
CAMPAIGN 1  "${Q}/EXAMPLE"
  ## widget = initmenu; pointer = ACTIVE_CAMPAIGN

SESSION_TABLE 1  "${Q}/EXAMPLE/STA/SESSIONS.SES"
  ## widget = initmenu; pointer = SESSION_TABLE

DESCR_SESSION_TABLE 1  "Session table"

YR4_INFO 1  "2002"
  ## widget = comment
  # $Y+0

SES_INFO 1  "1430"
  ## widget = comment
  # $S+0

USR_INFO 1  "${USER}"
  ## widget = comment

! Environment Variables
! ---------------------
ENVIRONMENT 7
  "U" "/u/aiub/bern50/GPSUSER"
  "T" "/scratch/bern50"
  "X" "/aiub_sw/BERN50/GPS"
  "P" "/aiub"
  "Q" "/aiub2"
  "K" "/aiub_u_camp"
  "USER" "bern50"
  ## widget = initmenu; pointer = ENVIR_LIST

! 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; maxfiles = 1
  # CONST.

DESCR_CONST 1  "General constants"

! Local Geodetic Datum
! --------------------
DATUM 1  "${X}/GEN/DATUM."
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # DATUM.

DESCR_DATUM 1  "Geodetic datum"

! Station crux file
! -----------------
STAINFO 0
  ## widget = selwin; path = DIR_STA; ext = EXT_STA; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_STAINFO 1  "Station information"

! Pole File
! ---------
POLE 1  "${Q}/EXAMPLE/ORB/IGS021430.ERP"
  ## widget = selwin; path = DIR_ERP; ext = EXT_ERP; maxfiles = 1
  # $B$YSS+0

DESCR_POLE 1  "Earth rotation parameters"

! 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"

! Satellite Information
! ---------------------
SATELL 1  "${X}/GEN/SATELLIT."
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # SATELLIT.

DESCR_SATELL 1  "Satellite information"

! Receiver information
! --------------------
RECEIVR 1  "${X}/GEN/RECEIVER."
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # RECEIVER.

DESCR_RECEIVR 1  "Receiver information"

! Satellite Problems
! ------------------
SATCRUX 1  "${X}/GEN/SAT_2002.CRX"
  ## widget = selwin; path = PTH_GEN; ext = EXT_CRX; maxfiles = 1
  ## emptyallowed = true
  # SAT_$Y+0

DESCR_SATCRUX 1  "Satellite problems"

! Phase Center Eccentricities
! ---------------------------
PHASECC 1  "${X}/GEN/PHAS_IGS.REL"
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # PHAS_IGS.REL

DESCR_PHASECC 1  "Phase center eccentricities"

! SINEX General Input File
! ------------------------
SINEXIN 1  "${X}/GEN/SINEX."
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # SINEX.

DESCR_SINEXIN 1  "SINEX general input file"

! IONEX Control File
! ------------------
IONEXCF 1  "${X}/GEN/IONEX."
  ## widget = selwin; path = PTH_GEN; maxfiles = 1
  # IONEX.

DESCR_IONEXCF 1  "IONEX control file"

! GPS-UTC file
! -------------
GPSUTC 0
  ## widget = selwin; path = PTH_GEN; ext = NO_EXT; maxfiles = 1
  ## activeif = LEOPROC = 1; emptyallowed = false
  # GPSUTC.

DESCR_GPSUTC 1  "Difference GPS-UTC"

! Selection either zero or single diff files
! ------------------------------------------
DIFLVL 1  "ZERO"
  ## widget = combobox; cards = DOUBLE ZERO; editable = false

MSG_DIFLVL 1  "Differencing level"

! Phase Single Differences
PSFILES 0
  ## widget = selwin; path = DIR_PSH; ext = EXT_PSH; emptyallowed = true
  ## activeif = DIFLVL = DOUBLE
  # 

MSG_PSFILES 1  "Phase observation files"

PSFILES_PTH_COL_2 1  "${Q}/EXAMPLE/OBS/"
  ## widget = initmenu; pointer = DIR_PSO

PSFILES_EXT_COL_2 1  "PSO"
  ## widget = initmenu; pointer = EXT_PSO

! Code Single Differences
CSFILES 0
  ## widget = selwin; path = DIR_CSH; ext = EXT_CSH; emptyallowed = true
  ## activeif = DIFLVL = DOUBLE
  # 

MSG_CSFILES 1  "Code observation files"

CSFILES_PTH_COL_2 1  "${Q}/EXAMPLE/OBS/"
  ## widget = initmenu; pointer = DIR_CSO

CSFILES_EXT_COL_2 1  "CSO"
  ## widget = initmenu; pointer = EXT_CSO

! Phase Zero Differences
PZFILES 0
  ## widget = selwin; path = DIR_PZH; ext = EXT_PZH; emptyallowed = true
  ## activeif = DIFLVL = ZERO
  # ????$S+0

MSG_PZFILES 1  "Phase observation files"

PZFILES_PTH_COL_2 1  "${Q}/EXAMPLE/OBS/"
  ## widget = initmenu; pointer = DIR_PZO

PZFILES_EXT_COL_2 1  "PZO"
  ## widget = initmenu; pointer = EXT_PZO

! Code Zero Differences
CZFILES 0
  ## widget = selwin; path = DIR_CZH; ext = EXT_CZH; emptyallowed = true
  ## activeif = DIFLVL = ZERO
  # ????$S+0

MSG_CZFILES 1  "Code observation files"

CZFILES_PTH_COL_2 1  "${Q}/EXAMPLE/OBS/"
  ## widget = initmenu; pointer = DIR_CZO

CZFILES_EXT_COL_2 1  "CZO"
  ## widget = initmenu; pointer = EXT_CZO

! A priori Coordinates
! --------------------
COORD 1  "${Q}/EXAMPLE/STA/EDT2021430.CRD"
  ## widget = selwin; path = DIR_CRD; ext = EXT_CRD; maxfiles = 1
  # EDT2$YSS+0

DESCR_COORD 1  "A priori station coordinates"

! Standard Orbit
! --------------
STDORB 1  "${Q}/EXAMPLE/ORB/IGS021430.STD"
  ## widget = selwin; path = DIR_STD; ext = EXT_STD; maxfiles = 1
  # $B$YSS+0

DESCR_STDORB 1  "GNSS standard orbits"

! Radiation Pressure Coef.
! ------------------------
RPRCOE 0
  ## widget = selwin; path = DIR_RPR; ext = EXT_RPR; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_RPRCOE 1  "GNSS orbit partials"

! Ionosphere Models
! -----------------
IONOS 0
  ## widget = selwin; path = DIR_ION; ext = EXT_ION; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_IONOS 1  "Ionosphere models"

! Troposphere Estimates
! ---------------------
TROPEST 1  "${Q}/EXAMPLE/ATM/EDT2021430.TRP"
  ## widget = selwin; path = DIR_TRP; ext = EXT_TRP; maxfiles = 1
  ## emptyallowed = true
  # EDT2$YSS+0

DESCR_TROPEST 1  "Troposphere estimates"

! Meteo Data
! ----------
METFIL 0
  ## widget = selwin; path = DIR_MET; ext = EXT_MET; emptyallowed = true
  # 

MSG_METFIL 1  "Meteorological data"

! Station Observation sigma factors for scaling the outlier limits
! ----------------------------------------------------------------
STAWGT 0
  ## widget = selwin; path = DIR_SOS; ext = EXT_SOS; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_STAWGT 1  "Station sigma factors"

! Site Eccentricities
! -------------------
ECCENT 0
  ## widget = selwin; path = DIR_ECC; ext = EXT_ECC; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_ECCENT 1  "Station eccentricities"

! Ocean Loading Tables
! --------------------
OCNLOAD 1  "${Q}/EXAMPLE/STA/EXAMPLE.BLQ"
  ## widget = selwin; path = DIR_BLQ; ext = EXT_BLQ; maxfiles = 1
  ## emptyallowed = true
  # EXAMPLE

DESCR_OCNLOAD 1  "Ocean loading tables"

! Satellite Clocks
! ----------------
SATCLK 1  "${Q}/EXAMPLE/ORB/$A021430.CLK"
  ## widget = selwin; path = DIR_CLK; ext = EXT_CLK; maxfiles = 1
  ## emptyallowed = true; activeif = DIFLVL = ZERO
  # $A$YSS+0

DESCR_SATCLK 1  "GNSS clock corrections"

! Code Biases
! -----------
DCBINP 1  "${Q}/EXAMPLE/ORB/IGS021430.DCB"
  ## widget = selwin; path = DIR_DCB; ext = EXT_DCB; maxfiles = 1
  ## emptyallowed = true
  # $B$YSS+0

DESCR_DCBINP 1  "Differential code biases"

! Receiver Antenna Orientations
! -----------------------------
ANTAZI 0
  ## widget = selwin; path = DIR_AZI; ext = EXT_AZI; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_ANTAZI 1  "Receiver antenna orientation"

!
! LEO OPTIONS
!
! DO LEO processing
! -----------------
LEOPROC 1  "0"
  ## widget = checkbox

MSG_LEOPROC 1  "LEO data processing"

!
! Kinematic positions for LEOs and Stations
! -----------------------------------------
KININP 0
  ## widget = selwin; path = DIR_KIN; ext = EXT_KIN; maxfiles = 1
  ## emptyallowed = true
  # 

DESCR_KININP 1  "Kinematic coordinates"

! LEO Kinematic velocities
! ------------------------
KINVEL 0
  ## widget = selwin; path = DIR_KVL; ext = EXT_KVL; maxfiles = 1
  ## activeif = LEOPROC = 1; emptyallowed = true
  # 

DESCR_KINVEL 1  "Kinematic velocities"

! LEO Standard Orbits
! -------------------
LEOSTD 0
  ## widget = selwin; path = DIR_STD; ext = EXT_STD; maxfiles = 1
  ## activeif = LEOPROC = 1; emptyallowed = true
  # 

DESCR_LEOSTD 1  "Standard orbit(s)"

! LEO Dynamic partials
! --------------------
LEORPR 0
  ## widget = selwin; path = DIR_RPR; ext = EXT_RPR; maxfiles = 1
  ## activeif = LEOPROC = 1; emptyallowed = true
  # 

DESCR_LEORPR 1  "Orbit partials"

! LEO  attitude
! -------------
ATTIT 0
  ## widget = selwin; path = DIR_ATT; ext = EXT_ATT; maxfiles = 10
  ## activeif = LEOPROC = 1; emptyallowed = true
  # 

DESCR_ATTIT 1  "Attitude data"

! LEO Precise Orbit for SLR validation
! ------------------------------------
LEOPRE 0
  ## widget = selwin; path = DIR_STD; ext = EXT_PRE; maxfiles = 1
  ## activeif = LEOPROC = 1; emptyallowed = true
  # 

DESCR_LEOPRE 1  "Precise orbit(s)"

! Elevation cut-off for LEO
! -------------------------
MINELEO 1  "0"
  ## widget = lineedit; emptyallowed = false; activeif = LEOPROC = 1
  ## check_typ = int; check_min = -90; check_max = 90

MSG_MINELEO 1  "Elevation cutoff angle"

! LEO Elevation Weighting
! ------------------------------
LEOEDW 1  "NONE"
  ## widget = combobox; editable = false; cards = NONE COSZ
  ## activeif = LEOPROC = 1

MSG_LEOEDW 1  "Elevation-dependent weighting"

! LEO Dynamic Orbit
! -----------------
LEORBRS 0
  ## widget = lineedit; path = DIR_ELE; ext = EXT_ELE; maxfiles = 1
  ## emptyallowed = true; activeif = LEOPROC = 1
  # 

DESCR_LEORBRS 1  "LEO orbital elements"

!
! Coordinate Results
! ------------------
COORDRS 0
  ## widget = lineedit; path = DIR_CRD; ext = EXT_CRD
  # 

DESCR_COORDRS 1  "Station coordinates"

! Orbital Elements
! ----------------
ORBITRS 0
  ## widget = lineedit; path = DIR_ELE; ext = EXT_ELE
  # 

DESCR_ORBITRS 1  "GNSS orbital elements"

! Troposphere Parameters
! ----------------------
TROPSAV 0
  ## widget = lineedit; path = DIR_TRP; ext = EXT_TRP
  # 

DESCR_TROPSAV 1  "Troposphere estimates"

! Troposphere SINEX
! -----------------
TROPSNX 0
  ## widget = lineedit; path = DIR_TRO; ext = EXT_TRO
  # 

DESCR_TROPSNX 1  "Troposphere SINEX"

! Ionosphere Models
! -----------------
IONOSRS 0
  ## widget = lineedit; path = DIR_ION; ext = EXT_ION
  # 

DESCR_IONOSRS 1  "Ionosphere models"

! Ionosphere Maps
! ---------------
IONEXRS 0
  ## widget = lineedit; path = DIR_INX; ext = EXT_INX
  # 

DESCR_IONEXRS 1  "IONEX"

! Residuals
! ---------
RESIDRS 1  "${Q}/EXAMPLE/OUT/$F021430.RES"
  ## widget = lineedit; path = DIR_RES; ext = EXT_RES
  # $F$YSS+0

DESCR_RESIDRS 1  "Residuals"

! Covariances (Coords)
! --------------------
COVARRS 0
  ## widget = lineedit; path = DIR_COV; ext = EXT_COV
  # 

DESCR_COVARRS 1  "Coordinate covariance matrix"

! Covariances (All)
! -----------------
COVTTRS 0
  ## widget = lineedit; path = DIR_COV; ext = EXT_COV
  # 

DESCR_COVTTRS 1  "Full covariance matrix"

! Normal Equations
! ----------------
NEQUARS 0
  ## widget = lineedit; path = DIR_NEQ; ext = EXT_NEQ
  # 

DESCR_NEQUARS 1  "Normal equations"

! Earth Rotation Parameters
! -------------------------
POLERS 0
  ## widget = lineedit; path = DIR_ERP; ext = EXT_ERP
  # 

DESCR_POLERS 1  "Bernese ERP file"

! Pole in IERS Format
! -------------------
IERSPOL 0
  ## widget = lineedit; path = DIR_IEP; ext = EXT_IEP
  # 

DESCR_IERSPOL 1  "IERS ERP file"

! Satellite Clock File
! --------------------
CLKSAV 0
  ## widget = lineedit; path = DIR_CLK; ext = EXT_CLK
  ## activeif = DIFLVL = ZERO
  # 

DESCR_CLKSAV 1  "GNSS clock corrections"

! Clock RINEX File
! ----------------
CLKRNX 1  "${Q}/EXAMPLE/OUT/$F021430.CLK"
  ## widget = lineedit; path = DIR_RXC; ext = EXT_RXC
  ## activeif = DIFLVL = ZERO
  # $F$YSS+0

DESCR_CLKRNX 1  "Clock RINEX"

! Kinem. Coordinates (output)
! ---------------------------
KINOUT 0
  ## widget = lineedit; path = DIR_KIN; ext = EXT_KIN
  # 

DESCR_KINOUT 1  "Kinematic coordinates"

! Code Bias Output File
! ---------------------
DCBOUT 0
  ## widget = lineedit; path = DIR_DCB; ext = EXT_DCB
  # 

DESCR_DCBOUT 1  "Differential code biases"

! Receiver and Satellite Antenna PCV (Grid)
! -----------------------------------------
PHASRSG 0
  ## widget = lineedit; path = DIR_PHG; ext = EXT_PHG
  # 

DESCR_PHASRSG 1  "Phase center variations (grid)"

! Receiver Antenna PCV (Harm)
! ---------------------------
PHASRSH 0
  ## widget = lineedit; path = DIR_PHH; ext = EXT_PHH
  # 

DESCR_PHASRSH 1  "Phase center variations (harm)"

! Scratch Files
! -------------
AUXFIL 1  "${U}/WORK/GPSEST.SCR"
  ## widget = lineedit; path = PTH_SCR; ext = EXT_SCR; emptyallowed = false
  # GPSEST$J

DESCR_AUXFIL 1  "Scratch file"

AUXFIL1 1  "${U}/WORK/GPSEST.SC1"
  ## widget = lineedit; path = PTH_SCR; ext = EXT_SC1; emptyallowed = false
  # GPSEST$J

DESCR_AUXFIL1 1  "Scratch files"

! Kinematic Scratch Files
! -----------------------
KINSCR 1  "${U}/WORK/GPSEST.SC2"
  ## widget = lineedit; path = PTH_SCR; ext = EXT_SC2; emptyallowed = false
  # GPSEST$J

MSG_KINSCR 1  "Scratch files"

DELETE_FILES 3
  "AUXFIL"
  "AUXFIL1"
  "KINSCR"

! Program Output File
! -------------------
SYSODEF 1  "0"
  ## widget = checkbox

MSG_SYSODEF 1  "Program output"

SYSOUT 1  "${Q}/EXAMPLE/OUT/$F021430.OUT"
  ## widget = lineedit; path = DIR_OUT; ext = EXT_OUT
  ## activeif = SYSODEF == 0; emptyallowed = false
  # $F$YSS+0

DESCR_SYSOUT 1  "Program output"

! Error Message File
! ------------------
ERRMRG 1  "0"
  ## widget = checkbox

MSG_ERRMRG 1  "Error message"

SYSERR 1  "${U}/WORK/ERROR.MSG"
  ## widget = lineedit; path = PTH_ERR; ext = EXT_ERR
  ## activeif = ERRMRG == 0; emptyallowed = false
  # ERROR

DESCR_SYSERR 1  "Error message"

! Type of Residuals
! -----------------
NORRES 1  "NORMALIZED"
  ## widget = combobox; activeif = RESIDRS / _; editable = false
  ## cards = REAL NORMALIZED NORM_APRIORI

MSG_NORRES 1  "Type of computed residuals"

! -----------------------------------------
!
! GENERAL PARAMETER SETUP
! =======================
!
! -----------------------------------------
!
! General Setup: Title
! --------------------
TITLE 1  "CLKDET_021430: Final clock solution"
  ## widget = lineedit
  # CLKDET_$YSS+0: Final clock solution

MSG_TITLE 1  "Title line"

! General Setup: Frequency
! ------------------------
FREQUENCY 1  "L3"
  ## widget = combobox; editable = false
  ## cards = L1 L2 L3 L4 L5 L1&L2 L3&L4 MELWUEBB DTEC

MSG_FREQUENCY 1  "Frequency"

!
! STATISTIC SETUP
! ===============
!
! -----------------------------------------
!
! Statistic: Correlations
! -----------------------
CORREL 1  "CORRECT"
  ## widget = combobox; editable = false; cards = CORRECT BASELINE FREQUENCY

MSG_CORREL 1  "Correlation strategy"

! Statistic: Apply clock syncronization errors
! --------------------------------------------
USESYNCR 1  "0"
  ## widget = checkbox

! Statistic: Correl. Interval
! ---------------------------
CORRINTV 1  "100"
  ## widget = lineedit; check_type = int; check_min = 1

MSG_CORRINTV 1  "Tolerance for simultaneity"

! Statistic: A Priori Sigma
! -------------------------
SIGAPR1 1  "0.001"
  ## widget = lineedit; check_type = real; check_min = 1e-20

MSG_SIGAPR1 1  "A priori sigma"

! Statistic: Elevation-dependent Weighting
! ----------------------------------------
ELVWGT 1  "COSZ"
  ## widget = combobox; editable = false; cards = NONE COSZ

MSG_ELVWGT 1  "Elevation-dependent weighting"

! -----------------------------------------
!
! PARAMETER TYPE: Observation selection
! ===============
!
! -----------------------------------------
!
! Min. Elevation
! --------------
MINEL 1  "5"
  ## widget = lineedit; emptyallowed = false; check_typ = int; check_min = 0
  ## check_max = 90

MSG_MINEL 1  "Elevation cutoff angle"

! Sampling Rate
! -------------
SAMPLE 1  "300"
  ## widget = lineedit; check_typ = int; check_min = 0

MSG_SAMPLE 1  "Sampling interval"

! Satellite System
! ----------------
SATSYS 1  "GPS"
  ## widget = combobox; editable = false; cards = GPS GLONASS ALL

MSG_SATSYS 1  "Satellite system"

! Special observation data selection
! ----------------------------------
SODSEL 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO NIGHT-TIME NON-ECLIPSING

MSG_SODSEL 1  "Special data selection"

! Clk est.: Edit Level
! --------------------
EDTLVL 1  "0.00"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_EDTLVL 1  "Maximum tolerated O-C term"

! Var/Cov computation for kinematic orbit
!----------------------------------------
QXXEPO 1  "SIMPLIFIED"
  ## widget = combobox; cards = SIMPLIFIED CORRECT; editable = false

MSG_QXXEPO 1  "Var-covar wrt epoch parameters"

! Use Observ. Window
! ------------------
WINDOW 1  "0"
  ## widget = checkbox

MSG_WINDOW 1  "Observation window"

! Observation Window
! ------------------
RADIO1_1 1  "1"
  ## widget = radiobutton; group = DUMMY
  ## radiokeys = SESSION_YEAR1 SESSION_STRG1

MSG_RADIO1_1 1  "Observation window defined by year and session number"

RADIO1_2 1  "0"
  ## widget = radiobutton; group = DUMMY

MSG_RADIO1_2 1  "Observation window defined by start and end time"

! Observation Window: defined by session
! --------------------------------------
SESSION_YEAR1 1  "2002"
  ## widget = lineedit; multilineallowed = true; emptyallowed = false
  # $Y+0

MSG_SESSION_YEAR1 1  "Year"

SESSION_STRG1 1  "1430"
  ## widget = lineedit; multilineallowed = true; emptyallowed = false
  # $S+0

MSG_SESSION_STRG1 1  "Session"

! Observation Window: defined by date
! -----------------------------------
STADAT1 0
  ## widget = lineedit; activeif = RADIO1_2 = 1; check_type = date
  # 

MSG_STADAT1 1  "Start time(year month day)"

STATIM1 0
  ## widget = lineedit; emptyallowed = false
  ## activeif = RADIO1_2 = 1 AND STADAT1 / _; check_type = time
  # 

MSG_STATIM1 1  "Start time(hour minutes seconds)"

ENDDAT1 0
  ## widget = lineedit; activeif = RADIO1_2 = 1; check_type = date
  # 

MSG_ENDDAT1 1  "End time(year month day)"

ENDTIM1 0
  ## widget = lineedit; emptyallowed = false
  ## activeif = RADIO1_2 = 1 AND ENDDAT1 / _; check_type = time
  # 

MSG_ENDTIM1 1  "End time(hour minutes seconds)"

