01 DESCR_SATELL 1 "Satellite information" ! Satellite Problems ! ------------------ SATCRUX 1 "${X}/GEN/SAT_2007.CRX" ## widget = selwin; path = PTH_GEN; ext = EXT_CRX; maxfiles = 1 # SAT_$Y+0 DESCR_SATCRUX 1 "Satellite problems" ! Pole File ! --------- POLE 1 "${P}/CHAMP_07/ORB/COD07001.ERP" ## widget = selwin; path = DIR_ERP; ext = EXT_ERP; maxfiles = 1 # COD$YD+0 DESCR_POLE 1 "Pole file" ! Subdaily Pole Model ! ------------------- SUBMOD 1 "${X}/GEN/IERS2000.SUB" ## widget = selwin; path = PTH_GEN; ext = EXT_SUB; maxfiles = 1 # IERS2000 DESCR_SUBMOD 1 "Subdaily pole model" ! Nutation Model ! ------------------- NUTMOD 1 "${X}/GEN/IAU2000.NUT" ## widget = selwin; path = PTH_GEN; ext = EXT_NUT; maxfiles = 1 # IAU2000 DESCR_NUTMOD 1 "Nutation model" ! Phase Center Eccentricities ! --------------------------- PHASECC 1 "${X}/GEN/PHAS_LEO.I01" ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1 # PHAS_LEO.I01 DESCR_PHASECC 1 "Phase center eccentricities" ! Zero-Difference Header File(s) ! -------------------------------- RADIO_Z 1 "1" ## widget = radiobutton; group = OBSFILES; radiokeys = PZFILES MSG_RADIO_Z 1 "Zero-difference observation files" PZFILES 1 "${P}/CHAMP_07/OBS/CHAM0010.PZH" ## widget = selwin; path = DIR_PZH; ext = EXT_PZH; maxfiles = 999 ## emptyallowed = true # CHAM$S+0 PZFILES_TXT_COL_1 1 "Zero-difference header file" MSG_PZFILES 1 "Zero-difference observation files" ! Extensions of the Zero-Difference Obs. Files ! ---------------------------------------------- PZFILES_PTH_COL_2 1 "${P}/CHAMP_07/OBS/" ## widget = initmenu; pointer = DIR_PZO PZFILES_EXT_COL_2 1 "PZO" ## widget = initmenu; pointer = EXT_PZO PZFILES_TXT_COL_2 1 "Zero-difference obs file" ! Single-Difference Header File(s) ! -------------------------------- RADIO_S 1 "0" ## widget = radiobutton; group = OBSFILES; radiokeys = OBSFIL MSG_RADIO_S 1 "Single-difference observation files" OBSFIL 0 ## widget = selwin; path = DIR_PSH; ext = EXT_PSH; maxfiles = 999 ## emptyallowed = true # ????$S+0 OBSFIL_TXT_COL_1 1 "Single-difference header file" MSG_OBSFIL 1 "Single-difference observation files" ! Extensions of the Single-Difference Obs. Files ! ---------------------------------------------- OBSFIL_PTH_COL_2 1 "${P}/CHAMP_07/OBS/" ## widget = initmenu; pointer = DIR_PSO OBSFIL_EXT_COL_2 1 "PSO" ## widget = initmenu; pointer = EXT_PSO OBSFIL_TXT_COL_2 1 "Single-difference obs file" ! A Priori Coordinates ! -------------------- COORD 1 "${P}/CHAMP_07/STA/LEOPROC.CRD" ## widget = selwin; path = DIR_CRD; ext = EXT_CRD; maxfiles = 1 # LEOPROC DESCR_COORD 1 "A priori coordinates" ! GNSS Standard Orbits ! -------------------- STDORB 1 "${P}/CHAMP_07/ORB/COD07001.STD" ## widget = selwin; path = DIR_STD; ext = EXT_STD; maxfiles = 1 # COD$YD+0 DESCR_STDORB 1 "GNSS standard orbits" ! Atmosphere: Meteo File ! ---------------------- METFIL 0 ## widget = selwin; path = DIR_MET; ext = EXT_MET; maxfiles = 999 ## emptyallowed = true # MSG_METFIL 1 "Meteo data files" ! Atmosphere: Tropospheric Model ! ------------------------------ TROPOS 1 "NONE" ## widget = combobox; editable = false ## cards = SAASTAMOINEN HOPFIELD ESSEN-FROOME NIELL DRY_SAAST DRY_HOPFIELD DRY_NIELL NONE MSG_TROPOS 1 "ZPD model and mapping function" ! Atmosphere: