Enum NOAOExt
- java.lang.Object
-
- java.lang.Enum<NOAOExt>
-
- nom.tam.fits.header.extra.NOAOExt
-
- All Implemented Interfaces:
java.io.Serializable
,java.lang.Comparable<NOAOExt>
,IFitsHeader
public enum NOAOExt extends java.lang.Enum<NOAOExt> implements IFitsHeader
This keyword dictionary defines keywords which may be used in image data recorded by the data acquisition system. It currently does not consider keywords for data processing. Most of the keywords defined here will not be used. New parameters must be added to the logical class heirarchy and then a keyword defined in this dictionary before use in image data.- Author:
- Richard van Nieuwenhoven.
- See Also:
- http://iraf.noao.edu/iraf/web/projects/ccdmosaic/imagedef/fitsdic.html
-
-
Nested Class Summary
-
Nested classes/interfaces inherited from interface nom.tam.fits.header.IFitsHeader
IFitsHeader.HDU, IFitsHeader.SOURCE, IFitsHeader.VALUE
-
-
Enum Constant Summary
Enum Constants Enum Constant Description ACTFREQ
default value = noneACTHWV
default value = noneACTMJD
Times for the active optics sensor measurements given as modified Julian dates.ACTMJDn
Times for the active optics sensor measurements given as modified Julian dates.ACTPAN
Active optics system position angle measurements in appropriate units.ACTPANn
Active optics system position angle measurements in appropriate units.ACTPOS
Active optics system linear position sensor measurements in appropriate units.ACTPOSn
Active optics system linear position sensor measurements in appropriate units.ACTPRE
Active optics system pressure sensor measurements in appropriate units.ACTPREn
Active optics system pressure sensor measurements in appropriate units.ACTSTAT
default value = noneACTSWV
default value = noneACTTEM
Active optics system temperature sensor measurements in degrees Celsius.ACTTEMn
Active optics system temperature sensor measurements in degrees Celsius.ACTVOL
Active optics voltage sensor measurements in volts.ACTVOLn
Active optics voltage sensor measurements in volts.ADAMJD
Times for the adapter sensor measurements given as modified Julian dates.ADAMJDn
Times for the adapter sensor measurements given as modified Julian dates.ADAPAN
Adapter position angle measurements in appropriate units.ADAPANn
Adapter position angle measurements in appropriate units.ADAPOS
Adapter linear position sensor measurements in appropriate units.ADAPOSn
Adapter linear position sensor measurements in appropriate units.ADAPRE
Adapter pressure sensor measurements in appropriate units.ADAPREn
Adapter pressure sensor measurements in appropriate units.ADAPSWV
default value = noneADAPTER
default value = noneADASTAT
default value = noneADATEM
Adapter temperature sensor measurements in degrees Celsius.ADATEMn
Adapter temperature sensor measurements in degrees Celsius.ADAVOL
Adapter voltage sensor measurements in volts.ADAVOLn
Adapter voltage sensor measurements in volts.ADC
Atmospheric dispersion compensator hardware identification.ADCMJD
Times for the ADC sensor measurements given as modified Julian dates.ADCMJDn
Times for the ADC sensor measurements given as modified Julian dates.ADCPAN
ADC position angle measurements in appropriate units.ADCPANn
ADC position angle measurements in appropriate units.ADCPOS
ADC linear position sensor measurements in appropriate units.ADCPOSn
ADC linear position sensor measurements in appropriate units.ADCPRE
ADC pressure sensor measurements in appropriate units.ADCPREn
ADC pressure sensor measurements in appropriate units.ADCSTAT
ADC status.ADCSWV
Atmospheric dispersion compensator software identification.ADCTEM
ADC temperature sensor measurements in degrees Celsius.ADCTEMn
ADC temperature sensor measurements in degrees Celsius.ADCVOL
ADC voltage sensor measurements in volts.ADCVOLn
ADC voltage sensor measurements in volts.ADECnnn
Declination of the aperture(s).ADEUnnn
Declination unit.ADODEC
Object declination for wavefront sensing.ADODECU
Declination unit.ADOEPOCH
Object coordinate epoch for wavefront sensing.ADOEQUIN
Object coordinate system equinox for wavefront sensing.ADOFREQ
default value = noneADOHWV
default value = noneADOMJD
Times for the adaptive optics sensor measurements given as modified Julian dates.ADOMJDn
Times for the adaptive optics sensor measurements given as modified Julian dates.ADOPAN
Adaptive optics system position angle measurements in appropriate units.ADOPANn
Adaptive optics system position angle measurements in appropriate units.ADOPOS
Adaptive optics system linear position sensor measurements in appropriate units.ADOPOSn
Adaptive optics system linear position sensor measurements in appropriate units.ADOPRE
Adaptive optics system pressure sensor measurements in appropriate units.ADOPREn
Adaptive optics system pressure sensor measurements in appropriate units.ADORA
Object right ascension for wavefront sensing.ADORADEC
Object coordinate system type for wavefront sensing.ADORAU
Right ascension unit.ADOSTAT
default value = noneADOSWV
default value = noneADOTEM
Adaptive optics system temperature sensor measurements in degrees Celsius.ADOTEMn
Adaptive optics system temperature sensor measurements in degrees Celsius.ADOTYPE
Type of object used for wavefront sensing.ADOVOL
Adaptive optics system voltage sensor measurements in volts.ADOVOLn
Adaptive optics system voltage sensor measurements in volts.AEPOnnn
Epoch of the coordinates for the aperture(s).AEQUnnn
Coordinate system equinox for the aperture(s).AIRMASSn
The computed airmass(es) at the time(s) given by the AMMJDn keywords.AMMJD
Times for the airmass calculation given as modified Julian dates.AMMJDn
Times for the airmass calculation given as modified Julian dates.AMPINTEG
Amplifier integration or sample time.AMPMJD
Times for the amplifier sensor measurements given as modified Julian dates.AMPMJDn
Times for the amplifier sensor measurements given as modified Julian dates.AMPNAME
Amplifier name.AMPPAN
CCD amplifier position angle measurements in appropriate units.AMPPANn
CCD amplifier position angle measurements in appropriate units.AMPPOS
CCD amplifier linear position sensor measurements in appropriate units.AMPPOSn
CCD amplifier linear position sensor measurements in appropriate units.AMPPRE
CCD amplifier pressure sensor measurements in appropriate units.AMPPREn
CCD amplifier pressure sensor measurements in appropriate units.AMPREAD
Amplifier unbinned pixel read time.AMPSAMPL
CCD amplifier sampling method used.AMPSEC
Mapping of the CCD section to amplifier coordinates.AMPSIZE
The logical unbinned size of the amplifier readout in section notation.AMPTEM
CCD amplifier temperature sensor measurements in degrees Celsius.AMPTEMn
CCD amplifier temperature sensor measurements in degrees Celsius.AMPVOL
CCD amplifier voltage sensor measurements in volts.AMPVOLn
CCD amplifier voltage sensor measurements in volts.APAUnnn
Aperture position angle unit.APDEC
Declination of the aperture(s).APDECU
Declination unit.APDInnn
Aperture diameter of the aperture(s) for circular apertures and fibers.APEPOCH
Epoch of the coordinates for the aperture(s).APEQUIN
Coordinate system equinox for the aperture(s).APERDIA
Aperture diameter of the aperture(s) for circular apertures and fibers.APERLEN
Aperture length of the aperture(s) for slit apertures.APERnnn
Aperture identification.APERPA
Aperture position angle of the aperture(s) on the sky.APERWID
Aperture identification.APLEnnn
Aperture length of the aperture(s) for slit apertures.APPAnnn
Aperture position angle of the aperture(s) on the sky.APPAUNIT
Aperture position angle unit.APRA
Right ascension of the aperture(s).APRADEC
Aperture coordinate system type for the aperture(s).APRAU
