General Purpose Geodetic Library
SgIoAgvDriverDds.cpp File Reference
#include <SgIoAgvDriver.h>

Go to the source code of this file.

Variables

const SgAgvDatumDescriptor adNobsSta ("NOBS_STA", "Number of observations per site", ADS_SESSION, ADT_I4, SD_NumStn, 1, ACS_ANY)
 
const SgAgvDatumDescriptor adNumbObs ("NUMB_OBS", "Number of observations in the session", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY)
 
const SgAgvDatumDescriptor adNumbSca ("NUMB_SCA", "Number of scans in the session", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY)
 
const SgAgvDatumDescriptor adNumbSta ("NUMB_STA", "Number of sites", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY)
 
const SgAgvDatumDescriptor adObsTab ("OBS_TAB ", "Observation tables: scan index, indices of the first and the second station", ADS_SESSION, ADT_I4, 3, SD_NumObs, ACS_ANY)
 
const SgAgvDatumDescriptor adSiteNames ("SITNAMES", "IVS site names", ADS_SESSION, ADT_CHAR, 8, SD_NumStn, ACS_ANY)
 
const SgAgvDatumDescriptor adBandNames ("BAND_NAM", "Band names", ADS_SESSION, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorrPlace ("CORPLACE", "Correlator place name", ADS_SESSION, ADT_CHAR, 32, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorrType ("COR_TYPE", "Correlator type: MK3 MK4 K4 S2 VLBA MITAKA-1", ADS_SESSION, ADT_CHAR, 8, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adExpCode ("EXP_CODE", "Experiment code", ADS_SESSION, ADT_CHAR, 32, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adExpDesc ("EXP_DESC", "Experiment description", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adExpName ("EXP_NAME", "Experiment program name", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adMk3DbName ("MK3_DBNM", "Mark-3 DBH database name", ADS_SESSION, ADT_CHAR, 10, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPiName ("PI_NAME ", "Name of the principal investigator", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRecMode ("REC_MODE", "Recording mode", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrcName ("SRCNAMES", "Source names", ADS_SESSION, ADT_CHAR, 8, SD_NumSrc, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRefClocks ("CLK_SITS", "List of clock reference stations", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adScanNames ("SCANNAME", "Scan name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCrootFnam ("CROOTFIL", "Correlator root file name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFScanName ("FSCANAME", "Full scan name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adQualCodes ("QUALCODE", "Quality code as char value: 5-9 is good, 0 -- non-detection, letter -- failure", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourfCmd ("FOURF_CS", "Command string used for fourfit", ADS_BASELINE, ADT_CHAR, 16, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourfCtrl ("FOURF_CF", "Control file name for fourfit", ADS_BASELINE, ADT_CHAR, 16, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adErrorK ("ERROR_K ", "Group delay and rate re-weighting constants", ADS_SESSION, ADT_R8, 2, SD_NumBln, ACS_NATIVE)
 
const SgAgvDatumDescriptor adErrorBl ("ERROR_BL", "B.L.names for formal errors", ADS_SESSION, ADT_CHAR, 1, SD_NumBln, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrcStatus ("SOURSTAT", "Source selection status bit-mapped array", ADS_SESSION, ADT_I2, SD_NumSrc, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBlnStatus ("BASLSTAT", "Baseline selection bit maped array. 1=some obs, etc.", ADS_SESSION, ADT_I2, SD_NumStn, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBlnClocks ("BLDEPCKS", "Bl-dependent clock list", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adObsCalFlg ("OBCLFLGS", "Bit set indicate that calibration is recommended for observations", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStnCalFlg ("CAL_FLGS", "Bit set indicate that calibration is recommended for stations", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFlybyFlg ("FCL_FLGS", "Standard flcal configuration for stations", ADS_SESSION, ADT_I2, SD_NumStn, 7, ACS_NATIVE)
 
const SgAgvDatumDescriptor adObsCalNam ("OBCLLIST", "Available obs dependent calibrations (poletide, earthdide, ?)", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStnCalNam ("CAL_LIST", "Station depedendent calibrations (Cable, Phase, etc?)", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFlyCalNam ("FCL_LIST", "Key to the standard flcal config", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourfErr ("FRNGERR ", "Fourfit error flag blank=OK.", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourfFile ("FOURFFIL", "Fourfit output filename.", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adExpSerNo ("EXPSERNO", "Experiment serial number at correlator", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumSrc ("NUMB_SOU", "Number of observed sources", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumBands ("NUM_BAND", "Number of frequency bands observed in the experiment", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumChnTot ("NUM_CHAN", "Number of frequency channels at all bands", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumChnBnd ("NUM_CHBN", "Number of frequency channels per band", ADS_SESSION, ADT_I4, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumAvaBnd ("N_AVBAND", "Number of frequency bands for which information is availble", ADS_SESSION, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adMjdObs ("MJD_OBS ", "MJD of fringe reference time at pseudo-UTC timecale for the scan (days)", ADS_SCAN, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrcIdx ("SOU_IND ", "Source name index", ADS_SCAN, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStnIdx ("STA_IND ", "Station names indexes", ADS_BASELINE, ADT_I4, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adInterval4 ("INTRVAL4", "First and last UTC time tag in input file.", ADS_SESSION, ADT_I2, 2, 5, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumLags ("NLAGS ", "Num of lags used for correlation", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUvf_Asec ("UVF/ASEC", "U V in FR per arcsec from CALC per band", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBitsSampl ("BITSAMPL", "Number of bits per sample", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE, true)
 
const SgAgvDatumDescriptor adNusedChnl ("NUSEDCHN", "Number of channels used in bandwidth synthesis per band", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCbrNumber ("NUM_CLBR", "Number of clock breaks in the experiment", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCbrSite ("STA_CLBR", "Names of stations with clock breaks", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCbrImjd ("MJD_CLBR", "Integer part of MJD of clock break epochs", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCbrTime ("UTC_CLBR", "UTC time tag of clock break, seconds since 0:0:0", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStrtOffst ("STARTOFF", "Offset nominal start time (sec).", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStopOffst ("STOP_OFF", "Offset nominal stop time (sec).", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adHopsVer ("HOPS_VER", "HOPS software revision number.", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourFtVer ("FOURFVER", "Fourfit version number.", ADS_BASELINE, ADT_I2, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adScanUtc ("SCAN_UTC", "Nominal scan time YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUtcMtag ("UTCM_TAG", "UTC at central epoch YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorrUtc ("CORR_UTC", "UTC time tag of correlation.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFourUtc ("FOURFUTC", "Fourfit processing time YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTapQcode ("TAPQCODE", "Tape quality code", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStnCoord ("SIT_COOR", "Site coordinates in a crust-fixed terrestrial reference system: X, Y, Z (meters)", ADS_SESSION, ADT_R8, 3, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrcCoord ("SOU_COOR", "Source coordinates in a baricenteric reference system: right asc. decl. (rad)", ADS_SESSION, ADT_R8, 2, SD_NumSrc, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUtcMtai ("UTC_MTAI", "Difference UTC minus TAI at first time tag of the database (sec)", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtmInterv ("ATM_INTV", "Batchmode atmos interval - hours", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtmConstr ("ATM_CNST", "Atmosphere constraint. ps/hr", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adClkInterv ("CLK_INTV", "Batchmode clock interval - hours", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adClkConstr ("CLK_CNST", "Clock constraint-Parts in 1.e14", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUtcObs ("UTC_OBS ", "Pseudo-UTC time tag of fringe reference time for the scan (sec)", ADS_SCAN, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDelRate ("DEL_RATE", "Phase delay rate delays per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGrDelAmbg ("GDAMBSP ", "Group delay ambiguity spacings per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGrDelErr ("GRDELERR", "Group delay errors per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGrDelVal ("GR_DELAY", "Group delays per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGrDelIonV ("ION_GDEL", "Ionospheric contribution to group delay at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adGrDelIonE ("ION_GERR", "Uncertainty of ionospheric contribution to group delay at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPhRatIonV ("ION_PRAT", "Ionospheric contribution to phase delay rate at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPhRatIonE ("ION_RERR", "Uncertainty of ionospheric contribution to phase delay rate at the 1st band (d/l)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPhRatErr ("PHRATERR", "Phase delay rate delay errors per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRefFreq ("REF_FREQ", "Reference frequency for phase delay per band (Hz)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSbDelErr ("SBDELERR", "Single-band delay errors per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSbDelVal ("SB_DELAY", "Single-band delays per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSnr ("SNRATIO ", "Fringe amplitude signal to noise ratio (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTotPhase ("TOTPHASE", "Total fringe phases at time of arrival singal at station 1 per band (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorrelatn ("COHERCOR", "Corr coeff (0 --> 1)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adApLength ("APLENGTH", "Length of accumul. period in sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE, true)
 
const SgAgvDatumDescriptor adUnPhaseCl ("UNPHASCL", "UnPhaseCal effect, group delay for first and second station", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSamplRate ("SAMPLRAT", "Sample rate (Hz)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE, true)
 
const SgAgvDatumDescriptor adIonCorr ("ION_CORR", "Ion correction for delay (sec) and rate (unitless) per band", ADS_BASELINE, ADT_R8, 2, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIonRms ("IONRMS ", "Ion correction sigma for delay (sec) and rate (unitless) per band", ADS_BASELINE, ADT_R8, 2, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIonDtFlg ("IONDTFLG", "Ion correction data flag per band. 0=OK, -1=Missing, -2=bad", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEffFreq ("EFF_FREQ", "Effective ionospheric frequencies for gr.del, ph.del, ph.rate per band (Hz)", ADS_BASELINE, ADT_R8, 3, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEffFrew ("EFF_FREW", "Effective equal weighted ionospheric frequencies for gr.del, ph.del, " "ph.rate per band (Hz)", ADS_BASELINE, ADT_R8, 3, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adQbFactor ("QBFACTOR", "Measure of uniformity of data.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDiscard ("DISCARD ", "Percent data discarded by FRNGE", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDeltaEpo ("DELTAEPO", "Offset from center of scan (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStartSec ("STARTSEC", "Start time in sec past hour", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStopSec ("STOP_SEC", "Stop time in sec past hour", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSbResid ("SBRESID ", "Single band delay residual", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRtResid ("RATRESID", "Rate resid (sec per sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEffDura ("EFF.DURA", "Effective run duration sec", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGcSbDel ("GC_SBD ", "Tot geocenter sbd delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGcMbDel ("GC_MBD ", "Tot geocenter group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGcRate ("GC_RATE ", "Tot geocenter delay rate (s/s)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGcPhase ("GC_PHASE", "Tot phase ref to cen of Earth", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGcPhsRes ("GCRESPHS", "Resid phs corrected to cen of E.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFalseDet ("FALSEDET", "Prob of false det from FRNGE", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIncohAmp ("INCOHAMP", "Fr. amp from incoh int of chan.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIncohAmp2 ("INCOH2 ", "Incoh amp from FRNGE plot segs.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adGrResid ("DELRESID", "Delay residual (sec).", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAprioriDl ("ABASDEL ", "Corel bas/apr delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAprioriRt ("ABASRATE", "Corel bas/apr delay rate (s/s)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAprioriAc ("ABASACCE", "Corel bas/apr accel (1/sec**2)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUrVr ("URVR ", "Rate derivatives mHz per asec", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIdelay ("IDELAY ", "Corel instrumental delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrchPar ("SRCHPAR ", "FRNGE/Fourfit search parameters", ADS_BASELINE, ADT_R8, SD_NumBands, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorrClock ("CORCLOCK", "Clock offset ref, rem [sec], rate ref, rem [sec/sec]", ADS_BASELINE, ADT_R8, SD_NumBands, 4, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCorBasCd ("CORBASCD", "Correlator baseline code (2 ch).", ADS_BASELINE, ADT_CHAR, 2, SD_NumBands, ACS_NATIVE)
 