Troposphere Estimates ! --------------------------------- TROPEST 0 ## widget = selwin; path = DIR_TRP; ext = EXT_TRP; maxfiles = 1 ## emptyallowed = true # DESCR_TROPEST 1 "Estimated troposphere values" ! Ionosperic Model ! ---------------- IONOS 0 ## widget = selwin; path = DIR_ION; ext = EXT_ION; maxfiles = 1 ## emptyallowed = true # DESCR_IONOS 1 "Ionosphere models" ! Eccentricities ! -------------- ECCENT 0 ## widget = selwin; path = DIR_ECC; ext = EXT_ECC; maxfiles = 1 ## emptyallowed = true # DESCR_ECCENT 1 "Site eccentricities" ! Kinematic positions, input ! -------------------------- KININP 0 ## widget = selwin; path = DIR_KIN; ext = EXT_KIN; maxfiles = 1 ## emptyallowed = true # DESCR_KININP 1 "Kinematic input coordinates" ! Satellite Clocks ! ---------------- SATCLK 1 "${P}/CHAMP_07/ORB/HR_14081.CLK" ## widget = selwin; path = DIR_CLK; ext = EXT_CLK; maxfiles = 1 ## emptyallowed = true # HR_$WD+0 DESCR_SATCLK 1 "Satellite clocks" ! LEO Kinematic positions ! ----------------------- LEOPROC 1 "1" ## widget = checkbox MSG_LEOPROC 1 "Process LEOs" ! LEO Standard Orbits ! ------------------- LEOSTD 1 "${P}/CHAMP_07/ORB/CHAM107001.STD" ## widget = selwin; path = DIR_STD; ext = EXT_STD; maxfiles = 1 ## emptyallowed = true # CHAM1$YD+0 DESCR_LEOSTD 1 "LEO standard orbit" ! LEO Kinematic velocities ! ------------------------ KINVEL 0 ## widget = selwin; path = DIR_KVL; ext = EXT_KVL; maxfiles = 1 ## emptyallowed = true # DESCR_KINVEL 1 "Kinematic velocities" ! LEO attitude ! ------------ ATTIT 0 ## widget = selwin; path = DIR_ATT; ext = EXT_ATT; maxfiles = 1 ## emptyallowed = true # DESCR_ATTIT 1 "LEO attitude" ! GPS-UTC file ! ------------- GPSUTC 1 "${X}/GEN/GPSUTC." ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1 # GPSUTC. DESCR_GPSUTC 1 "Difference GPS-UTC" ! STAINFO file ! ------------ STAINFO 1 "${P}/CHAMP_07/STA/LEOPROC.STA" ## widget = selwin; path = DIR_STA; ext = EXT_STA; maxfiles = 1 ## emptyallowed = true # LEOPROC DESCR_STAINFO 1 "Station information" ! Resulting Coordinates ! --------------------- COORDRS 0 ## widget = lineedit; path = DIR_CRD; ext = EXT_CRD # DESCR_COORDRS 1 "Coordinate results" ! Residuals ! --------- RESIDRS 0 ## widget = lineedit; path = DIR_RES; ext = EXT_RES # DESCR_RESIDRS 1 "Residual file" ! Scratch Files ! ------------- AUXFIL 1 "${U}/WORK/MAUPRP.SCR" ## widget = lineedit; path = PTH_SCR; ext = EXT_SCR; emptyallowed = false # MAUPRP$J DESCR_AUXFIL 1 "Scratch file" OBCOPY 1 "${U}/WORK/MAUPRP.SC1" ## widget = lineedit; path = PTH_SCR; ext = EXT_SC1; emptyallowed = false # MAUPRP$J DESCR_OBCOPY 1 "Scratch file" DELETE_FILES 2 "AUXFIL" "OBCOPY" ! Program Output File ! ------------------- SYSODEF 1 "0" ## widget = checkbox MSG_SYSODEF 1 "Program output" SYSOUT 1 "${P}/CHAMP_07/OUT/MAU2ND07001.OUT" ## widget = lineedit; path = DIR_OUT; ext = EXT_OUT ## activeif = SYSODEF == 0; emptyallowed = false # MAU2ND$YD+0 DESCR_SYSOUT 1 "Program output" ! Error Message File ! ------------------ ERRMRG 1 "1" ## widget = checkbox MSG_ERRMRG 1 "Error message" SYSERR 0 ## widget = lineedit; path = PTH_ERR; ext = EXT_ERR ## activeif = ERRMRG == 0; emptyallowed = false # ERROR DESCR_SYSERR 1 "Error message" ! Program title ! ------------- TITLE 1 "CHAMP 07001" ## widget = lineedit # CHAMP $YD+0 MSG_TITLE 1 "Title line" ! Processing IAUTO ! --------------- ! IAUTO 1 "AUTOMATIC" ! ## widget = combobox; editable = false; cards = AUTOMATIC MANUAL IAUTO 1 "AUTOMATIC" ## widget = combobox; editable = false; cards = AUTOMATIC ! Adjust Frequencies/Wave-length Factors ! -------------------------------------- ISETOP 1 "1" ## widget = checkbox MSG_ISETOP 1 "Adjust freq./wlfac." ! Frequencies ! ----------- NFRCHK 1 "COMBINED" ## widget = combobox; editable = false; cards = COMBINED BOTH L1 L2 MSG_NFRCHK 1 "Screening mode, frequency to check" ! Save Screened Files ! ------------------- ISAVE 1 "1" ## widget = checkbox MSG_ISAVE 1 "Save screened observation files" ! Use marking flags ! ----------------- IUSFLG 1 "0" ## widget = checkbox MSG_IUSFLG 1 "Mark if marking flags in observation file" ! Mark Unpaired Observations ! -------------------------- MRK1O2 1 "1" ## widget = checkbox MSG_MRK1O2 1 "Mark unpaired dual frequency observations" ! Minimal Elevation ! ----------------- MINEL 1 "5" ## widget = spinbox; range = -90 90 1 MSG_MINEL 1 "Mark observations below an elevation of for stations" ! Minimal Elevation for LEO ! ------------------------- MINELEO 1 "0" ## widget = spinbox; range =-45 90 1; activeif = LEOPROC = 1 MSG_MINELEO 1 "Mark observations below an elevation of for LEOs" ! Minimal Time for Contineous Obs. ! -------------------------------- MNCONT 1 "151" ## widget = lineedit MSG_MNCONT 1 "Minimum time interval accepted for continuous observations" ! Maximal Gap in Observartions ! ---------------------------- MXHOLE 1 "61" ## widget = lineedit MSG_MXHOLE 1 "Maximum gap accepted within continuous observations" ! Printing flag ! ------------- IPRNT1 1 "SUMMARY" ## widget = combobox; editable = false; cards = SUMMARY DETAILS NONE MSG_IPRNT1 1 "Extent of program output" ! Single-Difference Screening ! --------------------------- IPPROC1 1 "0" ## widget = checkbox MSG_IPPROC1 1 "Original observations from file" ! Double-Difference Screening ! --------------------------- IPPROC2 1 "1" ## widget = checkbox MSG_IPPROC2 1 "Differences between satellites" ! Maximal Interval of Fit ! ----------------------- MXINTR 1 "2" ## widget = lineedit MSG_MXINTR 1 "Maximum time interval for polynomial fit" ! Frequency used for Triple-Dif. Solution ! --------------------------------------- LTRIP 1 "L3" ## widget = combobox; editable = false; cards = L3 L1 L2 L5 MSG_LTRIP 1 "Frequency for the solution" ! Kinematic or Static Coordinate Estimation ! ------------------------------------------ KINSTA 1 "1" ## widget = checkbox MSG_KINSTA 1 "Kinematic coordinate estimation" ! A Priori Weights ! ---------------- APRCWGT 1 "1" ## widget = checkbox MSG_APRCWGT 1 "A priori coordinate/baseline vector sigmas" ! Maximum Observed-Computed Value ! ------------------------------- OMCMAX 1 "5.0" ## widget = lineedit MSG_OMCMAX 1 "Maximum observed-computed value" ! RMS limit for epoch solution ! ---------------------------- RMSMAX 1 "1.0" ## widget = lineedit; activeif = KINSTA = 1 OR RADIO_Z = 1 ## check_type = real; check_min = 0.0 MSG_RMSMAX 1 "RMS limit for epoch solution" ! Polynomial Degree (Single-Dif.) ! ------------------------------- QQ1 1 "1" ## widget = spinbox; range = 1 4 1; activeif = IPPROC1 = 1 MSG_QQ1 1 "Polynomial degree" ! Discontinuity Level (Single-Dif.) ! --------------------------------- DISCLV1 1 "0.4" ## widget = lineedit; activeif = IPPROC1 = 1; check_type = real ## check_min = 0.0 MSG_DISCLV1 1 "Discontinuity level" ! Polynomial Degree (Double-Dif.) ! ------------------------------- QQ2 1 "1" ## widget = spinbox; range = 1 4 1; activeif = IPPROC2 = 1 MSG_QQ2 1 "Polynomial degree" ! Discontinuity Level (Double-Dif.) ! --------------------------------- DISCLV2 1 "0.1" ## widget = lineedit; activeif = IPPROC2 = 1; check_type = real ## check_min = 0.0 MSG_DISCLV2 1 "Discontinuity level" ! Apriori Weight (X-Coordinate) ! ----------------------------- SIGWGS1 1 "0.008" ## widget = lineedit; activeif = APRCWGT = 1; check_type = real ## check_min = 0.0 MSG_SIGWGS1 1 "X-coordinate" ! Apriori Weight (Y-Coordinate) ! ----------------------------- SIGWGS2 1 "0.008" ## widget = lineedit; activeif = APRCWGT = 1; check_type = real ## check_min = 0.0 MSG_SIGWGS2 1 "Y-coordinate" ! Apriori Weight (Z-Coordinate) ! ----------------------------- SIGWGS3 1 "0.008" ## widget = lineedit; activeif = APRCWGT = 1; check_type = real ## check_min = 0.0 MSG_SIGWGS3 1 "Z-coordinate" ! Minimum size if a clock event ! ----------------------------- CLKOPT2 1 "10000" ## widget = lineedit; check_type = integer; check_min = 1 MSG_CLKOPT2 1 "Minimum size of a clock event" ! Tolerance for MS jump detection ! ------------------------------- TOLJMP 1 "0.001" ## widget = lineedit; check_type = real; check_min = 0 MSG_TOLJMP 1 "Tolerance for ms-jump detection" ! Deletion flag for file with ms-jumps ! ------------------------------------ CLKOPT5 1 "0" ## widget = checkbox MSG_CLKOPT5 1 "Flag the observation file for deletion" ! Repair the ms-jumps ! ------------------- CLKOPT1 1 "1" ## widget = checkbox; activeif = CLKOPT5 = 0 MSG_CLKOPT1 1 "Repair the ms-jumps as cycle slips" ! Deletion flag for file with clock events ! ---------------------------------------- CLKOPT6 1 "0" ## widget = checkbox MSG_CLKOPT6 1 "Flag the observation file for deletion" ! Mark observations up to a time interval ! --------------------------------------- CLKOPT3 1 "300" ## widget = lineedit; emptyallowed = true; activeif = CLKOPT6 = 0 ## check_type = integer; check_min = 1 MSG_CLKOPT3 1 "Mark observations up to a time interval" ! Ambiguities for all satellites ! ------------------------------ CLKOPT4 1 "1" ## widget = checkbox; activeif = CLKOPT6 = 0 MSG_CLKOPT4 1 "Set ambiguities for all satellites" ! Fixed Station ! ------------- STAFIX 0 ## widget = selwin; maxfiles = 1; pointer = STALST ## activeif = RADIO_S = 1 AND COORDRS / _ # MSG_STAFIX 1 "Define the fixed station" STALST 0 ## widget = selwin; menuaux = MENUAUX; action = OBS ## menuauxkeys = CONST OBSFIL ! Print Cycle-Slip Detection Flag ! ------------------------------- IPRNT2 1 "SUMMARY" ## widget = combobox; editable = false; cards = SUMMARY DETAILS NONE MSG_IPRNT2 1 "Extent of program output" ! Sigma of L1 Observation ! ----------------------- SIGL12_1 1 "0.0010" ## widget = lineedit; activeif = NFRCHK == COMBINED MSG_SIGL12_1 1 "Sigma for L1 observations" ! Sigma of L2 Observation ! ----------------------- SIGL12_2 1 "0.0010" ## widget = lineedit; activeif = NFRCHK == COMBINED MSG_SIGL12_2 1 "Sigma for L2 observations" ! Full or Half Cycles L1 ! ---------------------- IWLSCR1 1 "FULL" ## widget = combobox; editable = false; cards = FULL HALF ## activeif = ISETOP == 0 MSG_IWLSCR1 1 "Search L1 for" ! Full or Half Cycles L2 ! ---------------------- IWLSCR2 1 "FULL" ## widget = combobox; editable = false; cards = FULL HALF ## activeif = ISETOP == 0 MSG_IWLSCR2 1 "Search L2 for" ! Test only Flagged Observations ! ------------------------------ NTONLY 1 "0" ## widget = checkbox MSG_NTONLY 1 "Test only observations with cycle slip flag" ! L5 is Clean ! ----------- L5CLEA 1 "0" ## widget = checkbox MSG_L5CLEA 1 "L5 is clean except for observations with flags" ! Search Width L1 ! --------------- SWIDTH1 1 "5" ## widget = spinbox; range = 3 6 1; activeif = NFRCHK = COMBINED MSG_SWIDTH1 1 "Search width to find L1 cycle slip correction" ! Search Width L5 ! --------------- SWIDTH2 1 "2" ## widget = spinbox; range = 1 3 1; activeif = NFRCHK = COMBINED MSG_SWIDTH2 1 "Search width to find L5 cycle slip correction" ! Enable Solution of Cycle Slips ! ------------------------------ CYCDET 1 "1" ## widget = checkbox MSG_CYCDET 1 "Do not accept cycle slip corrections" ! Minimal Size of Cycle-Slip ! -------------------------- MINCYC 1 "10" ## widget = lineedit; check_type = integer; check_min = 0 ## activeif = CYCDET = 0 MSG_MINCYC 1 "Minimum size of accepted cycle slip correction" ! Outlier Rejection ! ----------------- IRJECT 1 "1" ## widget = checkbox MSG_IRJECT 1 "Enable outlier rejection" ! Maximal Observation Gap ! ----------------------- MXOGAP 1 "91" ## widget = lineedit MSG_MXOGAP 1 "Mark consecutive outliers up to a time interval" ! Maximal Ionosphere Difference ! ----------------------------- MXIOND 1 "1500" ## widget = lineedit MSG_MXIOND 1 "Maximum ionospheric change from epoch to epoch" ! Set a New Ambiguity Flags ! ------------------------- IAMNEW1 1 "0" ## widget = checkbox MSG_IAMNEW1 1 "If a cycle slip flag in observation file" IAMNEW2 1 "1" ## widget = checkbox MSG_IAMNEW2 1 "If no cycle slip correction was possible" IAMNEW3 1 "91" ## widget = lineedit MSG_IAMNEW3 1 "After an observation gap larger than" IAMNEW4 1 "0" ## widget = checkbox MSG_IAMNEW4 1 "Preserve ambiguities from observation file" IAMNEW5 1 "151" ## widget = lineedit MSG_IAMNEW5 1 "Minimum observed time interval per ambiguity" ! Maximum number of ambiguities ! ----------------------------- MXAMBS 1 "500" ## widget = lineedit MSG_MXAMBS 1 "Remove satellites if the file contains more than" # BEGIN_PANEL NO_CONDITION ##################################################### # PREPROCESSING OF ZERO-/SINGLE-DIFF. PHASE OBS. FILES - MAUPRP 1: Input Files # # # # GENERAL FILES # # Show all general files > % < # SHOWGEN # # # INPUT FILES # # > % %%%%%%%% < # RADIO_Z PZFILES # > % %%%%%%%% < # RADIO_S OBSFIL # A priori coordinates > %%%%%%%% < # COORD # Site eccentricities > %%%%%%%% < # ECCENT # Kinematic input coordinates > %%%%%%%% < # KININP # GNSS standard orbits > %%%%%%%% < # STDORB # Pole file > %%%%%%%% < # POLE # Satellite clocks > %%%%%%%% < # SATCLK # Estimated troposphere values > %%%%%%%% < # TROPEST # Meteo data files > %%%%%%%% < # METFIL # Ionosphere models > %%%%%%%% < # IONOS # Process