! -----------------------------------------
!
! PARAMETER TYPE: Atmosphere Models
! ===============
!
! -----------------------------------------
!
! Atmosphere: Tropospheric Model
! ------------------------------
TROPOS 1  "DRY_NIELL"
  ## widget = combobox; editable = false
  ## cards = NONE NIELL DRY_NIELL SAASTAMOINEN DRY_SAAST HOPFIELD DRY_HOPFIELD ESSEN-FROOME MARINI-MUR
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_TROPOS 1  "ZPD model and mapping function"

! -----------------------------------------
!
! PARAMETER TYPE: Ambiguity Resolution
! ===============
!
! -----------------------------------------
!
! Ambiguity Resolution Strategy
! -----------------------------
AMBSTRAT 1  "NONE"
  ## widget = combobox; editable = false; activeif = DIFLVL = DOUBLE
  ## cards = NONE ROUND SEARCH SIGMA QIF

MSG_AMBSTRAT 1  "Resolution strategy"

! Save Ambiguities
! ----------------
AMBSAVE 1  "0"
  ## widget = checkbox; activeif = AMBSTRAT / NONE AND DIFLVL = DOUBLE

MSG_AMBSAVE 1  "Save resolved ambiguities"

! Introduce Widelane
! ------------------
APRWIDE 1  "0"
  ## widget = checkbox; activeif = DIFLVL = DOUBLE

MSG_APRWIDE 1  "Introduce widelane integers"

! Introduce L1 and L2
! -------------------
APRL1L2 1  "0"
  ## widget = checkbox; activeif = DIFLVL = DOUBLE

MSG_APRL1L2 1  "Introduce L1 and L2 integers"

!
! PARAMETER TYPE: Ambiguity Resolution - SEARCH
! ===============
!
! -----------------------------------------
!
! Amb-Search: Baseline-Wise Ambiguity Resolution
! ----------------------------------------------
IFBASL 1  "1"
  ## widget = checkbox

MSG_IFBASL 1  "Baseline-wise ambiguity resolution"

! Amb-Search: Search Width in Unit of Std. Dev.
! ---------------------------------------------
IFSWID 1  "5.0"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_IFSWID 1  "Search width in units of standard deviation"

! Amb-Search: Maximum Allowed RMS(Fixed)/RMS(Float)
! -------------------------------------------------
IFFXFL 1  "2.0"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_IFFXFL 1  "Maximum allowed rms ratio re fixed to float"

! Amb-Search: Minimum Allowed RMS(2-nd Amb)/RMS(1-st Best Amb)
! ------------------------------------------------------------
IF21 1  "1.4"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_IF21 1  "Minimum allowed rms ratio re 2nd best to best"

! Amb-Search: Search Width for Geometry-Free LC (L1 Cycles)
! ---------------------------------------------------------
IFSWLC 1  "0.1"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_IFSWLC 1  "Search width for geometry-free linear combination (L1 cycles)"

! -----------------------------------------
!
! PARAMETER TYPE: Ambiguity Resolution - SIGMA
! ===============
!
! -----------------------------------------
!
! Amb-Sigma: Max. Number of Amb. Solved
! -------------------------------------
MXAMBIT 1  "10"
  ## widget = spinbox; range = 0 10 1; check_type = integer; check_min = 0

MSG_MXAMBIT 1  "Maximal number of ambiguities fixed per iteration step"

! Amb-Sigma: Ambiguity Resolvable if Exactly 1 Integer within
! -----------------------------------------------------------
LEAST 1  "3.0"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_LEAST 1  "Ambiguity resolvable if exactly 1 integer within"

! Amb-Sigma: Maximal Sigma of a Resolvable Ambiguity
! --------------------------------------------------
MOST 1  "0.07"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_MOST 1  "Maximal sigma of a resolvable ambiguity"

! Amb-Sigma: Minimal Sigma of Ambiguity used for Tests
! ----------------------------------------------------
SIGMAMIN 1  "0.05"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_SIGMAMIN 1  "Minimal sigma for testing"

! -----------------------------------------
!
! PARAMETER TYPE: Ambiguity Resolution - QIF
! ===============
!
! -----------------------------------------
!
! Amb.QIF: Max. Number of Amb. Solved in One Iteration Step
! ---------------------------------------------------------
MXAQIF 1  "0"
  ## widget = spinbox; range = 0 10 1; check_type = integer; check_min = 0

MSG_MXAQIF 1  "Max. number of amb. solved per iteration step"

! Amb.QIF: Search Width in Wide-Lane Cycles
! -----------------------------------------
SEARWID 1  "0.50"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_SEARWID 1  "Search width for pairs of L1 and L2 ambiguities"

! Amb.QIF: Max. RMS of Resolvable Narrow-Lane Ambiguity
! -----------------------------------------------------
RMSNARR 1  "0.03"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_RMSNARR 1  "Maximal sigma of resolvable NL ambiguities"

! Amb.QIF: Max. Fract. Part of Resolvable NL Ambiguity
! ----------------------------------------------------
MAXFRAC 1  "0.10"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_MAXFRAC 1  "Max. fractional part of resolvable NL ambiguity"

!
! Display Extended Printing Options
! ---------------------------------
PRINT 1  "YES"
  ## widget = combobox; editable = false; cards = NO YES AS_IS

MSG_PRINT 1  "Selection of printing options"

! Printing: Number of Observ. in Files
! ------------------------------------
PRTNUMOB 1  "1"
  ## widget = checkbox

MSG_PRTNUMOB 1  "List of observations given in files"

! Printing: Pos.Eccent./Receiver Info
! -----------------------------------
PRTPOSEC 1  "0"
  ## widget = checkbox

MSG_PRTPOSEC 1  "Printing: Station eccentricities, receiver information"

! Printing: Ambiguities in Files
! ------------------------------
PRTAMBFL 1  "0"
  ## widget = checkbox

MSG_PRTAMBFL 1  "Printing: Resolved ambiguities from observation files"

! Printing: Parameter Characterization
! ------------------------------------
PRTPARAM 1  "0"
  ## widget = checkbox

MSG_PRTPARAM 1  "Printing: List of all parameters"

! Printing: Constants, Ant. Offsets, Ion. Coeff
! ---------------------------------------------
PRTPOLE 1  "0"
  ## widget = checkbox

MSG_PRTPOLE 1  "Printing: Constants, antenna offsets, ionosphere coefficients"

! Printing: Satellite Elevations
! ------------------------------
PRTELEV 1  "0"
  ## widget = checkbox

MSG_PRTELEV 1  "Printing: Satellite elevations"

! Printing: Synchronization Errors
! --------------------------------
PRTSYNCH 1  "0"
  ## widget = checkbox

MSG_PRTSYNCH 1  "Printing: Receiver synchronization errors"

! Printing: Number of Dbl.Diff.Observ.
! -----------------------------------
PRTNUMDD 1  "0"
  ## widget = checkbox

MSG_PRTNUMDD 1  "Printing: List of observations used for processing"

! Printing: Ambiguities for each iteration step
! ---------------------------------------------
PRTAMBIT 1  "0"
  ## widget = checkbox; activeif = AMBSTRAT / NONE

MSG_PRTAMBIT 1  "Printing: Unresolved ambiguities after each iteration step"

! Printing: 5-Degree Bin Observation Statistics (Elevation)
! ---------------------------------------------------------
PRTNOBEL 1  "1"
  ## widget = checkbox

MSG_PRTNOBEL 1  "Printing: Histogram of observations by elevation angle bins"

! Printing: 0.5-Degree Bin Observation Statistics (Nadir Angle)
! -------------------------------------------------------------
PRTNOBNA 1  "0"
  ## widget = checkbox

MSG_PRTNOBNA 1  "Printing:  Histogram of observations by nadir angle bins"

! Printing: Supress results of epoch parameters
! ---------------------------------------------
PRTEPPAR 1  "0"
  ## widget = checkbox

MSG_PRTEPPAR 1  "Printing: Suppression of output concerning epoch parameters"

! Printing: Helmert transformation
! --------------------------------
PRTHELM 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRTHELM 1  "Printing: Helmert transformation"

! -----------------------------------------
!
! PARAMETER TYPE: Station positioning
! ===============
!
! -----------------------------------------
! No datum definition
! -------------------
RADIO8_3 1  "0"
  ## widget = radiobutton; group = DUMMY

MSG_RADIO8_3 1  "Free network solution"

!
! Positioning: Fixed Station(s)
! -----------------------------
RADIO8_1 1  "1"
  ## widget = radiobutton; group = DUMMY; radiokeys = FIXSTA

MSG_RADIO8_1 1  "Coordinates fixed"

FIXSTA 1  "ALL"
  ## widget = combobox; editable = false
  ## cards = FIRST LAST ALL MANUAL FROM_FILE WITH_FLAG

MSG_FIXSTA 1  "Coordinates fixed"

! Positioning: Manual selection (fixed)
! -------------------------------------
STATION1 0
  ## widget = selwin; activeif = FIXSTA == MANUAL; pointer = CENLST
  # 

MSG_STATION1 1  "Stations to be fixed (Manual selection)"

! Positioning: File with Fixed Stations(s)
! ----------------------------------------
STAFILE1 0
  ## widget = selwin; activeif = FIXSTA == FROM_FILE; path = DIR_FIX
  ## ext = EXT_FIX; maxfiles = 1; emptyallowed = false
  # 

MSG_STAFILE1 1  "List of stations to fix from file"

! Flags for fixed station(s)
! ---------------------------
STAFLAG1 1  "#"
  ## widget = uniline; activeif = FIXSTA = WITH_FLAG

MSG_STAFLAG1 1  "Stations with specific flags in CRD file"

RADIO8_2 1  "0"
  ## widget = radiobutton; group = DUMMY; radiokeys = SIGSTA

MSG_RADIO8_2 1  "Coordinates constrained"

! Positioning: Sigma Station(s)
! -----------------------------
SIGSTA 1  "WITH_FLAG"
  ## widget = combobox; editable = false
  ## cards = FIRST LAST ALL MANUAL FROM_FILE WITH_FLAG

MSG_SIGSTA 1  "Coordinates constrained"

! Positioning: manual selected Sigma Station(s)
! ---------------------------------------------
STATION4 0
  ## widget = selwin; activeif = SIGSTA == MANUAL; pointer = CENLST
  # 

MSG_STATION4 1  "Stations to be constrained (Manual selection)"

! Positioning: Sigma Station(s) from file
! ---------------------------------------
STAFILE4 0
  ## widget = selwin; activeif = SIGSTA == FROM_FILE; path = DIR_SIG
  ## ext = EXT_SIG; maxfiles = 1; emptyallowed = false
  # 

MSG_STAFILE4 1  "List of stations (and sigmas) from file"

! Flags for Sigma station(s)
! --------------------------
STAFLAG4 1  "I"
  ## widget = uniline; activeif = SIGSTA = WITH_FLAG

MSG_STAFLAG4 1  "Constrain: Stations with specific flags in CRD file"

! Positioning: Default Sigma north
! --------------------------------
SIGCRDN 1  "0.01"
  ## widget = lineedit; activeif = SIGSTA / FROM_FILE AND RADIO8_2 = 1
  ## check_type = real; check_min = 0.0

MSG_SIGCRDN 1  "Default a priori sigma north"

! Positioning: Default Sigma east
! -------------------------------
SIGCRDE 1  "0.01"
  ## widget = lineedit; activeif = SIGSTA / FROM_FILE AND RADIO8_2 = 1
  ## check_type = real; check_min = 0.0

MSG_SIGCRDE 1  "Default a priori sigma east"

! Positioning: Default Sigma up
! -----------------------------
SIGCRDU 1  "0.01"
  ## widget = lineedit; activeif = SIGSTA / FROM_FILE AND RADIO8_2 = 1
  ## check_type = real; check_min = 0.0

MSG_SIGCRDU 1  "Default a priori sigma up"

! -----------------------------------------
!
! PARAMETER TYPE: Helmert for solution
! ===============
!
! -----------------------------------------
! Helmert: Coord.System
! ---------------------
COORDSYS 1  "GEOCENTRIC"
  ## widget = combobox; editable = false; cards = GEOCENTRIC LOCAL

MSG_COORDSYS 1  "Helmert: Coordinate system for transformation"

! Helmert: Rotation
! -----------------
ROTXYZ 1  "0"
  ## widget = checkbox

MSG_ROTXYZ 1  "Helmert: Rotation"

! Helmert: Scale Factor
! ---------------------
SCALE 1  "0"
  ## widget = checkbox

MSG_SCALE 1  "Helmert: Scale"

! -----------------------------------------
!
! PARAMETER TYPE: Orbit Estimation (GPS/GLONASS)
! ===============
!
! -----------------------------------------
!
! Enable Orbit Adjustment
! -----------------------
ORBADJ 1  "0"
  ## widget = checkbox
  ## activeif = LEORPR / _ AND LEOPROC = 1 OR RPRCOE / _ AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_ORBADJ 1  "Parameter setup: GNSS or LEO orbit determination"

! Orb.est: satellite type
! -----------------------
ORBEST 1  "ALL"
  ## widget = combobox; editable = false; cards = ALL GPS GLONASS

MSG_ORBEST 1  "Orb.est: satellite system selection"

! Orb.est: Semi major axis
! ------------------------
SEMIAXIS 1  "1"
  ## widget = checkbox

MSG_SEMIAXIS 1  "Orb.est: Semi major axis"

SIGSEMI 0
  ## widget = lineedit; activeif = SEMIAXIS = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGSEMI 1  "Orb.est: a priori sigma of semi major axis"

! Orb.est: Eccentricity
! ---------------------
ECCENTR 1  "1"
  ## widget = checkbox

MSG_ECCENTR 1  "Orb.est: eccentricity"

SIGECCE 0
  ## widget = lineedit; activeif = ECCENTR = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGECCE 1  "Orb.est: a priori sigma of eccentricity"

! Orb.est: Inclination
! --------------------
INCLIN 1  "1"
  ## widget = checkbox

MSG_INCLIN 1  "Orb.est: inclination"

SIGINCL 0
  ## widget = lineedit; activeif = INCLIN = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGINCL 1  "Orb.est: a priori sigma of inclination"

! Orb.est: Ascending node
! -----------------------
ASCNODE 1  "1"
  ## widget = checkbox

MSG_ASCNODE 1  "Orb.est: ascending node"

SIGASCN 0
  ## widget = lineedit; activeif = ASCNODE = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGASCN 1  "Orb.est: a priori sigma of ascending node"

! Orb.est: Perigee
! ----------------
PERIGEE 1  "1"
  ## widget = checkbox

MSG_PERIGEE 1  "Orb.est: perigee"

SIGPERI 0
  ## widget = lineedit; activeif = PERIGEE = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGPERI 1  "Orb.est: a priori sigma of perigee"

! Orb.est: Arg. of latitude
! -------------------------
ARGLAT 1  "1"
  ## widget = checkbox

MSG_ARGLAT 1  "Orb.est: argument of latitude"

SIGARGL 0
  ## widget = lineedit; activeif = ARGLAT = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGARGL 1  "Orb.est: a priori sigma of argument of latitude"

! Orb.est: D0 Estimation (P0)
! ---------------------------
PARD0 1  "1"
  ## widget = checkbox

MSG_PARD0 1  "Orb.est: Constant D term"

SIGD0 0
  ## widget = lineedit; activeif = PARD0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGD0 1  "Orb.est: a priori sigma of constant D term"

! Orb.est: Y0 Estimation (P2)
! ---------------------------
PARY0 1  "1"
  ## widget = checkbox

MSG_PARY0 1  "Orb.est: Constant Y term"

SIGY0 0
  ## widget = lineedit; activeif = PARY0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGY0 1  "Orb.est: a priori sigma of constant Y term"

! Orb.est: X0 Estimation
! ----------------------
PARX0 1  "0"
  ## widget = checkbox

MSG_PARX0 1  "Orb.est: Constant X term"

SIGX0 0
  ## widget = lineedit; activeif = PARX0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGX0 1  "Orb.est: a priori sigma of constant X term"

! Orb.est: Periodic D0 terms
! --------------------------
PRPARD0 1  "0"
  ## widget = checkbox

MSG_PRPARD0 1  "Orb.est: periodic D terms"

SIGPRD0 0
  ## widget = lineedit; activeif = PRPARD0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGPRD0 1  "Orb.est: a priori sigma of periodic D terms"

! Orb.est: Periodic Y0 terms
! --------------------------
PRPARY0 1  "0"
  ## widget = checkbox

MSG_PRPARY0 1  "Orb.est: periodic Y terms"

SIGPRY0 0
  ## widget = lineedit; activeif = PRPARY0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGPRY0 1  "Orb.est: a priori sigma of periodic Y terms"

! Orb.est: Periodic X0 terms
! --------------------------
PRPARX0 1  "0"
  ## widget = checkbox

MSG_PRPARX0 1  "Orb.est: periodic X terms"

SIGPRX0 0
  ## widget = lineedit; activeif = PRPARX0 = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGPRX0 1  "Orb.est: a priori sigma of periodic X terms"

! Stoch.Orb?
! ----------
STCEST 1  "0"
  ## widget = checkbox

MSG_STCEST 1  "Estimation of stochastic pulses"

! Stoch.Orb: Radial
! -----------------
ESTRAD 1  "1"
  ## widget = checkbox

MSG_ESTRAD 1  "Stoch. forces: radial"

SIGRAD 1  "1.E-6"
  ## widget = lineedit; activeif = ESTRAD = 1; check_type = real
  ## check_min = 0.0

MSG_SIGRAD 1  "Stoch.forces: a priori sigma of radial"

! Stoch.Orb: Perpendicular to (1), in Orbit Plane
! -----------------------------------------------
ESTPRP 1  "1"
  ## widget = checkbox

MSG_ESTPRP 1  "Stoch.forces: Along track"

SIGPRP 1  "1.E-5"
  ## widget = lineedit; activeif = ESTPRP = 1; check_type = real
  ## check_min = 0.0

MSG_SIGPRP 1  "Stoch.forces: a priori sigma of along track"

! Stoch.Orb: Normal to Orbit Plane
! --------------------------------
ESTNOR 1  "1"
  ## widget = checkbox

MSG_ESTNOR 1  "Stoch.forces: Out of plane"

SIGNOR 1  "1.E-9"
  ## widget = lineedit; activeif = ESTNOR = 1; check_type = real
  ## check_min = 0.0

MSG_SIGNOR 1  "Stoch.forces: a priori sigma of out of plane"

! Stoch.Orb: Direction to the Sun
! -------------------------------
ESTSUN 1  "0"
  ## widget = checkbox

MSG_ESTSUN 1  "Stoch.forces: direction to Sun"

SIGSUN 0
  ## widget = lineedit; activeif = ESTSUN = 1; check_type = real
  ## check_min = 0.0

MSG_SIGSUN 1  "Stoch.forces: a priori sigma of direction to Sun"

! Stoch.Orb: Y-Direction in Satellite Frame
! -----------------------------------------
ESTYDIR 1  "0"
  ## widget = checkbox

MSG_ESTYDIR 1  "Sotch. pulses: Y-direction"

SIGYDIR 0
  ## widget = lineedit; activeif = ESTYDIR = 1; check_type = real
  ## check_min = 0.0

MSG_SIGYDIR 1  "Stoch.forces: a priori sigma of Y-direction"

! Stoch.Orb: X-Direction in Satellite Frame
! -----------------------------------------
ESTXDIR 1  "0"
  ## widget = checkbox

MSG_ESTXDIR 1  "Stoch.forces X-direction"

SIGXDIR 0
  ## widget = lineedit; activeif = ESTXDIR = 1; check_type = real
  ## check_min = 0.0

MSG_SIGXDIR 1  "Stoch.forces: a priori sigma of X-direction"

! Stoch.Orb: Number of sets per day
! ---------------------------------
NUMSET1 1  "2"
  ## widget = lineedit; check_type = integer; check_min = 0

MSG_NUMSET1 1  "Stoch. forces: Number of parameter sets per day"

! Stoch.Orb: Groups
! -----------------
SATGROUP 1  "99" "" "" "" ""
  ## widget = uniline

MSG_SATGROUP 1  "Stoch.forces: list of satellites(group)"

! Stoch.Orb: Enable more requests for stoch. orbit
! ------------------------------------------------
STCSPEC 1  "0"
  ## widget = checkbox

MSG_STCSPEC 1  "Stoch. pulses: Additional requests for further epochs"

! Stoch.Orb: List of more requests for stoch. orbit
! -------------------------------------------------
STCGROUP 2
  "28" "2001 05 26" "06 00 00" "" "" ""
  "28" "2001 05 26" "18 00 00" "" "" ""
  ## widget = uniline

MSG_STCGROUP 1  "Stoch.forces: list of satellites"

! -----------------------------------------
!
! PARAMETER TYPE: Orbit Estimation (LEO)
! ===============
!
! Orb.est: Semi major axis
! ------------------------
SEMIAXIS2 1  "1"
  ## widget = checkbox

MSG_SEMIAXIS2 1  "Semi major axis"

SIGSEMI2 1  "0.00"
  ## widget = lineedit

MSG_SIGSEMI2 1  "Sigma Semi major axis"

! Orb.est: Eccentricity
! ---------------------
ECCENTR2 1  "1"
  ## widget = checkbox

MSG_ECCENTR2 1  "Eccentricity"

SIGECCE2 1  "0.0000000"
  ## widget = lineedit

MSG_SIGECCE2 1  "Sigma eccentricity"

! Orb.est: Inclination
! --------------------
INCLIN2 1  "1"
  ## widget = checkbox

MSG_INCLIN2 1  "Inclination"

SIGINCL2 1  "0.000"
  ## widget = lineedit

MSG_SIGINCL2 1  "Sigma inclination"

! Orb.est: Ascending node
! -----------------------
ASCNODE2 1  "1"
  ## widget = checkbox

MSG_ASCNODE2 1  "Ascending node"

SIGASCN2 1  "0.0000"
  ## widget = lineedit

MSG_SIGASCN2 1  "Sigma ascending node"

! Orb.est: Perigee
! ----------------
PERIGEE2 1  "1"
  ## widget = checkbox

MSG_PERIGEE2 1  "Perigee"

SIGPERI2 1  "0.0000"
  ## widget = lineedit

MSG_SIGPERI2 1  "Sigma perigee"

! Orb.est: Arg. of latitude
! -------------------------
ARGLAT2 1  "1"
  ## widget = checkbox

MSG_ARGLAT2 1  "Argument of latitude"

SIGARGL2 1  "0.000"
  ## widget = lineedit

MSG_SIGARGL2 1  "Sigma argument of latitude"

! Orb.est: D0 Estimation (P0)
! ---------------------------
PARD02 1  "1"
  ## widget = checkbox

MSG_PARD02 1  "Constant D term"

SIGD02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGD02 1  "Sigma const. D term"

! Orb.est: Y0 Estimation (P2)
! ---------------------------
PARY02 1  "1"
  ## widget = checkbox

MSG_PARY02 1  "Constant Y term"

SIGY02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGY02 1  "Sigma const. Y term"