const SgAgvDatumDescriptor adZdelay ("ZDELAY ", "Corel zenith atmos. delay (sec).", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStarElev ("STARELEV", "Elev angles calc by COREL", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhcRate ("PHC_RATE", "PC rate by sta ( us per s)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIonoBits ("ION_BITS", "ICORR for full ion tracking.", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDelayFlag ("DELUFLAG", "Delay unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRateFlag ("RATUFLAG", "Delay rate unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhaseFlag ("PHSUFLAG", "Phase delay unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUAcSup ("UACSUP ", "User action for suppression", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumGrAmbg ("N_GRAMB ", "Number of group delay ambiguities to be added to measured " "group delays per band", ADS_BASELINE, ADT_I4, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDtec ("DTEC ", "Difference of the total electron contents, TEC units", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adDtecSig ("DTEC_SIG", "Standard deviation of dTec estimation, TEC units", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAirTemp ("AIR_TEMP", "Air temperature at the station (K)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAirPress ("ATM_PRES", "Atmospheric pressure at the station (Pa)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRelHumd ("REL_HUMD", "Relative humidity at the station (0-1)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCableDel ("CABL_DEL", "Cable delay (sec)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCableSgn ("CABL_SGN", "Cable sign: +1, 0 or -1", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCablOnTp ("CABLONTP", "Cable calibration origin type: FS log file(1), CDMS(2), PCMT(3), ...", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCablOnTx ("CABLONTX", "Cable calibration origin text", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adMeteOnTp ("METEONTP", "Meteo data origin type: undef(0), FS log file(1), external(2)", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adMeteOnTx ("METEONTX", "Meteo data origin text", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSrcApRef ("STAR_REF", "Source a priori coordinates reference", ADS_SESSION, ADT_CHAR, 8, SD_NumSrc, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTectPlNm ("TECTPLNM", "4-char tectonic plate names", ADS_SESSION, ADT_CHAR, 8, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUtc_Tai ("UTC_MTAI", "Difference UTC minus TAI at first time tag of the database (sec)", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adConsnDel ("CONSNDEL", "Consensus theoretical delay, sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adConsnRat ("CONSNRAT", "Consensus theoretical rate, sec/sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCtSite1 ("CT_SITE1", "Coordinate time at site 1", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEtdCont ("ETD_CONT", "Earth tide contributions def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceCont ("OCE_CONT", "Obs dependent ocean loading", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceOld ("OCE_OLD ", "Add to Cal-OceanLoad to get Cal10 OceanLoading", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOptlCont ("OPTLCONT", "Ocean Pole Tide Load Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPtdCont ("PTD_CONT", "Pole tide contributions def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPtoLdCon ("PTOLDCON", "Old Pole Tide Restorer Contrib.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTiltRmvr ("TILTRMVR", "Axis Tilt Contribution Remover", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Ortho ("UT1ORTHO", "ORTHO_EOP Tidal UT1 contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobOrtho ("WOBORTHO", "ORTHO_EOP tidal wobble contribtn", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Libra ("UT1LIBRA", "Hi Freq UT1 Libration Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobLibra ("WOBLIBRA", "Hi Freq Wobble Libration Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobXcont ("WOBXCONT", "X Wobble contribution definition", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobYcont ("WOBYCONT", "Y Wobble contribution definition", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adConCont ("CON_CONT", "Consensus bending contrib. (sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSunCont ("SUN_CONT", "Consensus bending contrib. (sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSun2cont ("SUN2CONT", "High order bending contrib.(sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPlx1pSec ("PLX1PSEC", "Parallax partial/contr 1 parsec", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFeedCor ("FEED.COR", "Feedhorn corr. in CORFIL scheme [per band]", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBendPart ("BENDPART", "Grav. bend. partial w.r.t. Gamma", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobPart ("WOB_PART", "Wobble partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Part ("UT1_PART", "UT1 partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adConsPart ("CONSPART", "Consensus partial w.r.t. Gamma", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNut06Xyp ("NUT06XYP", "2000/2006 Nut/Prec X,Y Partials", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPlxPart ("PLX_PART", "Parallax partial deriv. def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPtdXyPar ("PTDXYPAR", "Pole Tide Partials w.r.t. X & Y", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStrPart ("STR_PART", "Star partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitPart ("SIT_PART", "Site partials: dtau/dr_1=-dtau/dr_2", ADS_BASELINE, ADT_R8, 2, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSunData ("SUN_DATA", "Solar geocentric coordinates and velocities", ADS_SCAN, ADT_R8, 2, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adMunData ("MOONDATA", "Lunar geocentric coordinates and velocities", ADS_SCAN, ADT_R8, 2, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEarthCe ("EARTH_CE", "Earth barycentric coordinates, vels and accs", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNutWahr ("NUT_WAHR", "Wahr nut vals - Dpsi Deps&rates", ADS_SCAN, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNut2006a ("NUT2006A", "IAU2006A Nut. - Dpsi Deps Rates", ADS_SCAN, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNut06xys ("NUT06XYS", "2000/2006 Nut/Prec X,Y, S & Rates", ADS_SCAN, ADT_R8, 3, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCf2J2k_0 ("CF2J2K_0", "Crust-fixed to J2000 Rot. Matrix", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCf2J2k_1 ("CF2J2K_1", "Crust-fixed to J2000 Rot. Matrix rate", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCf2J2k_2 ("CF2J2K_2", "Crust-fixed to J2000 Rot. Matrix accel", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1_tai ("UT1_-TAI", "UT1 time of day for this obsvr.", ADS_SCAN, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPolarXy ("POLAR_XY", "Polar motion X & Y for obs (rad)", ADS_SCAN, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adElTheo ("EL-THEO ", "Elevation array definition", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAzTheo ("AZ-THEO ", "Azimuth array definition", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxoCont ("AXO_CONT", "New Axis Offset Contributions", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNdryCont ("NDRYCONT", "Nhmf (dry) atm. contribution", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNwetCont ("NWETCONT", "Whmf (wet) atm. contribution", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceVert ("OCE_VERT", "Site-dep ocean cont - vertical", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceHorz ("OCE_HORZ", "Site-dep ocean cont - horizontal", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceDeld ("OCE_DELD", "Ocean load site dependent displace", ADS_STATION, ADT_R8, 2, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adParangle ("PARANGLE", "Feedhorn rot. angle", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxoPart ("AXO_PART", "Axis Offset partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNgradPar ("NGRADPAR", "Niell dry atm. gradient partials", ADS_STATION, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNdryPart ("NDRYPART", "Nhmf2 dry partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNwetPart ("NWETPART", "Whmf2 wet partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCalcFlgV ("CALCFLGV", "CALC flow control flags valu def", ADS_SESSION, ADT_I2, SD_Any, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCalcFlgN ("CALCFLGN", "CALC flow control flags name def", ADS_SESSION, ADT_CHAR, 1, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtmMess ("ATM_MESS", "Atmosphere message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtmCflg ("ATM_CFLG", "Atmosphere control flag mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTidalUt1 ("TIDALUT1", "Flag for tidal terms in UT1 sers", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCalcVer ("CALC_VER", "CALC version number", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRelData ("REL_DATA", "Relativity mod data (gamma).", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPreData ("PRE_DATA", "Precession constant (asec/cent).", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEtdData ("ETD_DATA", "Earth tide module data (la. h l)", ADS_SESSION, ADT_R8, 3, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxoMess ("AXO_MESS", "Axis Offset Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxoCflg ("AXO_CFLG", "Axis Offset Control flag mes def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEtdMess ("ETD_MESS", "Earth Tide message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEtdCflg ("ETD_CFLG", "Earth Tide flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPtdMess ("PTD_MESS", "Pole tide message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPtdCflg ("PTD_CFLG", "Pole tide flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNutMess ("NUT_MESS", "Nutation flow control mess def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNutCflg ("NUT_CFLG", "Nutation message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceMess ("OCE_MESS", "Ocean loading message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceCflg ("OCE_CFLG", "Ocean load flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtiMess ("ATI_MESS", "ATIME Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAtiCflg ("ATI_CFLG", "ATIME Flow Control Message Def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCtiMess ("CTI_MESS", "CTIMG Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCtiCflg ("CTI_CFLG", "CTIMG Flow Control Message Def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPlxMess ("PLX_MESS", "Parallax message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPlxCflg ("PLX_CFLG", "Parallax flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStrMess ("STR_MESS", "Star module message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adStrCflg ("STR_CFLG", "Parallax flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adTheMess ("THE_MESS", "Theory module identification", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRelCflg ("REL_CFLG", "Relativisitc bending use status", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitMess ("SIT_MESS", "Site Module Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPanMess ("PAN_MESS", "Feedhorn rot. angle mod. ident.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPepMess ("PEP_MESS", "PEP Utility Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobCflg ("WOB_CFLG", "Wobble flow control mess def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Cflg ("UT1_CFLG", "UT1 control flag message def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOceStat ("OCE_STAT", "Ocean loading station status.", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Epoch ("UT1EPOCH", "TAI - UT1 epoch value definition", ADS_SESSION, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobEpoch ("WOBEPOCH", "Interpolated wobble array def", ADS_SESSION, ADT_R8, 2, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSiteZens ("SITEZENS", "Site zenith path delays (nsec).", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adOPTLCoef ("OPTLCOEF", "Ocean Pole Tide loading Coefficients", ADS_SESSION, ADT_R8, SD_NumStn, 6, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitOcPhs ("SITOCPHS", "Vert ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitOcAmp ("SITOCAMP", "Vert ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitHWOPh ("SITHWOPH", "Horz west ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitHWOAm ("SITHWOAM", "Horz west ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitHSOPh ("SITHSOPH", "Horz south ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adSitHSOAm ("SITHSOAM", "Horz south ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxisTyps ("AXISTYPS", "Axis type (1-eq 2-xy 3-azel 4 5)", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxisOffs ("AXISOFFS", "Axis offsets (m).", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adAxisTilt ("AXISTILT", "Fixed axis tilt", ADS_SESSION, ADT_R8, SD_NumStn, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEccTypes ("ECCTYPES", "Eccentricity type: XY or NE", ADS_SESSION, ADT_CHAR, 2, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEccCoord ("ECCCOORD", "Eccentricity taken from eccentricity file.", ADS_SESSION, ADT_R8, SD_NumStn, 3, ACS_NATIVE)
 
const SgAgvDatumDescriptor adEccNames ("ECCNAMES", "Eccentricity monument name", ADS_SESSION, ADT_CHAR, 10, SD_NumStn, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFwobInf ("FWOB_INF", "Array: (FJD of start, spacing in days, number points)", ADS_SESSION, ADT_R8, 3, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFut1Inf ("FUT1_INF", "Array: (FJD of start, spacing in days, number points, Scaling (should be 1))", ADS_SESSION, ADT_R8, 4, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Intrp ("UT1INTRP", "Message for UT1 interp. scheme", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adUt1Mess ("UT1_MESS", "UT1 Module message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobMess ("WOB_MESS", "Wobble message definition.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adWobIntrp ("WOBINTRP", "Interp. scheme for polar motion.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFut1Text ("FUT1TEXT", "Final Value TAI-UT1 origin text.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFwobText ("FWOBTEXT", "Final Value wobble origin text.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFut1Pts ("FUT1_PTS", "Final Value TAI-UT1 data points.", ADS_SESSION, ADT_R8, 15, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFwobXnYt ("FWOBX&YT", "Final wobble X Y component value", ADS_SESSION, ADT_R8, 15, 2, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPimaCnt ("PIMA_CNT", "Full path name of pima control file", ADS_SESSION, ADT_CHAR, 1, 1, ACS_GVH_PIMA)
 
const SgAgvDatumDescriptor adPimaVer ("PIMA_VER", "Version of PIMA software", ADS_SESSION, ADT_CHAR, 1, 1, ACS_GVH_PIMA)
 
const SgAgvDatumDescriptor adSkyFrqChn ("SKYFRQCH", "Sky frequency of channels in Hz", ADS_SESSION, ADT_R8, 14, 1, ACS_GVH_PIMA)
 
const SgAgvDatumDescriptor adFrnAmpl ("FRN_AMPL", "Normalized fringe amplitude in range [0, 1]", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adFrTypFit ("FRTYPFIT", "Fringe type. 1-99 reserved for HOPS, 101-199 reserved for PIMA", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumAp1 ("NUM_AP1 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNumAp2 ("NUM_AP2 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCiNum1 ("CI_NUM1 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adCiNum2 ("CI_NUM2 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBbcIdx1 ("BBC_IDX1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adBbcIdx2 ("BBC_IDX2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adErrRate1 ("ERRATE_1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adErrRate2 ("ERRATE_2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adChanId1 ("CHANID1 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adChanId2 ("CHANID2 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPolariz1 ("POLARZ1 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPolariz2 ("POLARZ2 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRfFreq1 ("RFREQ1 ", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adRfFreq2 ("RFREQ2 ", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adLoFreq1 ("LO_FREQ1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adLoFreq2 ("LO_FREQ2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNSampls1 ("NSAMPLS1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adNSampls2 ("NSAMPLS2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adApByFrq1 ("APBYFRQ1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adApByFrq2 ("APBYFRQ2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCFrq1 ("PHCFRQ_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCFrq2 ("PHCFRQ_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCAmp1 ("PHCAMP_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCAmp2 ("PHCAMP_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCPhs1 ("PHCPHS_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCPhs2 ("PHCPHS_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCOff1 ("PHCOFF_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adPhCOff2 ("PHCOFF_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE)
 
const SgAgvDatumDescriptor adIndChn1 ("IND_CHN1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adIndChn2 ("IND_CHN2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adNumSam1 ("NUM_SAM1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adNumSam2 ("NUM_SAM2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adUvChn1 ("UV_CHN1 ", "", ADS_BASELINE, ADT_R4, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adUvChn2 ("UV_CHN2 ", "", ADS_BASELINE, ADT_R4, SD_Any, SD_Any, ACS_ANY)
 
const SgAgvDatumDescriptor adPCalFr1 ("PCAL_FR1", "", ADS_STATION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adPCalFr2 ("PCAL_FR2", "", ADS_STATION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adPCalCm1 ("PCAL_CM1", "", ADS_STATION, ADT_R4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adPCalCm2 ("PCAL_CM2", "", ADS_STATION, ADT_R4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adAprCloOf ("APRCLOOF", "Apriori clock offset used for correlation", ADS_STATION, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprCloRt ("APRCLORT", "Apriori clock rate used for correlation", ADS_STATION, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprDel ("APR_DEL ", "Apriori delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprRate ("APR_RATE", "Apriori delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAzimuth ("AZIMUTH ", "Apparent source azimuth at both stations of the baseline (rad)", ADS_STATION, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adElev ("ELEV ", "Apparent source elevation at both stations of the baseline (rad)", ADS_STATION, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPolariz ("POLARIZ ", "Polarization label: RR, RL, LR, or LL", ADS_BASELINE, ADT_CHAR, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adScanDur ("SCAN_DUR", "Scan duration per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adStaClRf ("STA_CLRF", " Names of clock reference stations", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adAntGain ("ANT_GAIN", "Antenna gain per band K/Jy", ADS_STATION, ADT_R4, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprPhas ("APR_PHAS", "Apriori fringe phase (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprPhGc ("APR_PHGC", "Apriori fringe phase per station at the geocenter (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_GVH)
 
const SgAgvDatumDescriptor adAtmCns ("ATM_CNS ", "Reciprocal weights of constraints on atm. path delay rate per station, " "soltype", ADS_SESSION, ADT_R8, 10, 32, ACS_GVH)
 
const SgAgvDatumDescriptor adAtmIntr ("ATM_INTR", "Length of time span between spline nodes for atm. path delay per soltyp " "(sec)", ADS_SESSION, ADT_R8, 32, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAutoSup ("AUTO_SUP", "Bit field of automatic suppression status for combination of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adAprEop ("APR_EOP ", "Aprori EOP array as Euler angles and its derivatives (rad)", ADS_BASELINE, ADT_R8, 3, 2, ACS_GVH)
 
const SgAgvDatumDescriptor adBand2nd ("BAND_2ND", "Bit field with status of information about the second band observations", ADS_BASELINE, ADT_I2, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adBasUse ("BAS_USE ", "Bit field of baseline selection status", ADS_SESSION, ADT_I4, SD_NumBln, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adBsclCns ("BSCL_CNS", "Reciprocal weights of constraints on basdep. clock, per baseline, " "per soltype", ADS_SESSION, ADT_R8, SD_NumBln, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adBsclEst ("BSCL_EST", "Estimation status for baseline dependent clock, per baseline", ADS_SESSION, ADT_I4, SD_NumBln, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adCalSts ("CAL_STS ", "Bit field of using available calibrations per station, per calibration", ADS_SESSION, ADT_I4, SD_NumStn, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adCloCns ("CLO_CNS ", "Reciprocal weights of constraints on clock rate per station, " "per solution type", ADS_SESSION, ADT_R8, SD_NumStn, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adCloIntr ("CLO_INTR", "Length of time span between spline nodes for clock function " "per soltyp (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adDaTyp ("DATYP ", "Type of the observable or a combination of observables used " "in the solution", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adDerDel ("DER_DEL ", "Array of partial derivatives of theoretical path delay wrt parameters of " "the mod", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adDerRat ("DER_RAT ", "Array of partial derivatives of theoretical delay rate wrt parameters of " "the mod", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adDgClEst ("DGCL_EST", "Degree of global clock function polynomial per station, per solution type", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adEditSts ("EDIT_STS", "Bit field of database editing status for different types of solutions", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adEopCns ("EOP_CNS ", "Reciprocal weights of constraints on EOP related parameters", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adEopEst ("EOP_EST ", "Estimation status for EOP-related parameters", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adRwBasNam ("RWBASNAM", "Baseline names for additive baseline-dependent reweighting parameters", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adRwDelVal ("RWDELVAL", "Additive baseline-dependent reweighting parameters for delays (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adRwRatVal ("RWRATVAL", "Additive baseline-dependent reweighting parameters for delay rates (d/l)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adSoCoCns ("SOCO_CNS", "Reciprocal weights of constraints on source coordinates per object, " "per soltype", ADS_SESSION, ADT_R8, SD_NumSrc, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adSoCoEst ("SOCO_EST", "Estimation status for source coordinates per component, per object", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adSouUse ("SOU_USE ", "Bit field of source selection status", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adStaUse ("STA_USE ", "Bit field of station selection status", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adStPsCns ("STPS_CNS", "Reciprocal weights of constraints on site positions per site, " "per solution type", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adStPsEst ("STPS_EST", "Estimation status for station positions per component, per station", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adSupMet ("SUPMET ", "Code of the suppression method used in the solution", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTecSts ("TEC_STS ", "Flag of availability/usage of the external ionosphere calibration", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTilIntr ("TIL_INTR", "Length of time span between spline nodes for atmosphere tilt " "per soltyp (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTlOfCns ("TLOF_CNS", "Reciprocal weights of constraints on atm. tilt offset per station, " "per soltype", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTlRtCns ("TLRT_CNS", "Reciprocal weights of constraints on atm. tilt rate per station, " "per soltype", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adUserRec ("USER_REC", "Bit field of analyst defined recovery status for combination " "of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adUserSup ("USER_SUP", "Bit field of analyst defined suppression status for combination " "of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adCalInfo ("CAL_INFO", "Information about class and type of available calibrations", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adCalName ("CAL_NAME", "Name of available calibrations", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adMeanCabl ("MEANCABL", "Mean cable delay (sec)", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adNcalib ("N_CALIB ", "Number of available calibrations", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adEopTab ("EOP_TAB ", "Table of aprori EOP as Euler angles with frequencies > 2 cpd filtered out", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adMjdEop ("MJD_EOP ", "Modified Julian date of the first epoch for the table of apriori EOP", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adNutDer ("NUT_DER ", "Partial derivatives wth nutation deaily offset parameters (sec)", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adNaprEop ("N_APREOP", "Number of nodes with apriori EOP", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adStepEop ("STEP_EOP", "Step of the EOP table of apriori EOP (sec)", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTaiEop ("TAI_EOP ", "TAI time tag of first epoch of the table of apriori EOP (sec)", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adThGrDel ("THGR_DEL", "Theoretical group delay (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adThPhDel ("THPH_DEL", "Theoretical phase delay (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adThPhRat ("THPH_RAT", "Theoretical phase delay date (d/l)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adThProg ("TH_PROG ", "Name and version of the program which computed theoretical path delays", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adThRuDat ("TH_RUDAT", "Date and time of theoretical delay compuation", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adUvCoord ("UV_COOR ", "UV coordinates of the baseline vector projection calibration", ADS_BASELINE, ADT_R8, 2, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adRateCen ("RATE_CEN", "Rate window center used for fringe search (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adRateWdt ("RATE_WDT", "Rate window width used for fringe search (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResGrRat ("RESGRRAT", "Residual group delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResMbDel ("RESMBDEL", "Residual multiband group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResPhas ("RESPHAS ", "Residual fringe phase", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResPhRat ("RESPHRAT", "Residual phase delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResSbDel ("RESSBDEL", "Residual singleband group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResGrDl ("RES_GRDL", "Residual group delay reported by the post-correlator software (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResPhGc ("RES_PHGC", "Residual fringe phase per station at the geocenter (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adResRate ("RES_RATE", "Apriori phase delay rate reported by the post-correlator software (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adSpChWdt ("SPCH_WDT", "Spectral channel width in Hz per channel", ADS_SESSION, ADT_R8, SD_Any, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adSrtOffs ("SRT_OFFS", "Scan reference time offset relative to the scan start (sec)", ADS_SCAN, ADT_R8, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adTsys1 ("TSYS1 ", "System temperature per channel at the 1st band (K)", ADS_STATION, ADT_R4, 1, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adTsys2 ("TSYS2 ", "System temperature per channel at the 2nd band (K)", ADS_STATION, ADT_R4, 1, SD_Any, ACS_GVH)
 