Right ascension unit.APTYnnn
Aperture type.APTYPE
Aperture type.APUNIT
Units of aperture dimensions.APUNnnn
Units of aperture dimensions.APWInnn
Aperture width of the aperture(s) for slit apertures.ARAnnn
Right ascension of the aperture(s).ARAUnnn
Right ascension unit.ARCHHWV
Archive hardware version.ARCHID
Archive identification.ARCHIVE
The archive name in which the observation is archived.ARCHSTAT
Archive status of data.ARCHSWV
Archive software version.ARCONG
Arcon predicted gain.ARCONGI
Arcon gain index value.ARCONRN
Arcon predicted RMS readout noise.ARCONWD
Arcon waveform complilation date.ARCONWM
Arcon waveform options enabled.ARDSnnn
Aperture coordinate system type for the aperture(s).ATMn_n
Transformation matrix between CCD and amplifier coordinates.ATVn
Transformation origin vector between CCD and amplifier coordinates.BIASnnn
Section of the recorded image containing overscan or prescan data.BIASSEC
Section of the recorded image containing overscan or prescan data.BPM
Description of bad pixels.CAMCONF
Camera configuration.CAMERA
Camera name.CAMFOCUS
Camera focus.CAMHWV
Camera hardware version.CAMMJD
Times for the instrument sensor measurements given as modified Julian dates.CAMMJDn
Times for the instrument sensor measurements given as modified Julian dates.CAMPAN
Camera position angle measurements in appropriate units.CAMPANn
Camera position angle measurements in appropriate units.CAMPOS
Camera linear position sensor measurements in appropriate units.CAMPOSn
Camera linear position sensor measurements in appropriate units.CAMPRE
Camera pressure sensor measurements in appropriate units.CAMPREn
Camera pressure sensor measurements in appropriate units.CAMSTAT
Camera status.CAMSWV
Camera software version.CAMTEM
Camera temperature sensor measurements in degrees Celsius.CAMTEMn
Camera temperature sensor measurements in degrees Celsius.CAMVOL
Camera voltage sensor measurements in volts.CAMVOLn
Camera voltage sensor measurements in volts.CCDDEC
Declination of the CCD center.CCDDECU
Declination unit.CCDEPOCH
Epoch of the CCD center coordinates.CCDEQUIN
CCD coordinate system equinox.CCDHWV
CCD hardware versionCCDMJD
Times for the CCD sensor measurements given as modified Julian dates.CCDMJDn
Times for the CCD sensor measurements given as modified Julian dates.CCDNAME
CCD identification.CCDNAMPS
Number of amplifiers used to readout the CCD.CCDPAN
CCD position angle measurements in appropriate units.CCDPANn
CCD position angle measurements in appropriate units.CCDPOS
CCD linear position sensor measurements in appropriate units.CCDPOSn
CCD linear position sensor measurements in appropriate units.CCDPRE
CCD pressure sensor measurements in appropriate units.CCDPREn
CCD pressure sensor measurements in appropriate units.CCDPSIZE
The actual format size of the CCD.CCDRA
Right ascension of the CCD center.CCDRADEC
CCD coordinate system type.CCDRAU
Right ascension unit.CCDSEC
The unbinned section of the logical CCD pixel raster covered by the amplifier readout in section notation.CCDSIZE
The logical unbinned size of the CCD in section notation.CCDSUM
CCD on-chip summing given as two or four integer numbers.CCDSWV
CCD software versionCCDTEM
CCD temperature sensor measurements in degrees Celsius.CCDTEMn
CCD temperature sensor measurements in degrees Celsius.CCDVOL
CCD voltage sensor measurements in volts.CCDVOLn
CCD voltage sensor measurements in volts.CD1_1
Spectrum coordinate matrix.CD1_2
Spectrum coordinate matrix.CD11nnn
Spectrum coordinate matrix.CD12nnn
Spectrum coordinate matrix.CD2_1
Spectrum coordinate matrix.CD2_2
Spectrum coordinate matrix.CD21nnn
Spectrum coordinate matrix.CD22nnn
Spectrum coordinate matrix.CHPANGLE
Coordinate scale matrix for image world coordinates.CHPDIST
default value = noneCHPFREQ
default value = noneCHPHWV
default value = noneCHPMJD
Times for the chopping system sensor measurements given as modified Julian dates.CHPMJDn
Times for the chopping system sensor measurements given as modified Julian dates.CHPNCHOP
default value = noneCHPPAN
Chopping system position angle measurements in appropriate units.CHPPANn
Chopping system position angle measurements in appropriate units.CHPPOS
Chopping system linear position sensor measurements in appropriate units.CHPPOSn
Chopping system linear position sensor measurements in appropriate units.CHPPRE
Chopping system pressure sensor measurements in appropriate units.CHPPREn
Chopping system pressure sensor measurements in appropriate units.CHPSTAT
default value = noneCHPSWV
default value = noneCHPTEM
Chopping system temperature sensor measurements in degrees Celsius.CHPTEMn
Chopping system temperature sensor measurements in degrees Celsius.CHPVOL
Chopping system voltage sensor measurements in volts.CHPVOLn
Chopping system voltage sensor measurements in volts.CMAX1
Dispersion limit for the region occupied by the spectrum.CMAX2
Cross-dispersion limit for the region occupied by the spectrum.CMIN1
Dispersion limit for the region occupied by the spectrum.CMIN2
Cross-dispersion limit for the region occupied by the spectrum.CMMTnnn
Observer comments.CMN1nnn
Dispersion limit for the region occupied by the spectrum.CMN2nnn
Cross-dispersion limit for the region occupied by the spectrum.CMX1nnn
Dispersion limit for the region occupied by the spectrum.CMX2nnn
Cross-dispersion limit for the region occupied by the spectrum.CONHWV
Controller hardware version.CONSTAT
Controller status.CONSWV
Controller software version.CONTROLR
Detector controller name.CORRCT
Correctors in the optical path.CORRCTn
Correctors in the optical path.CORRCTOR
Correctors in the optical path.CROSUNIT
Default cross dispersion unit.CROSVAL
Default cross dispersion coordinate value.CRP1nnn
Reference spectrum pixel coordinate.CRP2nnn
Reference spectrum pixel coordinate.CRPIX1
Reference spectrum pixel coordinate.CRPIX2
Reference spectrum pixel coordinate.CRV1nnn
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate.CRV2nnn
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate.CRVAL1
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate.CRVAL2
Reference right ascension coordinate corresponding to the image reference pixel coordinate.CTY1nnn
Reference declination coordinate corresponding to the image reference pixel coordinate.CTY2nnn
Coordinate type for image world coordinates.CTYP2nnn
Coordinate type for image world coordinates.CTYPE1
Spectrum dispersion coordinate type.CTYPE2
Coordinate type for image world coordinates.CUN1nnn
Coordinate type for image world coordinates.CUN2nnn
Coordinate reference unit for direct imaging world coordinates.CUNIT1
Coordinate reference unit for direct imaging world coordinates.CUNIT2
Coordinate reference unit for direct imaging world coordinates.DARKTIME
Total dark time of the observation.DATASEC
Mapping of the CCD section to image coordinates.DATEEND
Date at the end of the exposure.DATEHDR
Date header creation.DATEOBS
Default date for the observation.DECPANGL
Projected position angle of the positive declination axis on the detector.DECUNIT
Default declination units.DETCONF
Detector configuration.DETDEC
Declination of the detector center.DETDECU
Declination unit.DETECTOR
Detector name.DETEPOCH
Epoch of the detector center coordinates.DETEQUIN
Detector coordinate system equinox.DETHWV
Detector hardware version.DETMJD
Times for the detector sensor measurements given as modified Julian dates.DETMJDn
Times for the detector sensor measurements given as modified Julian dates.DETPAN
Detector position angle measurements in appropriate units.DETPANn
Detector position angle measurements in appropriate units.DETPOS