! Orb.est: X0 Estimation
! ----------------------
PARX02 1  "1"
  ## widget = checkbox

MSG_PARX02 1  "Constant X term"

SIGX02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGX02 1  "Sigma const. X term"

! Orb.est: Periodic D0 terms
! --------------------------
PRPARD02 1  "1"
  ## widget = checkbox

MSG_PRPARD02 1  "Periodic D term"

SIGPRD02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGPRD02 1  "Sigma periodic D term"

! Orb.est: Periodic Y0 terms
! --------------------------
PRPARY02 1  "1"
  ## widget = checkbox

MSG_PRPARY02 1  "Periodic Y term"

SIGPRY02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGPRY02 1  "Sigma periodic Y term"

! Orb.est: Periodic X0 terms
! --------------------------
PRPARX02 1  "1"
  ## widget = checkbox

MSG_PRPARX02 1  "Periodic X term"

SIGPRX02 1  "0.0D-09"
  ## widget = lineedit

MSG_SIGPRX02 1  "Sigma periodic X term"

! Stoch.Orb?
! ----------
STCEST2 1  "0"
  ## widget = checkbox

MSG_STCEST2 1  "Estimation of stochastic pulses"

! Stoch.Orb: Radial
! -----------------
ESTRAD2 1  "1"
  ## widget = checkbox

MSG_ESTRAD2 1  "Radial pulses setup"

SIGRAD2 1  "2.0D-05"
  ## widget = lineedit

MSG_SIGRAD2 1  "Sigma radial pulses"

! Stoch.Orb: Perpendicular to (1), in Orbit Plane
! -----------------------------------------------
ESTPRP2 1  "1"
  ## widget = checkbox

MSG_ESTPRP2 1  "Along track pulses setup"

SIGPRP2 1  "1.0D-05"
  ## widget = lineedit

MSG_SIGPRP2 1  "Sigma along track pulses"

! Stoch.Orb: Normal to Orbit Plane
! --------------------------------
ESTNOR2 1  "1"
  ## widget = checkbox

MSG_ESTNOR2 1  "Out of plane pulses setup"

SIGNOR2 1  "1.0D-05"
  ## widget = lineedit

MSG_SIGNOR2 1  "Sigma out of plane pulses"

! Stoch.Orb: Direction to the Sun
! -------------------------------
ESTSUN2 1  "0"
  ## widget = checkbox

MSG_ESTSUN2 1  "Direction to Sun pulses"

SIGSUN2 0
  ## widget = lineedit
  # 

MSG_SIGSUN2 1  "Sigma direction to Sun pulses"

! Stoch.Orb: Y-Direction in Satellite Frame
! -----------------------------------------
ESTYDIR2 1  "0"
  ## widget = checkbox

MSG_ESTYDIR2 1  "Y-direction pulses"

SIGYDIR2 0
  ## widget = lineedit
  # 

MSG_SIGYDIR2 1  "Sigma Y-direction pulses"

! Stoch.Orb: X-Direction in Satellite Frame
! -----------------------------------------
ESTXDIR2 1  "0"
  ## widget = checkbox

MSG_ESTXDIR2 1  "X-direction pulses"

SIGXDIR2 0
  ## widget = lineedit
  # 

MSG_SIGXDIR2 1  "Sigma X-direction pulses"

! Stoch.Orb: Number of sets per day
! ---------------------------------
NUMSET12 1  "1"
  ## widget = spinbox; range = 1 12 1

MSG_NUMSET12 1  "Number of parameter sets per day"

! Stoch.Orb: Groups
! -----------------
SATGROUP2 1  "906" "96" "2.0D-05" "1.0D-05" "1.0D-05"
  ## widget = uniline

MSG_SATGROUP2 1  "Satellite specific parameter setup"

! Stoch.Orb: Enable more requests for stoch. orbit
! ------------------------------------------------
STCSPEC2 1  "0"
  ## widget = checkbox

MSG_STCSPEC2 1  "Additional requests for further epochs"

! Stoch.Orb: List of more requests for stoch. orbit
! -------------------------------------------------
STCGROUP2 2
  "28" "2001 05 26" "06 00 00" "" "" ""
  "28" "2001 05 26" "18 00 00" "" "" ""
  ## widget = uniline

MSG_STCGROUP2 1  "Additional setup requests for stoch. pulses"

! -----------------------------------------
!
! PARAMETER TYPE: Troposphere parameter
! ===============
!
! -----------------------------------------
!
! Enable Site-Specific Troposphere Parameters
! -------------------------------------------
SITETROP 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_SITETROP 1  "Parameter setup: site-specific troposphere parameters"

! Offset for troposphere SINEX file
! ---------------------------------
TRPOFF 1  "01 00 00"
  ## widget = lineedit; activeif = TROPSNX / _

MSG_TRPOFF 1  "Offset for troposphere SINEX file"

! Time resolution for troposphere SINEX file
! ------------------------------------------
TRPRES 1  "02 00 00"
  ## widget = lineedit; activeif = TROPSNX / _

MSG_TRPRES 1  "Time resolution for troposphere SINEX file"

! Tropo: Absolute General Zenith A Priori Sigma
! ---------------------------------------------
SIGABS 1  "5"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_SIGABS 1  "Tropo: Zenith path delay"

! Tropo: Absolute General Gradient A Priori Sigma
! -----------------------------------------------
SIGABS_G 1  "5.0000"
  ## widget = lineedit; activeif = TRPGRD / NONE = 1; check_type = real
  ## check_min = 0.0

MSG_SIGABS_G 1  "Tropo: Horzontal gradients"

! Tropo: Relative General Zenith A Priori Sigma
! ---------------------------------------------
SIGREL 1  "5"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_SIGREL 1  "Tropo: relative zenith path delay a priori sigma"

! Tropo: Relative General Gradient A Priori Sigma
! -----------------------------------------------
SIGREL_G 1  "5.0000"
  ## widget = lineedit; activeif = TRPGRD / NONE = 1; check_type = real
  ## check_min = 0.0

MSG_SIGREL_G 1  "Tropo: relative horizontal gradients a priori sigma"

! Tropo: List of special stations
! -------------------------------
SPESEL 1  "NONE"
  ## widget = combobox; editable = false
  ## cards = NONE FIRST LAST FROM_FILE MANUAL WITH_TROPO

MSG_SPESEL 1  "Tropo: special sigma station selection"

! Tropo: List of stations with no troposphere
! -------------------------------------------
NTRPSEL 1  "NONE"
  ## widget = combobox; editable = false
  ## cards = NONE FIRST LAST FROM_FILE MANUAL WITH_TROPO

MSG_NTRPSEL 1  "Tropo: list of stations with no troposphere estimation"

! Tropo: Absolute Special Zenith A Priori Sigma
! ---------------------------------------------
SPEABS 1  "5.0000"
  ## widget = lineedit; activeif = SPESEL / NONE AND SPESEL / FROM_FILE = 1
  ## check_type = real; check_min = 0.0

MSG_SPEABS 1  "Tropo: Absolute special zenith path delay sigma"

! Tropo: Absolute Special Gradient A Priori Sigma
! -----------------------------------------------
SPEABS_G 1  "5.0000"
  ## widget = lineedit
  ## activeif = SPESEL / NONE AND SPESEL / FROM_FILE AND TRPGRD / NONE = 1
  ## check_type = real; check_min = 0.0

MSG_SPEABS_G 1  "Tropo: Absolute special horzontal gradient sigma"

! Tropo: Relative Special Zenith A Priori Sigma
! ---------------------------------------------
SPEREL 1  "5.0000"
  ## widget = lineedit; activeif = SPESEL / NONE AND SPESEL / FROM_FILE = 1
  ## check_type = real; check_min = 0.0

MSG_SPEREL 1  "Tropo: relative special zenith a priori sigma"

! Tropo: Relative Special Gradient A Priori Sigma
! -----------------------------------------------
SPEREL_G 1  "5.0000"
  ## widget = lineedit
  ## activeif = SPESEL / NONE AND SPESEL / FROM_FILE AND TRPGRD / NONE = 1
  ## check_type = real; check_min = 0.0

MSG_SPEREL_G 1  "Tropo: relative special gradient a priori sigma"

! Tropo: Stations with special Troposphere
! ----------------------------------------
STATION3 0
  ## widget = selwin; activeif = SPESEL == MANUAL; pointer = STALST
  # 

MSG_STATION3 1  "Tropo: special sigma for stations"

! Tropo: File with Stations(s) with special Troposphere
! -----------------------------------------------------
STAFILE3 0
  ## widget = selwin; activeif = SPESEL == FROM_FILE; path = DIR_SIG
  ## ext = EXT_SIG; maxfiles = 1; emptyallowed = true
  # 

MSG_STAFILE3 1  "Tropo: file with stations for special sigma"

! Tropo: Stations with no Troposphere
! -----------------------------------
STATION6 0
  ## widget = selwin; activeif = SITEROP == 1 AND NTRPSEL == MANUAL
  ## pointer = STALST
  # 

MSG_STATION6 1  "Tropo: stations with no troposphere est."

! Tropo: File with Stations(s) with no Troposphere
! ------------------------------------------------
STAFILE6 0
  ## widget = selwin; activeif = SITETROP == 1 AND NTRPSEL == FROM_FILE
  ## path = DIR_FIX; ext = EXT_FIX; maxfiles = 1; emptyallowed = true
  # 

MSG_STAFILE6 1  "Tropo: file with stations(s) with no troposphere est."

! Tropo: Mapping Function
! -----------------------
MAPPNG 1  "WET_NIELL"
  ## widget = combobox; editable = false
  ## cards = WET_NIELL DRY_NIELL COSZ HOPFIELD

MSG_MAPPNG 1  "Tropo: mapping function"

! Tropo: Gradient Estimation Model
! --------------------------------
TRPGRD 1  "NONE"
  ## widget = combobox; editable = false; cards = NONE TILTING LINEAR

MSG_TRPGRD 1  "Tropo: gradient estimation model"

! Tropo: Zenital Parameter Time Interal
! -------------------------------------
NUMPAR 1  "04 00 00"
  ## widget = lineedit; emptyallowed = false

MSG_NUMPAR 1  "Zenith path delay: Parameter spacing"

! Tropo: Gradient Parameter Time Interval
! ---------------------------------------
NUMGRD 1  "24 00 00"
  ## widget = lineedit; emptyallowed = false; activeif = TRPGRD / NONE

MSG_NUMGRD 1  "Horiz. gradient: parameter spacing"

! -----------------------------------------
!
! PARAMETER TYPE: Local Troposphere
! ===============
!
! -----------------------------------------
!
! Enable local Troposphere Parameters
! -----------------------------------
LOCTROP 1  "0"
  ## widget = checkbox; activeif = TROPOS / NONE

MSG_LOCTROP 1  "Parameter Setup: local troposphere parameters"

! L-trp: number of models
! -----------------------
LTRPMOD 1  "1"
  ## widget = lineedit; emptyallowed = false

MSG_LTRPMOD 1  "Local Tropo Model: Parameter interval"

! L-trp: number of parameters per model
! -------------------------------------
LTRPPAR 1  "1"
  ## widget = spinbox; range = 0 10 1

MSG_LTRPPAR 1  "Local Tropo Model: polynomial degree"

! L-trp: absolute apriori sigma
! -----------------------------
LTRPSIG1 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_LTRPSIG1 1  "Local Tropo: a priori sigma for zero-order term"

! L-trp: relative apriori sigma
! -----------------------------
LTRPSIG2 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_LTRPSIG2 1  "Local Tropo: a priori sigma for other terms"

! -----------------------------------------
!
! PARAMETER TYPE: Global Ionosphere
! ===============
!
! -----------------------------------------
!
! Enable Global Ionosphere Model Parameters
! -----------------------------------------
GLOBION 1  "0"
  ## widget = checkbox; activeif = FREQUENCY / L3 AND FREQUENCY / MELWUEBB

MSG_GLOBION 1  "Parameter Setup: global ionosphere parameters"

! GIM: Number of Coefficient Sets Per Session
! -------------------------------------------
NUMION 1  "1"
  ## widget = lineedit; emptyallowed = false

MSG_NUMION 1  "GIM: Parameter spacing/interval"

! GIM: Number of Coefficient Sets Per Session
! -------------------------------------------
GIMNAM 1  "0110"
  ## widget = lineedit; activeif = MLTMOD = 0

MSG_GIMNAM 1  "GIM: 4-figure model name"

! GIM: Maximum Degree of Spherical Harmonics
! ------------------------------------------
MAXDEG 1  "12"
  ## widget = spinbox; range = 0 30 1; check_type = integer; check_min = 0

MSG_MAXDEG 1  "GIM: maximum degree of spherical harmonics"

! GIM: Maximum Order of Spherical Harmonics
! -----------------------------------------
MAXORD 1  "8"
  ## widget = spinbox; range = 0 30 1; check_type = integer; check_min = 0

MSG_MAXORD 1  "GIM: maximum order of spherical harmonics"

! GIM: Reference Frame Definition
! -------------------------------
REFFRM 1  "GEOMAGNETIC"
  ## widget = combobox; editable = false; cards = GEOGRAPHIC GEOMAGNETIC

MSG_REFFRM 1  "GIM: reference frame definition"

! GIM: Station-Specific Models
! ----------------------------
MLTMOD 1  "0"
  ## widget = checkbox

MSG_MLTMOD 1  "GIM: station-specific models"

! GIM: Longitude of the Sun
! -------------------------
LONSUN 1  "MEAN"
  ## widget = combobox; editable = false; cards = MEAN TRUE

MSG_LONSUN 1  "GIM: longitude of the Sun"

! GIM: Mode of Temporal Modeling
! ------------------------------
STADYN 1  "DYNAMIC"
  ## widget = combobox; editable = false; cards = STATIC DYNAMIC

MSG_STADYN 1  "GIM: mode of temporal modeling"

! GIM: Mapping Function
! ---------------------
MAPFUN 1  "COSZ"
  ## widget = combobox; editable = false; cards = NONE COSZ MSLM

MSG_MAPFUN 1  "GIM: mapping function"

! GIM: A Priori Height of Single Layer
! ------------------------------------
HGTION 1  "450.00"
  ## widget = lineedit; check_type = real

MSG_HGTION 1  "GIM: a priori height of single layer"

! GIM: Latitude of Geomagnetic Pole
! ---------------------------------
LATPOL 1  "79.00"
  ## widget = lineedit; check_type = real

MSG_LATPOL 1  "GIM: latitude of geomagnetic pole"

! GIM: Longitude of Geomagnetic Pole
! ----------------------------------
LONPOL 1  "-71.00"
  ## widget = lineedit; check_type = real

MSG_LONPOL 1  "GIM: longitude of geomagnetic pole"

! GIM: Absolute Sigma for Coefficients
! ------------------------------------
SIGCOE 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_SIGCOE 1  "GIM: absolute sigma for coefficients"

! GIM: Relative Sigma for Coefficients
! ------------------------------------
RELCOE 1  "0.00"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_RELCOE 1  "GIM: relative sigma for coefficients"

! GIM: Number of Height Parameters
! --------------------------------
HGTEST 1  "ALL"
  ## widget = combobox; editable = false; cards = NONE ALL EACH
  ## activeif = IONOS / _

MSG_HGTEST 1  "GIM: number of height parameters"

! GIM: Absolute Sigma for Height Parameters
! -----------------------------------------
SIGHGT 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  ## activeif = IONOS / _ AND HGTEST / NONE
  # 

MSG_SIGHGT 1  "GIM: absolute sigma for height parameters"

! GIM: Relative Sigma for Height Parameters
! -----------------------------------------
RELHGT 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  ## activeif = IONOS / _ AND HGTEST = EACH
  # 

MSG_RELHGT 1  "GIM: relative sigma for height parameters"

! -----------------------------------------
!
! PARAMETER TYPE: Local Ionosphere Modelling
! ===============
!
! -----------------------------------------
!
! Enable local ionosphere
! -----------------------
LOCIONO 1  "0"
  ## widget = checkbox

MSG_LOCIONO 1  "Parameter Setup: local ionosphere parameters"

! Loc.Iono: Model specification
! -----------------------------
LIONSTR 1  "" "" "" ""
  ## widget = uniline

MSG_LIONSTR 1  "Loc.Iono: model specification"

! -----------------------------------------
!
! PARAMETER TYPE: Stochastic Ionosphere
! ===============
!
! -----------------------------------------
!
! Enable Stochastic Ionosphere Parameters
! ---------------------------------------
DIFFION 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L3 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_DIFFION 1  "Parameter Setup: stochastic ionosphere parameters"

! Stoch Iono: Elimination of Reference Ionosphere Parameters
! ----------------------------------------------------------
DIONELI 1  "0"
  ## widget = checkbox

MSG_DIONELI 1  "Stoch Iono: elimination of reference ionosphere parameters"

! Stoch Iono: Elevation-Dependent Parameter Constraining
! ------------------------------------------------------
DIONCON 1  "1"
  ## widget = checkbox

MSG_DIONCON 1  "Stoch Iono: elevation-dependent parameter constraining"

! Stoch Iono: Absolute A Priori Sigma on Single Difference Level
! --------------------------------------------------------------
DIONSIG 1  "0.25"
  ## widget = lineedit; check_type = real; check_min = 0.0

MSG_DIONSIG 1  "Stoch Iono: absolute a priori sigma on single difference level"

! Stoch Iono: Relative A Priori Sigma of Ionospheric Random Walk
! --------------------------------------------------------------
DIONSIGR 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_DIONSIGR 1  "Stoch Iono: relative a priori sigma of ionospheric random walk"

! -----------------------------------------
!
! PARAMETER TYPE: Earth Rotation Parameters
! ===============
!
! -----------------------------------------
!
! Enable Earth Rotation Parameters
! --------------------------------
ERP 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_ERP 1  "Parameter Setup: Earth rotation parameters"

! Erp: Total number of sets
! -------------------------
NUMSET 1  "3"
  ## widget = lineedit; emptyallowed = false

MSG_NUMSET 1  "ERP: Parameter spacing"

! Erp: Number of X-Pole
! ---------------------
NXP 1  "2"
  ## widget = spinbox; range = 0 4 1; check_type = integer; check_min = 0

MSG_NXP 1  "ERP: Number of X-Pole par./set"

! Erp: Sigma of X-Pole
! --------------------
SIGXP 0
  ## widget = lineedit; activeif = NXP / 0 = 1; check_type = real
  ## check_min = 0.0

MSG_SIGXP 1  "ERP: sigma of X-pole"

! Erp: Number of Y-Pole
! ---------------------
NYP 1  "2"
  ## widget = spinbox; range = 0 4 1; check_type = integer; check_min = 0

MSG_NYP 1  "ERP: number of Y-pole par./set"

! Erp: Sigma of Y-Pole
! --------------------
SIGYP 0
  ## widget = lineedit; activeif = NYP / 0 = 1; check_type = real
  ## check_min = 0.0

MSG_SIGYP 1  "ERP: sigma of Y-pole"

! Erp: Number of UT1-UTC
! ----------------------
NDT 1  "2"
  ## widget = spinbox; range = 0 4 1; check_type = integer; check_min = 0

MSG_NDT 1  "ERP: number of UT1-UTC par./set"

! Erp: Sigma of UT1-UTC (1st value)
! ---------------------------------
SIG1DT 1  ".0000001"
  ## widget = lineedit; emptyallowed = false; activeif = NDT / 0 = 1
  ## check_type = real; check_min = 0.0

MSG_SIG1DT 1  "ERP: sigma of UT1-UTC (1st value)"

! Erp: Sigma of UT1-UTC (other requests)
! --------------------------------------
SIGDT 0
  ## widget = lineedit; activeif = NDT / 0 = 1; check_type = real
  ## check_min = 0.0

MSG_SIGDT 1  "ERP: sigma of UT1-UTC (other requests)"

! Erp: Number of Delta Epsilon
! ----------------------------
NEPS 1  "1"
  ## widget = spinbox; range = 0 4 1; check_type = integer; check_min = 0

MSG_NEPS 1  "ERP: number of delta epsilon par./set"

! Erp: Sigma of Delta Epsilon (1st value)
! ---------------------------------------
SIG1EPS 1  "0.0001"
  ## widget = lineedit; emptyallowed = false; activeif = NEPS / 0 = 1
  ## check_type = real; check_min = 0.0

MSG_SIG1EPS 1  "ERP: sigma of delta epsilon (1st value)"

! Erp: Sigma of Delta Epsilon (other requests)
! --------------------------------------------
SIGEPS 0
  ## widget = lineedit; activeif = NEPS / 0 = 1; check_type = real
  ## check_min = 0.0

MSG_SIGEPS 1  "ERP: sigma of delta epsilon (other requests)"

! Erp: Number of Delta Psi
! ------------------------
NPSI 1  "1"
  ## widget = spinbox; range = 0 4 1; check_type = integer; check_min = 0

MSG_NPSI 1  "ERP: number of delta psi par./set"

! Erp: Sigma of Delta Psi (1st value)
! -----------------------------------
SIG1PSI 1  "0.0001"
  ## widget = lineedit; emptyallowed = false; activeif = NPSI / 0 = 1
  ## check_type = real; check_min = 0.0

MSG_SIG1PSI 1  "ERP: sigma of delta psi (1st value)"

! Erp: Sigma of Delta Psi (other requests)
! --------------------------------------------
SIGPSI 0
  ## widget = lineedit; activeif = NPSI / 0 = 1; check_type = real
  ## check_min = 0.0

MSG_SIGPSI 1  "ERP: sigma of delta psi (other requests)"

! Erp: Continuity Between Sets
! ----------------------------
CONTI 1  "BOTH"
  ## widget = combobox; editable = false; cards = NO ERP NUT BOTH

MSG_CONTI 1  "Continuity between sets"

! Erp: Constrain Drifts to Zero
! -----------------------------
CONSTRA 1  "BOTH"
  ## widget = combobox; editable = false; cards = NO ERP NUT BOTH

MSG_CONSTRA 1  "Drifts constrained to zero"

! Erp: Values per Set Stored in Bernese Pole File
! -----------------------------------------------
NVBERN 1  "3"
  ## widget = lineedit; activeif = POLERS / _

MSG_NVBERN 1  "ERP: time resolution in Bernese pole file"

! Erp: Values per Set Stored in IERS Pole File
! --------------------------------------------
NVIERS 1  "3"
  ## widget = lineedit; activeif = IERSPOL / _

MSG_NVIERS 1  "ERP: time resolution in IERS pole file"

! Erp: Time Window
! ----------------
ERPTIM 1  "0"
  ## widget = checkbox

RADIO7_1 1  "0"
  ## widget = radiobutton; group = DUMMY
  ## radiokeys = SESSION_YEAR7 SESSION_STRG7