const SgAgvDatumDescriptor adUvStaOrd ("UVSTAORD", "Original station order in the baseline: 1 (ascending) or -1 (descending)", ADS_BASELINE, ADT_I2, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adChanSdb ("CHAN_SDB", "Index of lower (-1) or upper (1) sideband per channel", ADS_SESSION, ADT_I2, SD_Any, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adChanWdt ("CHAN_WDT", "Frequency channel width in Hz per channel", ADS_SESSION, ADT_R8, SD_Any, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adDelWcen ("DELW_CEN", "Delay window center used for fringe search (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adDelWwdt ("DELW_WDT", "Delay window width used for fringe search (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adNoiseRms ("NOISERMS", "RMS of the fringe amplitude noise (d/l)", ADS_BASELINE, ADT_R4, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPindObs ("PIND_OBS", "Internal index of observation used by PIMA", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adCorVers ("COR_VERS", "Correlator software and/or hardware version", ADS_SESSION, ADT_CHAR, SD_Any, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adFrtOffs ("FRT_OFFS", "Fringe reference time offset relative to the scan start (sec)", ADS_SCAN, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adGrRatErr ("GRRATERR", "Group delay rate errors per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adGrRate ("GR_RATE ", "Group delays rate per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adNumClRf ("NUM_CLRF", "Number of clock reference stations", ADS_SESSION, ADT_I4, 1, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adNPhAmb ("N_PHAMB ", "Number of phase delay ambiguities to be added to measured phase delays per band", ADS_BASELINE, ADT_I4, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adPhDelErr ("PHDELERR", "Phase delay error (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adScanPima ("SCANPIMA", "Pima internal scan name", ADS_SCAN, ADT_CHAR, SD_Any, 1, ACS_GVH)
 
const SgAgvDatumDescriptor adNone ("NONE", "N/A", ADS_NONE, ADT_NONE, 0, 0, ACS_NONE)
 

Variable Documentation

◆ adAirPress

const SgAgvDatumDescriptor adAirPress("ATM_PRES", "Atmospheric pressure at the station (Pa)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE) ( "ATM_PRES"  ,
"Atmospheric pressure at the station (Pa)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adAirTemp

const SgAgvDatumDescriptor adAirTemp("AIR_TEMP", "Air temperature at the station (K)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE) ( "AIR_TEMP"  ,
"Air temperature at the station (K)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adAntGain

const SgAgvDatumDescriptor adAntGain("ANT_GAIN", "Antenna gain per band K/Jy", ADS_STATION, ADT_R4, SD_NumBands, 1, ACS_GVH) ( "ANT_GAIN"  ,
"Antenna gain per band K/Jy"  ,
ADS_STATION  ,
ADT_R4  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adApByFrq1

const SgAgvDatumDescriptor adApByFrq1("APBYFRQ1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "APBYFRQ1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adApByFrq2

const SgAgvDatumDescriptor adApByFrq2("APBYFRQ2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "APBYFRQ2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adApLength

const SgAgvDatumDescriptor adApLength("APLENGTH", "Length of accumul. period in sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE, true) ( "APLENGTH"  ,
"Length of accumul. period in sec"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE  ,
true   
)

◆ adAprCloOf

const SgAgvDatumDescriptor adAprCloOf("APRCLOOF", "Apriori clock offset used for correlation", ADS_STATION, ADT_R8, 1, 1, ACS_GVH) ( "APRCLOOF"  ,
"Apriori clock offset used for correlation"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adAprCloRt

const SgAgvDatumDescriptor adAprCloRt("APRCLORT", "Apriori clock rate used for correlation", ADS_STATION, ADT_R8, 1, 1, ACS_GVH) ( "APRCLORT"  ,
"Apriori clock rate used for correlation"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adAprDel

const SgAgvDatumDescriptor adAprDel("APR_DEL ", "Apriori delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "APR_DEL "  ,
"Apriori delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adAprEop

const SgAgvDatumDescriptor adAprEop("APR_EOP ", "Aprori EOP array as Euler angles and its derivatives (rad)", ADS_BASELINE, ADT_R8, 3, 2, ACS_GVH) ( "APR_EOP "  ,
"Aprori EOP array as Euler angles and its derivatives (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adAprioriAc

const SgAgvDatumDescriptor adAprioriAc("ABASACCE", "Corel bas/apr accel (1/sec**2)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "ABASACCE"  ,
"Corel bas/apr accel (1/sec**2)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adAprioriDl

const SgAgvDatumDescriptor adAprioriDl("ABASDEL ", "Corel bas/apr delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "ABASDEL "  ,
"Corel bas/apr delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adAprioriRt

const SgAgvDatumDescriptor adAprioriRt("ABASRATE", "Corel bas/apr delay rate (s/s)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "ABASRATE"  ,
"Corel bas/apr delay rate (s/s)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adAprPhas

const SgAgvDatumDescriptor adAprPhas("APR_PHAS", "Apriori fringe phase (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "APR_PHAS"  ,
"Apriori fringe phase (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adAprPhGc

const SgAgvDatumDescriptor adAprPhGc("APR_PHGC", "Apriori fringe phase per station at the geocenter (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_GVH) ( "APR_PHGC"  ,
"Apriori fringe phase per station at the geocenter (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adAprRate

const SgAgvDatumDescriptor adAprRate("APR_RATE", "Apriori delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "APR_RATE"  ,
"Apriori delay rate (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adAtiCflg

const SgAgvDatumDescriptor adAtiCflg("ATI_CFLG", "ATIME Flow Control Message Def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ATI_CFLG"  ,
"ATIME Flow Control Message Def."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAtiMess

const SgAgvDatumDescriptor adAtiMess("ATI_MESS", "ATIME Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ATI_MESS"  ,
"ATIME Message Definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAtmCflg

const SgAgvDatumDescriptor adAtmCflg("ATM_CFLG", "Atmosphere control flag mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ATM_CFLG"  ,
"Atmosphere control flag mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAtmCns

const SgAgvDatumDescriptor adAtmCns("ATM_CNS ", "Reciprocal weights of constraints on atm. path delay rate per station, " "soltype", ADS_SESSION, ADT_R8, 10, 32, ACS_GVH) ( "ATM_CNS "  ,
"Reciprocal weights of constraints on atm. path delay rate per  station,
" "soltype"  ,
ADS_SESSION  ,
ADT_R8  ,
10  ,
32  ,
ACS_GVH   
)

◆ adAtmConstr

const SgAgvDatumDescriptor adAtmConstr("ATM_CNST", "Atmosphere constraint. ps/hr", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "ATM_CNST"  ,
"Atmosphere constraint. ps/hr"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adAtmInterv

const SgAgvDatumDescriptor adAtmInterv("ATM_INTV", "Batchmode atmos interval - hours", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "ATM_INTV"  ,
"Batchmode atmos interval - hours"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adAtmIntr

const SgAgvDatumDescriptor adAtmIntr("ATM_INTR", "Length of time span between spline nodes for atm. path delay per soltyp " "(sec)", ADS_SESSION, ADT_R8, 32, 1, ACS_GVH) ( "ATM_INTR"  ,
"Length of time span between spline nodes for atm. path delay per soltyp " "(sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
32  ,
,
ACS_GVH   
)

◆ adAtmMess

const SgAgvDatumDescriptor adAtmMess("ATM_MESS", "Atmosphere message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ATM_MESS"  ,
"Atmosphere message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAutoSup

const SgAgvDatumDescriptor adAutoSup("AUTO_SUP", "Bit field of automatic suppression status for combination of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH) ( "AUTO_SUP"  ,
"Bit field of automatic suppression status for combination of observables"  ,
ADS_BASELINE  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adAxisOffs

const SgAgvDatumDescriptor adAxisOffs("AXISOFFS", "Axis offsets (m).", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "AXISOFFS"  ,
"Axis offsets (m)."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adAxisTilt

const SgAgvDatumDescriptor adAxisTilt("AXISTILT", "Fixed axis tilt", ADS_SESSION, ADT_R8, SD_NumStn, 2, ACS_NATIVE) ( "AXISTILT"  ,
"Fixed axis tilt"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adAxisTyps

const SgAgvDatumDescriptor adAxisTyps("AXISTYPS", "Axis type (1-eq 2-xy 3-azel 4 5)", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE) ( "AXISTYPS"  ,
"Axis type (1-eq 2-xy 3-azel 4 5)"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adAxoCflg

const SgAgvDatumDescriptor adAxoCflg("AXO_CFLG", "Axis Offset Control flag mes def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "AXO_CFLG"  ,
"Axis Offset Control flag mes def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAxoCont

const SgAgvDatumDescriptor adAxoCont("AXO_CONT", "New Axis Offset Contributions", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "AXO_CONT"  ,
"New Axis Offset Contributions"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adAxoMess

const SgAgvDatumDescriptor adAxoMess("AXO_MESS", "Axis Offset Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "AXO_MESS"  ,
"Axis Offset Message Definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adAxoPart

const SgAgvDatumDescriptor adAxoPart("AXO_PART", "Axis Offset partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "AXO_PART"  ,
"Axis Offset partial deriv. def."  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adAzimuth

const SgAgvDatumDescriptor adAzimuth("AZIMUTH ", "Apparent source azimuth at both stations of the baseline (rad)", ADS_STATION, ADT_R8, 1, 1, ACS_GVH) ( "AZIMUTH "  ,
"Apparent source azimuth at both stations of the baseline (rad)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adAzTheo

const SgAgvDatumDescriptor adAzTheo("AZ-THEO ", "Azimuth array definition", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "AZ-THEO "  ,
"Azimuth array definition"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adBand2nd

const SgAgvDatumDescriptor adBand2nd("BAND_2ND", "Bit field with status of information about the second band observations", ADS_BASELINE, ADT_I2, 1, 1, ACS_GVH) ( "BAND_2ND"  ,
"Bit field with status of information about the second band observations"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_GVH   
)

◆ adBandNames

const SgAgvDatumDescriptor adBandNames("BAND_NAM", "Band names", ADS_SESSION, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE) ( "BAND_NAM"  ,
"Band names"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adBasUse

const SgAgvDatumDescriptor adBasUse("BAS_USE ", "Bit field of baseline selection status", ADS_SESSION, ADT_I4, SD_NumBln, 1, ACS_GVH) ( "BAS_USE "  ,
"Bit field of baseline selection status"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_NumBln  ,
,
ACS_GVH   
)

◆ adBbcIdx1

const SgAgvDatumDescriptor adBbcIdx1("BBC_IDX1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "BBC_IDX1"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adBbcIdx2

const SgAgvDatumDescriptor adBbcIdx2("BBC_IDX2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "BBC_IDX2"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adBendPart

const SgAgvDatumDescriptor adBendPart("BENDPART", "Grav. bend. partial w.r.t. Gamma", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "BENDPART"  ,
"Grav. bend. partial w.r.t. Gamma"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adBitsSampl

const SgAgvDatumDescriptor adBitsSampl("BITSAMPL", "Number of bits per sample", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE, true) ( "BITSAMPL"  ,
"Number of bits per sample"  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE  ,
true   
)

◆ adBlnClocks

const SgAgvDatumDescriptor adBlnClocks("BLDEPCKS", "Bl-dependent clock list", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "BLDEPCKS"  ,
"Bl-dependent clock list"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adBlnStatus

const SgAgvDatumDescriptor adBlnStatus("BASLSTAT", "Baseline selection bit maped array. 1=some obs, etc.", ADS_SESSION, ADT_I2, SD_NumStn, SD_NumStn, ACS_NATIVE) ( "BASLSTAT"  ,
"Baseline selection bit maped array.  1 = some obs,
etc."  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adBsclCns

const SgAgvDatumDescriptor adBsclCns("BSCL_CNS", "Reciprocal weights of constraints on basdep. clock, per baseline, " "per soltype", ADS_SESSION, ADT_R8, SD_NumBln, SD_Any, ACS_GVH) ( "BSCL_CNS"  ,
"Reciprocal weights of constraints on basdep.  clock,
per  baseline,
" "per soltype"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumBln  ,
SD_Any  ,
ACS_GVH   
)

◆ adBsclEst

const SgAgvDatumDescriptor adBsclEst("BSCL_EST", "Estimation status for baseline dependent clock, per baseline", ADS_SESSION, ADT_I4, SD_NumBln, 1, ACS_GVH) ( "BSCL_EST"  ,
"Estimation status for baseline dependent  clock,
per baseline"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_NumBln  ,
,
ACS_GVH   
)

◆ adCableDel

const SgAgvDatumDescriptor adCableDel("CABL_DEL", "Cable delay (sec)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE) ( "CABL_DEL"  ,
"Cable delay (sec)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCableSgn

const SgAgvDatumDescriptor adCableSgn("CABL_SGN", "Cable sign: +1, 0 or -1", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE) ( "CABL_SGN"  ,
"Cable sign: +  1,
0 or -1"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adCablOnTp

const SgAgvDatumDescriptor adCablOnTp("CABLONTP", "Cable calibration origin type: FS log file(1), CDMS(2), PCMT(3), ...", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE) ( "CABLONTP"  ,
"Cable calibration origin type: FS log   file1,
CDMS(2)  ,
PCMT(3)  ,
..."  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adCablOnTx

const SgAgvDatumDescriptor adCablOnTx("CABLONTX", "Cable calibration origin text", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE) ( "CABLONTX"  ,
"Cable calibration origin text"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adCalcFlgN

const SgAgvDatumDescriptor adCalcFlgN("CALCFLGN", "CALC flow control flags name def", ADS_SESSION, ADT_CHAR, 1, SD_Any, ACS_NATIVE) ( "CALCFLGN"  ,
"CALC flow control flags name def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_Any  ,
ACS_NATIVE   
)

◆ adCalcFlgV

const SgAgvDatumDescriptor adCalcFlgV("CALCFLGV", "CALC flow control flags valu def", ADS_SESSION, ADT_I2, SD_Any, 1, ACS_NATIVE) ( "CALCFLGV"  ,
"CALC flow control flags valu def"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
,
ACS_NATIVE   
)

◆ adCalcVer

const SgAgvDatumDescriptor adCalcVer("CALC_VER", "CALC version number", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "CALC_VER"  ,
"CALC version number"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCalInfo

const SgAgvDatumDescriptor adCalInfo("CAL_INFO", "Information about class and type of available calibrations", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "CAL_INFO"  ,
"Information about class and type of available calibrations"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adCalName

const SgAgvDatumDescriptor adCalName("CAL_NAME", "Name of available calibrations", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH) ( "CAL_NAME"  ,
"Name of available calibrations"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adCalSts

const SgAgvDatumDescriptor adCalSts("CAL_STS ", "Bit field of using available calibrations per station, per calibration", ADS_SESSION, ADT_I4, SD_NumStn, 1, ACS_GVH) ( "CAL_STS "  ,
"Bit field of using available calibrations per  station,
per calibration"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_NumStn  ,
,
ACS_GVH   
)