Detector linear position sensor measurements in appropriate units.DETPOSn
Detector linear position sensor measurements in appropriate units.DETPRE
Detector pressure sensor measurements in appropriate units.DETPREn
Detector pressure sensor measurements in appropriate units.DETRA
Right ascension of the detector center.DETRADEC
Detector coordinate system type.DETRAU
Right ascension unit.DETSEC
Mapping of the CCD section to detector coordinates.DETSIZE
The logical unbinned size of the detector in section notation.DETSTAT
Detector status.DETSWV
Detector software version.DETTEM
Detector temperature sensor measurements in degrees Celsius.DETTEMn
Detector temperature sensor measurements in degrees Celsius.DETVOL
Detector voltage sensor measurements in volts.DETVOLn
Detector voltage sensor measurements in volts.DEWAR
Dewar identification.DEWHWV
Dewar hardware version.DEWMJD
Times for the dewar sensor measurements given as modified Julian dates.DEWMJDn
Times for the dewar sensor measurements given as modified Julian dates.DEWPAN
Dewar position angle measurements in appropriate units.DEWPANn
Dewar position angle measurements in appropriate units.DEWPOS
Dewar linear position sensor measurements in appropriate units.DEWPOSn
Dewar linear position sensor measurements in appropriate units.DEWPRE
Dewar pressure sensor measurements in appropriate units.DEWPREn
Dewar pressure sensor measurements in appropriate units.DEWSTAT
Dewar status.DEWSWV
Dewar software version.DEWTEM
Dewar temperature sensor measurements in degrees Celsius.DEWTEMn
Dewar temperature sensor measurements in degrees Celsius.DEWVOL
Dewar voltage sensor measurements in volts.DEWVOLn
Dewar voltage sensor measurements in volts.DISMJD
Times for the disperser sensor measurements given as modified Julian dates.DISMJDn
Times for the disperser sensor measurements given as modified Julian dates.DISPAN
Disperser position angle measurements in appropriate units.DISPANn
Disperser position angle measurements in appropriate units.DISPAXIS
The detector axis along which the dispersion is most closely aligned.DISPDW
Approximate central dispersion/pixel on the detector.DISPER
Disperser identification names.DISPERn
Disperser identification names.DISPOS
Disperser linear position sensor measurements in appropriate units.DISPOSn
Disperser linear position sensor measurements in appropriate units.DISPRE
Disperser pressure sensor measurements in appropriate units.DISPREn
Disperser pressure sensor measurements in appropriate units.DISPUNIT
Default dispersion coordinate unit.DISPVAL
Default dispersion coordinate value.DISPWC
Approximate central dispersion coordinate on the detector.DISTEM
Disperser temperature sensor measurements in degrees Celsius.DISTEMn
Disperser temperature sensor measurements in degrees Celsius.DISVOL
Disperser voltage sensor measurements in volts.DISVOLn
Disperser voltage sensor measurements in volts.DMEDIR
Average wind direction measurements measured east of north over the sampling period inside the dome.DMEDIRn
Average wind direction measurements measured east of north over the sampling period inside the dome.DMEGUS
Maximum wind speed over the sampling period inside the dome.DMEGUSn
Maximum wind speed over the sampling period inside the dome.DMEMJD
Times for the dome environment measurements given as modified Julian.DMEMJDn
Times for the dome environment measurements given as modified Julian.DMEPER
Wind sampling period for the wind measurements inside the dome.DMEPERn
Wind sampling period for the wind measurements inside the dome.DMETEM
Temperatures Celsius inside the dome.DMETEMn
Temperatures Celsius inside the dome.DMEWIN
Average wind speeds over the sampling period inside the dome.DMEWINn
Average wind speeds over the sampling period inside the dome.DOMMJD
Times for the dome sensor measurements given as modified Julian dates.DOMMJDn
Times for the dome sensor measurements given as modified Julian dates.DOMPAN
Dome position angle sensor measurements.DOMPANn
Dome position angle sensor measurements.DOMPOS
Dome linear position sensor measurements in appropriate units.DOMPOSn
Dome linear position sensor measurements in appropriate units.DOMPRE
Dome pressure sensor measurements in appropriate units.DOMPREn
Dome pressure sensor measurements in appropriate units.DOMSTAT
Dome status.DOMTEM
Dome temperature sensor measurements in degrees Celsius.DOMTEMn
Dome temperature sensor measurements in degrees Celsius.DOMVOL
Dome voltage sensor measurements in volts.DOMVOLn
Dome voltage sensor measurements in volts.DTMn_n
Transformation matrix between CCD and detector coordinates.DTVn
Transformation origin vector between CCD and detector coordinates.ENVDIR
Average wind direction measurements measured east of north over the sampling period outside the dome at times given by ENVMJDn keywords.ENVDIRn
Average wind direction measurements measured east of north over the sampling period outside the dome at times given by ENVMJDn keywords.ENVGUS
Maximum wind speed in km/s over the sampling period outside the dome at times given by ENVMJDn keywords.ENVGUSn
Maximum wind speed in km/s over the sampling period outside the dome at times given by ENVMJDn keywords.ENVHUM
Relative humidity measurements at times given by ENVMJDn keywords.ENVHUMn
Relative humidity measurements at times given by ENVMJDn keywords.ENVMJD
Times for the site environment measurements given as modified Julian.ENVMJDn
Times for the site environment measurements given as modified Julian.ENVPER
Wind sampling period for the wind measurements outside the dome at times given by ENVMJDn keywords.ENVPERn
Wind sampling period for the wind measurements outside the dome at times given by ENVMJDn keywords.ENVPRE
Atmospheric pressure measurements at times given by ENVMJDn keywords.ENVPREn
Atmospheric pressure measurements at times given by ENVMJDn keywords.ENVTEM
Temperatures outside the dome at times given by ENVMJDn keywords.ENVTEMn
Temperatures outside the dome at times given by ENVMJDn keywords.ENVWAT
Precipitable water vapor measurements at times given by ENVMJDn keywords.ENVWATn
Precipitable water vapor measurements at times given by ENVMJDn keywords.ENVWIN
Average wind speeds over the sampling period outside the dome at times given by ENVMJDn keywords.ENVWINn
Average wind speeds over the sampling period outside the dome at times given by ENVMJDn keywords.ERRORnnn
Error information.EXPREQ
Requested exposure time of the observation.FIBER
Fiber identification for the fiber(s).FIBnnn
Fiber identification for the fiber(s).FILPOS
Filter position given as filter wheel number or other filter system position measurement.FILPOSn
Filter position given as filter wheel number or other filter system position measurement.FILTYP
Filter type.FILTYPn
Filter type.FOCNEXPO
Number of focus exposures in a focus sequence.FOCSHIFT
Pixel shift on the detector between exposures in a focus sequence.FOCSTART
Starting focus value in focus sequence.FOCSTEP
Focus increment step in focus sequence.GAIN
Amplifier gain in electrons per analog unit.GTV
Guider TV name.GTVFIL
Guider TV filter names.GTVFILn
Guider TV filter names.GTVFPO
Guider TV filter position given as filter wheel number or other filter system position measurement.GTVFPOn
Guider TV filter position given as filter wheel number or other filter system position measurement.GTVFTY
Guider TV filter type.GTVFTYn
Guider TV filter type.GTVHWV
Guider TV identification and hardware version.GTVMJD
Times for the guider television sensor measurements given as modified Julian dates.GTVMJDn
Times for the guider television sensor measurements given as modified Julian dates.GTVPAN