RADIO7_2 1  "1"
  ## widget = radiobutton; group = DUMMY
  ## radiokeys = STADAT7 STATIM7 ENDDAT7 ENDTIM7

! Erp: Time Window (session definition)
! -------------------------------------
SESSION_YEAR7 1  "2002"
  ## widget = lineedit; multilineallowed = true
  # $Y+0

MSG_SESSION_YEAR7 1  "ERP: time interval(YEAR)"

SESSION_STRG7 1  "1430"
  ## widget = lineedit; multilineallowed = true
  # $S+0

MSG_SESSION_STRG7 1  "ERP: time interval(SESSION)"

! Erp: Time Window (definition by date/time)
! ------------------------------------------
STADAT7 0
  ## widget = lineedit
  # 

MSG_STADAT7 1  "ERP: start time(Year Month Day)"

STATIM7 0
  ## widget = lineedit
  # 

MSG_STATIM7 1  "ERP: start time(Hour Minutes Seconds)"

ENDDAT7 0
  ## widget = lineedit
  # 

MSG_ENDDAT7 1  "ERP: end time(Year Month Day)"

ENDTIM7 0
  ## widget = lineedit
  # 

MSG_ENDTIM7 1  "ERP: end time(Hour Minutes Seconds)"

! -----------------------------------------
!
! PARAMETER TYPE: Coordinates of Center of Mass
! ===============
!
! -----------------------------------------
!
! Enable: Coordinates of Geocenter
! -------------------------------------
GEOCENT 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_GEOCENT 1  "Geocenter coordinates"

! Estimate Center of Mass X
! -------------------------
COMX 1  "1"
  ## widget = checkbox

MSG_COMX 1  "X component"

! Sigma for Center of Mass X
! --------------------------
SIGCOMX 0
  ## widget = lineedit; activeif = COMX = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGCOMX 1  "A priori sigma for geocenter, comp. X"

! Estimate Center of Mass Y
! -------------------------
COMY 1  "1"
  ## widget = checkbox

MSG_COMY 1  "Y-component"

! Sigma for Center of Mass Y
! --------------------------
SIGCOMY 0
  ## widget = lineedit; activeif = COMY = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGCOMY 1  "A priori sigma for geocenter, comp. Y"

! Estimate Center of Mass Z
! -------------------------
COMZ 1  "1"
  ## widget = checkbox

MSG_COMZ 1  "Z component"

! Sigma for Center of Mass Z
! --------------------------
SIGCOMZ 0
  ## widget = lineedit; activeif = COMZ = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SIGCOMZ 1  "A priori sigma for geocenter, comp. Z"

! -----------------------------------------
!
! PARAMETER TYPE: Satellite Antenna Offsets
! ===============
!
! -----------------------------------------
!
! Enable Satellite Antenna Offsets
! --------------------------------
SANTOFF 1  "0"
  ## widget = checkbox; activeif = FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_SANTOFF 1  "GNSSS antenna offsets"

! Sat. ant. off: est X component
! ------------------------------
SATANTX 1  "1"
  ## widget = checkbox

MSG_SATANTX 1  "X component"

! Sat. ant. off: est Y component
! ------------------------------
SATANTY 1  "1"
  ## widget = checkbox

MSG_SATANTY 1  "Y component"

! Sat. ant. off: est Z component
! ------------------------------
SATANTZ 1  "1"
  ## widget = checkbox

MSG_SATANTZ 1  "Z component"

! Sat. ant. off: sigma for X comp.
! --------------------------------
SATANTSX 0
  ## widget = lineedit; activeif = SATANTX = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SATANTSX 1  "Sat.ant.offset: sigma for X comp."

! Sat. ant. off: sigma for Y comp.
! --------------------------------
SATANTSY 0
  ## widget = lineedit; activeif = SATANTY = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SATANTSY 1  "Sat.ant.offset: sigma for Y comp."

! Sat. ant. off: sigma for Z comp.
! --------------------------------
SATANTSZ 0
  ## widget = lineedit; activeif = SATANTZ = 1; check_type = real
  ## check_min = 0.0
  # 

MSG_SATANTSZ 1  "Sat.ant.offset: sigma for Z comp."

! Sat. ant. off: more input options
! ---------------------------------
SATANT0 1  "0"
  ## widget = checkbox; activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1

MSG_SATANT0 1  "Sat. ant. offset: advanced setup"

! Sat. ant. off
! -------------
SAOSEL 1  "BLOCK/TYPE"
  ## widget = combobox; editable = false; cards = BLOCK/TYPE MANUAL
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1

MSG_SAOSEL 1  "Sat.ant.offset: grouping"

! Sat. ant. off: Block II/IIA handling
! ------------------------------------
SAOII_IIA 1  "Block-II/Block-IIA_2/3"
  ## widget = combobox; editable = false
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE AND SAOII = 1
  ## cards = Block-II_____________2 Block-IIA____________3 Block-II/Block-IIA_2/3 Block-II/IIA________23

MSG_SAOII_IIA 1  "Block II/IIA handling"

! Sat. ant. off: est Block I offsets
! ----------------------------------
SAOI 1  "0"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOI 1  "Block I"

! Sat. ant. off: est Block II offsets
! -----------------------------------
SAOII 1  "1"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOII 1  "Block II offsets"

! Sat. ant. off: est Block IIR offsets
! ------------------------------------
SAOIIR 1  "1"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOIIR 1  "Block IIR offsets"

! Sat. ant. off: est Block IIF offsets
! ------------------------------------
SAOIIF 1  "0"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOIIF 1  "Block IIF offsets"

! Sat. ant. off: est GLONASS offsets
! ----------------------------------
SAOGLO 1  "1"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOGLO 1  "GLONASS"

! Sat. ant. off: est GLONASS-M offsets
! ------------------------------------
SAOGLM 1  "1"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOGLM 1  "GLONASS-M"

! Sat. ant. off: est GLONASS-K offsets
! ------------------------------------
SAOGLK 1  "0"
  ## widget = checkbox
  ## activeif = SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SAOSEL = BLOCK/TYPE

MSG_SAOGLK 1  "GLONASS-K"

! Sat. ant. off: define the satellite groups
! ------------------------------------------
SATANTGRP 5
  "1" "11" "13" "14" "18" "20" "28" "" "" "" "" "" "" "" "" "" ""
  "2" "1" "2" "3" "4" "5" "6" "7" "8" "9" "10" "" "12" "" "" "15" "16"
  "2" "17" "" "19" "" "21" "22" "23" "24" "25" "26" "27" "" "29" "30" "31" "32"
  "3" "101" "102" "103" "104" "105" "106" "107" "108" "109" "110" "" "" "" "" "" ""
  "3" "111" "112" "113" "114" "115" "116" "117" "118" "119" "120" "121" "122" "123" "124" "" ""
  ## widget = uniline; check_type.1 = integer; check_min.1 = 1
  ## check_max.1 = 999; check_type.2 = integer; check_min.2 = 0
  ## check_max.2 = 199; check_type.3 = integer; check_min.3 = 0
  ## check_max.3 = 199; check_type.4 = integer; check_min.4 = 0
  ## check_max.4 = 199; check_type.5 = integer; check_min.5 = 0
  ## check_max.5 = 199; check_type.6 = integer; check_min.6 = 0
  ## check_max.6 = 199; check_type.7 = integer; check_min.7 = 0
  ## check_max.7 = 199; check_type.8 = integer; check_min.8 = 0
  ## check_max.8 = 199; check_type.9 = integer; check_min.9 = 0
  ## check_max.9 = 199; check_type.10 = integer; check_min.10 = 0
  ## check_max.10 = 199; check_type.11 = integer; check_min.11 = 0
  ## check_max.11 = 199; check_type.12 = integer; check_min.12 = 0
  ## check_max.12 = 199; check_type.13 = integer; check_min.13 = 0
  ## check_max.13 = 199; check_type.14 = integer; check_min.14 = 0
  ## check_max.14 = 199; check_type.15 = integer; check_min.15 = 0
  ## check_max.15 = 199; check_type.16 = integer; check_min.16 = 0
  ## check_max.16 = 199

MSG_SATANTGRP 1  "Sat.ant.offset: define the satellite groups"

! Sat. ant. off: more parameters, special sigmas
! ----------------------------------------------
SATANTSTR 1  "" "" "" "" "" "" "" ""
  ## widget = uniline; check_type.1 = integer; check_min.1 = 1
  ## check_max.1 = 999999; check_type.3 = real; check_min.3 = 0.0
  ## check_type.4 = real; check_min.4 = 0.0; check_type.5 = real
  ## check_min.5 = 0.0; check_type.6 = real; check_min.6 = 0.0
  ## check_type.7 = real; check_min.7 = 0.0; check_type.8 = real
  ## check_min.8 = 0.0

MSG_SATANTSTR 1  "Sat.ant.offset: more parameters, special sigmas"

! ---------------------------------------------------------
!
! PARAMETER TYPE: Satellite Antenna Phase Center Variations
! ===============
!
! ---------------------------------------------------------
!
! Enable Satellite Antenna Phase Center Variations
! ------------------------------------------------
SANTPAT 1  "0"
  ## widget = checkbox; activeif = FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_SANTPAT 1  "GNSS antenna PCV patterns"

! Sat. ant. PCV: maximum nadir angle
! ----------------------------------
SAPNADMAX 1  "14.0"
  ## widget = lineedit; check_type = real; check_min = 0.0; check_max = 90.0

MSG_SAPNADMAX 1  "Sat.Ant.PCV: maximum nadir angle"

! Sat. ant. PCV: nadir increment
! ------------------------------
SAPDNAD 1  "1.0"
  ## widget = lineedit; check_type = real; check_min = 0.0; check_max = 90.0

MSG_SAPDNAD 1  "Sat.Ant.PCV: nadir increment"

! Sat. ant. PCV: azimuth increment
! --------------------------------
SAPDAZI 1  "360"
  ## widget = lineedit; check_type = integer; check_min = 360
  ## check_max = 360

MSG_SAPDAZI 1  "Sat.Ant.PCV: azimuth increment"

! Sat. ant. PCV: sigma for estimation
! -----------------------------------
SAPSIGMA 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_SAPSIGMA 1  "Sat.Ant.PCV: sigma for estimation"

! Sat. ant. PCV
! -------------
SAPSEL 1  "BLOCK/TYPE"
  ## widget = combobox; editable = false; cards = BLOCK/TYPE MANUAL

MSG_SAPSEL 1  "Grouping"

! Sat. ant. PCV: Block II/IIA handling
! ------------------------------------
SAPII_IIA 1  "Block_II/IIA"
  ## widget = combobox; editable = false
  ## activeif = SAPSEL = BLOCK/TYPE AND SAPII = 1
  ## cards = Block-II_____________2 Block-IIA____________3 Block-II/Block-IIA_2/3 Block-II/IIA________23

MSG_SAPII_IIA 1  "Block II/IIA handling"

! Sat. ant. PCV: est Block I pattern
! ----------------------------------
SAPI 1  "0"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPI 1  "Block I pattern"

! Sat. ant. PCV: est Block II pattern
! -----------------------------------
SAPII 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPII 1  "Block II pattern"

! Sat. ant. PCV: est Block IIR pattern
! ------------------------------------
SAPIIR 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPIIR 1  "Block IIR pattern"

! Sat. ant. PCV: est Block IIF pattern
! ------------------------------------
SAPIIF 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPIIF 1  "Block IIF pattern"

! Sat. ant. PCV: est GLONASS pattern
! ----------------------------------
SAPGLO 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPGLO 1  "GLONASS pattern"

! Sat. ant. PCV: est GLONASS-M pattern
! ------------------------------------
SAPGLM 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPGLM 1  "GLONASS-M pattern"

! Sat. ant. PCV: est GLONASS-K pattern
! ------------------------------------
SAPGLK 1  "1"
  ## widget = checkbox; activeif = SAPSEL = BLOCK/TYPE

MSG_SAPGLK 1  "GLONASS-K pattern"

! Sat. ant. PCV: define the satellite groups
! ------------------------------------------
SAPGRP 5
  "23" "1" "2" "3" "4" "5" "6" "7" "8" "9" "10" "" "" "" "" ""
  "4" "11" "13" "14" "" "" "" "" "" "" "" "" "" "" "" ""
  "1" "12" "" "" "" "" "" "" "" "" "" "" "" "" "" ""
  "23" "15" "16" "17" "19" "21" "22" "23" "24" "25" "26" "27" "29" "30" "31" ""
  "4" "18" "20" "28" "32" "" "" "" "" "" "" "" "" "" "" ""
  ## widget = uniline; check_type.1 = integer; check_min.1 = 1
  ## check_max.1 = 999; check_type.2 = integer; check_min.2 = 0
  ## check_max.2 = 199; check_type.3 = integer; check_min.3 = 0
  ## check_max.3 = 199; check_type.4 = integer; check_min.4 = 0
  ## check_max.4 = 199; check_type.5 = integer; check_min.5 = 0
  ## check_max.5 = 199; check_type.6 = integer; check_min.6 = 0
  ## check_max.6 = 199; check_type.7 = integer; check_min.7 = 0
  ## check_max.7 = 199; check_type.8 = integer; check_min.8 = 0
  ## check_max.8 = 199; check_type.9 = integer; check_min.9 = 0
  ## check_max.9 = 199; check_type.10 = integer; check_min.10 = 0
  ## check_max.10 = 199; check_type.11 = integer; check_min.11 = 0
  ## check_max.11 = 199; check_type.12 = integer; check_min.12 = 0
  ## check_max.12 = 199; check_type.13 = integer; check_min.13 = 0
  ## check_max.13 = 199; check_type.14 = integer; check_min.14 = 0
  ## check_max.14 = 199; check_type.15 = integer; check_min.15 = 0
  ## check_max.15 = 199; check_type.16 = integer; check_min.16 = 0
  ## check_max.16 = 199

MSG_SAPGRP 1  "Satellite antenna pcv group definition"

! -----------------------------------------
!
! PARAMETER TYPE: Receiver Antenna Offsets
! ===============
!
! -----------------------------------------
!
! Enable Receiver Antenna Offsets
! -------------------------------
RANTOFF 1  "0"
  ## widget = checkbox; activeif = FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_RANTOFF 1  "Receiver antenna offsets"

! Rec. ant. off: estimate north
! -----------------------------
RAON 1  "1"
  ## widget = checkbox

MSG_RAON 1  "Receiver antenna offsets North"

! Rec. ant. off: estimate east
! ----------------------------
RAOE 1  "1"
  ## widget = checkbox

MSG_RAOE 1  "Receiver antenna offsets East"

! Rec. ant. off: estimate up
! --------------------------
RAOU 1  "1"
  ## widget = checkbox

MSG_RAOU 1  "Receiver antenna offsets Up"

! Rec. ant. off: frequency
! ------------------------
RAOFRQ 1  "BOTH"
  ## widget = combobox; activeif = RAON == 1 OR RAOE == 1 OR RAOU == 1
  ## editable = false; cards = L1 L2 BOTH

MSG_RAOFRQ 1  "Receiver antenna offsets Frequencies"

! Rec. ant. off: sigma (horiz)
! ----------------------------
RAOSIGH 0
  ## widget = lineedit; activeif = RAON == 1 OR RAOE == 1 OR RAOU == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_RAOSIGH 1  "Rec.Ant.offset: sigma of horizontal comp."

! Rec. ant. off: sigma (vert)
! ---------------------------
RAOSIGV 0
  ## widget = lineedit; activeif = RAON == 1 OR RAOE == 1 OR RAOU == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_RAOSIGV 1  "Rec.Ant.offset: sigma of vertical comp."

! Rec. ant. off: manual setup
! ---------------------------
RAOSEL 1  "RECEIVER-INDEPENDENT"
  ## widget = combobox
  ## cards = RECEIVER-INDEPENDENT RECEIVER-DEPENDENT INDIVIDUAL MANUAL
  ## editable = false

MSG_RAOSEL 1  "Rec. ant. off.: Manual setup: Grouping"

! Rec. ant. off: list of indiv. antennas
! --------------------------------------
RAOANT 0
  ## widget = selwin; pointer = ANTLST; activeif = RAOSEL = INDIVIDUAL
  # 

MSG_RAOANT 1  "Rec.Ant.Offset: list of estimated antennas"

! Rec. ant. off: list of indiv. reference antennas
! ------------------------------------------------
RAOREFI 0
  ## widget = selwin; pointer = ANTLST; activeif = RAOSEL = INDIVIDUAL
  # 

MSG_RAOREFI 1  "Rec.Ant.offset: list of reference antennas"

! Rec. ant. off: list of antenna groups (rec.-indep.)
! ---------------------------------------------------
RAOGRPI 0
  ## widget = selwin; pointer = ANTGRPRI
  ## activeif = RAOSEL = RECEIVER-INDEPENDENT
  # 

MSG_RAOGRPI 1  "Rec.Ant.offset: list of estimated antenna groups (rec.-indep.)"

! Rec. ant. off: list of reference antennas (rec.-indep.)
! -------------------------------------------------------
RAOREFGI 0
  ## widget = selwin; pointer = ANTGRPRI
  ## activeif = RAOSEL = RECEIVER-INDEPENDENT
  # 

MSG_RAOREFGI 1  "Rec.Ant.offset: list of reference antennas (rec.-indep.)"

! Rec. ant. off: list of antenna groups (rec.-dep.)
! -------------------------------------------------
RAOGRP 0
  ## widget = selwin; pointer = ANTGRP
  ## activeif = RAOSEL = RECEIVER-DEPENDENT
  # 

MSG_RAOGRP 1  "Rec.Ant.offset: list of antenna groups (rec.-dep.)"

! Rec. ant. off: list of reference antennas (rec.-dep.)
! -----------------------------------------------------
RAOREFG 0
  ## widget = selwin; pointer = ANTGRP
  ## activeif = RAOSEL = RECEIVER-DEPENDENT
  # 

MSG_RAOREFG 1  "Rec.Ant.offset: list of reference antennas (rec.-dep.)"

! Rec. ant. off: individual requests
! ----------------------------------
RAOSTRHLP 2
  "AOA BENCHMARK AC" "AOAD/M_T" "231" "231" "3" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "285" "285" "3" "" ""
  ## widget = uniline; menuaux = MENUAUX; action = RAOSETUP
  ## menuauxkeys = PSFILES CSFILES PZFILES CZFILES
  ## updateifsave = RANTOFF = 1 AND RAOSEL = MANUAL

MSG_RAOSTRHLP 1  "Rec.Ant.offset: individual requests"

! Rec. ant. off: parameter requests
! ---------------------------------
RAOSTR 112
  "AOA BENCHMARK AC" "AOAD/M_T" "231" "231" "3" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "285" "285" "3" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "386" "386" "3" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "95172" "95172" "3" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "95174" "95174" "3" "" ""
  "AOA BENCHMARK AC" "ASH701073.1" "0" "0" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "193" "193" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "194" "194" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "202" "202" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "259" "259" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "275" "275" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "308" "308" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "318" "318" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "320" "320" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "326" "326" "3" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "327" "327" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_B" "119" "119" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "129" "129" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "170" "170" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "261" "261" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "273" "273" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "280" "280" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "303" "303" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "308" "308" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "309" "309" "3" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "362" "362" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "0" "0" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "235" "235" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "250" "250" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "294" "294" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "366" "366" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "400" "400" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "408" "408" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "421" "421" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "434" "434" "3" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "96277" "96277" "3" "" ""
  "AOA SNR-8100 ACT" "AOAD/M_T" "175" "175" "3" "" ""
  "AOA SNR-8100 ACT" "AOAD/M_T" "202" "202" "3" "" ""
  "AOA SNR-8100 ACT" "ASH701945C_M" "0" "0" "3" "" ""
  "ASHTECH MICROZ" "ASH701945C_M" "11701" "11701" "3" "" ""
  "ASHTECH UZ-12" "AOAD/M_TA_NGS" "114" "114" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_B" "20" "20" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_B" "125" "125" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "0" "0" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "116" "116" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "121" "121" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "201" "201" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "205" "205" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "230" "230" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "270" "270" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "271" "271" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "340" "340" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "402" "402" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "481" "481" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "482" "482" "3" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "484" "484" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936A_M" "846" "846" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936B_M" "11942" "11942" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936C_M" "657" "657" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936C_M" "12129" "12129" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936D_M" "13078" "13078" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936D_M" "13083" "13083" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936E" "0" "0" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936E" "13554" "13554" "3" "" ""
  "ASHTECH Z-XII3" "ASH700936F_C" "155" "155" "3" "" ""
  "ASHTECH Z-XII3" "ASH701933B_M" "0" "0" "3" "" ""
  "ASHTECH Z-XII3" "ASH701945B_M" "0" "0" "3" "" ""
  "ASHTECH Z-XII3" "TSA-100 3S CR" "0" "0" "3" "" ""
  "ASHTECH Z-XII3T" "ASH701945B_M" "0" "0" "3" "" ""
  "ASHTECH Z18" "ASH701946.022" "3301" "3301" "3" "" ""
  "LEICA CRS1000" "LEIAT504" "427" "427" "3" "" ""
  "LEICA CRS1000" "LEIAT504" "431" "431" "3" "" ""
  "ROGUE SNR-12 RM" "AOAD/M_T" "219" "219" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "0" "0" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "112" "112" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "130" "130" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "132" "132" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "134" "134" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "139" "139" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "142" "142" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "178" "178" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "230" "230" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "289" "289" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "363" "363" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "380" "380" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "393" "393" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "398" "398" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "409" "409" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "418" "418" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "95166" "95166" "3" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "98381" "98381" "3" "" ""
  "ROGUE SNR-8000" "TRM29659.00" "999999" "999999" "3" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "105" "105" "3" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "357" "357" "3" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "429" "429" "3" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "453" "453" "3" "" ""
  "TRIMBLE 4000SSE" "TRM14532.00" "135" "135" "3" "" ""
  "TRIMBLE 4000SSE" "TRM14532.00" "23525" "23525" "3" "" ""
  "TRIMBLE 4000SSE" "TRM14532.10" "0" "0" "3" "" ""
  "TRIMBLE 4000SSI" "AOAD/M_T" "476" "476" "3" "" ""
  "TRIMBLE 4000SSI" "TRM14532.00" "44148" "44148" "3" "" ""
  "TRIMBLE 4000SSI" "TRM22020.00+GP" "999999" "999999" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "10516" "10516" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "11724" "11724" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "27655" "27655" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "85217" "85217" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "88300" "88300" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "94218" "94218" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "99390" "99390" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "101985" "101985" "3" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "999999" "999999" "3" "" ""
  "TRIMBLE 4700" "TRM29659.00" "999999" "999999" "3" "" ""
  ## widget = uniline; menuaux = MENUAUX; action = RAOSETUP
  ## menuauxkeys = RAOSTR PSFILES CSFILES PZFILES CZFILES
  ## updateifsave = RANTOFF = 1 AND RAOSEL = MANUAL
  ## updateifchanged = RAOSTRHLP; check_strlen.1 = 20; check_strlen.2 = 20
  ## check_type.3 = integer; check_min.3 = 0; check_max.3 = 999999
  ## check_type.4 = integer; check_min.4 = 0; check_max.4 = 999999
  ## check_type.5 = integer; check_min.5 = 0; check_max.5 = 3
  ## check_type.6 = real; check_min.6 = 0.0; check_type.7 = real
  ## check_min.7 = 0.0