◆ adCbrImjd

const SgAgvDatumDescriptor adCbrImjd("MJD_CLBR", "Integer part of MJD of clock break epochs", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "MJD_CLBR"  ,
"Integer part of MJD of clock break epochs"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adCbrNumber

const SgAgvDatumDescriptor adCbrNumber("NUM_CLBR", "Number of clock breaks in the experiment", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "NUM_CLBR"  ,
"Number of clock breaks in the experiment"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adCbrSite

const SgAgvDatumDescriptor adCbrSite("STA_CLBR", "Names of stations with clock breaks", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "STA_CLBR"  ,
"Names of stations with clock breaks"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adCbrTime

const SgAgvDatumDescriptor adCbrTime("UTC_CLBR", "UTC time tag of clock break, seconds since 0:0:0", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "UTC_CLBR"  ,
"UTC time tag of clock  break,
seconds since 0:0:0"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCf2J2k_0

const SgAgvDatumDescriptor adCf2J2k_0("CF2J2K_0", "Crust-fixed to J2000 Rot. Matrix", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE) ( "CF2J2K_0"  ,
"Crust-fixed to J2000 Rot. Matrix"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCf2J2k_1

const SgAgvDatumDescriptor adCf2J2k_1("CF2J2K_1", "Crust-fixed to J2000 Rot. Matrix rate", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE) ( "CF2J2K_1"  ,
"Crust-fixed to J2000 Rot. Matrix rate"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCf2J2k_2

const SgAgvDatumDescriptor adCf2J2k_2("CF2J2K_2", "Crust-fixed to J2000 Rot. Matrix accel", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE) ( "CF2J2K_2"  ,
"Crust-fixed to J2000 Rot. Matrix accel"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adChanId1

const SgAgvDatumDescriptor adChanId1("CHANID1 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE) ( "CHANID1 "  ,
""  ,
ADS_BASELINE  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adChanId2

const SgAgvDatumDescriptor adChanId2("CHANID2 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE) ( "CHANID2 "  ,
""  ,
ADS_BASELINE  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adChanSdb

const SgAgvDatumDescriptor adChanSdb("CHAN_SDB", "Index of lower (-1) or upper (1) sideband per channel", ADS_SESSION, ADT_I2, SD_Any, 1, ACS_GVH) ( "CHAN_SDB"  ,
"Index of lower (-1) or upper (1) sideband per channel"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
,
ACS_GVH   
)

◆ adChanWdt

const SgAgvDatumDescriptor adChanWdt("CHAN_WDT", "Frequency channel width in Hz per channel", ADS_SESSION, ADT_R8, SD_Any, 1, ACS_GVH) ( "CHAN_WDT"  ,
"Frequency channel width in Hz per channel"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
,
ACS_GVH   
)

◆ adCiNum1

const SgAgvDatumDescriptor adCiNum1("CI_NUM1 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "CI_NUM1 "  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adCiNum2

const SgAgvDatumDescriptor adCiNum2("CI_NUM2 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "CI_NUM2 "  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adClkConstr

const SgAgvDatumDescriptor adClkConstr("CLK_CNST", "Clock constraint-Parts in 1.e14", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "CLK_CNST"  ,
"Clock constraint-Parts in 1.e14"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adClkInterv

const SgAgvDatumDescriptor adClkInterv("CLK_INTV", "Batchmode clock interval - hours", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "CLK_INTV"  ,
"Batchmode clock interval - hours"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adCloCns

const SgAgvDatumDescriptor adCloCns("CLO_CNS ", "Reciprocal weights of constraints on clock rate per station, " "per solution type", ADS_SESSION, ADT_R8, SD_NumStn, SD_Any, ACS_GVH) ( "CLO_CNS "  ,
"Reciprocal weights of constraints on clock rate per  station,
" "per solution type"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
SD_Any  ,
ACS_GVH   
)

◆ adCloIntr

const SgAgvDatumDescriptor adCloIntr("CLO_INTR", "Length of time span between spline nodes for clock function " "per soltyp (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "CLO_INTR"  ,
"Length of time span between spline nodes for clock function " "per soltyp (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adConCont

const SgAgvDatumDescriptor adConCont("CON_CONT", "Consensus bending contrib. (sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "CON_CONT"  ,
"Consensus bending contrib. (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adConsnDel

const SgAgvDatumDescriptor adConsnDel("CONSNDEL", "Consensus theoretical delay, sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE) ( "CONSNDEL"  ,
"Consensus theoretical  delay,
sec"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adConsnRat

const SgAgvDatumDescriptor adConsnRat("CONSNRAT", "Consensus theoretical rate, sec/sec", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE) ( "CONSNRAT"  ,
"Consensus theoretical  rate,
sec/sec"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adConsPart

const SgAgvDatumDescriptor adConsPart("CONSPART", "Consensus partial w.r.t. Gamma", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "CONSPART"  ,
"Consensus partial w.r.t. Gamma"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adCorBasCd

const SgAgvDatumDescriptor adCorBasCd("CORBASCD", "Correlator baseline code (2 ch).", ADS_BASELINE, ADT_CHAR, 2, SD_NumBands, ACS_NATIVE) ( "CORBASCD"  ,
"Correlator baseline code (2 ch)."  ,
ADS_BASELINE  ,
ADT_CHAR  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adCorrClock

const SgAgvDatumDescriptor adCorrClock("CORCLOCK", "Clock offset ref, rem [sec], rate ref, rem [sec/sec]", ADS_BASELINE, ADT_R8, SD_NumBands, 4, ACS_NATIVE) ( "CORCLOCK"  ,
"Clock offset  ref,
rem  [sec],
rate  ref,
rem "  [sec/sec],
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adCorrelatn

const SgAgvDatumDescriptor adCorrelatn("COHERCOR", "Corr coeff (0 --> 1)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "COHERCOR"  ,
"Corr coeff (0 --> 1)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adCorrPlace

const SgAgvDatumDescriptor adCorrPlace("CORPLACE", "Correlator place name", ADS_SESSION, ADT_CHAR, 32, 1, ACS_NATIVE) ( "CORPLACE"  ,
"Correlator place name"  ,
ADS_SESSION  ,
ADT_CHAR  ,
32  ,
,
ACS_NATIVE   
)

◆ adCorrType

const SgAgvDatumDescriptor adCorrType("COR_TYPE", "Correlator type: MK3 MK4 K4 S2 VLBA MITAKA-1", ADS_SESSION, ADT_CHAR, 8, 1, ACS_NATIVE) ( "COR_TYPE"  ,
"Correlator type: MK3 MK4 K4 S2 VLBA MITAKA-1"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adCorrUtc

const SgAgvDatumDescriptor adCorrUtc("CORR_UTC", "UTC time tag of correlation.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE) ( "CORR_UTC"  ,
"UTC time tag of correlation."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adCorVers

const SgAgvDatumDescriptor adCorVers("COR_VERS", "Correlator software and/or hardware version", ADS_SESSION, ADT_CHAR, SD_Any, 1, ACS_GVH) ( "COR_VERS"  ,
"Correlator software and/or hardware version"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
,
ACS_GVH   
)

◆ adCrootFnam

const SgAgvDatumDescriptor adCrootFnam("CROOTFIL", "Correlator root file name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE) ( "CROOTFIL"  ,
"Correlator root file name"  ,
ADS_SCAN  ,
ADT_CHAR  ,
16  ,
,
ACS_NATIVE   
)

◆ adCtiCflg

const SgAgvDatumDescriptor adCtiCflg("CTI_CFLG", "CTIMG Flow Control Message Def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "CTI_CFLG"  ,
"CTIMG Flow Control Message Def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adCtiMess

const SgAgvDatumDescriptor adCtiMess("CTI_MESS", "CTIMG Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "CTI_MESS"  ,
"CTIMG Message Definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adCtSite1

const SgAgvDatumDescriptor adCtSite1("CT_SITE1", "Coordinate time at site 1", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE) ( "CT_SITE1"  ,
"Coordinate time at site 1"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adDaTyp

const SgAgvDatumDescriptor adDaTyp("DATYP ", "Type of the observable or a combination of observables used " "in the solution", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH) ( "DATYP "  ,
"Type of the observable or a combination of observables used " "in the solution"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adDelayFlag

const SgAgvDatumDescriptor adDelayFlag("DELUFLAG", "Delay unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE) ( "DELUFLAG"  ,
"Delay unweight flag"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adDelRate

const SgAgvDatumDescriptor adDelRate("DEL_RATE", "Phase delay rate delays per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "DEL_RATE"  ,
"Phase delay rate delays per band (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adDeltaEpo

const SgAgvDatumDescriptor adDeltaEpo("DELTAEPO", "Offset from center of scan (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "DELTAEPO"  ,
"Offset from center of scan (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adDelWcen

const SgAgvDatumDescriptor adDelWcen("DELW_CEN", "Delay window center used for fringe search (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "DELW_CEN"  ,
"Delay window center used for fringe search (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adDelWwdt

const SgAgvDatumDescriptor adDelWwdt("DELW_WDT", "Delay window width used for fringe search (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "DELW_WDT"  ,
"Delay window width used for fringe search (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adDerDel

const SgAgvDatumDescriptor adDerDel("DER_DEL ", "Array of partial derivatives of theoretical path delay wrt parameters of " "the mod", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "DER_DEL "  ,
"Array of partial derivatives of theoretical path delay wrt parameters of " "the mod"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adDerRat

const SgAgvDatumDescriptor adDerRat("DER_RAT ", "Array of partial derivatives of theoretical delay rate wrt parameters of " "the mod", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "DER_RAT "  ,
"Array of partial derivatives of theoretical delay rate wrt parameters of " "the mod"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adDgClEst

const SgAgvDatumDescriptor adDgClEst("DGCL_EST", "Degree of global clock function polynomial per station, per solution type", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH) ( "DGCL_EST"  ,
"Degree of global clock function polynomial per  station,
per solution type"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adDiscard

const SgAgvDatumDescriptor adDiscard("DISCARD ", "Percent data discarded by FRNGE", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "DISCARD "  ,
"Percent data discarded by FRNGE"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adDtec

const SgAgvDatumDescriptor adDtec("DTEC ", "Difference of the total electron contents, TEC units", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE) ( "DTEC "  ,
"Difference of the total electron  contents,
TEC units"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adDtecSig

const SgAgvDatumDescriptor adDtecSig("DTEC_SIG", "Standard deviation of dTec estimation, TEC units", ADS_BASELINE, ADT_R8, 1, 1, ACS_NATIVE) ( "DTEC_SIG"  ,
"Standard deviation of dTec  estimation,
TEC units"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adEarthCe

const SgAgvDatumDescriptor adEarthCe("EARTH_CE", "Earth barycentric coordinates, vels and accs", ADS_SCAN, ADT_R8, 3, 3, ACS_NATIVE) ( "EARTH_CE"  ,
"Earth barycentric  coordinates,
vels and accs"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adEccCoord

const SgAgvDatumDescriptor adEccCoord("ECCCOORD", "Eccentricity taken from eccentricity file.", ADS_SESSION, ADT_R8, SD_NumStn, 3, ACS_NATIVE) ( "ECCCOORD"  ,
"Eccentricity taken from eccentricity file."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adEccNames

const SgAgvDatumDescriptor adEccNames("ECCNAMES", "Eccentricity monument name", ADS_SESSION, ADT_CHAR, 10, SD_NumStn, ACS_NATIVE) ( "ECCNAMES"  ,
"Eccentricity monument name"  ,
ADS_SESSION  ,
ADT_CHAR  ,
10  ,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adEccTypes

const SgAgvDatumDescriptor adEccTypes("ECCTYPES", "Eccentricity type: XY or NE", ADS_SESSION, ADT_CHAR, 2, SD_NumStn, ACS_NATIVE) ( "ECCTYPES"  ,
"Eccentricity type: XY or NE"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adEditSts

const SgAgvDatumDescriptor adEditSts("EDIT_STS", "Bit field of database editing status for different types of solutions", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "EDIT_STS"  ,
"Bit field of database editing status for different types of solutions"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adEffDura

const SgAgvDatumDescriptor adEffDura("EFF.DURA", "Effective run duration sec", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "EFF.DURA"  ,
"Effective run duration sec"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adEffFreq

const SgAgvDatumDescriptor adEffFreq("EFF_FREQ", "Effective ionospheric frequencies for gr.del, ph.del, ph.rate per band (Hz)", ADS_BASELINE, ADT_R8, 3, SD_NumBands, ACS_NATIVE) ( "EFF_FREQ"  ,
"Effective ionospheric frequencies for gr.  del,
ph.  del,
ph.rate per band(Hz)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adEffFrew

const SgAgvDatumDescriptor adEffFrew("EFF_FREW", "Effective equal weighted ionospheric frequencies for gr.del, ph.del, " "ph.rate per band (Hz)", ADS_BASELINE, ADT_R8, 3, SD_NumBands, ACS_NATIVE) ( "EFF_FREW"  ,
"Effective equal weighted ionospheric frequencies for gr.  del,
ph.  del,
" "ph.rate per band(Hz)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adElev

const SgAgvDatumDescriptor adElev("ELEV ", "Apparent source elevation at both stations of the baseline (rad)", ADS_STATION, ADT_R8, 1, 1, ACS_GVH) ( "ELEV "  ,
"Apparent source elevation at both stations of the baseline (rad)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adElTheo

const SgAgvDatumDescriptor adElTheo("EL-THEO ", "Elevation array definition", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "EL-THEO "  ,
"Elevation array definition"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adEopCns

const SgAgvDatumDescriptor adEopCns("EOP_CNS ", "Reciprocal weights of constraints on EOP related parameters", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "EOP_CNS "  ,
"Reciprocal weights of constraints on EOP related parameters"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adEopEst

const SgAgvDatumDescriptor adEopEst("EOP_EST ", "Estimation status for EOP-related parameters", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "EOP_EST "  ,
"Estimation status for EOP-related parameters"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adEopTab

const SgAgvDatumDescriptor adEopTab("EOP_TAB ", "Table of aprori EOP as Euler angles with frequencies > 2 cpd filtered out", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "EOP_TAB "  ,
"Table of aprori EOP as Euler angles with  frequencies,
2 cpd filtered out"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adErrorBl

const SgAgvDatumDescriptor adErrorBl("ERROR_BL", "B.L.names for formal errors", ADS_SESSION, ADT_CHAR, 1, SD_NumBln, ACS_NATIVE) ( "ERROR_BL"  ,
"B.L.names for formal errors"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumBln  ,
ACS_NATIVE   
)

◆ adErrorK

const SgAgvDatumDescriptor adErrorK("ERROR_K ", "Group delay and rate re-weighting constants", ADS_SESSION, ADT_R8, 2, SD_NumBln, ACS_NATIVE) ( "ERROR_K "  ,
"Group delay and rate re-weighting constants"  ,
ADS_SESSION  ,
ADT_R8  ,
,
SD_NumBln  ,
ACS_NATIVE   
)

◆ adErrRate1

const SgAgvDatumDescriptor adErrRate1("ERRATE_1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "ERRATE_1"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adErrRate2

const SgAgvDatumDescriptor adErrRate2("ERRATE_2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "ERRATE_2"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adEtdCflg

const SgAgvDatumDescriptor adEtdCflg("ETD_CFLG", "Earth Tide flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ETD_CFLG"  ,
"Earth Tide flow control mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adEtdCont

const SgAgvDatumDescriptor adEtdCont("ETD_CONT", "Earth tide contributions def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "ETD_CONT"  ,
"Earth tide contributions def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adEtdData

const SgAgvDatumDescriptor adEtdData("ETD_DATA", "Earth tide module data (la. h l)", ADS_SESSION, ADT_R8, 3, 1, ACS_NATIVE) ( "ETD_DATA"  ,
"Earth tide module data (la. h l)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adEtdMess

const SgAgvDatumDescriptor adEtdMess("ETD_MESS", "Earth Tide message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "ETD_MESS"  ,
"Earth Tide message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adExpCode

const SgAgvDatumDescriptor adExpCode("EXP_CODE", "Experiment code", ADS_SESSION, ADT_CHAR, 32, 1, ACS_NATIVE) ( "EXP_CODE"  ,
"Experiment code"  ,
ADS_SESSION  ,
ADT_CHAR  ,
32  ,
,
ACS_NATIVE   
)

◆ adExpDesc

const SgAgvDatumDescriptor adExpDesc("EXP_DESC", "Experiment description", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE) ( "EXP_DESC"  ,
"Experiment description"  ,
ADS_SESSION  ,
ADT_CHAR  ,
80  ,
,
ACS_NATIVE   
)

◆ adExpName

const SgAgvDatumDescriptor adExpName("EXP_NAME", "Experiment program name", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE) ( "EXP_NAME"  ,
"Experiment program name"  ,
ADS_SESSION  ,
ADT_CHAR  ,
80  ,
,
ACS_NATIVE   
)