Guider television position angle measurements in appropriate units.GTVPANn
Guider television position angle measurements in appropriate units.GTVPOS
Guider television linear position sensor measurements in appropriate units.GTVPOSn
Guider television linear position sensor measurements in appropriate units.GTVPRE
Guider television pressure sensor measurements in appropriate units.GTVPREn
Guider television pressure sensor measurements in appropriate units.GTVSTAT
Guider TV status.GTVSWV
Guider TV software version.GTVTEM
Guider television temperature sensor measurements in degrees Celsius.GTVTEMn
Guider television temperature sensor measurements in degrees Celsius.GTVVOL
Guider television voltage sensor measurements in volts.GTVVOLn
Guider television voltage sensor measurements in volts.GUIDEC
Guide object declination.GUIDECU
Declination unit.GUIDEHWV
Guider identification and hardware version.GUIDER
Guider name.GUIDESWV
Guider software version.GUIEPOCH
Epoch of the guide object coordinates.GUIEQUIN
Guide object coordinate system equinox.GUIMJD
Times for the guider sensor measurements given as modified Julian dates.GUIMJDn
Times for the guider sensor measurements given as modified Julian dates.GUIPAN
Guider position angle measurements in appropriate units.GUIPANn
Guider position angle measurements in appropriate units.GUIPOS
Guider linear position sensor measurements in appropriate units.GUIPOSn
Guider linear position sensor measurements in appropriate units.GUIPRE
Guider pressure sensor measurements in appropriate units.GUIPREn
Guider pressure sensor measurements in appropriate units.GUIRA
Guide object right ascension.GUIRADEC
Guide object coordinate system type.GUIRATE
Guider correction rate.GUIRAU
Right ascension unit.GUISTAT
Guider status.GUITEM
Guider temperature sensor measurements in degrees Celsius.GUITEMn
Guider temperature sensor measurements in degrees Celsius.GUIVOL
Guider voltage sensor measurements in volts.GUIVOLn
Guider voltage sensor measurements in volts.HA
Hour angle at TELMJD.IMAGEHWV
Image creation system hardware version.IMAGEID
The image identification when there are multiple images within an observation.IMAGESWV
Image creation system software version.INSFOCUS
Instrument focus.INSMJD
Times for the instrument sensor measurements given as modified Julian dates.INSMJDn
Times for the instrument sensor measurements given as modified Julian dates.INSPAN
Instrument position angle measurements in appropriate units.INSPANn
Instrument position angle measurements in appropriate units.INSPOS
Instrument linear position sensor measurements in appropriate units.INSPOSn
Instrument linear position sensor measurements in appropriate units.INSPRE
Instrument pressure sensor measurements in appropriate units.INSPREn
Instrument pressure sensor measurements in appropriate units.INSSTAT
Instrument status.INSTCONF
Instrument configuration.INSTEM
Instrument temperature sensor measurements in degrees Celsius.INSTEMn
Instrument temperature sensor measurements in degrees Celsius.INSTHWV
Instrument hardware version.INSTSWV
Instrument software version.INSVOL
Instrument voltage sensor measurements in volts.INSVOLn
Instrument voltage sensor measurements in volts.KWDICT
The keyword dictionary defining the keywords.LAMP
Calibration lamp nameLAMPTYPE
Calibration lamp type.LMPMJD
Times for the lamp sensor measurements given as modified Julian dates.LMPMJDn
Times for the lamp sensor measurements given as modified Julian dates.LMPPAN
Calibration lamp position angle measurements in appropriate units.LMPPANn
Calibration lamp position angle measurements in appropriate units.LMPPOS
Calibration lamp linear position sensor measurements in appropriate units.LMPPOSn
Calibration lamp linear position sensor measurements in appropriate units.LMPPRE
Calibration lamp pressure sensor measurements in appropriate units.LMPPREn
Calibration lamp pressure sensor measurements in appropriate units.LMPTEM
Calibration lamp temperature sensor measurements in degrees Celsius.LMPTEMn
Calibration lamp temperature sensor measurements in degrees Celsius.LMPVOL
Calibration lamp voltage sensor measurements in volts.LMPVOLn
Calibration lamp voltage sensor measurements in volts.LST_OBS
Local siderial time at the start of the exposure.LSTEND
Local siderial time at the end of the exposure.LSTHDR
Local siderial time of the header creation.LSTOBS
Default local siderial time for the observation.LTMn_n
Transformation matrix between CCD and image coordinates.LTVn
Transformation origin vector between CCD and image coordinates.MAXNSCAN
The maximum number of scanned (unbinned) lines used to form an output line.MINNSCAN
The minimum number of scanned (unbinned) lines used to form an output line.MJD_OBS
Modified Julian date at the start of the exposure.MJDHDR
Modified Julian date when the image header was created by the software.MJDOBS
Default modified Julian date for the observation.NAMPS
The number of amplifiers in the detector.NCCDS
The number of CCDs in the detector.NODANGLE
default value = noneNODDIST
default value = noneNODFREQ
default value = noneNODHWV
default value = noneNODMJD
Times for the nodding system sensor measurements given as modified Julian dates.NODMJDn
Times for the nodding system sensor measurements given as modified Julian dates.NODNCHOP
default value = noneNODPAN
Nodding position angle measurements in appropriate units.NODPANn
Nodding position angle measurements in appropriate units.NODPOS
Nodding system linear position sensor measurements in appropriate units.NODPOSn
Nodding system linear position sensor measurements in appropriate units.NODPRE
Nodding system pressure sensor measurements in appropriate units.NODPREn
Nodding system pressure sensor measurements in appropriate units.NODSTAT
default value = noneNODSWV
default value = noneNODTEM
Nodding system temperature sensor measurements in degrees Celsius.NODTEMn
Nodding system temperature sensor measurements in degrees Celsius.NODVOL
Nodding system voltage sensor measurements in volts.NODVOLn
Nodding system voltage sensor measurements in volts.NSUBEXPS
Number of coadded subexposures.OBJDEC
Declination of the target astronomical object(s).OBJDECU
Declination unit.OBJEPOCH
Epoch of the target astronomical object coordinate(s).OBJEQUIN
Coordinate system equinox for the target astronomical object(s).OBJnnn
Standard reference or catalog name for the target astronomical object(s).OBJRA
Right ascension of the target astronomical object(s).OBJRADEC
Coordinate system type for the target astronomical object(s).OBJRAU
Right ascension unit.OBJTnnn
Type of target astronomical object(s).OBJTYPE
Type of target astronomical object(s).OBSDEC
Declination of the observation.OBSDECU
Declination unit.OBSEPOCH
Epoch of the coordinates used in observation coordinates.OBSEQUIN
Equinox of coordinates used in observation coordinates.OBSERVAT
Observatory identification for the site of the observation.OBSID
The unique observatory observation identification.OBSRA
Right ascension of the observation.OBSRADEC
Coordinate system used in observation coordinates.OBSRAU
Right ascension unit.OBSRVRnn
Name(s) of the observers.OBSSTAT
Status of the observation.OBSTYPE
The type of observation such as an astronomical exposure or a particular type of calibration exposure.ODECnnn
Declination of the target astronomical object(s).ODEUnnn
Declination unit.OEPOnnn
Epoch of the target astronomical object coordinate(s).OEQUnnn
Coordinate system equinox for the target astronomical object(s).ORAnnn
Right ascension of the target astronomical object(s).ORAUnnn
Right ascension unit.ORDSnnn
Coordinate system type for the target astronomical object(s).PHOTCAL