MSG_RAOSTR 1  "Rec.Ant.offset: parameter requests"

! --------------------------------------------------------
!
! PARAMETER TYPE: Receiver Antenna Phase Center Variations
! ===============
!
! --------------------------------------------------------
! Enable Receiver Antenna Phase Center Variations
! -----------------------------------------------
RANTPAT 1  "0"
  ## widget = checkbox; activeif = FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_RANTPAT 1  "Enable rec. ant. PCV patterns"

! Rec. ant. pcv: frequency
! ------------------------
RAPFRQ 1  "BOTH"
  ## widget = combobox; editable = false; cards = L1 L2 BOTH

MSG_RAPFRQ 1  "Rec. ant. pcv: Frequencies"

! Rec. ant. pcv: sigma for estimation
! -----------------------------------
RAPSIGMA 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_RAPSIGMA 1  "Rec.Ant.PCV: a priori sigma"

! Rec. ant. pcv: polygon approach
! -------------------------------
RAPMOD_1 1  "1"
  ## widget = radiobutton; group = RAPMOD

MSG_RAPMOD_1 1  "Rec. Ant. PCV: Polygon model"

! Rec. ant. pcv: maximum zenith angle
! -----------------------------------
RAPZENMAX 1  "90"
  ## widget = spinbox; range = 0 110 1; check_type = integer; check_min = 0
  ## check_max = 110; activeif = RAPMOD_1 = 1

MSG_RAPZENMAX 1  "Rec.Ant.PCV: maximum zenith angle"

! Rec. ant. pcv: elevation increment
! ----------------------------------
RAPDELE 1  "5"
  ## widget = spinbox; range = 1 110 1; check_type = integer; check_min = 1
  ## check_max = 110; activeif = RAPMOD_1 = 1

MSG_RAPDELE 1  "Rec.Ant.PCV: elevation increment"

! Rec. ant. pcv: azimuth increment
! --------------------------------
RAPDAZI 1  "360"
  ## widget = spinbox; range = 1 360 1; check_type = integer; check_min = 1
  ## check_max = 360; activeif = RAPMOD_1 = 1

MSG_RAPDAZI 1  "Rec.Ant.PCV: azimuth increment"

! Rec. ant. pcv: spherical harmonics
! ----------------------------------
RAPMOD_2 1  "0"
  ## widget = radiobutton; group = RAPMOD

MSG_RAPMOD_2 1  "Rec.Ant.PCV: Spherical harmonics"

! Rec. ant. pcv: degree n
! -----------------------
RAPHARMN 1  "8"
  ## widget = spinbox; range = 1 99 1; check_type = integer; check_min = 1
  ## check_max = 99; activeif = RAPMOD_2 = 1

MSG_RAPHARMN 1  "Rec.Ant.PCV: degree n"

! Rec. ant. pcv: order m
! ----------------------
RAPHARMM 1  "8"
  ## widget = spinbox; range = 0 99 1; check_type = integer; check_min = 0
  ## check_max = 99; activeif = RAPMOD_2 = 1

MSG_RAPHARMM 1  "Rec.Ant.PCV: order m"

! Rec. ant. pcv: manual selection
! -------------------------------
RAPSEL 1  "RECEIVER-INDEPENDENT"
  ## widget = combobox
  ## cards = RECEIVER-INDEPENDENT RECEIVER-DEPENDENT INDIVIDUAL MANUAL
  ## editable = false

MSG_RAPSEL 1  "Rec. Ant. PCV: Grouping"

! Rec. ant. pcv: List of individual antennas
! ------------------------------------------
RAPANT 0
  ## widget = selwin; pointer = ANTLST; activeif = RAPSEL = INDIVIDUAL
  # 

MSG_RAPANT 1  "Rec.Ant.PCV: list of individual antennas"

! Rec. ant. pcv: List of indiv. reference antennas
! ------------------------------------------------
RAPREFI 0
  ## widget = selwin; pointer = ANTLST; activeif = RAPSEL = INDIVIDUAL
  # 

MSG_RAPREFI 1  "Rec.Ant.PCV: list of indiv. ref. antennas"

! Rec. ant. pcv: List of antenna groups (rec.-indep.)
! ---------------------------------------------------
RAPGRPI 0
  ## widget = selwin; pointer = ANTGRPRI
  ## activeif = RAPSEL = RECEIVER-INDEPENDENT
  # 

MSG_RAPGRPI 1  "Rec.Ant.PCV: list of antenna groups (rec.-indep.)"

! Rec. ant. pcv: List of reference antennas (rec.-indep.)
! -------------------------------------------------------
RAPREFGI 0
  ## widget = selwin; pointer = ANTGRPRI
  ## activeif = RAPSEL = RECEIVER-INDEPENDENT
  # 

MSG_RAPREFGI 1  "Rec.Ant.PCV: list of ref. antennas (rec.-indep.)"

! Rec. ant. pcv: List of antenna groups (rec.-dep.)
! -------------------------------------------------
RAPGRP 0
  ## widget = selwin; pointer = ANTGRP
  ## activeif = RAPSEL = RECEIVER-DEPENDENT
  # 

MSG_RAPGRP 1  "Rec.Ant.PCV: list of antenna groups (rec.-dep.)"

! Rec. ant. pcv: List of reference antennas (rec.-dep.)
! -----------------------------------------------------
RAPREFG 0
  ## widget = selwin; pointer = ANTGRP
  ## activeif = RAPSEL = RECEIVER-DEPENDENT
  # 

MSG_RAPREFG 1  "Rec.Ant.PCV: list of ref. antennas (rec.-dep.)"

! Rec. ant. pcv: manual selection
! -------------------------------
RAPSTRHLP 2
  "AOA BENCHMARK AC" "AOAD/M_T" "231" "231" "3" "" "" ""
  "TRIMBLE 4700" "TRM29659.00" "999999" "999999" "3" "" "" ""
  ## widget = uniline; menuaux = MENUAUX; action = RAPSETUP
  ## menuauxkeys = PSFILES CSFILES PZFILES CZFILES
  ## updateifsave = RANTPAT = 1  AND RAPSEL = MANUAL

MSG_RAPSTRHLP 1  "Rec.Ant.PCV: manual selection"

! Rec. ant. pcv: parameter requests
! ---------------------------------
RAPSTR 103
  "AOA BENCHMARK AC" "AOAD/M_T" "231" "231" "3" "" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "285" "386" "3" "" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "95172" "95172" "3" "" "" ""
  "AOA BENCHMARK AC" "AOAD/M_T" "95174" "95174" "3" "" "" ""
  "AOA BENCHMARK AC" "ASH701073.1" "0" "0" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "193" "193" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "194" "194" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "202" "202" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "259" "259" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "275" "275" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "308" "308" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "318" "318" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "320" "320" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "326" "326" "3" "" "" ""
  "AOA ICS-4000Z AC" "AOAD/M_T" "327" "327" "3" "" "" ""
  "AOA SNR-12 ACT" "AOAD/M_B" "119" "119" "3" "" "" ""
  "AOA SNR-12 ACT" "AOAD/M_T" "0" "999999" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "0" "0" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "235" "235" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "250" "250" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "294" "294" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "366" "366" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "400" "400" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "408" "408" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "421" "421" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "434" "434" "3" "" "" ""
  "AOA SNR-8000 ACT" "AOAD/M_T" "96277" "96277" "3" "" "" ""
  "AOA SNR-8100 ACT" "AOAD/M_T" "175" "175" "3" "" "" ""
  "AOA SNR-8100 ACT" "AOAD/M_T" "202" "202" "3" "" "" ""
  "AOA SNR-8100 ACT" "ASH701945C_M" "0" "0" "3" "" "" ""
  "ASHTECH MICROZ" "ASH701945C_M" "11701" "11701" "3" "" "" ""
  "ASHTECH UZ-12" "AOAD/M_TA_NGS" "114" "114" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_B" "20" "20" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_B" "125" "125" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "0" "0" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "116" "116" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "121" "121" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "201" "201" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "205" "205" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "230" "230" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "270" "270" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "271" "271" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "340" "340" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "402" "402" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "481" "481" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "482" "482" "3" "" "" ""
  "ASHTECH Z-XII3" "AOAD/M_T" "484" "484" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936A_M" "846" "846" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936B_M" "11942" "11942" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936C_M" "657" "657" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936C_M" "12129" "12129" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936D_M" "13078" "13078" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936D_M" "13083" "13083" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936E" "0" "0" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936E" "13554" "13554" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH700936F_C" "155" "155" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH701933B_M" "0" "0" "3" "" "" ""
  "ASHTECH Z-XII3" "ASH701945B_M" "0" "0" "3" "" "" ""
  "ASHTECH Z-XII3" "TSA-100 3S CR" "0" "0" "3" "" "" ""
  "ASHTECH Z-XII3T" "ASH701945B_M" "0" "0" "3" "" "" ""
  "ASHTECH Z18" "ASH701946.022" "3301" "3301" "3" "" "" ""
  "LEICA CRS1000" "LEIAT504" "427" "427" "3" "" "" ""
  "LEICA CRS1000" "LEIAT504" "431" "431" "3" "" "" ""
  "ROGUE SNR-12 RM" "AOAD/M_T" "219" "219" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "0" "0" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "112" "112" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "130" "130" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "132" "132" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "134" "134" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "139" "139" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "142" "142" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "178" "178" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "230" "230" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "289" "289" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "363" "363" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "380" "380" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "393" "393" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "398" "398" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "409" "409" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "418" "418" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "95166" "95166" "3" "" "" ""
  "ROGUE SNR-8000" "AOAD/M_T" "98381" "98381" "3" "" "" ""
  "ROGUE SNR-8000" "TRM29659.00" "999999" "999999" "3" "" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "105" "105" "3" "" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "357" "357" "3" "" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "429" "429" "3" "" "" ""
  "ROGUE SNR-8100" "AOAD/M_T" "453" "453" "3" "" "" ""
  "TRIMBLE 4000SSE" "TRM14532.00" "135" "135" "3" "" "" ""
  "TRIMBLE 4000SSE" "TRM14532.00" "23525" "23525" "3" "" "" ""
  "TRIMBLE 4000SSE" "TRM14532.10" "0" "0" "3" "" "" ""
  "TRIMBLE 4000SSI" "AOAD/M_T" "476" "476" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM14532.00" "44148" "44148" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM22020.00+GP" "999999" "999999" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "10516" "10516" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "11724" "11724" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "27655" "27655" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "85217" "85217" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "88300" "88300" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "94218" "94218" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "99390" "99390" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "101985" "101985" "3" "" "" ""
  "TRIMBLE 4000SSI" "TRM29659.00" "999999" "999999" "3" "" "" ""
  "TRIMBLE 4700" "TRM29659.00" "999999" "999999" "3" "" "" ""
  ## widget = uniline; menuaux = MENUAUX; action = RAPSETUP
  ## menuauxkeys = RAPSTR PSFILES CSFILES PZFILES CZFILES
  ## updateifsave = RANTPAT = 1 AND RAPSEL = MANUAL
  ## updateifchanged = RAPSTRHLP; check_strlen.1 = 20; check_strlen.2 = 20
  ## check_type.3 = integer; check_min.3 = 0; check_max.3 = 999999
  ## check_type.4 = integer; check_min.4 = 0; check_max.4 = 999999
  ## check_type.5 = integer; check_min.5 = 0; check_max.5 = 3
  ## check_type.6 = integer; check_min.6 = 0; check_max.6 = 90
  ## check_type.7 = integer; check_min.7 = 0; check_max.7 = 360
  ## check_type.8 = real; check_min.8 = 0.0

MSG_RAPSTR 1  "Rec.Ant.PCV: parameter requests"

! -----------------------------------------
!
! PARAMETER TYPE: Epochwise Clock estimation
! ===============
!
! -----------------------------------------
!
! Enable eochwise clock estimation
! --------------------------------
CLOCKR 1  "1"
  ## widget = checkbox
  ## activeif = DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_CLOCKR 1  "Receiver clock offsets"

CLOCKS 1  "1"
  ## widget = checkbox
  ## activeif = DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_CLOCKS 1  "GNSS clock offsets"

! Sum condition for ref clocks
! ----------------------------
REFSUM 1  "ZERO-MEAN_CONDITION"
  ## widget = combobox; editable = false
  ## activeif = CLOCKR = 1 AND CLOCKS = 1
  ## cards = ZERO-MEAN_CONDITION REFERENCE_FIXED

MSG_REFSUM 1  "Type of datum definition"

! Clk est.: Reference Station Clock Selection
! -------------------------------------------
REFCLOCKR 1  "ALL"
  ## widget = combobox; editable = false
  ## activeif = CLOCKR = 1 AND CLOCKS = 1
  ## cards = NONE ALL FIRST LAST MANUAL FROM_FILE

MSG_REFCLOCKR 1  "Selection of reference stations"

! Clk est.: Reference Satellite Clock Selection
! ---------------------------------------------
REFCLOCKS 1  "NONE"
  ## widget = combobox; editable = false
  ## activeif = CLOCKR = 1 AND CLOCKS = 1; cards = NONE ALL MANUAL FROM_FILE

MSG_REFCLOCKS 1  "Selection of reference satellites"

! Clk est.: Skip obs. w/o sat clock
! ---------------------------------
NOSATCLK 1  "0"
  ## widget = checkbox; activeif = CLOCKS = 1

MSG_NOSATCLK 1  "Skip observations w/o satellite clocks"

! Clk est.: min. # of obs. for sta clock est.
! -------------------------------------------
MINSTA 1  "7"
  ## widget = spinbox; range = 0 10 2; activeif = CLOCKR = 1

MSG_MINSTA 1  "Minimum number of obs per station clock"

! Clk est.: min. # of obs. for sat clock est.
! -------------------------------------------
MINSAT 1  "5"
  ## widget = spinbox; range = 0 10 2; activeif = CLOCKS = 1

MSG_MINSAT 1  "Minimum number of obs per satellite clock"

! Clk est.: Ref.Stations list
! ---------------------------
STATION8 0
  ## widget = selwin; pointer = CENLST
  ## activeif = CLOCKR = 1 AND CLOCKS = 1 AND REFCLOCKR = MANUAL
  # SELECTED

MSG_STATION8 1  "Manual station selection"

! Clk est.: Ref.Stations list
! ---------------------------
SATELLITE8 0
  ## widget = selwin; pointer = SATLST
  ## activeif = CLOCKR = 1 AND CLOCKS = 1 AND REFCLOCKS = MANUAL
  # SELECTED

MSG_SATELLITE8 1  "Manual satellite selection"

! Clk est.: Ref. clk from file
! ----------------------------
STAFILE8 0
  ## widget = selwin; path = DIR_FIX; ext = EXT_FIX; maxfiles = 1
  ## emptyallowed = true
  ## activeif = CLOCKR = 1 AND CLOCKS = 1 AND REFCLOCKR = FROM_FILE
  # 

MSG_STAFILE8 1  "Station list from file"

! Clk est.: Ref. clk from file
! ----------------------------
SATFILE8 0
  ## widget = selwin; path = DIR_FIX; ext = EXT_FIX; maxfiles = 1
  ## emptyallowed = true
  ## activeif = CLOCKR = 1 AND CLOCKS = 1 AND REFCLOCKS = FROM_FILE
  # 

MSG_SATFILE8 1  "Clk.Est.:Ref.Satellites from file"

! Clk est.: Header of the clk RINEX file: RUNBY
! ---------------------------------------------
RUNBY 1  "ANONYMOUS"
  ## widget = lineedit

MSG_RUNBY 1  "Clk. RINEX Header: RUNBY"

! Clk est.: Header of the clk RINEX file: AC
! ------------------------------------------
AC 1  "XYZ"
  ## widget = lineedit

MSG_AC 1  "Clk. RINEX Header: AC"

! Clk est.: Header of the clk RINEX file: ACName
! ----------------------------------------------
ACNAME 1  "MY AGENCY/INSTITUTE"
  ## widget = lineedit

MSG_ACNAME 1  "Clk. RINEX Header: AC Name"

! Clk est.: Header of the clk RINEX file: Comments
! ------------------------------------------------
COMMENT 3
  "PRECISE CLOCK DETERMINATION (TIME TRANSFER)"
  "BASED ON CODE AND PHASE MEASUREMENTS: 021430"
  "ELEVATION CUT OFF: 5 DEGREE, SAMPLING 300 SECONDS"
  ## widget = uniline
  # "PRECISE CLOCK DETERMINATION (TIME TRANSFER)"
  # "BASED ON CODE AND PHASE MEASUREMENTS: $YSS+0"
  # "ELEVATION CUT OFF: 5 DEGREE, SAMPLING 300 SECONDS"

MSG_COMMENT 1  "Clk. RINEX Header: Comments"

! -----------------------------------------
!
! PARAMETER TYPE: Receiver Clock Offsets
! ===============
!
! -----------------------------------------
!
! Enable Receiver Clock Errors
! ----------------------------
RCVCLOCK 1  "0"
  ## widget = checkbox

MSG_RCVCLOCK 1  "Receiver clock offsets"

RCVCLKLST 1  "FIRST"
  ## widget = combobox; editable = false
  ## cards = NONE FIRST LAST ALL MANUAL FROM_FILE

MSG_RCVCLKLST 1  "Station selection"

! Rclk.off: Manual selection
! --------------------------
STATION5 1  "ALBH 40129M003"
  ## widget = selwin; activeif = RCVCLKLST == MANUAL; pointer = STALST
  # SELECTED

MSG_STATION5 1  "Rclk.off:Selection of list of stations"

! Rclk.off: File with Stations(s)
! ----------------------------------
STAFILE5 0
  ## widget = selwin; activeif = RCVCLKLST == FROM_FILE; path = DIR_FIX
  ## ext = EXT_FIX; maxfiles = 1; emptyallowed = true
  # CLK01146

MSG_STAFILE5 1  "Rclk.off:File with the list of stations"

! Rclk.off: Default Sigma
! --------------------------
SIGMA5 0
  ## widget = lineedit

MSG_SIGMA5 1  "Rclk.off: a priori sigma"

! Rclk.off: Time Interval
! --------------------------
RCOTIM 1  "0"
  ## widget = radiobutton; group = DUMMY

MSG_RCOTIM 1  "Time interval from observation files"

RADIO5_1 1  "0"
  ## widget = radiobutton; group = DUMMY
  ## radiokeys = SESSION_YEAR5 SESSION_STRG5

MSG_RADIO5_1 1  "Defined by year and session number"

RADIO5_2 1  "1"
  ## widget = radiobutton; group = DUMMY

MSG_RADIO5_2 1  "efined by start and end time"

! Rclk.off: Time Interval (Session spec.)
! ------------------------------------------
SESSION_YEAR5 1  "2002"
  ## widget = lineedit; multilineallowed = true; emptyallowed = false
  # $Y+0

MSG_SESSION_YEAR5 1  "Rclk.off: Time Interval(YEAR)"

SESSION_STRG5 1  "1430"
  ## widget = lineedit; multilineallowed = true; emptyallowed = false
  # $S+0

MSG_SESSION_STRG5 1  "Rclk.off: Time Interval(SESSION)"

! Rclk.off: Time Interval (date/time)
! --------------------------------------
STADAT5 0
  ## widget = lineedit; activeif = RADIO5_2 = 1; check_type = date
  # 

MSG_STADAT5 1  "Rclk.off:Start Time(Year Month Day)"

STATIM5 0
  ## widget = lineedit; emptyallowed = false
  ## activeif = RADIO5_2 = 1 AND STADAT5 / _; check_type = time
  # 

MSG_STATIM5 1  "Rclk.off:Start Time(Hour Minutes Seconds)"

ENDDAT5 0
  ## widget = lineedit; activeif = RADIO5_2 = 1; check_type = date
  # 

MSG_ENDDAT5 1  "Rclk.off:End Time(Year Month Day)"

ENDTIM5 0
  ## widget = lineedit; emptyallowed = false
  ## activeif = RADIO5_2 = 1 AND ENDDAT5 / _; check_type = time
  # 

MSG_ENDTIM5 1  "Rclk.off:End Time(Hour Minutes Seconds)"

! -----------------------------------------
!
! PARAMETER TYPE: Differencial Code Biases
! ===============
!
! -----------------------------------------
!
! Enable Differential Code Biases estimation
! ------------------------------------------
DCBEST 1  "0"
  ## widget = checkbox; activeif =  FREQUENCY / DTEC

MSG_DCBEST 1  "Differential code biases"

! DCB: Type of Differential Code Biases
! -------------------------------------
DCBTYP 1  "P1-P2"
  ## widget = combobox; editable = false
  ## cards = P1-P2 P1-C1 LC P1-C1_MULTIPLIER

MSG_DCBTYP 1  "Type of differential code biases"

! DCB: Estimate Differential Code Biases for Satellites
! -----------------------------------------------------
DCBSAT 1  "1"
  ## widget = checkbox; activeif =  DCBTYP / P1-C1_MULTIPLIER

MSG_DCBSAT 1  "Estimate differential code biases for satellites"

! DCB: Estimate Differential Code Biases for Receivers
! ----------------------------------------------------
DCBREC 1  "0"
  ## widget = checkbox

MSG_DCBREC 1  "Estimate differential code biases for receivers"

! DCB: Reference Satellite(s)
! ---------------------------
DCBREF 1  "SUM"
  ## widget = combobox; editable = false; cards = SUM ALL
  ## activeif = DCBSAT = 1 AND DCBTYP / P1-C1_MULTIPLIER

MSG_DCBREF 1  "Reference satellite(s)"

! DCB: A Priori Sigma for Reference Satellite Biases
! --------------------------------------------------
DCBSIG 1  "0.01"
  ## widget = lineedit; check_type = real; check_min = 0.0
  ## activeif = DCBSAT = 1 AND DCBTYP / P1-C1_MULTIPLIER

MSG_DCBSIG 1  "DCB: A Priori Sigma for Reference Satellite Biases"

! DCB: A Priori Sigma for Receiver Biases
! ---------------------------------------
DCBSIGR 1  "0.01"
  ## widget = lineedit; check_type = real; check_min = 0.0
  ## activeif = DCBREC = 1

MSG_DCBSIGR 1  "DCB: A Priori Sigma for Receiver Biases"