◆ adExpSerNo

const SgAgvDatumDescriptor adExpSerNo("EXPSERNO", "Experiment serial number at correlator", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE) ( "EXPSERNO"  ,
"Experiment serial number at correlator"  ,
ADS_SESSION  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adFalseDet

const SgAgvDatumDescriptor adFalseDet("FALSEDET", "Prob of false det from FRNGE", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "FALSEDET"  ,
"Prob of false det from FRNGE"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adFeedCor

const SgAgvDatumDescriptor adFeedCor("FEED.COR", "Feedhorn corr. in CORFIL scheme [per band]", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "FEED.COR"  ,
"Feedhorn corr. in CORFIL scheme "  [per band],
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adFlybyFlg

const SgAgvDatumDescriptor adFlybyFlg("FCL_FLGS", "Standard flcal configuration for stations", ADS_SESSION, ADT_I2, SD_NumStn, 7, ACS_NATIVE) ( "FCL_FLGS"  ,
"Standard flcal configuration for stations"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adFlyCalNam

const SgAgvDatumDescriptor adFlyCalNam("FCL_LIST", "Key to the standard flcal config", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "FCL_LIST"  ,
"Key to the standard flcal config ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adFourfCmd

const SgAgvDatumDescriptor adFourfCmd("FOURF_CS", "Command string used for fourfit", ADS_BASELINE, ADT_CHAR, 16, SD_NumBands, ACS_NATIVE) ( "FOURF_CS"  ,
"Command string used for fourfit"  ,
ADS_BASELINE  ,
ADT_CHAR  ,
16  ,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adFourfCtrl

const SgAgvDatumDescriptor adFourfCtrl("FOURF_CF", "Control file name for fourfit", ADS_BASELINE, ADT_CHAR, 16, SD_NumBands, ACS_NATIVE) ( "FOURF_CF"  ,
"Control file name for fourfit"  ,
ADS_BASELINE  ,
ADT_CHAR  ,
16  ,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adFourfErr

const SgAgvDatumDescriptor adFourfErr("FRNGERR ", "Fourfit error flag blank=OK.", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE) ( "FRNGERR "  )

◆ adFourfFile

const SgAgvDatumDescriptor adFourfFile("FOURFFIL", "Fourfit output filename.", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE) ( "FOURFFIL"  ,
"Fourfit output filename."  ,
ADS_BASELINE  ,
ADT_CHAR  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adFourFtVer

const SgAgvDatumDescriptor adFourFtVer("FOURFVER", "Fourfit version number.", ADS_BASELINE, ADT_I2, SD_NumBands, 2, ACS_NATIVE) ( "FOURFVER"  ,
"Fourfit version number."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adFourUtc

const SgAgvDatumDescriptor adFourUtc("FOURFUTC", "Fourfit processing time YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE) ( "FOURFUTC"  ,
"Fourfit processing time YMDHMS."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adFrnAmpl

const SgAgvDatumDescriptor adFrnAmpl("FRN_AMPL", "Normalized fringe amplitude in range [0, 1]", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "FRN_AMPL"  ,
"Normalized fringe amplitude in range "  [0, 1],
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adFrtOffs

const SgAgvDatumDescriptor adFrtOffs("FRT_OFFS", "Fringe reference time offset relative to the scan start (sec)", ADS_SCAN, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "FRT_OFFS"  ,
"Fringe reference time offset relative to the scan start (sec)"  ,
ADS_SCAN  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adFrTypFit

const SgAgvDatumDescriptor adFrTypFit("FRTYPFIT", "Fringe type. 1-99 reserved for HOPS, 101-199 reserved for PIMA", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "FRTYPFIT"  ,
"Fringe type. 1-99 reserved for  HOPS,
101-199 reserved for PIMA"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adFScanName

const SgAgvDatumDescriptor adFScanName("FSCANAME", "Full scan name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE) ( "FSCANAME"  ,
"Full scan name"  ,
ADS_SCAN  ,
ADT_CHAR  ,
16  ,
,
ACS_NATIVE   
)

◆ adFut1Inf

const SgAgvDatumDescriptor adFut1Inf("FUT1_INF", "Array: (FJD of start, spacing in days, number points, Scaling (should be 1))", ADS_SESSION, ADT_R8, 4, 1, ACS_NATIVE) ( "FUT1_INF"  ,
"Array: (FJD of start, spacing in days, number points, Scaling (should be 1))"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adFut1Pts

const SgAgvDatumDescriptor adFut1Pts("FUT1_PTS", "Final Value TAI-UT1 data points.", ADS_SESSION, ADT_R8, 15, 1, ACS_NATIVE) ( "FUT1_PTS"  ,
"Final Value TAI-UT1 data points."  ,
ADS_SESSION  ,
ADT_R8  ,
15  ,
,
ACS_NATIVE   
)

◆ adFut1Text

const SgAgvDatumDescriptor adFut1Text("FUT1TEXT", "Final Value TAI-UT1 origin text.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "FUT1TEXT"  ,
"Final Value TAI-UT1 origin text."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adFwobInf

const SgAgvDatumDescriptor adFwobInf("FWOB_INF", "Array: (FJD of start, spacing in days, number points)", ADS_SESSION, ADT_R8, 3, 1, ACS_NATIVE) ( "FWOB_INF"  ,
"Array: (FJD of start, spacing in days, number points)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adFwobText

const SgAgvDatumDescriptor adFwobText("FWOBTEXT", "Final Value wobble origin text.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "FWOBTEXT"  ,
"Final Value wobble origin text."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adFwobXnYt

const SgAgvDatumDescriptor adFwobXnYt("FWOBX&YT", "Final wobble X Y component value", ADS_SESSION, ADT_R8, 15, 2, ACS_NATIVE) ( "FWOBX&YT"  ,
"Final wobble X Y component value"  ,
ADS_SESSION  ,
ADT_R8  ,
15  ,
,
ACS_NATIVE   
)

◆ adGcMbDel

const SgAgvDatumDescriptor adGcMbDel("GC_MBD ", "Tot geocenter group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GC_MBD "  ,
"Tot geocenter group delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGcPhase

const SgAgvDatumDescriptor adGcPhase("GC_PHASE", "Tot phase ref to cen of Earth", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GC_PHASE"  ,
"Tot phase ref to cen of Earth"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGcPhsRes

const SgAgvDatumDescriptor adGcPhsRes("GCRESPHS", "Resid phs corrected to cen of E.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GCRESPHS"  ,
"Resid phs corrected to cen of E."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGcRate

const SgAgvDatumDescriptor adGcRate("GC_RATE ", "Tot geocenter delay rate (s/s)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GC_RATE "  ,
"Tot geocenter delay rate (s/s)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGcSbDel

const SgAgvDatumDescriptor adGcSbDel("GC_SBD ", "Tot geocenter sbd delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GC_SBD "  ,
"Tot geocenter sbd delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGrDelAmbg

const SgAgvDatumDescriptor adGrDelAmbg("GDAMBSP ", "Group delay ambiguity spacings per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GDAMBSP "  ,
"Group delay ambiguity spacings per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGrDelErr

const SgAgvDatumDescriptor adGrDelErr("GRDELERR", "Group delay errors per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GRDELERR"  ,
"Group delay errors per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGrDelIonE

const SgAgvDatumDescriptor adGrDelIonE("ION_GERR", "Uncertainty of ionospheric contribution to group delay at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "ION_GERR"  ,
"Uncertainty of ionospheric contribution to group delay at the first band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adGrDelIonV

const SgAgvDatumDescriptor adGrDelIonV("ION_GDEL", "Ionospheric contribution to group delay at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "ION_GDEL"  ,
"Ionospheric contribution to group delay at the first band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adGrDelVal

const SgAgvDatumDescriptor adGrDelVal("GR_DELAY", "Group delays per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "GR_DELAY"  ,
"Group delays per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adGrRate

const SgAgvDatumDescriptor adGrRate("GR_RATE ", "Group delays rate per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "GR_RATE "  ,
"Group delays rate per band (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adGrRatErr

const SgAgvDatumDescriptor adGrRatErr("GRRATERR", "Group delay rate errors per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "GRRATERR"  ,
"Group delay rate errors per band (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adGrResid

const SgAgvDatumDescriptor adGrResid("DELRESID", "Delay residual (sec).", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "DELRESID"  ,
"Delay residual (sec)."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adHopsVer

const SgAgvDatumDescriptor adHopsVer("HOPS_VER", "HOPS software revision number.", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "HOPS_VER"  ,
"HOPS software revision number."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adIdelay

const SgAgvDatumDescriptor adIdelay("IDELAY ", "Corel instrumental delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "IDELAY "  ,
"Corel instrumental delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adIncohAmp

const SgAgvDatumDescriptor adIncohAmp("INCOHAMP", "Fr. amp from incoh int of chan.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "INCOHAMP"  ,
"Fr. amp from incoh int of chan."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adIncohAmp2

const SgAgvDatumDescriptor adIncohAmp2("INCOH2 ", "Incoh amp from FRNGE plot segs.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "INCOH2 "  ,
"Incoh amp from FRNGE plot segs."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adIndChn1

const SgAgvDatumDescriptor adIndChn1("IND_CHN1", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_ANY) ( "IND_CHN1"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adIndChn2

const SgAgvDatumDescriptor adIndChn2("IND_CHN2", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_ANY) ( "IND_CHN2"  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adInterval4

const SgAgvDatumDescriptor adInterval4("INTRVAL4", "First and last UTC time tag in input file.", ADS_SESSION, ADT_I2, 2, 5, ACS_NATIVE) ( "INTRVAL4"  ,
"First and last UTC time tag in input file."  ,
ADS_SESSION  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adIonCorr

const SgAgvDatumDescriptor adIonCorr("ION_CORR", "Ion correction for delay (sec) and rate (unitless) per band", ADS_BASELINE, ADT_R8, 2, SD_NumBands, ACS_NATIVE) ( "ION_CORR"  ,
"Ion correction for delay (sec) and rate (unitless) per band"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adIonDtFlg

const SgAgvDatumDescriptor adIonDtFlg("IONDTFLG", "Ion correction data flag per band. 0=OK, -1=Missing, -2=bad", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "IONDTFLG"  ,
"Ion correction data flag per band.  0 = OK,
1 = Missing 
)

◆ adIonoBits

const SgAgvDatumDescriptor adIonoBits("ION_BITS", "ICORR for full ion tracking.", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE) ( "ION_BITS"  ,
"ICORR for full ion tracking."  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adIonRms

const SgAgvDatumDescriptor adIonRms("IONRMS ", "Ion correction sigma for delay (sec) and rate (unitless) per band", ADS_BASELINE, ADT_R8, 2, SD_NumBands, ACS_NATIVE) ( "IONRMS "  ,
"Ion correction sigma for delay (sec) and rate (unitless) per band"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adLoFreq1

const SgAgvDatumDescriptor adLoFreq1("LO_FREQ1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "LO_FREQ1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adLoFreq2

const SgAgvDatumDescriptor adLoFreq2("LO_FREQ2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "LO_FREQ2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adMeanCabl

const SgAgvDatumDescriptor adMeanCabl("MEANCABL", "Mean cable delay (sec)", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_GVH) ( "MEANCABL"  ,
"Mean cable delay (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_GVH   
)

◆ adMeteOnTp

const SgAgvDatumDescriptor adMeteOnTp("METEONTP", "Meteo data origin type: undef(0), FS log file(1), external(2)", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE) ( "METEONTP"  ,
"Meteo data origin type:   undef0,
FS log   file1,
external(2)"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adMeteOnTx

const SgAgvDatumDescriptor adMeteOnTx("METEONTX", "Meteo data origin text", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE) ( "METEONTX"  ,
"Meteo data origin text"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adMjdEop

const SgAgvDatumDescriptor adMjdEop("MJD_EOP ", "Modified Julian date of the first epoch for the table of apriori EOP", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "MJD_EOP "  ,
"Modified Julian date of the first epoch for the table of apriori EOP"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adMjdObs

const SgAgvDatumDescriptor adMjdObs("MJD_OBS ", "MJD of fringe reference time at pseudo-UTC timecale for the scan (days)", ADS_SCAN, ADT_I4, 1, 1, ACS_NATIVE) ( "MJD_OBS "  ,
"MJD of fringe reference time at pseudo-UTC timecale for the scan (days)"  ,
ADS_SCAN  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adMk3DbName

const SgAgvDatumDescriptor adMk3DbName("MK3_DBNM", "Mark-3 DBH database name", ADS_SESSION, ADT_CHAR, 10, 1, ACS_NATIVE) ( "MK3_DBNM"  ,
"Mark-3 DBH database name"  ,
ADS_SESSION  ,
ADT_CHAR  ,
10  ,
,
ACS_NATIVE   
)

◆ adMunData

const SgAgvDatumDescriptor adMunData("MOONDATA", "Lunar geocentric coordinates and velocities", ADS_SCAN, ADT_R8, 2, 3, ACS_NATIVE) ( "MOONDATA"  ,
"Lunar geocentric coordinates and velocities"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNaprEop

const SgAgvDatumDescriptor adNaprEop("N_APREOP", "Number of nodes with apriori EOP", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "N_APREOP"  ,
"Number of nodes with apriori EOP"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adNcalib

const SgAgvDatumDescriptor adNcalib("N_CALIB ", "Number of available calibrations", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH) ( "N_CALIB "  ,
"Number of available calibrations"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adNdryCont

const SgAgvDatumDescriptor adNdryCont("NDRYCONT", "Nhmf (dry) atm. contribution", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "NDRYCONT"  ,
"Nhmf (dry) atm. contribution"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNdryPart

const SgAgvDatumDescriptor adNdryPart("NDRYPART", "Nhmf2 dry partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "NDRYPART"  ,
"Nhmf2 dry partial deriv. def."  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNgradPar

const SgAgvDatumDescriptor adNgradPar("NGRADPAR", "Niell dry atm. gradient partials", ADS_STATION, ADT_R8, 2, 2, ACS_NATIVE) ( "NGRADPAR"  ,
"Niell dry atm. gradient partials"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNobsSta

const SgAgvDatumDescriptor adNobsSta("NOBS_STA", "Number of observations per site", ADS_SESSION, ADT_I4, SD_NumStn, 1, ACS_ANY) ( "NOBS_STA"  ,
"Number of observations per site"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_NumStn  ,
,
ACS_ANY   
)

◆ adNoiseRms

const SgAgvDatumDescriptor adNoiseRms("NOISERMS", "RMS of the fringe amplitude noise (d/l)", ADS_BASELINE, ADT_R4, SD_NumBands, 1, ACS_GVH) ( "NOISERMS"  ,
"RMS of the fringe amplitude noise (d/l)"  ,
ADS_BASELINE  ,
ADT_R4  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adNone

const SgAgvDatumDescriptor adNone("NONE", "N/A", ADS_NONE, ADT_NONE, 0, 0, ACS_NONE) ( "NONE"  ,
"N/A"  ,
ADS_NONE  ,
ADT_NONE  ,
,
,
ACS_NONE   
)

◆ adNPhAmb

const SgAgvDatumDescriptor adNPhAmb("N_PHAMB ", "Number of phase delay ambiguities to be added to measured phase delays per band", ADS_BASELINE, ADT_I4, SD_NumBands, 1, ACS_GVH) ( "N_PHAMB "  ,
"Number of phase delay ambiguities to be added to measured phase delays per band"  ,
ADS_BASELINE  ,
ADT_I4  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adNSampls1

const SgAgvDatumDescriptor adNSampls1("NSAMPLS1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "NSAMPLS1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adNSampls2

const SgAgvDatumDescriptor adNSampls2("NSAMPLS2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "NSAMPLS2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adNumAp1

const SgAgvDatumDescriptor adNumAp1("NUM_AP1 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "NUM_AP1 "  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adNumAp2

const SgAgvDatumDescriptor adNumAp2("NUM_AP2 ", "", ADS_BASELINE, ADT_I2, SD_Any, SD_Any, ACS_NATIVE) ( "NUM_AP2 "  ,
""  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adNumAvaBnd

const SgAgvDatumDescriptor adNumAvaBnd("N_AVBAND", "Number of frequency bands for which information is availble", ADS_SESSION, ADT_I4, 1, 1, ACS_GVH) ( "N_AVBAND"  ,
"Number of frequency bands for which information is availble"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adNumBands

const SgAgvDatumDescriptor adNumBands("NUM_BAND", "Number of frequency bands observed in the experiment", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "NUM_BAND"  ,
"Number of frequency bands observed in the experiment"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adNumbObs

const SgAgvDatumDescriptor adNumbObs("NUMB_OBS", "Number of observations in the session", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY) ( "NUMB_OBS"  ,
"Number of observations in the session"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_ANY   
)