Status of calibration to data proportional to photons.PHOTOMET
Photometric conditions during the observation.PIPEHW
Processing hardware used.PIPEHWn
Processing hardware used.PIPELINE
Name of processing pipeline applied.PIPESW
Processing software version.PIPESWn
Processing software version.PIXSCALn
Projected pixel scale along axis n.PIXSIZEn
Unbinned pixel size along each dimension given in appropriate units.PMAX1
Pixel limit for region occupied by the spectrum.PMAX2
Pixel limit for region occupied by the spectrum.PMIN1
Pixel limit for region occupied by the spectrum.PMIN2
Pixel limit for region occupied by the spectrum.PMN1nnn
Pixel limit for region occupied by the spectrum.PMN2n
Pixel limit for region occupied by the spectrum.PMX1n
Pixel limit for region occupied by the spectrum.PMX2n
Pixel limit for region occupied by the spectrum.PREFLASH
CCD preflash time.PROCnnn
Processing log information formatted as FITS comments.PROCSTAT
Processing status.PROPID
The unique observatory proposal identification.PROPOSAL
The name or title of the proposal.PROPOSER
Name(s) of the proposers.PROPSRnn
Name(s) of the proposers.RADECEQ
Default coordinate system equinox.RAPANGL
Projected position angle of the positive right ascension axis on the detector.RAUNIT
Default right ascension units.RDNOISE
CCD readout noise in rms electrons.READTIME
Amplifier unbinned pixel read time.RECNO
Archive identification.SEEING
Seeing estimates specified as the stellar full-width at half-maximum in arc seconds.SEEINGn
Seeing estimates specified as the stellar full-width at half-maximum in arc seconds.SEEMJD
Times for the seeing estimates given as modified Julian dates.SEEMJDn
Times for the seeing estimates given as modified Julian dates.SEXP
Exposure time of the nth subexposure.SEXPnnn
Exposure time of the nth subexposure.SHUTCLOS
Time for the shutter to close fully.SHUTHWV
Shutter identification and hardware version.SHUTOPEN
Time for the shutter to open fully.SHUTSTAT
Shutter status.SHUTSWV
Shutter software version.SLIT
Slit or mask hole identification for the aperture(s).SLITnnn
Slit or mask hole identification for the aperture(s).SPECFWHM
FWHM of the object spectrum profile on the detector.SUT
UTC of the start of each subexposure.SUTn
UTC of the start of each subexposure.SWIDnnn
FWHM of the object spectrum profile on the detector.TELAAMJD
Modified Julian date at the time of the altitude/azimuth keywords.TELALT
Telescope pointing altitude at the time given by TELAAMJD.TELAZ
Telescope pointing azimuth at the time given by TELAAMJD.TELCONF
Telescope configuration.TELDEC
Telescope pointing declination.TELDECU
Declination unit.TELEPOCH
Telescope pointing coordinate epoch.TELEQUIN
Telescope pointing coordinate system equinox.TELFOCUS
Telescope focus value in available units.TELMJD
Time of zenith distance and hour angleTELMJDn
Times for the telescope sensor measurements given as modified Julian dates.TELPAN
Telescope position angle measurements in appropriate units.TELPANn
Telescope position angle measurements in appropriate units.TELPOS
Telescope linear position sensor measurements in appropriate units.TELPOSn
Telescope linear position sensor measurements in appropriate units.TELPRE
Telescope pressure sensor measurements in appropriate units.TELPREn
Telescope pressure sensor measurements in appropriate units.TELRA
Telescope pointing right ascension.TELRADEC
Telescope pointing coordinate system type.TELRAU
Right ascension unit.TELSTAT
Telescope status.TELTCS
Telescope control system software version.TELTEM
Telescope temperature sensor measurements in degrees Celsius.TELTEMn
Telescope temperature sensor measurements in degrees Celsius.TELTKDEC
Declination telescope tracking rate in arc seconds per second.TELTKRA
Right ascension telescope tracking rate from siderial in arc seconds per second.TELVER
Telescope hardware version.TELVOL
Telescope voltage sensor measurements in volts.TELVOLn
Telescope voltage sensor measurements in volts.TIMEEND
Time of exposure end in the TSYSEND system.TIMEHDR
Time of header creation.TIMESYS
Default time system.TRIMSEC
Section of the recorded image to be kept after calibration processing.TSYSEND
Time system for the TIMEEND keyword.TSYSHDR
Time system for the header creation keywords.TSYSOBS
Time system for the TIME-OBS keyword.TV
TV name.TVFILTn
TV filter names.TVFOCn
Television focus value in available units.TVFPOSn
TV filter position given as filter wheel number or other filter system position measurement.TVFTYPn
TV filter type.TVHWV
TV identification and hardware version.TVMJDn
Times for the guider television sensor measurements given as modified Julian dates.TVn
TV name.TVnFILTn
TV filter names.TVnFOCn
Television focus value in available units.TVnFPOSn
TV filter position given as filter wheel number or other filter system position measurement.TVnFTYPn
TV filter type.TVnHWV
TV identification and hardware version.TVnMJDn
Times for the guider television sensor measurements given as modified Julian dates.TVnPANn
Television position angle measurements in appropriate units.TVnPOSn
Television linear position sensor measurements in appropriate units.TVnPREn
Television pressure sensor measurements in appropriate units.TVnSTAT
TV status.TVnSWV
TV software version.TVnTEMn
Television temperature sensor measurements in degrees Celsius.TVnVOLn
Television voltage sensor measurements in volts.TVPANn
Television position angle measurements in appropriate units.TVPOSn
Television linear position sensor measurements in appropriate units.TVPREn
Television pressure sensor measurements in appropriate units.TVSTAT
TV status.TVSWV
TV software version.TVTEMn
Television temperature sensor measurements in degrees Celsius.TVVOLn
Television voltage sensor measurements in volts.UNITALT
Altitude unit.UNITANG
Plane angle unit.UNITAP
Focal plane aperture size unit.UNITAREA
Area unit.UNITAZ
Azimuth unit.UNITCAP
Capacitance unit.UNITCHAR
Charge unit.UNITCOND
Conductance unit.UNITCUR
Current unit.UNITDEC
Delination unit.UNITENER
Energy unit.UNITEVNT
Event unit.UNITFLUX
Flux unit.UNITFORC
Force unit.UNITFREQ
Frequency unit.UNITHOUR
Time of day unit.UNITILLU
Illuminance unit.UNITINDU
Inductance unit.UNITLAT
Latitude unit.UNITLEN
Length unit.UNITLFLX
Luminous flux unit.UNITLINT
Luminous intensity unit.UNITLONG
Longitude unit.UNITMASS
Mass unit.UNITMDEN
Magnetic density unit.UNITMFLD
Magnetic field unit.UNITMFLX
Magnetic flux unit.UNITPA
Position angle unit.UNITPOW
Power unit.UNITPRES
Pressure unit.UNITRA
Right ascension unit.UNITRATE
Celestial rate of motion.UNITRES
Resistance unit.UNITSANG
Solid angle unit.UNITSEP
Celestial separation unit.UNITTEMP
Temperature unit.UNITTIME
Time unit.UNITVEL
Velocity unit.UNITVOLT
Voltage unit.UTC_OBS
UTC time at the start of the exposure.UTCEND
UTC at the end of the exposure.UTCHDR
UTC of header creation.UTCOBS
Default UTC time for the observation.WAT_nnn
IRAF WCS attribute strings for all axes.WATn_nnn
IRAF WCS attribute strings.WCSAnnn
Descriptive string identifying the source of the astrometry used to derive the WCS.WCSASTRM
Descriptive string identifying the source of the astrometry used to derive the WCS.WCSDIM
Dimensionality of the WCS physical system.WCSEnnn
Epoch of the coordinates used in the world coordinate system.WCSEPOCH
Equinox when equatorial coordinates are used in the world coordinate system.WCSRADEC
Coordinate system type when equatorial coordinates are used in the world coordinate system.WCSRnnn
Coordinate system type when equatorial coordinates are used in the world coordinate system.WEATHER
Weather condition description.ZD
Zenith distance of telescope pointing at TELMJD.