! -----------------------------------------
!
! PARAMETER TYPE: Kinematic Positioning
! ===============
!
! -----------------------------------------
!
! Enable Kinematic Station
! ------------------------
KINEST 1  "0"
  ## widget = checkbox
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_KINEST 1  "Kinematic coordinates"

! Kinematic Station(s)
! --------------------
KINSTA 1  "MANUAL"
  ## widget = combobox; editable = false
  ## cards = FIRST LAST ALL MANUAL FROM_FILE

MSG_KINSTA 1  "Station selection"

! Kinematic Station(s): Manual Selection
! --------------------------------------
STATION2 0
  ## widget = selwin; activeif = KINSTA == MANUAL; pointer = CENLST
  # SELECTED

MSG_STATION2 1  "Kinematic Pos.: List of stations"

! File with Kinematic Stations(s)
! -------------------------------
STAFILE2 0
  ## widget = selwin; activeif = KINSTA == FROM_FILE; path = DIR_FIX
  ## ext = EXT_FIX; maxfiles = 1; emptyallowed = true
  # IGSNET

MSG_STAFILE2 1  "Kinematic Pos.: File with the list of stations"

SIGKIN 1  "NEU"
  ## widget = combobox; editable = false; cards = NEU XYZ

MSG_SIGKIN 1  "Reference frame"

! Kinematic pos.: horizontal component sigma
! ------------------------------------------
SIGKIN_H 0
  ## widget = lineedit; check_type = real; check_min = 0
  ## activeif = SIGKIN = NEU

MSG_SIGKIN_H 1  "Kinematic pos.: Sigma for horizonal components"

! Kinematic pos.: vertical component sigma
! ------------------------------------------
SIGKIN_V 0
  ## widget = lineedit; check_type = real; check_min = 0
  ## activeif = SIGKIN = NEU

MSG_SIGKIN_V 1  "Kinematic pos.: Sigma for vertical component"

! Kinematic pos.: LEO sigma
! ------------------------------------------
SIGKIN_L 0
  ## widget = lineedit; check_type = real; check_min = 0
  ## activeif = SIGKIN = XYZ

MSG_SIGKIN_L 1  "Kinematic pos.: sigma for non-terrestrial objects"

! Kin. positioning: min. number of stations
! -----------------------------------------
MINKIN 1  "4"
  ## widget = spinbox; range = 0 100 1

MSG_MINKIN 1  "kin. Pos.:min. number of obs. per epoch"

! -----------------------------------------
!
! PARAMETER TYPE: Satellite-specific Sigmas
! ===============
!
! -----------------------------------------
!
! Satellite-Specific A Priori Sigmas
! ----------------------------------
SVNAPR 1  "0"
  ## widget = checkbox

MSG_SVNAPR 1  "Satellite-specific a priori sigmas"

! Satellite-specific Sigmas
! -------------------------
SVNSIG 1  "" "" "" "" "" ""
  ## widget = uniline; check_type.1 = integer; check_min.1 = 1
  ## check_max.1 = 999; check_type.2 = date; check_type.3 = time
  ## check_type.4 = date; check_type.5 = time; check_type.6 = real
  ## check_min.6 = 0.0

MSG_SVNSIG 1  "Satellite specific a priori sigmas"

! -----------------------------------------
!
! PARAMETER TYPE: Hill-Resonance
! ===============
!
! -----------------------------------------
!
! Enable Hill resonance
! ---------------------
HILL 1  "0"
  ## widget = checkbox

MSG_HILL 1  "Hill resonance terms"

! Hill: manual specification
! --------------------------
HILL_M 1  "0"
  ## widget = radiobutton; group = HILL

MSG_HILL_M 1  "Manual parameter setup"

! Hill: set forces individually
! -----------------------------
HILLSTR 1  "" "" "" ""
  ## widget = uniline

MSG_HILLSTR 1  "Hill: set forces individually"

! Hill: default specification
! ---------------------------
HILL_D 1  "1"
  ## widget = radiobutton; group = HILL
  ## radiokeys = HILC1 HILC2 HILC3 HILP1 HILP2 HILP3

MSG_HILL_D 1  "Hill:Default parameter setup"

! Hill: Enable constant radial force
! ----------------------------------
HILC1 1  "1"
  ## widget = checkbox

MSG_HILC1 1  "Radial"

! Hill: Sigma for constant radial force
! -------------------------------------
SIGHILC1 0
  ## widget = lineedit; activeif = HILC1 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILC1 1  "Hill: Sigma for constant radial force"

! Hill: Enable constant force in plane
! ------------------------------------
HILC2 1  "1"
  ## widget = checkbox

MSG_HILC2 1  "Along track"

! Hill: Sigma for constant force in plane
! ---------------------------------------
SIGHILC2 0
  ## widget = lineedit; activeif = HILC2 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILC2 1  "Hill: Sigma for along track"

! Hill: Enable constant force out of plane
! ----------------------------------------
HILC3 1  "1"
  ## widget = checkbox

MSG_HILC3 1  "Out of plane"

! Hill: Sigma for constant force out of plane
! -------------------------------------------
SIGHILC3 0
  ## widget = lineedit; activeif = HILC3 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILC3 1  "Hill: Sigma for constant force out of plane"

! Hill: Enable periodic radial force
! ----------------------------------
HILP1 1  "1"
  ## widget = checkbox

MSG_HILP1 1  "Periodic Radial"

! Hill: Sigma for periodic radial force
! -------------------------------------
SIGHILP1 0
  ## widget = lineedit; activeif = HILP1 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILP1 1  "Hill: Sigma for periodic radial force"

! Hill: Enable periodic force in plane
! ------------------------------------
HILP2 1  "1"
  ## widget = checkbox

MSG_HILP2 1  "Periodic along track"

! Hill: Sigma for periodic force in plane
! ---------------------------------------
SIGHILP2 0
  ## widget = lineedit; activeif = HILP2 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILP2 1  "Hill: Sigma for periodic force along track"

! Hill: Enable periodic force out of plane
! ----------------------------------------
HILP3 1  "1"
  ## widget = checkbox

MSG_HILP3 1  "Periodic out of plane"

! Hill: Sigma for periodic force out of plane
! -------------------------------------------
SIGHILP3 0
  ## widget = lineedit; activeif = HILP3 == 1 AND HILL_D == 1
  ## check_type = real; check_min = 0.0
  # 

MSG_SIGHILP3 1  "Hill: Sigma for periodic force out of plane"

! Hill: List of satellites
! ------------------------
HILSATSTR 2
  "1" "2" "3" "4" "5" "6" "7" "8" "9" "10" "11" "12" "13" "14" "15" "16"
  "17" "18" "19" "20" "21" "22" "23" "24" "25" "26" "27" "28" "29" "30" "31" "32"
  ## widget = uniline
  ## activeif = HILC1 == 1 OR HILC2 == 1 OR HILC3 == 1 OR HILP1 == 1 OR HILP2 == 1 OR HILP3 == 1 AND HILL_M / 1
  ## check_type = integer; check_min = 1; check_max = 999

MSG_HILSATSTR 1  "Hill: List of satellites"

! -----------------------------------------
!
! PARAMETER TYPE: Earth Gravity Field
! ===============
!
! -----------------------------------------
!
! Enable Earth gravity field
! --------------------------
GRAVITY 1  "0"
  ## widget = checkbox

MSG_GRAVITY 1  "Earth gravity field"

! Gravity: default setup
! ----------------------
GRAVITY_D 1  "1"
  ## widget = radiobutton; group = GRAVITY; radiokeys = POTDEG POTORD POTSIG

MSG_GRAVITY_D 1  "Default setup"

! Gravity: Max degree of development
! ----------------------------------
POTDEG 1  "2"
  ## widget = spinbox; range = 2 10 1; check_type = integer; check_min = 0

MSG_POTDEG 1  "Gravity: Max degree of development"

! Gravity: Max order of development
! ---------------------------------
POTORD 1  "0"
  ## widget = spinbox; range = 0 10 1; check_type = integer; check_min = 0

MSG_POTORD 1  "Gravity: Max order of development"

! Gravity: apriori sigma
! ----------------------
POTSIG 0
  ## widget = lineedit; check_type = real; check_min = 0.0
  # 

MSG_POTSIG 1  "Gravity: a priori sigma"

! Gravity: manual setup
! ---------------------
GRAVITY_M 1  "0"
  ## widget = radiobutton; group = GRAVITY; radiokeys = POTSTR

MSG_GRAVITY_M 1  "Manual setup of special coefficients"

! Gravity: direct setup of individual parameters
! ----------------------------------------------
POTSTR 1  "" "" ""
  ## widget = uniline; check_type.1 = integer; check_min.1 = 0
  ## check_type.2 = integer; check_min.2 = 0; check_type.3 = real
  ## check_min.3 = 0.0

MSG_POTSTR 1  "Gravity: manual setup of special coefficients"

! -----------------------------------------
!
! PARAMETER TYPE: Earth Albedo Radiation
! ===============
!
! -----------------------------------------
!
! Enable Earth Albedo Radiation
! -----------------------------
ALBEDO 1  "0"
  ## widget = checkbox

MSG_ALBEDO 1  "Earth albedo radiation"

! Albedo: Absorbtion, constant
! ----------------------------
ALB1 1  "1"
  ## widget = checkbox

MSG_ALB1 1  "Absorption, constant part"

! Albedo: Sigma for absorbtion, constant
! --------------------------------------
SIGALB1 1  "0.00"
  ## widget = lineedit; activeif = ALB1 == 1; check_type = real
  ## check_min = 0.0

MSG_SIGALB1 1  "Albedo: Sigma for absorbtion, constant part"

! Albedo: Absorbtion, variable
! ----------------------------
ALB2 1  "1"
  ## widget = checkbox

MSG_ALB2 1  "Absorption, variable surface due to solar panels"

! Albedo: Sigma for absorbtion, variable
! --------------------------------------
SIGALB2 1  "0.00"
  ## widget = lineedit; activeif = ALB2 == 1; check_type = real
  ## check_min = 0.0

MSG_SIGALB2 1  "Albedo: Sigma for absorbtion, variable surface due to solar panels"

! Albedo: Reflection
! ------------------
ALB3 1  "1"
  ## widget = checkbox

MSG_ALB3 1  "Reflection at solar panels"

! Albedo: Sigma for reflection
! ----------------------------
SIGALB3 1  "0.00"
  ## widget = lineedit; activeif = ALB3 == 1; check_type = real
  ## check_min = 0.0

MSG_SIGALB3 1  "Albedo: Sigma for reflection at solar panels"

! Albedo: Satellite groups
! ------------------------
ALBSATSTR 2
  "1" "1" "2" "3" "4" "5" "6" "7" "8" "9" "10" "11" "12" "13" "14" "15" "16"
  "1" "17" "18" "19" "20" "21" "22" "23" "24" "25" "26" "27" "28" "29" "30" "31" "32"
  ## widget = uniline; activeif = ALB1 == 1 OR ALB2 == 1 OR ALB3 == 1
  ## check_type = integer; check_min = 1; check_max = 99

MSG_ALBSATSTR 1  "Albedo: define satellite groups"

! Pre: Station Coord.
! -------------------
PRE01 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE01 1  "Station coordinates"

! Pre: Receiver Clocks
! --------------------
PRE02 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = RCVCLOCK = 1

MSG_PRE02 1  "Pre-elimination: Receiver Clocks"

! Pre: Orbit Elements
! -------------------
PRE03 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = LEORPR / _ AND LEOPROC = 1 OR RPRCOE / _ AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1

MSG_PRE03 1  "Pre-elimination: GNSS or LEO orbit determination"

! Pre: Ambiguities
! ----------------
PRE04 1  "PRIOR_TO_NEQ_SAVING"
  ## widget = combobox; editable = true
  ## cards = NO AS_SOON_AS_POSSIBLE EVERY_SESSION PRIOR_TO_NEQ_SAVING

MSG_PRE04 1  "Pre-elimination: Ambiguities"

! Pre: Rec.Height.Calib.
! ----------------------
PRE05 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = RANTOFF = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE05 1  "Pre-elimination: Receiver antenna offsets"

! Pre: Site Troposphere
! ---------------------
PRE06 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = SITETROP = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE06 1  "Pre-elimination: Site Troposphere"

! Pre: Local Ionosphere
! ---------------------
PRE07 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = LOCIONO = 1

MSG_PRE07 1  "Pre-elimination: Local Ionosphere"

! Pre: Diff. Code Biases
! ----------------------
PRE08 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = DCBEST = 1 AND FREQUENCY / DTEC

MSG_PRE08 1  "Pre-elimination: Diff. Code Biases"

! Pre: Local Troposphere
! ----------------------
PRE09 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = LOCTROP = 1

MSG_PRE09 1  "Pre-elimination: Local Troposphere"

! Pre: Earth Rotation
! -------------------
PRE10 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = ERP = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE10 1  "Pre-elimination: Earth Rotation"

! Pre: Sat. Ant.Off
! -----------------
PRE12 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = SANTOFF = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE12 1  "Pre-elimination: GNSS antenna offsets"

! Pre: Earth Potential
! --------------------
PRE13 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = GRAVITY = 1

MSG_PRE13 1  "Pre-elimination: Earth gravity field"

! Pre: Hill Resonances
! --------------------
PRE14 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = HILL = 1

MSG_PRE14 1  "Pre-elimination: Hill resonance terms"

! Pre: Earth Albedo
! -----------------
PRE15 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING; activeif = ALBEDO = 1

MSG_PRE15 1  "Pre-elimination: Earth albedo radiation"

! Pre: Geocenter
! -------------------
PRE16 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = GEOCENT = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE16 1  "Pre-elimination: Geocenter coordinates"

! Pre: Diff. Ionosphere
! ---------------------
PRE17 1  "EVERY_EPOCH"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_EPOCH EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = DIFFION = 1 AND FREQUENCY / L3 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE17 1  "Pre-elimination: stochastic ionosphere parameters"

! Pre: Phase Center Var.
! ----------------------
PRE18 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = RANTPAT = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE18 1  "Pre-elimination: REceiver antenna PCV patterns"

! Pre: Global Ionosphere
! ----------------------
PRE19 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = GLOBION = 1 AND FREQUENCY / L3 AND FREQUENCY / MELWUEBB

MSG_PRE19 1  "Pre-elimination: Global ionosphere parameters"

! Pre: Kin. Coordinates
! ---------------------
PRE21 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_EPOCH EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = KINEST = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE21 1  "Pre-elimination: Kinematic coordinates"

! Pre: Station Clocks
! -------------------
PRE23 1  "EVERY_EPOCH"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_EPOCH EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = CLOCKR = 1 AND DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE23 1  "Pre-elimination: Receiver clock offsets"

! Pre: Satellite Clocks
! ---------------------
PRE24 1  "EVERY_EPOCH"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_EPOCH EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = CLOCKS = 1 AND DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE24 1  "Pre-elimination: GNSS clock offsets"

! Pre: GNSS PCV
! -------------
PRE25 1  "NO"
  ## widget = combobox; editable = false
  ## cards = NO EVERY_SESSION PRIOR_TO_NEQ_SAVING
  ## activeif = SANTPAT = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC

MSG_PRE25 1  "Pre-elimination: GNSS antenna PCV patterns"

! Define Time Offset
! ------------------
PAR_OFF 0
  ## widget = lineedit; emptyallowed = true
  # 

MSG_PAR_OFF 1  "Time offset for Parameter intervals"

! Hide some experimental parameter types
! --------------------------------------
MOREOPT 1  "0"
  ## widget = checkbox

! -----------------------------------------
!
! SELECTION LISTS: Station names
! ===============
!
! -----------------------------------------
STALST 0
  ## widget = selwin; menuaux = MENUAUX; action = OBS
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES

CENLST 0
  ## widget = selwin; menuaux = MENUAUX; action = OBS
  ## menuauxkeys = CONST ECCENT PSFILES CSFILES PZFILES CZFILES

! -----------------------------------------
!
! SELECTION LISTS: Satellite list
! ===============
!
! -----------------------------------------
SATLST 0
  ## widget = selwin; menuaux = MENUAUX; action = SATLST
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES

! -----------------------------------------
!
! SELECTION LISTS: Receiver/Antenna names
! ===============
!
! -----------------------------------------
ANTGRP 0
  ## widget = selwin; menuaux = MENUAUX; action = ANTGRP
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES

MSG_ANTGRP 1  "GRoup satellite numbers"

! -----------------------------------------
!
! SELECTION LISTS: Antenna names
! ===============
!
! -----------------------------------------
ANTGRPRI 0
  ## widget = selwin; menuaux = MENUAUX; action = ANTGRPRI
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES

! -----------------------------------------
!
! SELECTION LISTS: Indiv. Receiver/Antennas
! ===============
!
! -----------------------------------------
ANTLST 0
  ## widget = selwin; menuaux = MENUAUX; action = ANTLST
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES

! -----------------------------------------
!
! SELECTION LISTS: Indiv. Antennas
! ===============
!
! -----------------------------------------
ANTLSTRI 0
  ## widget = selwin; menuaux = MENUAUX; action = ANTLSTRI
  ## menuauxkeys = CONST PSFILES CSFILES PZFILES CZFILES


# BEGIN_PANEL NO_CONDITION #####################################################
# PARAMETER ESTIMATION - GPSEST 1.1: Input Files 1                             #
#                                                                              #
# GENERAL FILES AND OPTIONS                                                    #
#   Show all general files         > % <                                       # SHOWGEN
#   LEO data processing            > % <                                       # LEOPROC
#   Differencing level             > %%%%%%% <                                 # DIFLVL
#                                                                              #
# INPUT FILES 1                                                                #
#   Phase observation files        > %%%%%%%% <      > %%%%%%%% <              # PSFILES PZFILES
#   Code observation files         > %%%%%%%% <      > %%%%%%%% <              # CSFILES CZFILES
#                                                         		       #
#   Station coordinates            > %%%%%%%% <                                # COORD
#   GNSS standard orbits           > %%%%%%%% <                                # STDORB
#   GNSS clock corrections         > %%%%%%%% <                                # SATCLK
#   Earth rotation parameters      > %%%%%%%% <                                # POLE
#   Troposphere estimates          > %%%%%%%% <                                # TROPEST
#   Ionosphere models              > %%%%%%%% <                                # IONOS
#   Differential code biases       > %%%%%%%% <                                # DCBINP
#   Ocean loading corrections      > %%%%%%%% <                                # OCNLOAD
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 1.2: Input Files 2                                                    #
#                                                                              #
# INPUT FILES 2                                                                #
#   GNSS orbit partials            > %%%%%%%% <                                # RPRCOE
#   Kinematic coordinates          > %%%%%%%% <                                # KININP
#   Station information            > %%%%%%%% <                                # STAINFO
#   Station eccentricities         > %%%%%%%% <                                # ECCENT
#   Station sigma factors          > %%%%%%%% <                                # STAWGT
#   Receiver antenna orientation   > %%%%%%%% <                                # ANTAZI
#   Meteorological data            > %%%%%%%% <                                # METFIL
#                                                                              #
# LEO INPUT FILES                                                              #
#   Standard orbit(s)              > %%%%%%%% <                                # LEOSTD
#   Orbit partials                 > %%%%%%%% <                                # LEORPR
#   Attitude data                  > %%%%%%%% <                                # ATTIT
#   Kinematic velocities           > %%%%%%%% <                                # KINVEL
#   Precise orbit(s)               > %%%%%%%% <                                # LEOPRE
# END_PANEL ####################################################################


# BEGIN_PANEL SHOWGEN = 1 ######################################################
# GPSEST 1.3: General Files                                                    #
#                                                                              #
# GENERAL INPUT FILES                                                          #
#   General constants       > %%%%%%%%%%%% <                                   # CONST
#   Geodetic datum          > %%%%%%%%%%%% <                                   # DATUM
#   Phase center variations > %%%%%%%%%%%% <                                   # PHASECC
#   Receiver information    > %%%%%%%%%%%% <                                   # RECEIVR
#   Satellite information   > %%%%%%%%%%%% <                                   # SATELL
#   Satellite problems      > %%%%%%%%%%%% <                                   # SATCRUX
#   Subdaily pole model     > %%%%%%%%%%%% <                                   # SUBMOD
#   Nutation model          > %%%%%%%%%%%% <                                   # NUTMOD
#   SINEX header file       > %%%%%%%%%%%% <                                   # SINEXIN
#   IONEX control file      > %%%%%%%%%%%% <                                   # IONEXCF
#   GPS-UTC file            > %%%%%%%%%%%% <                                   # GPSUTC
#                                                                              #
# MENU SETTINGS                                                                #
#   Selected campaign       > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <   # CAMPAIGN
#   Selected session          Year> %%%% <  Session> %%%% <                    # YR4_INFO SES_INFO
#   Session table           > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <   # SESSION_TABLE
#                                                                              #
# TEMPORARY FILES                                                              #
#   Scratch files           > %%%%%%%% <    > %%%%%%%% <    > %%%%%%%% <       # AUXFIL AUXFIL1 KINSCR
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 2.1: Output Files 1                                                   #
#                                                                              #
# GENERAL OUTPUT FILES                                                         #
#   Program output          > % < use GPSEST.Lnn            or > %%%%%%%% <    # SYSODEF SYSOUT
#   Error message           > % < merged to program output  or > %%%%%%%% <    # ERRMRG SYSERR
#                                                                              #
# RESULT FILES 1                                                               #
#   Normal equations        > %%%%%%%% <         			       # NEQUARS
#   Station coordinates     > %%%%%%%% <         			       # COORDRS
#   Troposphere estimates   > %%%%%%%% <         			       # TROPSAV
#   Troposphere SINEX       > %%%%%%%% <         			       # TROPSNX
#   Ionosphere models       > %%%%%%%% <         			       # IONOSRS
#   IONEX                   > %%%%%%%% <         			       # IONEXRS
#   GNSS clock corrections  > %%%%%%%% <                                       # CLKSAV
#   Clock RINEX             > %%%%%%%% <                                       # CLKRNX
#   Differential code biases> %%%%%%%% <                                       # DCBOUT
#   Residuals               > %%%%%%%% <         			       # RESIDRS
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 2.2: Output Files 2                                                   #
#                                                                              #
# RESULT FILES 2                                                               #
#   Kinematic coordinates         > %%%%%%%% <                                 # KINOUT
#   GNSS orbital elements         > %%%%%%%% <                                 # ORBITRS
#   LEO orbital elements          > %%%%%%%% <                                 # LEORBRS
#   Bernese ERP file              > %%%%%%%% <      			       # POLERS
#   IERS ERP file                 > %%%%%%%% <      			       # IERSPOL
#   Phase center variations (grid)> %%%%%%%% <                                 # PHASRSG
#   Phase center variations (harm)> %%%%%%%% <                                 # PHASRSH
#   Coordinate covariance matrix  > %%%%%%%% <                                 # COVARRS
#   Full covariance matrix        > %%%%%%%% <                                 # COVTTRS
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 3.1: General Options 1                                                #
#                                                                              #
# TITLE > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <   # TITLE
#                                                                              #
# OBSERVATION SELECTION                                                        #
#   Satellite system             > %%%%%%%%% <                                 # SATSYS
#   Frequency                    > %%%%%%%%% <                                 # FREQUENCY
#   Elevation cutoff angle       > %%%% <degrees         LEO:> %%%% <degrees   # MINEL MINELEO
#   Sampling interval            > %%%% <seconds                               # SAMPLE
#   Tolerance for simultaneity   > %%%% <milliseconds                          # CORRINTV
#   Special data selection       > %%%%%%%%%%%%% <                             # SODSEL
#   Observation window           > % <                                         # WINDOW
#                                                                              #
# OBSERVATION MODELING AND PARAMETER ESTIMATION                                #
#   A priori sigma               > %%%%%% <meters                              # SIGAPR1
#   Elevation-dependent weighting> %%%%% <               LEO:> %%%%% <         # ELVWGT LEOEDW
#   Type of computed residuals   > %%%%%%%%%%% <                               # NORRES
#   Correlation strategy         > %%%%%%%%%%% <                               # CORREL
# END_PANEL ####################################################################


