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: http://www.eso.org/~chummel/oyster/manual/node255.html
Дата изменения: Tue Apr 28 19:12:50 2015 Дата индексирования: Sun Apr 10 20:45:23 2016 Кодировка: Поисковые слова: m 35 |
The file format of averaged data is described here. It closely follows the format of the CONSTRICTOR files.
DATASET FORMAT <_CHAR> CONSTRICTOR, CHAMELEON, INCHWORM DATE <_CHAR> YYYY-MM-DD (UT date of first data point) SYSTEMID <_CHAR> NPOI, Mark_III USERID <_CHAR> Login name OBSERVERLOG <_CHAR> CONSTRICTORLOG <_CHAR> Parameters used to run CONSTRICTOR GEOPARMS LATITUDE <_DOUBLE> [degrees N] LONGITUDE <_DOUBLE> [degrees E] ALTITUDE <_DOUBLE> [m] EARTHRADIUS <_DOUBLE> [m] J2 <_DOUBLE> TAI-UTC <_DOUBLE> [s] TDT-TAI <_DOUBLE> [s] GENCONFIG INSTRCOHINT <_DOUBLE> Instrumental coherent integration time, [ms] BEAMCOMBINERID <_INTEGER> REFSTATION <_INTEGER> Station to which delays are referenced; First = 1 INPUTBEAM NUMSID <_INTEGER> SIDEROSTATID [NumSid] <_INTEGER> Unique ID BCINPUTID [NumSid] <_INTEGER> Which beam combiner input? STARTRACKERID [NumSid] <_INTEGER> Unique ID of quadcell STATIONID [NumSid] <_CHAR*3> e.g. AW0, E02 DELAYLINEID [NumSid] <_INTEGER> STATIONCOORD [ 4][NumSid] <_DOUBLE> x=east, y=north, z=up, d=delay constant, all in [m] OUTPUTBEAM NUMOUTBEAM <_INTEGER> Also the number of spectrometers NUMBASELINE [NumOutBeam] <_INTEGER> Number of baselines in output for spectrometer NUMSPECCHAN [NumOutBeam] <_INTEGER> Number of spectral channels for each spectrometer SPECTROMETERID [NumOutBeam] <_CHAR*7> Unique ID BASELINEID [MaxNumBaseline][NumOutBeam] <_CHAR*7> Made up of StationIDs, e.g. AW0-E02 WAVELENGTH [MaxNumSpecChan][NumOutBeam] <_DOUBLE> [m] WAVELENGTHERR [MaxNumSpecChan][NumOutBeam] <_DOUBLE> [m] CHANWIDTH [MaxNumSpecChan][NumOutBeam] <_DOUBLE> [m] CHANWIDTHERR [MaxNumSpecChan][NumOutBeam] <_DOUBLE> [m] FRINGEMOD [MaxNumBaseline][NumOutBeam] <_INTEGER> TRIPLE NUMTRIPLE <_INTEGER> OUTPUTBEAM [ 3][ 1] <_INTEGER> For each baseline, which output beam is it from? BASELINE [ 3][ 1] <_INTEGER> For each baseline, which baseline in that output beam is it? SPECCHAN [ 32][ 3][ 1] <_INTEGER> For each baseline, which channel number of these output beams NUMSPECCHAN [ 1] <_INTEGER> How many spectral channels in this triple? SCANDATA <TABLE> NUMSCAN <_INTEGER> SCANID [NumScan] <_INTEGER> Unique observed STARID [NumScan] <_CHAR*7> e.g. BSC1948 SCANTIME [NumScan] <_DOUBLE> [s] from 0UT of date OUTPUTBEAM [NumOutBeam] <EXTCOLUMN> VISSQ [NumSpecChan(beam)][NumBaseline(beam)][NumScan] <_REAL> VISSQERR [NumSpecChan(beam)][NumBaseline(beam)][NumScan] <_REAL> VISSQC [NumSpecChan(beam)][NumBaseline(beam)][NumScan] <_REAL> VISSQCERR [NumSpecChan(beam)][NumBaseline(beam)][NumScan] <_REAL> DELAYJITTER [NumBaseline(beam)][NumScan] <_REAL> [m] DELAYJITTERERR [NumBaseline(beam)][NumScan] <_REAL> [m] PHOTONRATE [NumSpecChan(beam)][NumScan] <_REAL> per coherent integration PHOTONRATEERR [NumSpecChan(beam)][NumScan] <_REAL> BACKGNDRATE [NumSpecChan(beam)][NumScan] <_REAL> per coherent integration BACKGNDERR [NumSpecChan(beam)][NumScan] <_REAL> TRIPLE [NumTriple] <EXTCOLUMN> COMPLTRIPLE [ 2][NumTripleChan(triple)][NumScan] <_REAL> COMPLTRIPLEERR [ 2][NumTripleChan(triple)][NumScan] <_REAL> TRIPLEAMP [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEAMPERR [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEPHASE [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEPHASEERR [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEAMPC [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEAMPCERR [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEPHASEC [NumTripleChan(triple)][NumScan] <_REAL> TRIPLEPHASECERR[NumTripleChan(triple)][NumScan] <_REAL> INPUTBEAM [NumSid] <EXTCOLUMN> FDLPOS [NumScan] <_DOUBLE> [m], relative to ReferenceStation FDLPOSERR [NumScan] <_REAL> GRPDELAY [NumScan] <_DOUBLE> [m], including group delay GRPDELAYERR [NumScan] <_REAL> DRYDELAY [NumScan] <_DOUBLE> [m], dry air dispersion corrected DRYDELAYERR [NumScan] <_REAL> WETDELAY [NumScan] <_DOUBLE> [m], wet air dispersion corrected WETDELAYERR [NumScan] <_REAL> NATJITTER [NumScan] <_REAL> NATJITTERERR [NumScan] <_REAL>