-
Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description java.lang.String
comment()
IFitsHeader.HDU
hdu()
java.lang.String
key()
IFitsHeader
n(int... number)
IFitsHeader.SOURCE
status()
static NOAOExt
valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.static NOAOExt[]
values()
Returns an array containing the constants of this enum type, in the order they are declared.IFitsHeader.VALUE
valueType()
-
-
-
Enum Constant Detail
-
ACTFREQ
public static final NOAOExt ACTFREQ
default value = none
index = none
-
ACTHWV
public static final NOAOExt ACTHWV
default value = none
index = none
-
ACTMJD
public static final NOAOExt ACTMJD
Times for the active optics sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ACTMJD
index = none 1-999
-
ACTMJDn
public static final NOAOExt ACTMJDn
Times for the active optics sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ACTMJD
index = none 1-999
-
ACTPAN
public static final NOAOExt ACTPAN
Active optics system position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ACTPANn
public static final NOAOExt ACTPANn
Active optics system position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ACTPOS
public static final NOAOExt ACTPOS
Active optics system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ACTPOSn
public static final NOAOExt ACTPOSn
Active optics system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ACTPRE
public static final NOAOExt ACTPRE
Active optics system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ACTPREn
public static final NOAOExt ACTPREn
Active optics system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ACTSTAT
public static final NOAOExt ACTSTAT
default value = none
index = none
-
ACTSWV
public static final NOAOExt ACTSWV
default value = none
index = none
-
ACTTEM
public static final NOAOExt ACTTEM
Active optics system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ACTTEMn
public static final NOAOExt ACTTEMn
Active optics system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ACTVOL
public static final NOAOExt ACTVOL
Active optics voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ACTVOLn
public static final NOAOExt ACTVOLn
Active optics voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADAMJD
public static final NOAOExt ADAMJD
Times for the adapter sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADAMJD
index = none 1-999
-
ADAMJDn
public static final NOAOExt ADAMJDn
Times for the adapter sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADAMJD
index = none 1-999
-
ADAPAN
public static final NOAOExt ADAPAN
Adapter position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADAPANn
public static final NOAOExt ADAPANn
Adapter position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADAPOS
public static final NOAOExt ADAPOS
Adapter linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADAPOSn
public static final NOAOExt ADAPOSn
Adapter linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADAPRE
public static final NOAOExt ADAPRE
Adapter pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADAPREn
public static final NOAOExt ADAPREn
Adapter pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADAPSWV
public static final NOAOExt ADAPSWV
default value = none
index = none
-
ADAPTER
public static final NOAOExt ADAPTER
default value = none
index = none
-
ADASTAT
public static final NOAOExt ADASTAT
default value = none
index = none
-
ADATEM
public static final NOAOExt ADATEM
Adapter temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADATEMn
public static final NOAOExt ADATEMn
Adapter temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADAVOL
public static final NOAOExt ADAVOL
Adapter voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADAVOLn
public static final NOAOExt ADAVOLn
Adapter voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADC
public static final NOAOExt ADC
Atmospheric dispersion compensator hardware identification.default value = none
index = none
-
ADCMJD
public static final NOAOExt ADCMJD
Times for the ADC sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADCMJD
index = none 1-999
-
ADCMJDn
public static final NOAOExt ADCMJDn
Times for the ADC sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADCMJD
index = none 1-999
-
ADCPAN
public static final NOAOExt ADCPAN
ADC position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADCPANn
public static final NOAOExt ADCPANn
ADC position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADCPOS
public static final NOAOExt ADCPOS
ADC linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADCPOSn
public static final NOAOExt ADCPOSn
ADC linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADCPRE
public static final NOAOExt ADCPRE
ADC pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADCPREn
public static final NOAOExt ADCPREn
ADC pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADCSTAT
public static final NOAOExt ADCSTAT
ADC status.units = 'dictionary'
default value = none
index = none
-
ADCSWV
public static final NOAOExt ADCSWV
Atmospheric dispersion compensator software identification.default value = none
index = none
-
ADCTEM
public static final NOAOExt ADCTEM
ADC temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADCTEMn
public static final NOAOExt ADCTEMn
ADC temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADCVOL
public static final NOAOExt ADCVOL
ADC voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADCVOLn
public static final NOAOExt ADCVOLn
ADC voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADECnnn
public static final NOAOExt ADECnnn
Declination of the aperture(s).units = APDECU ADEU%4d
default value = OBJDEC ODEC%4d
index = none 1-9999
-
ADEUnnn
public static final NOAOExt ADEUnnn
Declination unit.default value = OBJDECU APDECU
index = none 1-9999
-
ADODEC
public static final NOAOExt ADODEC
Object declination for wavefront sensing.units = ADODECU
default value = none
index = none
-
ADODECU
public static final NOAOExt ADODECU
Declination unit.default value = none
index = none
-
ADOEPOCH
public static final NOAOExt ADOEPOCH
Object coordinate epoch for wavefront sensing.default value = TELEPOCH
index = none
-
ADOEQUIN
public static final NOAOExt ADOEQUIN
Object coordinate system equinox for wavefront sensing. A value before 1984 is Besselian otherwise it is Julian.default value = TELEQUIN
index = none
-
ADOFREQ
public static final NOAOExt ADOFREQ
default value = none
index = none
-
ADOHWV
public static final NOAOExt ADOHWV
default value = none
index = none
-
ADOMJD
public static final NOAOExt ADOMJD
Times for the adaptive optics sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADOMJD
index = none 1-999
-
ADOMJDn
public static final NOAOExt ADOMJDn
Times for the adaptive optics sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR ADOMJD
index = none 1-999
-
ADOPAN
public static final NOAOExt ADOPAN
Adaptive optics system position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADOPANn
public static final NOAOExt ADOPANn
Adaptive optics system position angle measurements in appropriate units.default value = none none
index = none 1-999
-
ADOPOS
public static final NOAOExt ADOPOS
Adaptive optics system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADOPOSn
public static final NOAOExt ADOPOSn
Adaptive optics system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
ADOPRE
public static final NOAOExt ADOPRE
Adaptive optics system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADOPREn
public static final NOAOExt ADOPREn
Adaptive optics system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
ADORA
public static final NOAOExt ADORA
Object right ascension for wavefront sensing.units = ADORAU
default value = none
index = none
-
ADORADEC
public static final NOAOExt ADORADEC
Object coordinate system type for wavefront sensing.default value = TELRADEC