◆ adNumbSca

const SgAgvDatumDescriptor adNumbSca("NUMB_SCA", "Number of scans in the session", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY) ( "NUMB_SCA"  ,
"Number of scans in the session"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_ANY   
)

◆ adNumbSta

const SgAgvDatumDescriptor adNumbSta("NUMB_STA", "Number of sites", ADS_SESSION, ADT_I4, 1, 1, ACS_ANY) ( "NUMB_STA"  ,
"Number of sites"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_ANY   
)

◆ adNumChnBnd

const SgAgvDatumDescriptor adNumChnBnd("NUM_CHBN", "Number of frequency channels per band", ADS_SESSION, ADT_I4, 1, SD_NumBands, ACS_NATIVE) ( "NUM_CHBN"  ,
"Number of frequency channels per band"  ,
ADS_SESSION  ,
ADT_I4  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adNumChnTot

const SgAgvDatumDescriptor adNumChnTot("NUM_CHAN", "Number of frequency channels at all bands", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "NUM_CHAN"  ,
"Number of frequency channels at all bands"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adNumClRf

const SgAgvDatumDescriptor adNumClRf("NUM_CLRF", "Number of clock reference stations", ADS_SESSION, ADT_I4, 1, 1, ACS_GVH) ( "NUM_CLRF"  ,
"Number of clock reference stations"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adNumGrAmbg

const SgAgvDatumDescriptor adNumGrAmbg("N_GRAMB ", "Number of group delay ambiguities to be added to measured " "group delays per band", ADS_BASELINE, ADT_I4, SD_NumBands, 1, ACS_NATIVE) ( "N_GRAMB "  ,
"Number of group delay ambiguities to be added to measured " "group delays per band"  ,
ADS_BASELINE  ,
ADT_I4  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adNumLags

const SgAgvDatumDescriptor adNumLags("NLAGS ", "Num of lags used for correlation", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "NLAGS "  ,
"Num of lags used for correlation"  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adNumSam1

const SgAgvDatumDescriptor adNumSam1("NUM_SAM1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_ANY) ( "NUM_SAM1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adNumSam2

const SgAgvDatumDescriptor adNumSam2("NUM_SAM2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_ANY) ( "NUM_SAM2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adNumSrc

const SgAgvDatumDescriptor adNumSrc("NUMB_SOU", "Number of observed sources", ADS_SESSION, ADT_I4, 1, 1, ACS_NATIVE) ( "NUMB_SOU"  ,
"Number of observed sources"  ,
ADS_SESSION  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adNusedChnl

const SgAgvDatumDescriptor adNusedChnl("NUSEDCHN", "Number of channels used in bandwidth synthesis per band", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "NUSEDCHN"  ,
"Number of channels used in bandwidth synthesis per band"  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adNut06Xyp

const SgAgvDatumDescriptor adNut06Xyp("NUT06XYP", "2000/2006 Nut/Prec X,Y Partials", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "NUT06XYP"  ,
"2000/2006 Nut/Prec  X,
Y Partials"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNut06xys

const SgAgvDatumDescriptor adNut06xys("NUT06XYS", "2000/2006 Nut/Prec X,Y, S & Rates", ADS_SCAN, ADT_R8, 3, 2, ACS_NATIVE) ( "NUT06XYS"  ,
"2000/2006 Nut/Prec  X,
,
S &Rates"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNut2006a

const SgAgvDatumDescriptor adNut2006a("NUT2006A", "IAU2006A Nut. - Dpsi Deps Rates", ADS_SCAN, ADT_R8, 2, 2, ACS_NATIVE) ( "NUT2006A"  ,
"IAU2006A Nut. - Dpsi Deps Rates"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNutCflg

const SgAgvDatumDescriptor adNutCflg("NUT_CFLG", "Nutation message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "NUT_CFLG"  ,
"Nutation message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adNutDer

const SgAgvDatumDescriptor adNutDer("NUT_DER ", "Partial derivatives wth nutation deaily offset parameters (sec)", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "NUT_DER "  ,
"Partial derivatives wth nutation deaily offset parameters (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adNutMess

const SgAgvDatumDescriptor adNutMess("NUT_MESS", "Nutation flow control mess def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "NUT_MESS"  ,
"Nutation flow control mess def."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adNutWahr

const SgAgvDatumDescriptor adNutWahr("NUT_WAHR", "Wahr nut vals - Dpsi Deps&rates", ADS_SCAN, ADT_R8, 2, 2, ACS_NATIVE) ( "NUT_WAHR"  ,
"Wahr nut vals - Dpsi Deps&rates"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNwetCont

const SgAgvDatumDescriptor adNwetCont("NWETCONT", "Whmf (wet) atm. contribution", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "NWETCONT"  ,
"Whmf (wet) atm. contribution"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adNwetPart

const SgAgvDatumDescriptor adNwetPart("NWETPART", "Whmf2 wet partial deriv. def.", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "NWETPART"  ,
"Whmf2 wet partial deriv. def."  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adObsCalFlg

const SgAgvDatumDescriptor adObsCalFlg("OBCLFLGS", "Bit set indicate that calibration is recommended for observations", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE) ( "OBCLFLGS"  ,
"Bit set indicate that calibration is recommended for observations"  ,
ADS_SESSION  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adObsCalNam

const SgAgvDatumDescriptor adObsCalNam("OBCLLIST", "Available obs dependent calibrations (poletide, earthdide, ?)", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "OBCLLIST"  ,
"Available obs dependent calibrations (poletide, earthdide, ?)"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adObsTab

const SgAgvDatumDescriptor adObsTab("OBS_TAB ", "Observation tables: scan index, indices of the first and the second station", ADS_SESSION, ADT_I4, 3, SD_NumObs, ACS_ANY) ( "OBS_TAB "  ,
"Observation tables: scan  index,
indices of the first and the second station"  ,
ADS_SESSION  ,
ADT_I4  ,
,
SD_NumObs  ,
ACS_ANY   
)

◆ adOceCflg

const SgAgvDatumDescriptor adOceCflg("OCE_CFLG", "Ocean load flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "OCE_CFLG"  ,
"Ocean load flow control mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adOceCont

const SgAgvDatumDescriptor adOceCont("OCE_CONT", "Obs dependent ocean loading", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "OCE_CONT"  ,
"Obs dependent ocean loading"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adOceDeld

const SgAgvDatumDescriptor adOceDeld("OCE_DELD", "Ocean load site dependent displace", ADS_STATION, ADT_R8, 2, 3, ACS_NATIVE) ( "OCE_DELD"  ,
"Ocean load site dependent displace"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adOceHorz

const SgAgvDatumDescriptor adOceHorz("OCE_HORZ", "Site-dep ocean cont - horizontal", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "OCE_HORZ"  ,
"Site-dep ocean cont - horizontal"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adOceMess

const SgAgvDatumDescriptor adOceMess("OCE_MESS", "Ocean loading message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "OCE_MESS"  ,
"Ocean loading message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adOceOld

const SgAgvDatumDescriptor adOceOld("OCE_OLD ", "Add to Cal-OceanLoad to get Cal10 OceanLoading", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "OCE_OLD "  ,
"Add to Cal-OceanLoad to get Cal10 OceanLoading"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adOceStat

const SgAgvDatumDescriptor adOceStat("OCE_STAT", "Ocean loading station status.", ADS_SESSION, ADT_CHAR, 1, SD_NumStn, ACS_NATIVE) ( "OCE_STAT"  ,
"Ocean loading station status."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adOceVert

const SgAgvDatumDescriptor adOceVert("OCE_VERT", "Site-dep ocean cont - vertical", ADS_STATION, ADT_R8, 2, 1, ACS_NATIVE) ( "OCE_VERT"  ,
"Site-dep ocean cont - vertical"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adOPTLCoef

const SgAgvDatumDescriptor adOPTLCoef("OPTLCOEF", "Ocean Pole Tide loading Coefficients", ADS_SESSION, ADT_R8, SD_NumStn, 6, ACS_NATIVE) ( "OPTLCOEF"  ,
"Ocean Pole Tide loading Coefficients"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adOptlCont

const SgAgvDatumDescriptor adOptlCont("OPTLCONT", "Ocean Pole Tide Load Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "OPTLCONT"  ,
"Ocean Pole Tide Load Contribution"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPanMess

const SgAgvDatumDescriptor adPanMess("PAN_MESS", "Feedhorn rot. angle mod. ident.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PAN_MESS"  ,
"Feedhorn rot. angle mod. ident."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adParangle

const SgAgvDatumDescriptor adParangle("PARANGLE", "Feedhorn rot. angle", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE) ( "PARANGLE"  ,
"Feedhorn rot. angle"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPCalCm1

const SgAgvDatumDescriptor adPCalCm1("PCAL_CM1", "", ADS_STATION, ADT_R4, SD_Any, SD_Any, ACS_GVH) ( "PCAL_CM1"  ,
""  ,
ADS_STATION  ,
ADT_R4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adPCalCm2

const SgAgvDatumDescriptor adPCalCm2("PCAL_CM2", "", ADS_STATION, ADT_R4, SD_Any, SD_Any, ACS_GVH) ( "PCAL_CM2"  ,
""  ,
ADS_STATION  ,
ADT_R4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adPCalFr1

const SgAgvDatumDescriptor adPCalFr1("PCAL_FR1", "", ADS_STATION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "PCAL_FR1"  ,
""  ,
ADS_STATION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adPCalFr2

const SgAgvDatumDescriptor adPCalFr2("PCAL_FR2", "", ADS_STATION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "PCAL_FR2"  ,
""  ,
ADS_STATION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adPepMess

const SgAgvDatumDescriptor adPepMess("PEP_MESS", "PEP Utility Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PEP_MESS"  ,
"PEP Utility Message Definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adPhaseFlag

const SgAgvDatumDescriptor adPhaseFlag("PHSUFLAG", "Phase delay unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE) ( "PHSUFLAG"  ,
"Phase delay unweight flag"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adPhCAmp1

const SgAgvDatumDescriptor adPhCAmp1("PHCAMP_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCAMP_1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCAmp2

const SgAgvDatumDescriptor adPhCAmp2("PHCAMP_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCAMP_2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCFrq1

const SgAgvDatumDescriptor adPhCFrq1("PHCFRQ_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCFRQ_1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCFrq2

const SgAgvDatumDescriptor adPhCFrq2("PHCFRQ_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCFRQ_2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCOff1

const SgAgvDatumDescriptor adPhCOff1("PHCOFF_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCOFF_1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCOff2

const SgAgvDatumDescriptor adPhCOff2("PHCOFF_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCOFF_2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCPhs1

const SgAgvDatumDescriptor adPhCPhs1("PHCPHS_1", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCPHS_1"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhCPhs2

const SgAgvDatumDescriptor adPhCPhs2("PHCPHS_2", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "PHCPHS_2"  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPhcRate

const SgAgvDatumDescriptor adPhcRate("PHC_RATE", "PC rate by sta ( us per s)", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "PHC_RATE"  ,
"PC rate by sta ( us per s)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adPhDelErr

const SgAgvDatumDescriptor adPhDelErr("PHDELERR", "Phase delay error (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "PHDELERR"  ,
"Phase delay error (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adPhRatErr

const SgAgvDatumDescriptor adPhRatErr("PHRATERR", "Phase delay rate delay errors per band (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "PHRATERR"  ,
"Phase delay rate delay errors per band (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adPhRatIonE

const SgAgvDatumDescriptor adPhRatIonE("ION_RERR", "Uncertainty of ionospheric contribution to phase delay rate at the 1st band (d/l)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "ION_RERR"  ,
"Uncertainty of ionospheric contribution to phase delay rate at the 1st band (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adPhRatIonV

const SgAgvDatumDescriptor adPhRatIonV("ION_PRAT", "Ionospheric contribution to phase delay rate at the first band (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "ION_PRAT"  ,
"Ionospheric contribution to phase delay rate at the first band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adPimaCnt

const SgAgvDatumDescriptor adPimaCnt("PIMA_CNT", "Full path name of pima control file", ADS_SESSION, ADT_CHAR, 1, 1, ACS_GVH_PIMA) ( "PIMA_CNT"  ,
"Full path name of pima control file"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_GVH_PIMA   
)

◆ adPimaVer

const SgAgvDatumDescriptor adPimaVer("PIMA_VER", "Version of PIMA software", ADS_SESSION, ADT_CHAR, 1, 1, ACS_GVH_PIMA) ( "PIMA_VER"  ,
"Version of PIMA software"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_GVH_PIMA   
)

◆ adPiName

const SgAgvDatumDescriptor adPiName("PI_NAME ", "Name of the principal investigator", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE) ( "PI_NAME "  ,
"Name of the principal investigator"  ,
ADS_SESSION  ,
ADT_CHAR  ,
80  ,
,
ACS_NATIVE   
)

◆ adPindObs

const SgAgvDatumDescriptor adPindObs("PIND_OBS", "Internal index of observation used by PIMA", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH) ( "PIND_OBS"  ,
"Internal index of observation used by PIMA"  ,
ADS_BASELINE  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adPlx1pSec

const SgAgvDatumDescriptor adPlx1pSec("PLX1PSEC", "Parallax partial/contr 1 parsec", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "PLX1PSEC"  ,
"Parallax partial/contr 1 parsec"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPlxCflg

const SgAgvDatumDescriptor adPlxCflg("PLX_CFLG", "Parallax flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PLX_CFLG"  ,
"Parallax flow control mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adPlxMess

const SgAgvDatumDescriptor adPlxMess("PLX_MESS", "Parallax message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PLX_MESS"  ,
"Parallax message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adPlxPart

const SgAgvDatumDescriptor adPlxPart("PLX_PART", "Parallax partial deriv. def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "PLX_PART"  ,
"Parallax partial deriv. def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPolariz

const SgAgvDatumDescriptor adPolariz("POLARIZ ", "Polarization label: RR, RL, LR, or LL", ADS_BASELINE, ADT_CHAR, SD_NumBands, 1, ACS_GVH) ( "POLARIZ "  ,
"Polarization label:  RR,
RL  ,
LR  ,
or LL"  ,
ADS_BASELINE  ,
ADT_CHAR  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adPolariz1

const SgAgvDatumDescriptor adPolariz1("POLARZ1 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE) ( "POLARZ1 "  ,
""  ,
ADS_BASELINE  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPolariz2

const SgAgvDatumDescriptor adPolariz2("POLARZ2 ", "", ADS_BASELINE, ADT_CHAR, SD_Any, SD_Any, ACS_NATIVE) ( "POLARZ2 "  ,
""  ,
ADS_BASELINE  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adPolarXy

const SgAgvDatumDescriptor adPolarXy("POLAR_XY", "Polar motion X & Y for obs (rad)", ADS_SCAN, ADT_R8, 2, 1, ACS_NATIVE) ( "POLAR_XY"  ,
"Polar motion X & Y for obs (rad)"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPreData

const SgAgvDatumDescriptor adPreData("PRE_DATA", "Precession constant (asec/cent).", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "PRE_DATA"  ,
"Precession constant (asec/cent)."  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPtdCflg

const SgAgvDatumDescriptor adPtdCflg("PTD_CFLG", "Pole tide flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PTD_CFLG"  ,
"Pole tide flow control mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adPtdCont

const SgAgvDatumDescriptor adPtdCont("PTD_CONT", "Pole tide contributions def.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "PTD_CONT"  ,
"Pole tide contributions def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPtdMess

const SgAgvDatumDescriptor adPtdMess("PTD_MESS", "Pole tide message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "PTD_MESS"  ,
"Pole tide message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adPtdXyPar

const SgAgvDatumDescriptor adPtdXyPar("PTDXYPAR", "Pole Tide Partials w.r.t. X & Y", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "PTDXYPAR"  ,
"Pole Tide Partials w.r.t. X & Y"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adPtoLdCon

const SgAgvDatumDescriptor adPtoLdCon("PTOLDCON", "Old Pole Tide Restorer Contrib.", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "PTOLDCON"  ,
"Old Pole Tide Restorer Contrib."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adQbFactor

const SgAgvDatumDescriptor adQbFactor("QBFACTOR", "Measure of uniformity of data.", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "QBFACTOR"  ,
"Measure of uniformity of data."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adQualCodes

const SgAgvDatumDescriptor adQualCodes("QUALCODE", "Quality code as char value: 5-9 is good, 0 -- non-detection, letter -- failure", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE) ( "QUALCODE"  ,
"Quality code as char value: 5-9 is  good,
0 -- non-  detection,
letter -- failure"  ,
ADS_BASELINE  ,
ADT_CHAR  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adRateCen

const SgAgvDatumDescriptor adRateCen("RATE_CEN", "Rate window center used for fringe search (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RATE_CEN"  ,
"Rate window center used for fringe search (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adRateFlag

const SgAgvDatumDescriptor adRateFlag("RATUFLAG", "Delay rate unweight flag", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE) ( "RATUFLAG"  ,
"Delay rate unweight flag"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adRateWdt

const SgAgvDatumDescriptor adRateWdt("RATE_WDT", "Rate window width used for fringe search (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RATE_WDT"  ,
"Rate window width used for fringe search (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adRecMode

const SgAgvDatumDescriptor adRecMode("REC_MODE", "Recording mode", ADS_SESSION, ADT_CHAR, 80, 1, ACS_NATIVE) ( "REC_MODE"  ,
"Recording mode"  ,
ADS_SESSION  ,
ADT_CHAR  ,
80  ,
,
ACS_NATIVE   
)