LEOs > % < # LEOPROC # END_PANEL #################################################################### # BEGIN_PANEL SHOWGEN = 1 ###################################################### # MAUPRP 1.1: General Files # # # # GENERAL INPUT FILES # # General constants > %%%%%%%%%%%% < # CONST # Geodetic datum > %%%%%%%%%%%% < # DATUM # Subdaily pole model > %%%%%%%%%%%% < # SUBMOD # Nutation model > %%%%%%%%%%%% < # NUTMOD # Satellite information > %%%%%%%%%%%% < # SATELL # Satellite problems > %%%%%%%%%%%% < # SATCRUX # Station information > %%%%%%%%%%%% < # STAINFO # Phase center eccentricities > %%%%%%%%%%%% < # PHASECC # # # MENU SETTINGS # # Selected campaign > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <# CAMPAIGN # Selected session year> %%%% < session> %%%% < # YR4_INFO SES_INFO # Session table > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <# SESSION_TABLE # # # TEMPORARY FILES # # Scratch files > %%%%%%%%%%%% < > %%%%%%%%%%%% < # AUXFIL OBCOPY # # # END_PANEL #################################################################### # BEGIN_PANEL LEOPROC = 1 ###################################################### # MAUPRP 1.2: LEO Processing # # # # INPUT FILES FOR LEO PROCESSING # # LEO standard orbit > %%%%%%%% < # LEOSTD # LEO attitude > %%%%%%%% < # ATTIT # GPS-UTC seconds > %%%%%%%%%%%% < (only with JASON attitude file) # GPSUTC # # # Kinematic velocities > %%%%%%%% < # KINVEL # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 2: Output Files # # # # RESULT FILES # # Coordinate results > %%%%%%%% < # COORDRS # Residual file > %%%%%%%% < # RESIDRS # # # GENERAL OUTPUT FILES # # Program output > % < use MAUPRP.Lnn or > %%%%%%%% < # SYSODEF SYSOUT # Error messages > % < merged to program output or > %%%%%%%% < # ERRMRG SYSERR # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 3: General Options # # # # TITLE > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% < # TITLE # # # GENERAL SETTINGS # # Screening mode, frequency to check > %%%%%%%%% < # NFRCHK # Save screened observation files > % < # ISAVE # # # TROPOSPHERE MODELING # # ZPD model and mapping function > %%%%%%%%%%%%% < # TROPOS # # # SAVING COORDINATES # # Define the fixed station > %%%%%%%%%%%%%%%% < # STAFIX # (blank: automatic selection) # # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 4: Marking of Observations # # # # MARKING OF OBSERVATIONS BEFORE CYCLE SLIP DETECTION # # Mark if marking flags in observation file > % < # IUSFLG # Mark observations below an elevation of for stations > %%% < degrees# MINEL # for LEOs > %%% < degrees# MINELEO # Minimum time interval accepted for continuous observations > %%%% < seconds# MNCONT # Maximum gap accepted within continuous observations > %%%% < seconds# MXHOLE # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 5: Non-Parametric Screening # # # # GENERAL OPTIONS # # Extent of program output > %%%%%%%% < # IPRNT1 # Maximum time interval for polynomial fit > %% < minutes # MXINTR # # # SCREENING ON DIFFERENT DIFFERENCE LEVELS # # > % < Original observations from file for ZD-files: zero diff. # IPPROC1 # Polynomial degree > % < SD-files: single diff. # QQ1 # Discontinuity level > %%%%% < meters # DISCLV1 # # # > % < Differences between satellites for