index = none
-
ADORAU
public static final NOAOExt ADORAU
Right ascension unit.default value = none
index = none
-
ADOSTAT
public static final NOAOExt ADOSTAT
default value = none
index = none
-
ADOSWV
public static final NOAOExt ADOSWV
default value = none
index = none
-
ADOTEM
public static final NOAOExt ADOTEM
Adaptive optics system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADOTEMn
public static final NOAOExt ADOTEMn
Adaptive optics system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
ADOTYPE
public static final NOAOExt ADOTYPE
Type of object used for wavefront sensing.default value = none
index = none
-
ADOVOL
public static final NOAOExt ADOVOL
Adaptive optics system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
ADOVOLn
public static final NOAOExt ADOVOLn
Adaptive optics system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
AEPOnnn
public static final NOAOExt AEPOnnn
Epoch of the coordinates for the aperture(s).units = 'yr'
default value = OBJEPOCH OEPO%4d
index = none 1-9999
-
AEQUnnn
public static final NOAOExt AEQUnnn
Coordinate system equinox for the aperture(s). A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = OBJEQUIN OEQU%4d
index = none 1-9999
-
AIRMASSn
public static final NOAOExt AIRMASSn
The computed airmass(es) at the time(s) given by the AMMJDn keywords.default value = none none
index = none 1-9
-
AMMJD
public static final NOAOExt AMMJD
Times for the airmass calculation given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJDHDR AMMJD
index = none 1-9
-
AMMJDn
public static final NOAOExt AMMJDn
Times for the airmass calculation given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJDHDR AMMJD
index = none 1-9
-
AMPINTEG
public static final NOAOExt AMPINTEG
Amplifier integration or sample time.units = 'ns'
default value = none
index = none
-
AMPMJD
public static final NOAOExt AMPMJD
Times for the amplifier sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS AMPMJD
index = none 1-999
-
AMPMJDn
public static final NOAOExt AMPMJDn
Times for the amplifier sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS AMPMJD
index = none 1-999
-
AMPNAME
public static final NOAOExt AMPNAME
Amplifier name.default value = none
index = none
-
AMPPAN
public static final NOAOExt AMPPAN
CCD amplifier position angle measurements in appropriate units.default value = none none
index = none 1-999
-
AMPPANn
public static final NOAOExt AMPPANn
CCD amplifier position angle measurements in appropriate units.default value = none none
index = none 1-999
-
AMPPOS
public static final NOAOExt AMPPOS
CCD amplifier linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
AMPPOSn
public static final NOAOExt AMPPOSn
CCD amplifier linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
AMPPRE
public static final NOAOExt AMPPRE
CCD amplifier pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
AMPPREn
public static final NOAOExt AMPPREn
CCD amplifier pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
AMPREAD
public static final NOAOExt AMPREAD
Amplifier unbinned pixel read time.units = 'ns'
default value = none none
index = none none
-
AMPSAMPL
public static final NOAOExt AMPSAMPL
CCD amplifier sampling method used. This may also include any integration times.default value = none
index = none
-
AMPSEC
public static final NOAOExt AMPSEC
Mapping of the CCD section to amplifier coordinates.default value = none
index = none
-
AMPSIZE
public static final NOAOExt AMPSIZE
The logical unbinned size of the amplifier readout in section notation. This includes drift scanning if applicable.default value = none
index = none
-
AMPTEM
public static final NOAOExt AMPTEM
CCD amplifier temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
AMPTEMn
public static final NOAOExt AMPTEMn
CCD amplifier temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
AMPVOL
public static final NOAOExt AMPVOL
CCD amplifier voltage sensor measurements in volts. }units = UNITVOLT
default value = none none
index = none 1-999
-
AMPVOLn
public static final NOAOExt AMPVOLn
CCD amplifier voltage sensor measurements in volts. }units = UNITVOLT
default value = none none
index = none 1-999
-
APAUnnn
public static final NOAOExt APAUnnn
Aperture position angle unit.default value = PAUNIT APPAUNIT
index = none 1-9999
-
APDEC
public static final NOAOExt APDEC
Declination of the aperture(s).units = APDECU ADEU%4d
default value = OBJDEC ODEC%4d
index = none 1-9999
-
APDECU
public static final NOAOExt APDECU
Declination unit.default value = OBJDECU APDECU
index = none 1-9999
-
APDInnn
public static final NOAOExt APDInnn
Aperture diameter of the aperture(s) for circular apertures and fibers. This is also used as an approximation to the size of hexagonal lenses.units = APUNIT
default value = none APERDIA
index = none 1-9999
-
APEPOCH
public static final NOAOExt APEPOCH
Epoch of the coordinates for the aperture(s).units = 'yr'
default value = OBJEPOCH OEPO%4d
index = none 1-9999
-
APEQUIN
public static final NOAOExt APEQUIN
Coordinate system equinox for the aperture(s). A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = OBJEQUIN OEQU%4d
index = none 1-9999
-
APERDIA
public static final NOAOExt APERDIA
Aperture diameter of the aperture(s) for circular apertures and fibers. This is also used as an approximation to the size of hexagonal lenses.units = APUNIT
default value = none APERDIA
index = none 1-9999
-
APERLEN
public static final NOAOExt APERLEN
Aperture length of the aperture(s) for slit apertures.units = APUNIT
default value = none APERLEN
index = none 1-999
-
APERnnn
public static final NOAOExt APERnnn
Aperture identification. This can be a physical aperture identification, the name of a mask, a fiber configuration, etc. When there are many apertures the keyword APERTURE may be used to specify a configuration or mask identification and the APER%4d keywords can be used to identify some information about the aperture such as a fiber number.default value = none APERTURE
index = none 1-9999
-
APERPA
public static final NOAOExt APERPA
Aperture position angle of the aperture(s) on the sky. This is measured using the longest dimension from north to east for slits. For hexagonal lenslets it gives the position angle for one of the sides.units = APPAUNIT
default value = none APERPA
index = none 1-9999
-
APERWID
public static final NOAOExt APERWID
Aperture identification. This can be a physical aperture identification, the name of a mask, a fiber configuration, etc. When there are many apertures the keyword APERTURE may be used to specify a configuration or mask identification and the APER%4d keywords can be used to identify some information about the aperture such as a fiber number.default value = none APERTURE
index = none 1-9999
-
APLEnnn
public static final NOAOExt APLEnnn
Aperture length of the aperture(s) for slit apertures.units = APUNIT
default value = none APERLEN
index = none 1-999
-
APPAnnn
public static final NOAOExt APPAnnn
Aperture position angle of the aperture(s) on the sky. This is measured using the longest dimension from north to east for slits. For hexagonal lenslets it gives the position angle for one of the sides.units = APPAUNIT
default value = none APERPA
index = none 1-9999
-
APPAUNIT
public static final NOAOExt APPAUNIT
Aperture position angle unit.default value = PAUNIT APPAUNIT
index = none 1-9999
-
APRA
public static final NOAOExt APRA
Right ascension of the aperture(s).units = APRAU ARAU%4d
default value = OBJRA ORA%4d
index = none 1-9999
-
APRADEC
public static final NOAOExt APRADEC
Aperture coordinate system type for the aperture(s).default value = OBJRADEC ORDS%4d
index = none 1-9999
-
APRAU
public static final NOAOExt APRAU
Right ascension unit.default value = OBJRAU APRAU
index = none 1-9999
-
APTYnnn
public static final NOAOExt APTYnnn