◆ adRefClocks

const SgAgvDatumDescriptor adRefClocks("CLK_SITS", "List of clock reference stations", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "CLK_SITS"  ,
"List of clock reference stations"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adRefFreq

const SgAgvDatumDescriptor adRefFreq("REF_FREQ", "Reference frequency for phase delay per band (Hz)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "REF_FREQ"  ,
"Reference frequency for phase delay per band (Hz)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adRelCflg

const SgAgvDatumDescriptor adRelCflg("REL_CFLG", "Relativisitc bending use status", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "REL_CFLG"  ,
"Relativisitc bending use status"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adRelData

const SgAgvDatumDescriptor adRelData("REL_DATA", "Relativity mod data (gamma).", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "REL_DATA"  ,
"Relativity mod data (gamma)."  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adRelHumd

const SgAgvDatumDescriptor adRelHumd("REL_HUMD", "Relative humidity at the station (0-1)", ADS_STATION, ADT_R8, 1, 1, ACS_NATIVE) ( "REL_HUMD"  ,
"Relative humidity at the station (0-1)"  ,
ADS_STATION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adResGrDl

const SgAgvDatumDescriptor adResGrDl("RES_GRDL", "Residual group delay reported by the post-correlator software (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RES_GRDL"  ,
"Residual group delay reported by the post-correlator software (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResGrRat

const SgAgvDatumDescriptor adResGrRat("RESGRRAT", "Residual group delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RESGRRAT"  ,
"Residual group delay rate (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResMbDel

const SgAgvDatumDescriptor adResMbDel("RESMBDEL", "Residual multiband group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RESMBDEL"  ,
"Residual multiband group delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResPhas

const SgAgvDatumDescriptor adResPhas("RESPHAS ", "Residual fringe phase", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RESPHAS "  ,
"Residual fringe phase"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResPhGc

const SgAgvDatumDescriptor adResPhGc("RES_PHGC", "Residual fringe phase per station at the geocenter (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RES_PHGC"  ,
"Residual fringe phase per station at the geocenter (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResPhRat

const SgAgvDatumDescriptor adResPhRat("RESPHRAT", "Residual phase delay rate (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RESPHRAT"  ,
"Residual phase delay rate (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResRate

const SgAgvDatumDescriptor adResRate("RES_RATE", "Apriori phase delay rate reported by the post-correlator software (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RES_RATE"  ,
"Apriori phase delay rate reported by the post-correlator software (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adResSbDel

const SgAgvDatumDescriptor adResSbDel("RESSBDEL", "Residual singleband group delay (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "RESSBDEL"  ,
"Residual singleband group delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adRfFreq1

const SgAgvDatumDescriptor adRfFreq1("RFREQ1 ", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "RFREQ1 "  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adRfFreq2

const SgAgvDatumDescriptor adRfFreq2("RFREQ2 ", "", ADS_BASELINE, ADT_R8, SD_Any, SD_Any, ACS_NATIVE) ( "RFREQ2 "  ,
""  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_NATIVE   
)

◆ adRtResid

const SgAgvDatumDescriptor adRtResid("RATRESID", "Rate resid (sec per sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "RATRESID"  ,
"Rate resid (sec per sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adRwBasNam

const SgAgvDatumDescriptor adRwBasNam("RWBASNAM", "Baseline names for additive baseline-dependent reweighting parameters", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH) ( "RWBASNAM"  ,
"Baseline names for additive baseline-dependent reweighting parameters"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adRwDelVal

const SgAgvDatumDescriptor adRwDelVal("RWDELVAL", "Additive baseline-dependent reweighting parameters for delays (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "RWDELVAL"  ,
"Additive baseline-dependent reweighting parameters for delays (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adRwRatVal

const SgAgvDatumDescriptor adRwRatVal("RWRATVAL", "Additive baseline-dependent reweighting parameters for delay rates (d/l)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "RWRATVAL"  ,
"Additive baseline-dependent reweighting parameters for delay rates (d/l)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adSamplRate

const SgAgvDatumDescriptor adSamplRate("SAMPLRAT", "Sample rate (Hz)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE, true) ( "SAMPLRAT"  ,
"Sample rate (Hz)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE  ,
true   
)

◆ adSbDelErr

const SgAgvDatumDescriptor adSbDelErr("SBDELERR", "Single-band delay errors per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "SBDELERR"  ,
"Single-band delay errors per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSbDelVal

const SgAgvDatumDescriptor adSbDelVal("SB_DELAY", "Single-band delays per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "SB_DELAY"  ,
"Single-band delays per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSbResid

const SgAgvDatumDescriptor adSbResid("SBRESID ", "Single band delay residual", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "SBRESID "  ,
"Single band delay residual"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adScanDur

const SgAgvDatumDescriptor adScanDur("SCAN_DUR", "Scan duration per band (sec)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_GVH) ( "SCAN_DUR"  ,
"Scan duration per band (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_GVH   
)

◆ adScanNames

const SgAgvDatumDescriptor adScanNames("SCANNAME", "Scan name", ADS_SCAN, ADT_CHAR, 16, 1, ACS_NATIVE) ( "SCANNAME"  ,
"Scan name"  ,
ADS_SCAN  ,
ADT_CHAR  ,
16  ,
,
ACS_NATIVE   
)

◆ adScanPima

const SgAgvDatumDescriptor adScanPima("SCANPIMA", "Pima internal scan name", ADS_SCAN, ADT_CHAR, SD_Any, 1, ACS_GVH) ( "SCANPIMA"  ,
"Pima internal scan name"  ,
ADS_SCAN  ,
ADT_CHAR  ,
SD_Any  ,
,
ACS_GVH   
)

◆ adScanUtc

const SgAgvDatumDescriptor adScanUtc("SCAN_UTC", "Nominal scan time YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE) ( "SCAN_UTC"  ,
"Nominal scan time YMDHMS."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSiteNames

const SgAgvDatumDescriptor adSiteNames("SITNAMES", "IVS site names", ADS_SESSION, ADT_CHAR, 8, SD_NumStn, ACS_ANY) ( "SITNAMES"  ,
"IVS site names"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_ANY   
)

◆ adSiteZens

const SgAgvDatumDescriptor adSiteZens("SITEZENS", "Site zenith path delays (nsec).", ADS_SESSION, ADT_R8, SD_NumStn, 1, ACS_NATIVE) ( "SITEZENS"  ,
"Site zenith path delays (nsec)."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adSitHSOAm

const SgAgvDatumDescriptor adSitHSOAm("SITHSOAM", "Horz south ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITHSOAM"  ,
"Horz south ocean loading ampltudes (m)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitHSOPh

const SgAgvDatumDescriptor adSitHSOPh("SITHSOPH", "Horz south ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITHSOPH"  ,
"Horz south ocean loading phases (rad)."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitHWOAm

const SgAgvDatumDescriptor adSitHWOAm("SITHWOAM", "Horz west ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITHWOAM"  ,
"Horz west ocean loading ampltudes (m)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitHWOPh

const SgAgvDatumDescriptor adSitHWOPh("SITHWOPH", "Horz west ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITHWOPH"  ,
"Horz west ocean loading phases (rad)."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitMess

const SgAgvDatumDescriptor adSitMess("SIT_MESS", "Site Module Message Definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "SIT_MESS"  ,
"Site Module Message Definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adSitOcAmp

const SgAgvDatumDescriptor adSitOcAmp("SITOCAMP", "Vert ocean loading ampltudes (m)", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITOCAMP"  ,
"Vert ocean loading ampltudes (m)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitOcPhs

const SgAgvDatumDescriptor adSitOcPhs("SITOCPHS", "Vert ocean loading phases (rad).", ADS_SESSION, ADT_R8, SD_NumStn, 11, ACS_NATIVE) ( "SITOCPHS"  ,
"Vert ocean loading phases (rad)."  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumStn  ,
11  ,
ACS_NATIVE   
)

◆ adSitPart

const SgAgvDatumDescriptor adSitPart("SIT_PART", "Site partials: dtau/dr_1=-dtau/dr_2", ADS_BASELINE, ADT_R8, 2, 3, ACS_NATIVE) ( "SIT_PART"  )

◆ adSkyFrqChn

const SgAgvDatumDescriptor adSkyFrqChn("SKYFRQCH", "Sky frequency of channels in Hz", ADS_SESSION, ADT_R8, 14, 1, ACS_GVH_PIMA) ( "SKYFRQCH"  ,
"Sky frequency of channels in Hz"  ,
ADS_SESSION  ,
ADT_R8  ,
14  ,
,
ACS_GVH_PIMA   
)

◆ adSnr

const SgAgvDatumDescriptor adSnr("SNRATIO ", "Fringe amplitude signal to noise ratio (d/l)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "SNRATIO "  ,
"Fringe amplitude signal to noise ratio (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSoCoCns

const SgAgvDatumDescriptor adSoCoCns("SOCO_CNS", "Reciprocal weights of constraints on source coordinates per object, " "per soltype", ADS_SESSION, ADT_R8, SD_NumSrc, SD_Any, ACS_GVH) ( "SOCO_CNS"  ,
"Reciprocal weights of constraints on source coordinates per  object,
" "per soltype"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_NumSrc  ,
SD_Any  ,
ACS_GVH   
)

◆ adSoCoEst

const SgAgvDatumDescriptor adSoCoEst("SOCO_EST", "Estimation status for source coordinates per component, per object", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "SOCO_EST"  ,
"Estimation status for source coordinates per  component,
per object"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adSouUse

const SgAgvDatumDescriptor adSouUse("SOU_USE ", "Bit field of source selection status", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "SOU_USE "  ,
"Bit field of source selection status"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adSpChWdt

const SgAgvDatumDescriptor adSpChWdt("SPCH_WDT", "Spectral channel width in Hz per channel", ADS_SESSION, ADT_R8, SD_Any, 1, ACS_GVH) ( "SPCH_WDT"  ,
"Spectral channel width in Hz per channel"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
,
ACS_GVH   
)

◆ adSrcApRef

const SgAgvDatumDescriptor adSrcApRef("STAR_REF", "Source a priori coordinates reference", ADS_SESSION, ADT_CHAR, 8, SD_NumSrc, ACS_NATIVE) ( "STAR_REF"  ,
"Source a priori coordinates reference"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumSrc  ,
ACS_NATIVE   
)

◆ adSrcCoord

const SgAgvDatumDescriptor adSrcCoord("SOU_COOR", "Source coordinates in a baricenteric reference system: right asc. decl. (rad)", ADS_SESSION, ADT_R8, 2, SD_NumSrc, ACS_NATIVE) ( "SOU_COOR"  ,
"Source coordinates in a baricenteric reference system: right asc. decl. (rad)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
SD_NumSrc  ,
ACS_NATIVE   
)

◆ adSrchPar

const SgAgvDatumDescriptor adSrchPar("SRCHPAR ", "FRNGE/Fourfit search parameters", ADS_BASELINE, ADT_R8, SD_NumBands, 6, ACS_NATIVE) ( "SRCHPAR "  ,
"FRNGE/Fourfit search parameters"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSrcIdx

const SgAgvDatumDescriptor adSrcIdx("SOU_IND ", "Source name index", ADS_SCAN, ADT_I4, 1, 1, ACS_NATIVE) ( "SOU_IND "  ,
"Source name index"  ,
ADS_SCAN  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adSrcName

const SgAgvDatumDescriptor adSrcName("SRCNAMES", "Source names", ADS_SESSION, ADT_CHAR, 8, SD_NumSrc, ACS_NATIVE) ( "SRCNAMES"  ,
"Source names"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumSrc  ,
ACS_NATIVE   
)

◆ adSrcStatus

const SgAgvDatumDescriptor adSrcStatus("SOURSTAT", "Source selection status bit-mapped array", ADS_SESSION, ADT_I2, SD_NumSrc, 1, ACS_NATIVE) ( "SOURSTAT"  ,
"Source selection status bit-mapped array"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumSrc  ,
,
ACS_NATIVE   
)

◆ adSrtOffs

const SgAgvDatumDescriptor adSrtOffs("SRT_OFFS", "Scan reference time offset relative to the scan start (sec)", ADS_SCAN, ADT_R8, 1, 1, ACS_GVH) ( "SRT_OFFS"  ,
"Scan reference time offset relative to the scan start (sec)"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adStaClRf

const SgAgvDatumDescriptor adStaClRf("STA_CLRF", " Names of clock reference stations", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH) ( "STA_CLRF"  ,
" Names of clock reference stations"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adStarElev

const SgAgvDatumDescriptor adStarElev("STARELEV", "Elev angles calc by COREL", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "STARELEV"  ,
"Elev angles calc by COREL"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adStartSec

const SgAgvDatumDescriptor adStartSec("STARTSEC", "Start time in sec past hour", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "STARTSEC"  ,
"Start time in sec past hour"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adStaUse

const SgAgvDatumDescriptor adStaUse("STA_USE ", "Bit field of station selection status", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "STA_USE "  ,
"Bit field of station selection status"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adStepEop

const SgAgvDatumDescriptor adStepEop("STEP_EOP", "Step of the EOP table of apriori EOP (sec)", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "STEP_EOP"  ,
"Step of the EOP table of apriori EOP (sec)"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adStnCalFlg

const SgAgvDatumDescriptor adStnCalFlg("CAL_FLGS", "Bit set indicate that calibration is recommended for stations", ADS_SESSION, ADT_I2, SD_NumStn, 1, ACS_NATIVE) ( "CAL_FLGS"  ,
"Bit set indicate that calibration is recommended for stations"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_NumStn  ,
,
ACS_NATIVE   
)

◆ adStnCalNam

const SgAgvDatumDescriptor adStnCalNam("CAL_LIST", "Station depedendent calibrations (Cable, Phase, etc?)", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "CAL_LIST"  ,
"Station depedendent calibrations (Cable, Phase, etc?)"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adStnCoord

const SgAgvDatumDescriptor adStnCoord("SIT_COOR", "Site coordinates in a crust-fixed terrestrial reference system: X, Y, Z (meters)", ADS_SESSION, ADT_R8, 3, SD_NumStn, ACS_NATIVE) ( "SIT_COOR"  ,
"Site coordinates in a crust-fixed terrestrial reference system:  X,
,
Z(meters)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adStnIdx

const SgAgvDatumDescriptor adStnIdx("STA_IND ", "Station names indexes", ADS_BASELINE, ADT_I4, 2, 1, ACS_NATIVE) ( "STA_IND "  ,
"Station names indexes"  ,
ADS_BASELINE  ,
ADT_I4  ,
,
,
ACS_NATIVE   
)