# BEGIN_PANEL WINDOW = 1 #######################################################
# GPSEST 3.1.1: Observation Window                                             #
#                                                                              #
# OBSERVATION WINDOW                                                           #
#                                                                              #
#   > % < Defined by year and session number                                   # RADIO1_1
#         Year  > %%%% <   Session > %%%% <                                    # SESSION_YEAR1 SESSION_STRG1
#                                                                              #
#                                                                              #
#   > % < Defined by start and end time                                        # RADIO1_2
#                 yyyy mm dd     hh mm ss           yyyy mm dd     hh mm ss    #
#         Start > %%%%%%%%%% < > %%%%%%%% <   End > %%%%%%%%%% < > %%%%%%%% <  # STADAT1   STATIM1   ENDDAT1   ENDTIM1
#                                                                              #
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 3.2: General Options 2                                                #
#                                                                              #
# A PRIORI TROPOSPHERE MODELING                                                #
#   ZPD model and mapping function> %%%%%%%%%%%%% <                            # TROPOS
#                                                                              #
# HANDLING OF AMBIGUITIES                                                      #
#   Resolution strategy           > %%%%%%%%%%%%% <                            # AMBSTRAT
#   Save resolved ambiguities     > % <                                        # AMBSAVE
#   Introduce widelane integers   > % <                                        # APRWIDE
#   Introduce L1 and L2 integers  > % <                                        # APRL1L2
#                                                                              #
# SPECIAL PROCESSING OPTIONS                                                   #
#   Maximum tolerated O-C term    > %%%%%% <meters                             # EDTLVL
#   Var-covar wrt epoch parameters> %%%%%%%%%%%%% <                            # QXXEPO
#                                                                              #
# EXTENDED PRINTING OPTIONS                                                    #
#   Selection of printing options > %%%%%%%%%%%%% <                            # PRINT
# END_PANEL ####################################################################


# BEGIN_PANEL AMBSTRAT = SEARCH ################################################
# GPSEST 3.2.1: General Search Ambiguity Resolution Strategy                   #
#                                                                              #
# OPTIONS AND CRITERIA FOR TESTING                                             #
#   Baseline-wise ambiguity resolution                > % <                    # IFBASL
#   Search width in units of standard deviation       > %%%%% <                # IFSWID
#   Minimum allowed rms ratio re 2nd best to best     > %%%%% <                # IF21
#   Maximum allowed rms ratio re fixed to float       > %%%%% <                # IFFXFL
#   Search width for geometry-free linear combination > %%%%% <L1 cycles       # IFSWLC
# END_PANEL ####################################################################


# BEGIN_PANEL AMBSTRAT = SIGMA #################################################
# GPSEST 3.2.2: Sigma-Dependent Ambiguity Resolution Strategy                  #
#                                                                              #
# OPTIONS AND CRITERIA FOR TESTING                                             #
#   Maximal number of ambiguities fixed per iteration step > %%%%% <           # MXAMBIT
#   Ambiguity resolvable if exactly one integer within     > %%%%% <sigmas     # LEAST
#   Maximal sigma of resolvable ambiguities                > %%%%% <cycles     # MOST
#   Minimal sigma used for testing                         > %%%%% <cycles     # SIGMAMIN
# END_PANEL ####################################################################


# BEGIN_PANEL AMBSTRAT = QIF ###################################################
# GPSEST 3.2.3: Quasi-Ionosphere-Free (QIF) Ambiguity Resolution Strategy      #
#                                                                              #
# OPTIONS AND CRITERIA FOR TESTING                                             #
#   Maximal number of ambiguities fixed per iteration step > %%%%% <           # MXAQIF
#   Search width for pairs of L1 and L2 ambiguities        > %%%%% <WL cycles  # SEARWID
#   Maximal sigma of resolvable NL ambiguities             > %%%%% <NL cycles  # RMSNARR
#   Maximal fractional part of resolvable NL ambiguities   > %%%%% <NL cycles  # MAXFRAC
# END_PANEL ####################################################################


# BEGIN_PANEL PRINT = YES ######################################################
# GPSEST 3.3: Extended Printing Options                                        #
#                                                                              #
# INFORMATION RELATED TO OBSERVATIONS                                          #
#   List of observations given in files                    > % <               # PRTNUMOB
#   List of observations used for processing               > % <               # PRTNUMDD
#   Satellite elevations                                   > % <               # PRTELEV
#   Histogram of observations by elevation angle bins      > % <               # PRTNOBEL
#   Histogram of observations by nadir angle bins          > % <               # PRTNOBNA
#                                                                              #
# INFORMATION RELATED TO ESTIMATED PARAMETERS                                  #
#   List of all parameters                                 > % <               # PRTPARAM
#   Helmert transformation of resulting station coordinates> % <               # PRTHELM
#   Unresolved ambiguities after each iteration step       > % <               # PRTAMBIT
#   Suppression of output concerning epoch parameters      > % <               # PRTEPPAR
#                                                                              #
# OTHER INFORMATION                                                            #
#   Resolved ambiguities from observation files            > % <               # PRTAMBFL
#   Constants, antenna offsets, ionosphere coefficients    > % <               # PRTPOLE
#   Station eccentricities, receiver information           > % <               # PRTPOSEC
#   Receiver synchronization errors                        > % <               # PRTSYNCH
# END_PANEL ####################################################################


# BEGIN_PANEL PRTHELM = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 3.3.1: Helmert Transformation of Resulting Station Coordinates        #
#                                                                              #
# OPTIONS CONCERNING HELMERT TRANSFORMATION                                    #
#   Coordinate system for transformation > %%%%%%%%%%%% <                      # COORDSYS
#   Rotation > % <                                                             # ROTXYZ
#   Scale    > % <                                                             # SCALE
# END_PANEL ####################################################################


# BEGIN_PANEL FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC #####
# GPSEST 4: Datum Definition for Station Coordinates                           #
#                                                                              #
# DATUM DEFINITION TYPE                                                        #
#   > % < Free network solution                                                # RADIO8_3
#   > % < Coordinates constrained        > %%%%%%%%%%%% <                      # RADIO8_2 SIGSTA
#   > % < Coordinates fixed              > %%%%%%%%%%%% <                      # RADIO8_1 FIXSTA
#                                                                              #
# A PRIORI SIGMAS                                                              #
#   North     > %%%%%%% <meters                                                # SIGCRDN
#   East      > %%%%%%% <meters                                                # SIGCRDE
#   Up        > %%%%%%% <meters                                                # SIGCRDU
# END_PANEL ####################################################################


# BEGIN_PANEL SIGSTA = MANUAL OR SIGSTA = FROM_FILE OR SIGSTA = WITH_FLAG AND RADIO8_2 = 1
# GPSEST 4.1: Datum Definition for Station Coordinates                         #
#                                                                              #
# STATION COORDINATES TO BE CONSTRAINED                                        #
#   Manual selection                         > %%%%%%%%%%%%%%%%%%%% <          # STATION4
#   List of stations (and sigmas) from file  > %%%%%%%% <                      # STAFILE4
#   Stations with specific flags in CRD file > % <                             # STAFLAG4
# END_PANEL ####################################################################


# BEGIN_PANEL FIXSTA = MANUAL OR FIXSTA = FROM_FILE OR FIXSTA = WITH_FLAG AND RADIO8_1 = 1
# GPSEST 4.2: Datum Definition for Station Coordinates                         #
#                                                                              #
# STATION COORDINATES TO BE FIXED                                              #
#   Manual selection                         > %%%%%%%%%%%%%%%%%%%% <          # STATION1
#   List of stations from file               > %%%%%%%% <                      # STAFILE1
#   Stations with specific flags in CRD file > % <                             # STAFLAG1
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 5.1: Setup of Parameters and Pre-Elimination 1                        #
#                                                                              #
# STATION-RELATED PARAMETERS               Setup          Pre-Elimination      #
#   Station coordinates                             > %%%%%%%%%%%%%%%%%%%% <   # PRE01
#   Ambiguities                                     > %%%%%%%%%%%%%%%%%%%% <   # PRE04
#   Receiver antenna offsets               > % <    > %%%%%%%%%%%%%%%%%%%% <   # RANTOFF PRE05
#   Receiver antenna PCV patterns          > % <    > %%%%%%%%%%%%%%%%%%%% <   # RANTPAT PRE18
#                                                                              #
# ATMOSPHERIC PARAMETERS                                                       #
#   Site-specific troposphere parameters   > % <    > %%%%%%%%%%%%%%%%%%%% <   # SITETROP PRE06
#   Global ionosphere parameters           > % <    > %%%%%%%%%%%%%%%%%%%% <   # GLOBION PRE19
#                                                                              #
# EPOCH PARAMETERS                                                             #
#   Kinematic coordinates                  > % <    > %%%%%%%%%%%%%%%%%%%% <   # KINEST PRE21
#   Receiver clock offsets                 > % <    > %%%%%%%%%%%%%%%%%%%% <   # CLOCKR PRE23
#   GNSS clock offsets                     > % <    > %%%%%%%%%%%%%%%%%%%% <   # CLOCKS PRE24
#   Stochastic ionosphere parameters       > % <    > %%%%%%%%%%%%%%%%%%%% <   # DIFFION PRE17
# END_PANEL ####################################################################


# BEGIN_PANEL NO_CONDITION #####################################################
# GPSEST 5.2: Setup of Parameters and Pre-Elimination 2                        #
#                                                                              #
# SATELLITE-RELATED PARAMETERS             Setup          Pre-Elimination      #
#   GNSS or LEO orbit determination        > % <    > %%%%%%%%%%%%%%%%%%%% <   # ORBADJ PRE03
#   GNSS antenna offsets                   > % <    > %%%%%%%%%%%%%%%%%%%% <   # SANTOFF PRE12
#   GNSS antenna PCV patterns              > % <    > %%%%%%%%%%%%%%%%%%%% <   # SANTPAT PRE25
#                                                                              #
# ADDITIONAL PARAMETERS                                                        #
#   Differential code biases               > % <    > %%%%%%%%%%%%%%%%%%%% <   # DCBEST PRE08
#   Earth orientation parameters           > % <    > %%%%%%%%%%%%%%%%%%%% <   # ERP PRE10
#   Geocenter coordinates                  > % <    > %%%%%%%%%%%%%%%%%%%% <   # GEOCENT PRE16
#                                                                              #
# TIME OFFSET FOR PARAMETER INTERVALS      > %%%%%%%%% < (hhh mm ss)           # PAR_OFF
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 ######################################################
# GPSEST 5.3: Parameter Setup of Experimental Parameters                       #
#                                                                              #
# STATION-RELATED PARAMETERS               Setup          Pre-Elimination      #
#   Receiver clock offsets                 > % <    > %%%%%%%%%%%%%%%%%%%% <   # RCVCLOCK PRE02
#                                                                              #
# ATMOSPHERIC PARAMETERS                                                       #
#   Local troposphere parameters           > % <    > %%%%%%%%%%%%%%%%%%%% <   # LOCTROP PRE09
#   Local ionosphere parameters            > % <    > %%%%%%%%%%%%%%%%%%%% <   # LOCIONO PRE07
#                                                                              #
# ADDITIONAL PARAMETERS                                                        #
#   Earth gravity field                    > % <    > %%%%%%%%%%%%%%%%%%%% <   # GRAVITY PRE13
#   Earth albedo radiation                 > % <    > %%%%%%%%%%%%%%%%%%%% <   # ALBEDO PRE15
#   Hill resonance terms                   > % <    > %%%%%%%%%%%%%%%%%%%% <   # HILL PRE14
#                                                                              #
# EXPERIMENTAL OPTIONS                                                         #
#   Satellite-specific a priori sigmas     > % <                               # SVNAPR
# END_PANEL ####################################################################


# BEGIN_PANEL RANTOFF = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC ########
# GPSEST 6.1.1: Receiver Antenna Offsets 1                                     #
#                                                                              #
# PARAMETER SETUP                                                              #
#   Receiver antenna offsets for    North> % <   East > % <    Up   > % <      # RAON RAOE RAOU
#                                                                              #
# DEFAULT SETTINGS                                                             #
#   Frequencies                    > %%%%%% <                                  # RAOFRQ
#   Sigma for horizontal components> %%%%%%%% <meters                          # RAOSIGH
#   Sigma for vertical component   > %%%%%%%% <meters                          # RAOSIGV
# END_PANEL ####################################################################


# BEGIN_PANEL RAON = 1 OR RAOE = 1 OR RAOU = 1 AND RANTOFF = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.1.2: Receiver Antenna Offsets 2                                     #
#                                                                              #
# ANTENNA SELECTION                                                            #
#   Grouping  > %%%%%%%%%%%%%%%%%%%%% <                                        # RAOSEL
#                                                                              #
# RECEIVER-INDEPENDENT SELECTION                                               #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOGRPI
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOREFGI
#                                                                              #
# RECEIVER-DEPENDENT SELECTION                                                 #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOGRP
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOREFG
#                                                                              #
# INDIVIDUAL ANTENNAS                                                          #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOANT
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAOREFI
# END_PANEL ####################################################################


# BEGIN_PANEL RAON = 1 OR RAOE = 1 OR RAOU = 1 AND RANTOFF = 1 AND RAOSEL = MANUAL AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.1.3: Receiver Antenna Offsets 3                                     #
#                                                                              #
# MANUAL SETUP                                                                 #
#                                        Antenna numbers     Sigma (meters)    #
#  Antenna name       Receiver name       from   to     Frq  horiz.    vert.   #
#> %%%%%%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%  %%%%%% %%%%%%  %  %%%%%%%% %%%%%%%% <# RAOSTR
#                                                                              #
# END_PANEL ####################################################################


# BEGIN_PANEL RANTPAT = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC ########
# GPSEST 6.2.1: Receiver Antenna PCV Patterns 1                                #
#                                                                              #
# PARAMETER SETUP                                                              #
# > % <Polygon model                                                           # RAPMOD_1
#        Maximum zenith angle    > %%% <   degrees                             # RAPZENMAX
#        Elevation increment     > %%% <   degrees                             # RAPDELE
#        Azimuth increment       > %%% <   degrees                             # RAPDAZI
# > % <Spherical harmonics                                                     # RAPMOD_2
#        Degree n                > %%% <                                       # RAPHARMN
#        Order m                 > %%% <                                       # RAPHARMM
#                                                                              #
# DEFAULT SETTINGS                                                             #
#   Frequencies                  > %%%%%% <                                    # RAPFRQ
#   A priori sigma               > %%%%%%%% <meters                            # RAPSIGMA
# END_PANEL ####################################################################


# BEGIN_PANEL RANTPAT = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC ########
# GPSEST 6.2.2: Receiver Antenna PCV Patterns 2                                #
#                                                                              #
# ANTENNA SELECTION                                                            #
#   Grouping  > %%%%%%%%%%%%%%%%%%%%% <                                        # RAPSEL
#                                                                              #
# RECEIVER-INDEPENDENT SELECTION                                               #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPGRPI
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPREFGI
#                                                                              #
# RECEIVER-DEPENDENT SELECTION                                                 #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPGRP
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPREFG
#                                                                              #
# INDIVIDUAL ANTENNAS                                                          #
#   Estimated > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPANT
#   Reference > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <           # RAPREFI
# END_PANEL ####################################################################


# BEGIN_PANEL RANTPAT = 1 AND RAPSEL = MANUAL AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.2.3: Receiver Antenna PCV Patterns 3                                #
#                                                                              #
# MANUAL SETUP                                                                 #
#                                         Ant. numbers     Increment           #
#  Antenna name       Receiver name       from   to     Frq El  Az   Sigma     #
#> %%%%%%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%  %%%%%% %%%%%%  %  %%% %%%  %%%%%%%% <# RAPSTR
# END_PANEL ####################################################################


# BEGIN_PANEL SITETROP = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.3.1: Site-Specific Troposphere Parameters 1                         #
#                                                                              #
# ZENITH PATH DELAY PARAMETERS                                                 #
#   Mapping function              > %%%%%%%%%% <                               # MAPPNG
#   Parameter spacing             > %%%%%%%% <(hh mm ss)                       # NUMPAR
#                                                                              #
# HORIZONTAL GRADIENT PARAMETERS                                               #
#   Gradient estimation model     > %%%%%%%%%% <                               # TRPGRD
#   Parameter spacing             > %%%%%%%% <(hh mm ss)                       # NUMGRD
#                                                                              #
# A PRIORI SIGMAS                   Absolute               Relative            #
#   Zenith path delay             > %%%%%%%% <meters     > %%%%%%%% <meters    # SIGABS SIGREL
#   Horizontal gradients          > %%%%%%%% <meters     > %%%%%%%% <meters    # SIGABS_G SIGREL_G
#                                                                              #
# EXTRACTION OF PARAMETERS FOR TROPOSPHERE SINEX FILE                          #
#   Offset> %%%%%%%%% <(hhh mm ss)        Time resolution> %%%%%%%% <(hh mm ss)# TRPOFF TRPRES
#                                                                              #
# END_PANEL ####################################################################


# BEGIN_PANEL SITETROP = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.3.2: Site-Specific Troposphere Parameters 2                         #
#                                                                              #
# STATIONS TO BE EXCLUDED FROM TROPOSPHERE ESTIMATION                          #
#   Station selection           > %%%%%%%%%%% <                                # NTRPSEL
#   Station list from file      > %%%%%%%% <                                   # STAFILE6
#   Manual selection            > %%%%%%%%%%%%%%%%%%%% <                       # STATION6
#                                                                              #
# STATIONS WITH SPECIAL A PRIORI SIGMAS                                        #
#   Station selection           > %%%%%%%%%%% <                                # SPESEL
#   Station list from file      > %%%%%%%% <                                   # STAFILE3
#   Manual selection            > %%%%%%%%%%%%%%%%%%%% <                       # STATION3
#                                                                              #
# SPECIAL A PRIORI SIGMAS         Absolute               Relative              #
#   Zenith path delay           > %%%%%%%% <meters     > %%%%%%%% <meters      # SPEABS SPEREL
#   Horizontal gradients        > %%%%%%%% <meters     > %%%%%%%% <meters      # SPEABS_G SPEREL_G
# END_PANEL ####################################################################


# BEGIN_PANEL GLOBION = 1 AND FREQUENCY / L3 AND FREQUENCY / MELWUEBB ##########
# GPSEST 6.4.1: Global Ionosphere Parameters 1                                 #
#                                                                              #
# NUMBER OF MODELS                                                             #
#   Parameter spacing/interval           > %%%%%%%% <  (hh mm ss)              # NUMION
#   Station-specific models              > % <                                 # MLTMOD
#   4-figure model name                  > %%%% <                              # GIMNAM
#                                                                              #
# NUMBER OF COEFFICIENTS                                                       #
#   Maximum degree of spherical harmonics> %%%% <                              # MAXDEG
#   Maximum order of spherical harmonics > %%%% <                              # MAXORD
#                                                                              #
# ESTIMATION OF SINGLE-LAYER HEIGHT PARAMETERS                                 #
#   Number of height parameters          > %%%% <                              # HGTEST
#   Absolute sigma for height parameters > %%%%%%% <kilometers                 # SIGHGT
#   Relative sigma for height parameters > %%%%%%% <kilometers                 # RELHGT
# END_PANEL ####################################################################


# BEGIN_PANEL GLOBION = 1 AND FREQUENCY / L3 AND FREQUENCY / MELWUEBB ##########
# GPSEST 6.4.2: Global Ionosphere Parameters 2                                 #
#                                                                              #
# MODELING CHARACTERISTICS                                                     #
#   Mode of temporal modeling            > %%%%%%% <                           # STADYN
#   Reference frame definition           > %%%%%%%%%%%% <                      # REFFRM
#   Longitude of the Sun                 > %%%%% <                             # LONSUN
#   Mapping function                     > %%%%% <                             # MAPFUN
#                                                                              #
# ADDITIONAL INFORMATION                                                       #
#   A priori height of single layer      > %%%%%%% <kilometers                 # HGTION
#   Latitude of geomagnetic pole         > %%%%%%% <degrees                    # LATPOL
#   Longitude of geomagnetic pole        > %%%%%%% <degrees                    # LONPOL
#   Absolute sigma for coefficients      > %%%%%%% <TECU                       # SIGCOE
#   Relative sigma for coefficients      > %%%%%%% <TECU                       # RELCOE
# END_PANEL ####################################################################


# BEGIN_PANEL KINEST = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.5: Kinematic Coordinates                                            #
#                                                                              #
# STATIONS TO BE TREATED AS KINEMATIC                                          #
#   Station selection                         > %%%%%%%%%%% <                  # KINSTA
#   Station list from file                    > %%%%%%%% <                     # STAFILE2
#   Manual selection                          > %%%%%%%%%%%%%%%%%%%% <         # STATION2
#                                                                              #
# A PRIORI SIGMAS                                                              #
#   Reference frame                           > %%%%% <                        # SIGKIN
#   Sigma for horizonal components            > %%%%%%% <meters                # SIGKIN_H
#   Sigma for vertical component              > %%%%%%% <meters                # SIGKIN_V
#   Sigma for all components                  > %%%%%%% <meters                # SIGKIN_L
#                                                                              #
# ADDITIONAL OPTION                                                            #
#   Minimum number of observations per epoch  > % <                            # MINKIN
# END_PANEL ####################################################################