ZD-files: single diff. # IPPROC2 # Polynomial degree > % < SD-files: double diff. # QQ2 # Discontinuity level > %%%%% < meters # DISCLV2 # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 6: Epoch-Difference Solution # # # # EPOCH-DIFFERENCE SOLUTION for ZD-files: double diff. # # Frequency for the solution > %%% < SD-files: triple diff. # LTRIP # Kinematic coordinate estimation > % < # KINSTA # Maximum observed-computed value > %%%%% < meters (0.0: no check) # OMCMAX # RMS limit for epoch solution > %%%%% < meters (0.0: no check) # RMSMAX # # # > % < A priori coordinate/baseline vector sigmas # APRCWGT # X-coordinate > %%%%%% < meters # SIGWGS1 # Y-coordinate > %%%%%% < meters # SIGWGS2 # Z-coordinate > %%%%%% < meters # SIGWGS3 # # # END_PANEL #################################################################### # BEGIN_PANEL RADIO_Z = 1 ###################################################### # MAUPRP 7: Clock Events # # # # DETECTION OF CLOCK EVENTS # # Minimum size of a clock event > %%%%%% < nanoseconds # CLKOPT2 # Tolerance for ms-jump detection > %%%%%% < milliseconds # TOLJMP # # # MS-JUMP HANDLING # # Flag the observation file for deletion > % < # CLKOPT5 # Repair the ms-jumps as 'cycle slips' > % < # CLKOPT1 # # # HANDLING OF OTHER CLOCK EVENTS # # Flag the observation file for deletion > % < # CLKOPT6 # Mark observations up to a time interval> %%%%%% < seconds (blank: no mark) # CLKOPT3 # Set ambiguities for all satellites > % < # CLKOPT4 # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 8: Cycle Slip Detection/Correction # # # # CYCLE SLIP DETECTION # # Extent of program output > %%%%%%%% < # IPRNT2 # Do not accept cycle slip corrections > % < # CYCDET # Minimum size of accepted cycle slip correction > %%%%%%%% < cycles # MINCYC # Test only observations with cycle slip flag > % < # NTONLY # L5 is clean except for observations with flags > % < # L5CLEA # # # NO CYCLE SLIP HYPOTHESIS # # Sigma for L1 observations > %%%%%% < meters # SIGL12_1 # Sigma for L2 observations > %%%%%% < meters # SIGL12_2 # Maximum ionospheric change from epoch to epoch > %%%%%% < % of L1 cycles # MXIOND # # # CYCLE SLIP CORRECTIONS # # Search width to find L1 cycle slip correction > % < integers # SWIDTH1 # Search width to find L5 cycle slip correction > % < integers # SWIDTH2 # # # END_PANEL #################################################################### # BEGIN_PANEL NO_CONDITION ##################################################### # MAUPRP 9: Outlier Rejection / Ambiguity Setting # # # # OUTLIER REJECTION # # Enable outlier rejection > % < # IRJECT # Mark consecutive outliers up to a time interval > %%%% < seconds # MXOGAP # # # SET UP MULTIPLE AMBIGUITIES # # Preserve ambiguities from observation file > % < # IAMNEW4 # If a cycle slip flag in observation file > % < # IAMNEW1 # If no cycle slip correction was possible > % < # IAMNEW2 # After an observation gap larger than > %%%% < seconds # IAMNEW3 # # # MARKING OF OBSERVATIONS AFTER CYCLE SLIP CORRECTIONS # # Minimum observed time interval per ambiguity > %%%% < seconds # IAMNEW5 # Remove satellites if the file contains more than > %%%% < ambiguities # MXAMBS # # # END_PANEL ####################################################################