◆ adStopOffst

const SgAgvDatumDescriptor adStopOffst("STOP_OFF", "Offset nominal stop time (sec).", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "STOP_OFF"  ,
"Offset nominal stop time (sec)."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adStopSec

const SgAgvDatumDescriptor adStopSec("STOP_SEC", "Stop time in sec past hour", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "STOP_SEC"  ,
"Stop time in sec past hour"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adStPsCns

const SgAgvDatumDescriptor adStPsCns("STPS_CNS", "Reciprocal weights of constraints on site positions per site, " "per solution type", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "STPS_CNS"  ,
"Reciprocal weights of constraints on site positions per  site,
" "per solution type"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adStPsEst

const SgAgvDatumDescriptor adStPsEst("STPS_EST", "Estimation status for station positions per component, per station", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "STPS_EST"  ,
"Estimation status for station positions per  component,
per station"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adStrCflg

const SgAgvDatumDescriptor adStrCflg("STR_CFLG", "Parallax flow control mess def", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "STR_CFLG"  ,
"Parallax flow control mess def"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adStrMess

const SgAgvDatumDescriptor adStrMess("STR_MESS", "Star module message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "STR_MESS"  ,
"Star module message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adStrPart

const SgAgvDatumDescriptor adStrPart("STR_PART", "Star partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "STR_PART"  ,
"Star partial derivatives def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adStrtOffst

const SgAgvDatumDescriptor adStrtOffst("STARTOFF", "Offset nominal start time (sec).", ADS_BASELINE, ADT_I2, SD_NumBands, 1, ACS_NATIVE) ( "STARTOFF"  ,
"Offset nominal start time (sec)."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adSun2cont

const SgAgvDatumDescriptor adSun2cont("SUN2CONT", "High order bending contrib.(sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "SUN2CONT"  ,
"High order bending contrib.(sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adSunCont

const SgAgvDatumDescriptor adSunCont("SUN_CONT", "Consensus bending contrib. (sec)", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "SUN_CONT"  ,
"Consensus bending contrib. (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adSunData

const SgAgvDatumDescriptor adSunData("SUN_DATA", "Solar geocentric coordinates and velocities", ADS_SCAN, ADT_R8, 2, 3, ACS_NATIVE) ( "SUN_DATA"  ,
"Solar geocentric coordinates and velocities"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adSupMet

const SgAgvDatumDescriptor adSupMet("SUPMET ", "Code of the suppression method used in the solution", ADS_SESSION, ADT_I2, SD_Any, SD_Any, ACS_GVH) ( "SUPMET "  ,
"Code of the suppression method used in the solution"  ,
ADS_SESSION  ,
ADT_I2  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTaiEop

const SgAgvDatumDescriptor adTaiEop("TAI_EOP ", "TAI time tag of first epoch of the table of apriori EOP (sec)", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "TAI_EOP "  ,
"TAI time tag of first epoch of the table of apriori EOP (sec)"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTapQcode

const SgAgvDatumDescriptor adTapQcode("TAPQCODE", "Tape quality code", ADS_BASELINE, ADT_CHAR, 1, SD_NumBands, ACS_NATIVE) ( "TAPQCODE"  ,
"Tape quality code"  ,
ADS_BASELINE  ,
ADT_CHAR  ,
,
SD_NumBands  ,
ACS_NATIVE   
)

◆ adTecSts

const SgAgvDatumDescriptor adTecSts("TEC_STS ", "Flag of availability/usage of the external ionosphere calibration", ADS_SESSION, ADT_I4, SD_Any, SD_Any, ACS_GVH) ( "TEC_STS "  ,
"Flag of availability/usage of the external ionosphere calibration"  ,
ADS_SESSION  ,
ADT_I4  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTectPlNm

const SgAgvDatumDescriptor adTectPlNm("TECTPLNM", "4-char tectonic plate names", ADS_SESSION, ADT_CHAR, 8, SD_NumStn, ACS_NATIVE) ( "TECTPLNM"  ,
"4-char tectonic plate names"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
SD_NumStn  ,
ACS_NATIVE   
)

◆ adTheMess

const SgAgvDatumDescriptor adTheMess("THE_MESS", "Theory module identification", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "THE_MESS"  ,
"Theory module identification"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adThGrDel

const SgAgvDatumDescriptor adThGrDel("THGR_DEL", "Theoretical group delay (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "THGR_DEL"  ,
"Theoretical group delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adThPhDel

const SgAgvDatumDescriptor adThPhDel("THPH_DEL", "Theoretical phase delay (sec)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "THPH_DEL"  ,
"Theoretical phase delay (sec)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adThPhRat

const SgAgvDatumDescriptor adThPhRat("THPH_RAT", "Theoretical phase delay date (d/l)", ADS_BASELINE, ADT_R8, 1, 1, ACS_GVH) ( "THPH_RAT"  ,
"Theoretical phase delay date (d/l)"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adThProg

const SgAgvDatumDescriptor adThProg("TH_PROG ", "Name and version of the program which computed theoretical path delays", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH) ( "TH_PROG "  ,
"Name and version of the program which computed theoretical path delays"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adThRuDat

const SgAgvDatumDescriptor adThRuDat("TH_RUDAT", "Date and time of theoretical delay compuation", ADS_SESSION, ADT_CHAR, SD_Any, SD_Any, ACS_GVH) ( "TH_RUDAT"  ,
"Date and time of theoretical delay compuation"  ,
ADS_SESSION  ,
ADT_CHAR  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTidalUt1

const SgAgvDatumDescriptor adTidalUt1("TIDALUT1", "Flag for tidal terms in UT1 sers", ADS_SESSION, ADT_I2, 1, 1, ACS_NATIVE) ( "TIDALUT1"  ,
"Flag for tidal terms in UT1 sers"  ,
ADS_SESSION  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adTilIntr

const SgAgvDatumDescriptor adTilIntr("TIL_INTR", "Length of time span between spline nodes for atmosphere tilt " "per soltyp (sec)", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "TIL_INTR"  ,
"Length of time span between spline nodes for atmosphere tilt " "per soltyp (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTiltRmvr

const SgAgvDatumDescriptor adTiltRmvr("TILTRMVR", "Axis Tilt Contribution Remover", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "TILTRMVR"  ,
"Axis Tilt Contribution Remover"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adTlOfCns

const SgAgvDatumDescriptor adTlOfCns("TLOF_CNS", "Reciprocal weights of constraints on atm. tilt offset per station, " "per soltype", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "TLOF_CNS"  ,
"Reciprocal weights of constraints on atm. tilt offset per  station,
" "per soltype"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTlRtCns

const SgAgvDatumDescriptor adTlRtCns("TLRT_CNS", "Reciprocal weights of constraints on atm. tilt rate per station, " "per soltype", ADS_SESSION, ADT_R8, SD_Any, SD_Any, ACS_GVH) ( "TLRT_CNS"  ,
"Reciprocal weights of constraints on atm. tilt rate per  station,
" "per soltype"  ,
ADS_SESSION  ,
ADT_R8  ,
SD_Any  ,
SD_Any  ,
ACS_GVH   
)

◆ adTotPhase

const SgAgvDatumDescriptor adTotPhase("TOTPHASE", "Total fringe phases at time of arrival singal at station 1 per band (rad)", ADS_BASELINE, ADT_R8, SD_NumBands, 1, ACS_NATIVE) ( "TOTPHASE"  ,
"Total fringe phases at time of arrival singal at station 1 per band (rad)"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adTsys1

const SgAgvDatumDescriptor adTsys1("TSYS1 ", "System temperature per channel at the 1st band (K)", ADS_STATION, ADT_R4, 1, SD_Any, ACS_GVH) ( "TSYS1 "  ,
"System temperature per channel at the 1st band (K)"  ,
ADS_STATION  ,
ADT_R4  ,
,
SD_Any  ,
ACS_GVH   
)

◆ adTsys2

const SgAgvDatumDescriptor adTsys2("TSYS2 ", "System temperature per channel at the 2nd band (K)", ADS_STATION, ADT_R4, 1, SD_Any, ACS_GVH) ( "TSYS2 "  ,
"System temperature per channel at the 2nd band (K)"  ,
ADS_STATION  ,
ADT_R4  ,
,
SD_Any  ,
ACS_GVH   
)

◆ adUAcSup

const SgAgvDatumDescriptor adUAcSup("UACSUP ", "User action for suppression", ADS_BASELINE, ADT_I2, 1, 1, ACS_NATIVE) ( "UACSUP "  ,
"User action for suppression"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_NATIVE   
)

◆ adUnPhaseCl

const SgAgvDatumDescriptor adUnPhaseCl("UNPHASCL", "UnPhaseCal effect, group delay for first and second station", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "UNPHASCL"  ,
"UnPhaseCal  effect,
group delay for first and second station"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adUrVr

const SgAgvDatumDescriptor adUrVr("URVR ", "Rate derivatives mHz per asec", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "URVR "  ,
"Rate derivatives mHz per asec"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adUserRec

const SgAgvDatumDescriptor adUserRec("USER_REC", "Bit field of analyst defined recovery status for combination " "of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH) ( "USER_REC"  ,
"Bit field of analyst defined recovery status for combination " "of observables"  ,
ADS_BASELINE  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adUserSup

const SgAgvDatumDescriptor adUserSup("USER_SUP", "Bit field of analyst defined suppression status for combination " "of observables", ADS_BASELINE, ADT_I4, 1, 1, ACS_GVH) ( "USER_SUP"  ,
"Bit field of analyst defined suppression status for combination " "of observables"  ,
ADS_BASELINE  ,
ADT_I4  ,
,
,
ACS_GVH   
)

◆ adUt1_tai

const SgAgvDatumDescriptor adUt1_tai("UT1_-TAI", "UT1 time of day for this obsvr.", ADS_SCAN, ADT_R8, 1, 1, ACS_NATIVE) ( "UT1_-TAI"  ,
"UT1 time of day for this obsvr."  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUt1Cflg

const SgAgvDatumDescriptor adUt1Cflg("UT1_CFLG", "UT1 control flag message def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "UT1_CFLG"  ,
"UT1 control flag message def."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adUt1Epoch

const SgAgvDatumDescriptor adUt1Epoch("UT1EPOCH", "TAI - UT1 epoch value definition", ADS_SESSION, ADT_R8, 2, 2, ACS_NATIVE) ( "UT1EPOCH"  ,
"TAI - UT1 epoch value definition"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUt1Intrp

const SgAgvDatumDescriptor adUt1Intrp("UT1INTRP", "Message for UT1 interp. scheme", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "UT1INTRP"  ,
"Message for UT1 interp. scheme"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adUt1Libra

const SgAgvDatumDescriptor adUt1Libra("UT1LIBRA", "Hi Freq UT1 Libration Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "UT1LIBRA"  ,
"Hi Freq UT1 Libration Contribution"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUt1Mess

const SgAgvDatumDescriptor adUt1Mess("UT1_MESS", "UT1 Module message definition", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "UT1_MESS"  ,
"UT1 Module message definition"  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adUt1Ortho

const SgAgvDatumDescriptor adUt1Ortho("UT1ORTHO", "ORTHO_EOP Tidal UT1 contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "UT1ORTHO"  ,
"ORTHO_EOP Tidal UT1 contribution"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUt1Part

const SgAgvDatumDescriptor adUt1Part("UT1_PART", "UT1 partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "UT1_PART"  ,
"UT1 partial derivatives def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUtc_Tai

const SgAgvDatumDescriptor adUtc_Tai("UTC_MTAI", "Difference UTC minus TAI at first time tag of the database (sec)", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "UTC_MTAI"  ,
"Difference UTC minus TAI at first time tag of the database (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUtcMtag

const SgAgvDatumDescriptor adUtcMtag("UTCM_TAG", "UTC at central epoch YMDHMS.", ADS_BASELINE, ADT_I2, SD_NumBands, 6, ACS_NATIVE) ( "UTCM_TAG"  ,
"UTC at central epoch YMDHMS."  ,
ADS_BASELINE  ,
ADT_I2  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adUtcMtai

const SgAgvDatumDescriptor adUtcMtai("UTC_MTAI", "Difference UTC minus TAI at first time tag of the database (sec)", ADS_SESSION, ADT_R8, 1, 1, ACS_NATIVE) ( "UTC_MTAI"  ,
"Difference UTC minus TAI at first time tag of the database (sec)"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUtcObs

const SgAgvDatumDescriptor adUtcObs("UTC_OBS ", "Pseudo-UTC time tag of fringe reference time for the scan (sec)", ADS_SCAN, ADT_R8, 1, 1, ACS_NATIVE) ( "UTC_OBS "  ,
"Pseudo-UTC time tag of fringe reference time for the scan (sec)"  ,
ADS_SCAN  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adUvChn1

const SgAgvDatumDescriptor adUvChn1("UV_CHN1 ", "", ADS_BASELINE, ADT_R4, SD_Any, SD_Any, ACS_ANY) ( "UV_CHN1 "  ,
""  ,
ADS_BASELINE  ,
ADT_R4  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adUvChn2

const SgAgvDatumDescriptor adUvChn2("UV_CHN2 ", "", ADS_BASELINE, ADT_R4, SD_Any, SD_Any, ACS_ANY) ( "UV_CHN2 "  ,
""  ,
ADS_BASELINE  ,
ADT_R4  ,
SD_Any  ,
SD_Any  ,
ACS_ANY   
)

◆ adUvCoord

const SgAgvDatumDescriptor adUvCoord("UV_COOR ", "UV coordinates of the baseline vector projection calibration", ADS_BASELINE, ADT_R8, 2, 1, ACS_GVH) ( "UV_COOR "  ,
"UV coordinates of the baseline vector projection calibration"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_GVH   
)

◆ adUvf_Asec

const SgAgvDatumDescriptor adUvf_Asec("UVF/ASEC", "U V in FR per arcsec from CALC per band", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "UVF/ASEC"  ,
"U V in FR per arcsec from CALC per band"  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)

◆ adUvStaOrd

const SgAgvDatumDescriptor adUvStaOrd("UVSTAORD", "Original station order in the baseline: 1 (ascending) or -1 (descending)", ADS_BASELINE, ADT_I2, 1, 1, ACS_GVH) ( "UVSTAORD"  ,
"Original station order in the baseline: 1 (ascending) or -1 (descending)"  ,
ADS_BASELINE  ,
ADT_I2  ,
,
,
ACS_GVH   
)

◆ adWobCflg

const SgAgvDatumDescriptor adWobCflg("WOB_CFLG", "Wobble flow control mess def.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "WOB_CFLG"  ,
"Wobble flow control mess def."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adWobEpoch

const SgAgvDatumDescriptor adWobEpoch("WOBEPOCH", "Interpolated wobble array def", ADS_SESSION, ADT_R8, 2, 2, ACS_NATIVE) ( "WOBEPOCH"  ,
"Interpolated wobble array def"  ,
ADS_SESSION  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adWobIntrp

const SgAgvDatumDescriptor adWobIntrp("WOBINTRP", "Interp. scheme for polar motion.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "WOBINTRP"  ,
"Interp. scheme for polar motion."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adWobLibra

const SgAgvDatumDescriptor adWobLibra("WOBLIBRA", "Hi Freq Wobble Libration Contribution", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "WOBLIBRA"  ,
"Hi Freq Wobble Libration Contribution"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adWobMess

const SgAgvDatumDescriptor adWobMess("WOB_MESS", "Wobble message definition.", ADS_SESSION, ADT_CHAR, 1, 1, ACS_NATIVE) ( "WOB_MESS"  ,
"Wobble message definition."  ,
ADS_SESSION  ,
ADT_CHAR  ,
,
,
ACS_NATIVE   
)

◆ adWobOrtho

const SgAgvDatumDescriptor adWobOrtho("WOBORTHO", "ORTHO_EOP tidal wobble contribtn", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "WOBORTHO"  ,
"ORTHO_EOP tidal wobble contribtn"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adWobPart

const SgAgvDatumDescriptor adWobPart("WOB_PART", "Wobble partial derivatives def.", ADS_BASELINE, ADT_R8, 2, 2, ACS_NATIVE) ( "WOB_PART"  ,
"Wobble partial derivatives def."  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adWobXcont

const SgAgvDatumDescriptor adWobXcont("WOBXCONT", "X Wobble contribution definition", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "WOBXCONT"  ,
"X Wobble contribution definition"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adWobYcont

const SgAgvDatumDescriptor adWobYcont("WOBYCONT", "Y Wobble contribution definition", ADS_BASELINE, ADT_R8, 2, 1, ACS_NATIVE) ( "WOBYCONT"  ,
"Y Wobble contribution definition"  ,
ADS_BASELINE  ,
ADT_R8  ,
,
,
ACS_NATIVE   
)

◆ adZdelay

const SgAgvDatumDescriptor adZdelay("ZDELAY ", "Corel zenith atmos. delay (sec).", ADS_BASELINE, ADT_R8, SD_NumBands, 2, ACS_NATIVE) ( "ZDELAY "  ,
"Corel zenith atmos. delay (sec)."  ,
ADS_BASELINE  ,
ADT_R8  ,
SD_NumBands  ,
,
ACS_NATIVE   
)