# BEGIN_PANEL CLOCKR = 1 OR CLOCKS = 1 AND DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.6.1: Clock Estimation 1                                             #
#                                                                              #
# DATUM DEFINITION FOR CLOCK ESTIMATION                                        #
#   Type of datum definition                 > %%%%%%%%%%%%%%%%%%%% <          # REFSUM
#                                                                              #
# REFERENCE STATIONS                                                           #
#   Selection of reference stations          > %%%%%%%%%%%%%%%%%%%% <          # REFCLOCKR
#   Manual station selection                 > %%%%%%%%%%%%%%%%%%%% <          # STATION8
#   Station list from file                   > %%%%%%%% <                      # STAFILE8
#                                                                              #
# REFERENCE SATELLITES                                                         #
#   Selection of reference satellites        > %%%%%%%%%%%%%%%%%%%% <          # REFCLOCKS
#   Manual satellite selection               > %%%%%%%%%%%%%%%%%%%% <          # SATELLITE8
#   Satellite list from file                 > %%%%%%%% <                      # SATFILE8
#                                                                              #
# ADDITIONAL OPTIONS                                                           #
#   Minimum number of obs per station clock  > %%% <                           # MINSTA
#   Minimum number of obs per satellite clock> %%% <                           # MINSAT
#   Skip observations w/o satellite clocks   > % <                             # NOSATCLK
# END_PANEL ####################################################################


# BEGIN_PANEL CLOCKR = 1 OR CLOCKS = 1 AND DIFLVL = ZERO AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND CLKRNX / _
# GPSEST 6.6.2: Clock Estimation 2                                             #
#                                                                              #
# HEADER ENTRIES FOR CLOCK RINEX RESULT FILE                                   #
#   Run by         > %%%%%%%%%%%%%%%%%%% <                                     # RUNBY
#   AC designator  > %%%% <                                                    # AC
#   AC name        > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <        # ACNAME
#                                                                              #
#   Comment lines:                                                             #
#      > %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <        # COMMENT
# END_PANEL ####################################################################


# BEGIN_PANEL DIFFION = 1 AND FREQUENCY / L3 AND FREQUENCY / MELWUEBB  AND FREQUENCY / DTEC
# GPSEST 6.7: Stochastic Ionosphere Parameters                                 #
#                                                                              #
# STOCHASTIC IONOSPHERE PARAMETERS                                             #
#   Elimination of reference ionosphere parameters      > % <                  # DIONELI
#   Elevation-dependent parameter constraining          > % <                  # DIONCON
#   Absolute a priori sigma on single difference level  > %%%%%% <meters       # DIONSIG
#   Relative a priori sigma of ionospheric random walk  > %%%%%% <m/min**1/2   # DIONSIGR
# END_PANEL ####################################################################


# BEGIN_PANEL RPRCOE / _ AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1
# GPSEST 6.8.1: GNSS Orbit Determination 1                                     #
#                                                                              #
# SATELLITE SYSTEM SELECTION              > %%%%%%%% <                         # ORBEST
#                                                                              #
# SETUP OF ORBITAL ELEMENTS              A priori sigma                        #
#   Semi major axis      > % <            > %%%%%%%%% <meters                  # SEMIAXIS SIGSEMI
#   Eccentricity         > % <            > %%%%%%%%% <                        # ECCENTR  SIGECCE
#   Inclination          > % <            > %%%%%%%%% <arcseconds              # INCLIN   SIGINCL
#   Ascending node       > % <            > %%%%%%%%% <arcseconds              # ASCNODE  SIGASCN
#   Perigee              > % <            > %%%%%%%%% <arcseconds              # PERIGEE  SIGPERI
#   Argument of latitude > % <            > %%%%%%%%% <arcseconds              # ARGLAT   SIGARGL
#                                                                              #
# SETUP OF DYNAMICAL PARAMETERS          A priori sigma                        #
#   Constant D term      > % <            > %%%%%%%%% <meters/seconds**2       # PARD0    SIGD0
#   Constant Y term      > % <            > %%%%%%%%% <meters/seconds**2       # PARY0    SIGY0
#   Constant X term      > % <            > %%%%%%%%% <meters/seconds**2       # PARX0    SIGX0
#   Periodic D terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARD0  SIGPRD0
#   Periodic Y terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARY0  SIGPRY0
#   Periodic X terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARX0  SIGPRX0
#                                                                              #
# ESTIMATION OF STOCHASTIC PULSES         > % <                                # STCEST
# END_PANEL ####################################################################


# BEGIN_PANEL RPRCOE / _ AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1 AND STCEST = 1
# GPSEST 6.8.2: GNSS Orbit Determination 2                                     #
#                                                                              #
# OPTIONS CONCERNING ESTIMATION OF STOCHASTIC PULSES                           #
#   Number of parameter sets per day      > %%% <                              # NUMSET1
#   Additional requests for further epochs> % <                                # STCSPEC
#                                                                              #
# SETUP OF STOCHASTIC PULSES             A priori sigma                        #
#   Radial               > % <            > %%%%%%%%% <meters/seconds**2       # ESTRAD  SIGRAD
#   Along track          > % <            > %%%%%%%%% <meters/seconds**2       # ESTPRP  SIGPRP
#   Out of plane         > % <            > %%%%%%%%% <meters/seconds**2       # ESTNOR  SIGNOR
#   Direction to Sun     > % <            > %%%%%%%%% <meters/seconds**2       # ESTSUN  SIGSUN
#   Y-direction          > % <            > %%%%%%%%% <meters/seconds**2       # ESTYDIR SIGYDIR
#   X-direction          > % <            > %%%%%%%%% <meters/seconds**2       # ESTXDIR SIGXDIR
#                                                                              #
# SATELLITE-SPECIFIC PARAMETER SETUP                                           #
#   PRN     Parameters/day        Sigma1        Sigma2        Sigma3           #
# > %%%          %%%             %%%%%%%%      %%%%%%%%      %%%%%%%% <        # SATGROUP
# END_PANEL ####################################################################


# BEGIN_PANEL RPRCOE / _ AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1 AND STCEST = 1 AND STCSPEC = 1
# GPSEST 6.8.3: GNSS Orbit Determination 3                                     #
#                                                                              #
# ADDITIONAL SETUP REQUESTS FOR STOCHASTIC PULSES                              #
#   PRN  yyyy mm dd  hh mm ss     Sigma1        Sigma2        Sigma3           #
# > %%%  %%%%%%%%%%  %%%%%%%%    %%%%%%%%      %%%%%%%%      %%%%%%%% <        # STCGROUP
# END_PANEL ####################################################################


# BEGIN_PANEL LEORPR / _ AND LEOPROC = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1
# GPSEST 6.9.1: LEO Orbit Determination 1                                      #
#                                                                              #
# SETUP OF ORBITAL ELEMENTS              A priori sigma                        #
#   Semi major axis      > % <            > %%%%%%%%% <meters                  # SEMIAXIS2 SIGSEMI2
#   Eccentricity         > % <            > %%%%%%%%% <                        # ECCENTR2  SIGECCE2
#   Inclination          > % <            > %%%%%%%%% <arcseconds              # INCLIN2   SIGINCL2
#   Ascending node       > % <            > %%%%%%%%% <arcseconds              # ASCNODE2  SIGASCN2
#   Perigee              > % <            > %%%%%%%%% <arcseconds              # PERIGEE2  SIGPERI2
#   Argument of latitude > % <            > %%%%%%%%% <arcseconds              # ARGLAT2   SIGARGL2
#                                                                              #
# SETUP OF DYNAMICAL PARAMETERS          A priori sigma                        #
#   Constant D term      > % <            > %%%%%%%%% <meters/seconds**2       # PARD02    SIGD02
#   Constant Y term      > % <            > %%%%%%%%% <meters/seconds**2       # PARY02    SIGY02
#   Constant X term      > % <            > %%%%%%%%% <meters/seconds**2       # PARX02    SIGX02
#   Periodic D terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARD02  SIGPRD02
#   Periodic Y terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARY02  SIGPRY02
#   Periodic X terms     > % <            > %%%%%%%%% <meters/seconds**2       # PRPARX02  SIGPRX02
#                                                                              #
# ESTIMATION OF STOCHASTIC PULSES         > % <                                # STCEST2
# END_PANEL ####################################################################


# BEGIN_PANEL LEORPR / _ AND LEOPROC = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1 AND STCEST2 = 1
# GPSEST 6.9.2: LEO Orbit Determination 2                                      #
#                                                                              #
# OPTIONS CONCERNING ESTIMATION OF STOCHASTIC PULSES                           #
#   Number of parameter sets per day      > %%% <                              # NUMSET12
#   Additional requests for further epochs> % <                                # STCSPEC2
#                                                                              #
# SETUP OF STOCHSTAIC PULSES             A priori sigma                        #
#   Radial               > % <            > %%%%%%%%% <meters/seconds**2       # ESTRAD2  SIGRAD2
#   Along track          > % <            > %%%%%%%%% <meters/seconds**2       # ESTPRP2  SIGPRP2
#   Out of plane         > % <            > %%%%%%%%% <meters/seconds**2       # ESTNOR2  SIGNOR2
#   Direction to Sun     > % <            > %%%%%%%%% <meters/seconds**2       # ESTSUN2  SIGSUN2
#   Y-direction          > % <            > %%%%%%%%% <meters/seconds**2       # ESTYDIR2 SIGYDIR2
#   X-direction          > % <            > %%%%%%%%% <meters/seconds**2       # ESTXDIR2 SIGXDIR2
#                                                                              #
# SATELLITE-SPECIFIC PARAMETER SETUP                                           #
#   LEO     Parameters/day        Sigma1        Sigma2        Sigma3           #
# > %%%          %%%             %%%%%%%%      %%%%%%%%      %%%%%%%% <        # SATGROUP2
# END_PANEL ####################################################################


# BEGIN_PANEL LEORPR / _ AND LEOPROC = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC AND ORBADJ = 1 AND STCEST2 = 1 AND STCSPEC2 = 1
# GPSEST 6.9.3: LEO Orbit Determination 3                                      #
#                                                                              #
# ADDITIONAL SETUP REQUESTS FOR STOCHASTIC PULSES                              #
#   LEO  yyyy mm dd  hh mm ss     Sigma1        Sigma2        Sigma3           #
# > %%%  %%%%%%%%%%  %%%%%%%%    %%%%%%%%      %%%%%%%%      %%%%%%%% <        # STCGROUP2
# END_PANEL ####################################################################


# BEGIN_PANEL SANTOFF = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC ########
# GPSEST 6.10.1: GNSS Antenna Offsets 1                                        #
#                                                                              #
# PARAMETER SETUP                         A priori sigma                       #
#   X-component            > % <           > %%%%%%%% <meters                  # SATANTX SATANTSX
#   Y-component            > % <           > %%%%%%%% <meters                  # SATANTY SATANTSY
#   Z-component            > % <           > %%%%%%%% <meters                  # SATANTZ SATANTSZ
#                                                                              #
#   Advanced setup         > % <                                               # SATANT0
#   Grouping               > %%%%%%%%%%%% <                                    # SAOSEL
#                                                                              #
# SELECTION OF SATELLITE BLOCKS/TYPES                                          #
#   GPS:                   > % <             Block-I               1           # SAOI
#                          > % <           > %%%%%%%%%%%%%%%%%%%%%%% <         # SAOII SAOII_IIA
#                          > % <             Block-IIR             4           # SAOIIR
#                          > % <             Block-IIF             5           # SAOIIF
#   GLONASS:               > % <             GLONASS             101           # SAOGLO
#                          > % <             GLONASS-M           102           # SAOGLM
#                          > % <             GLONASS-K           103           # SAOGLK
# END_PANEL ####################################################################


# BEGIN_PANEL SANTOFF = 1 AND SATANT0 = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.10.2: GNSS Antenna Offsets 2                                        #
#                                                                              #
# ADVANCED PARAMETER SETUP AND CONSTRAINING                                    #
#                       A priori sigma (meters)  A priori sigma (meters)       #
#          Spacing      First parameter          Other parameters              #
#  Group   hh mm ss       X      Y      Z          X      Y      Z             #
# > %%%    %%%%%%%%     %%%%%% %%%%%% %%%%%%     %%%%%% %%%%%% %%%%%% <        # SATANTSTR
# END_PANEL ####################################################################


# BEGIN_PANEL SATANTX = 1 OR SATANTY = 1 OR SATANTZ = 1 AND SANTOFF = 1 AND SAOSEL = MANUAL AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.10.3: GNSS Antenna Offsets 3                                        #
#                                                                              #
# MANUAL GROUP DEFINITION                                                      #
#  Group  Satellite numbers                                                    #
# > %%%   %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% <        # SATANTGRP
# END_PANEL ####################################################################


# BEGIN_PANEL SANTPAT = 1 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC ########
# GPSEST 6.11.1: GNSS Antenna PCV Patterns 1                                   #
#                                                                              #
# OPTIONS AND CONSTRAINING                                                     #
#   Maximum nadir angle    > %%%%%%%% <degrees                                 # SAPNADMAX
#   Nadir angle increment  > %%%%%%%% <degrees                                 # SAPDNAD
#   Azimuth angle increment> %%%%%%%% <degrees                                 # SAPDAZI
#   A priori sigma         > %%%%%%%% <meters                                  # SAPSIGMA
#                                                                              #
#   Grouping               > %%%%%%%%%%%% <                                    # SAPSEL
#                                                                              #
# SELECTION OF SATELLITE BLOCKS/TYPES                                          #
#   GPS:                   > % <             Block-I               1           # SAPI
#                          > % <           > %%%%%%%%%%%%%%%%%%%%%%% <         # SAPII SAPII_IIA
#                          > % <             Block-IIR             4           # SAPIIR
#                          > % <             Block-IIF             5           # SAPIIF
#   GLONASS:               > % <             GLONASS             101           # SAPGLO
#                          > % <             GLONASS-M           102           # SAPGLM
#                          > % <             GLONASS-K           103           # SAPGLK
# END_PANEL ####################################################################


# BEGIN_PANEL SANTPAT = 1 AND SAPSEL = MANUAL AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.11.2: GNSS Antenna PCV Patterns 2                                   #
#                                                                              #
# MANUAL GROUP DEFINITION                                                      #
#  Group   Satellite numbers                                                   #
# > %%%    %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% <       # SAPGRP
# END_PANEL ####################################################################


# BEGIN_PANEL DCBEST = 1 AND FREQUENCY / DTEC ##################################
# GPSEST 6.12: Differential Code Biases                                        #
#                                                                              #
# PARAMETER SETUP                                                              #
#   Type of differential code biases                  > %%%%%%%%%%%%%%%%% <    # DCBTYP
#   Estimate differential code biases for satellites  > % <                    # DCBSAT
#   Estimate differential code biases for receivers   > % <                    # DCBREC
#                                                                              #
# DATUM DEFINITION AND CONSTRAINING                                            #
#   Reference satellite(s)                            > %%%%% <                # DCBREF
#   A priori sigma for reference satellite biases     > %%%%%%% <nanoseconds   # DCBSIG
#   A priori sigma for receiver biases                > %%%%%%% <nanoseconds   # DCBSIGR
# END_PANEL ####################################################################


# BEGIN_PANEL ERP = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.13: Earth Orientation Parameters                                    #
#                                                                              #
# PARAMETER SETUP                                                              #
#   Parameter spacing          > %%%%%%%% <(hh mm ss)                          # NUMSET
#   Continuity between sets    > %%%%% <                                       # CONTI
#   Drifts constrained to zero > %%%%% <                                       # CONSTRA
#                                                                              #
# NUMBER OF PARAMETERS PER SET AND CONSTRAINING                                #
#                 Par/set     First parameter    Other parameters              #
#   X pole        > % <                           > %%%%%%%%% <milliarcseconds # NXP SIGXP
#   Y pole        > % <                           > %%%%%%%%% <milliarcseconds # NYP SIGYP
#   UT1-UTC       > % <        > %%%%%%%%% <      > %%%%%%%%% <milliseconds    # NDT SIG1DT SIGDT
#   Delta Epsilon > % <        > %%%%%%%%% <      > %%%%%%%%% <milliarcseconds # NEPS SIG1EPS SIGEPS
#   Delta Psi     > % <        > %%%%%%%%% <      > %%%%%%%%% <milliarcseconds # NPSI SIG1PSI SIGPSI
#                                                                              #
# TIME RESOLUTION OF EXTRACTED VALUES                                          #
#   Bernese ERP file           > %%%%%%%% <(hh mm ss)                          # NVBERN
#   IERS ERP file              > %%%%%%%% <(hh mm ss)                          # NVIERS
# END_PANEL ####################################################################


# BEGIN_PANEL GEOCENT = 1 AND FREQUENCY / L4 AND FREQUENCY / MELWUEBB AND FREQUENCY / DTEC
# GPSEST 6.14: Geocenter Coordinates                                           #
#                                                                              #
# PARAMETER SETUP                        A priori sigma                        #
#   X-component        > % <              > %%%%%%%% <meters                   # COMX     SIGCOMX
#   Y-component        > % <              > %%%%%%%% <meters                   # COMY     SIGCOMY
#   Z-component        > % <              > %%%%%%%% <meters                   # COMZ     SIGCOMZ
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND RCVCLOCK  = 1 ####################################
# GPSEST 99.1: Receiver Clock Offsets                                          #
#                                                                              #
# SITE-SPECIFIC RECEIVER CLOCK OFFSETS                                         #
#   Station selection               > %%%%%%%%%%% <                            # RCVCLKLST
#   File with the list of stations  > %%%%%%%% <                               # STAFILE5
#   Selection of list of stations   > %%%%%%%%%%%%%%%%%%%% <                   # STATION5
#   A priori sigma                  > %%%%% <milliseconds                      # SIGMA5
#                                                                              #
# TIME INTERVAL FOR RECEIVER CLOCK OFFSET PARAMETERS                           #
#   > % < Time interval from observation files                                 # RCOTIM
#                                                                              #
#   > % < Defined by year and session number                                   # RADIO5_1
#            Year > %%%% <   Session > %%%% <                                  # SESSION_YEAR5 SESSION_STRG5
#                                                                              #
#   > % < Defined by start and end time                                        # RADIO5_2
#                   yyyy mm dd     hh mm ss          yyyy mm dd     hh mm ss   #
#            Start> %%%%%%%%%% < > %%%%%%%% <   End> %%%%%%%%%% < > %%%%%%%% < # STADAT5   STATIM5   ENDDAT5   ENDTIM5
#                                                                              #
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND LOCTROP = 1 ######################################
# GPSEST 99.2: Local Troposphere Parameters                                    #
#                                                                              #
# MODEL SPECIFICATION                                                          #
#   Parameter interval                > %%%%%%%% <(hh mm ss)                   # LTRPMOD
#   Polynomial degree                 > %% <                                   # LTRPPAR
#   A priori sigma for zero-order term> %%%%%%%% <meters                       # LTRPSIG1
#   A priori sigma for other terms    > %%%%%%%% <meters/(100meters)**n        # LTRPSIG2
#                                                                              #
# END_PANEL ####################################################################


# BEGIN_PANEL LOCIONO = 1 ######################################################
# GPSEST 99.3: Local Ionosphere Parameters                                     #
#                                                                              #
# MODEL SPECIFICATION                                                          #
#                    Degree of development        Maximum degree of            #
#      Model         Latitude    Longitude        mixed coefficients           #
#    >  %%%             %%          %%                    %%         <         # LIONSTR
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND GRAVITY = 1 ######################################
# GPSEST 99.4: Earth Gravity Field                                             #
#                                                                              #
# PARAMETER SETUP OPTIONS                                                      #
# > % < Default setup                                                          # GRAVITY_D
#         Maximum degree of development> %% <                                  # POTDEG
#         Maximum order of development > %% <                                  # POTORD
#         A priori sigma               > %%%%%% <                              # POTSIG
#                                                                              #
# > % < Manual setup of special coefficients                                   # GRAVITY_M
#         Degree   Order   Sigma                                               #
#         > %%      %%     %%%%%% <                                            # POTSTR
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND ALBEDO = 1 #######################################
# GPSEST 99.5: Earth Albedo Radiation                                          #
#                                                                              #
# PARAMETER SELECTION                                       A priori sigma     #
#   Absorption, constant part                       > % <     > %%%%%%% <      # ALB1 SIGALB1
#   Absorption, variable surface due to solar panels> % <     > %%%%%%% <      # ALB2 SIGALB2
#   Reflection at solar panels                      > % <     > %%%%%%% <      # ALB3 SIGALB3
#                                                                              #
# SATELLITE GROUP DEFINITION                                                   #
#  Group   Satellite numbers                                                   #
# > %%     %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% <   # ALBSATSTR
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND HILL = 1 #########################################
# GPSEST 99.6.1: Hill Resonance Terms                                          #
#                                                                              #
# PARAMETER SETUP OPTIONS                                                      #
#    > % < Default parameter setup                                             # HILL_D
#    > % < Manual parameter setup                                              # HILL_M
#                                                                              #
# CONSTANT FORCES SELECTION          A priori sigma                            #
#   Radial              > % <          > %%%%%% <                              # HILC1 SIGHILC1
#   Along track         > % <          > %%%%%% <                              # HILC2 SIGHILC2
#   Out of plane        > % <          > %%%%%% <                              # HILC3 SIGHILC3
#                                                                              #
# PERIODIC FORCES SELECTION                                                    #
#   Radial              > % <          > %%%%%% <                              # HILP1 SIGHILP1
#   Along track         > % <          > %%%%%% <                              # HILP2 SIGHILP2
#   Out of plane        > % <          > %%%%%% <                              # HILP3 SIGHILP3
#                                                                              #
# LIST OF SATELLITES                                                           #
# > %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% %%% <          # HILSATSTR
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND HILL = 1 AND HILL_M = 1 ##########################
# GPSEST 99.6.2: Hill Resonance Terms (Manual Setup)                           #
#                                                                              #
# DIRECTION OF FORCE                       TYPE OF FORCE                       #
#   1: Radial                                1: Constant                       #
#   2: Along track                           2: Cosine term                    #
#   3: Out of plane                          3: Sine term                      #
#                                                                              #
# MANUAL PARAMETER SETUP                                                       #
#    Satellite    Direction of      Type of                                    #
#     number         force           force       Sigma                         #
#   >  %%%             %               %         %%%%%%   <                    # HILLSTR
# END_PANEL ####################################################################


# BEGIN_PANEL MOREOPT = 1 AND SVNAPR = 1 #######################################
# GPSEST 99.7: Satellite-Specific a Priori Sigmas                              #
#                                                                              #
#                      From                    To            Sigma             #
#     PRN     yyyy mm dd  hh mm ss   yyyy mm dd  hh mm ss   (meters)           #
#   > %%%     %%%%%%%%%%  %%%%%%%%   %%%%%%%%%%  %%%%%%%%    %%%%%% <          # SVNSIG
# END_PANEL ####################################################################