Aperture type. This is an from a dictionary. The common types are "slit", "hole", "fiber", "hexlens", "hexlens+fiber" and "none". The last type is for aperture-less spectroscopy such as with objective prisms. Typically for multiobject spectroscopy all the aperture types will be the same and the keyword will be APTYPE.default value = none APTYPE
index = none 1-9999
-
APTYPE
public static final NOAOExt APTYPE
Aperture type. This is an from a dictionary. The common types are "slit", "hole", "fiber", "hexlens", "hexlens+fiber" and "none". The last type is for aperture-less spectroscopy such as with objective prisms. Typically for multiobject spectroscopy all the aperture types will be the same and the keyword will be APTYPE.default value = none APTYPE
index = none 1-9999
-
APUNIT
public static final NOAOExt APUNIT
Units of aperture dimensions. This applies to slit widths and lengths, fiber diameters, lenslet diameters, etc. It may be a physical dimension or a projected angle on the sky.default value = UNITAP APUNIT
index = none 1-9999
-
APUNnnn
public static final NOAOExt APUNnnn
Units of aperture dimensions. This applies to slit widths and lengths, fiber diameters, lenslet diameters, etc. It may be a physical dimension or a projected angle on the sky.default value = UNITAP APUNIT
index = none 1-9999
-
APWInnn
public static final NOAOExt APWInnn
Aperture width of the aperture(s) for slit apertures.units = APUNIT
default value = none APERWID
index = none 1-9999
-
ARAnnn
public static final NOAOExt ARAnnn
Right ascension of the aperture(s).units = APRAU ARAU%4d
default value = OBJRA ORA%4d
index = none 1-9999
-
ARAUnnn
public static final NOAOExt ARAUnnn
Right ascension unit.default value = OBJRAU APRAU
index = none 1-9999
-
ARCHHWV
public static final NOAOExt ARCHHWV
Archive hardware version.default value = none
index = none
-
ARCHID
public static final NOAOExt ARCHID
Archive identification. This may be the same as the observation identification.default value = OBSID none
index = none none
-
ARCHIVE
public static final NOAOExt ARCHIVE
The archive name in which the observation is archived.default value = none
index = none
-
ARCHSTAT
public static final NOAOExt ARCHSTAT
Archive status of data.default value = none
index = none
-
ARCHSWV
public static final NOAOExt ARCHSWV
Archive software version.default value = none
index = none
-
ARCONG
public static final NOAOExt ARCONG
Arcon predicted gain. This is the gain measured in the laboratory. The GAIN keyword may also have this value initially but it is updated to the most recent estimate of the gain.units = 'e/counts'
default value = none
index = none
-
ARCONGI
public static final NOAOExt ARCONGI
Arcon gain index value.default value = none
index = none
-
ARCONRN
public static final NOAOExt ARCONRN
Arcon predicted RMS readout noise. This is the value measured in the laboratory. The RDNOISE keyword may also have this value initially but it is updated to the most current estimate.units = 'e'
default value = none
index = none
-
ARCONWD
public static final NOAOExt ARCONWD
Arcon waveform complilation date.default value = none
index = none
-
ARCONWM
public static final NOAOExt ARCONWM
Arcon waveform options enabled.default value = none
index = none
-
ARDSnnn
public static final NOAOExt ARDSnnn
Aperture coordinate system type for the aperture(s).default value = OBJRADEC ORDS%4d
index = none 1-9999
-
ATMn_n
public static final NOAOExt ATMn_n
Transformation matrix between CCD and amplifier coordinates. Normally only two values will be non-zero and will have values of 1 or -1. If missing the default is an identify matrix.default value = 0.(i!=j),1.(i=j)
index = 1-9,1-9
-
ATVn
public static final NOAOExt ATVn
Transformation origin vector between CCD and amplifier coordinates.default value = 0.
index = 1-9
-
BIASnnn
public static final NOAOExt BIASnnn
Section of the recorded image containing overscan or prescan data. This will be in binned pixels if binning is done. Multiple regions may be recorded and specified, such as both prescan and overscan, but the first section given by this parameter is likely to be the one used during calibration.default value = none none
index = none 1-9999
-
BIASSEC
public static final NOAOExt BIASSEC
Section of the recorded image containing overscan or prescan data. This will be in binned pixels if binning is done. Multiple regions may be recorded and specified, such as both prescan and overscan, but the first section given by this parameter is likely to be the one used during calibration.default value = none none
index = none 1-9999
-
BPM
public static final NOAOExt BPM
Description of bad pixels. The value is an IRAF bad pixel mask name.default value = none
index = none
-
CAMCONF
public static final NOAOExt CAMCONF
Camera configuration.default value = none
index = none
-
CAMERA
public static final NOAOExt CAMERA
Camera name.default value = none
index = none
-
CAMFOCUS
public static final NOAOExt CAMFOCUS
Camera focus.units = 'instrumental'
default value = none
index = none
-
CAMHWV
public static final NOAOExt CAMHWV
Camera hardware version.default value = none
index = none
-
CAMMJD
public static final NOAOExt CAMMJD
Times for the instrument sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS CAMMJD
index = none 1-999
-
CAMMJDn
public static final NOAOExt CAMMJDn
Times for the instrument sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS CAMMJD
index = none 1-999
-
CAMPAN
public static final NOAOExt CAMPAN
Camera position angle measurements in appropriate units.units = UNITANG
default value = none none
index = none 1-999
-
CAMPANn
public static final NOAOExt CAMPANn
Camera position angle measurements in appropriate units.units = UNITANG
default value = none none
index = none 1-999
-
CAMPOS
public static final NOAOExt CAMPOS
Camera linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CAMPOSn
public static final NOAOExt CAMPOSn
Camera linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CAMPRE
public static final NOAOExt CAMPRE
Camera pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CAMPREn
public static final NOAOExt CAMPREn
Camera pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CAMSTAT
public static final NOAOExt CAMSTAT
Camera status.default value = none
index = none
-
CAMSWV
public static final NOAOExt CAMSWV
Camera software version.default value = none
index = none
-
CAMTEM
public static final NOAOExt CAMTEM
Camera temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CAMTEMn
public static final NOAOExt CAMTEMn
Camera temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CAMVOL
public static final NOAOExt CAMVOL
Camera voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CAMVOLn
public static final NOAOExt CAMVOLn
Camera voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CCDDEC
public static final NOAOExt CCDDEC
Declination of the CCD center.units = CCDDECU
default value = DETDEC
index = none
-
CCDDECU
public static final NOAOExt CCDDECU
Declination unit.default value = DETDECU
index = none
-
CCDEPOCH
public static final NOAOExt CCDEPOCH
Epoch of the CCD center coordinates.units = 'yr'
default value = DETEPOCH
index = none
-
CCDEQUIN
public static final NOAOExt CCDEQUIN
CCD coordinate system equinox. A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = DETEQUIN
index = none
-
CCDHWV
public static final NOAOExt CCDHWV
CCD hardware versiondefault value = DETHWV
index = none
-
CCDMJD
public static final NOAOExt CCDMJD
Times for the CCD sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJDHDR CCDMJD
index = none 1-999
-
CCDMJDn
public static final NOAOExt CCDMJDn
Times for the CCD sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJDHDR CCDMJD
index = none 1-999
-
CCDNAME
public static final NOAOExt CCDNAME
CCD identification.default value = DETECTOR
index = none
-
CCDNAMPS
public static final NOAOExt CCDNAMPS
Number of amplifiers used to readout the CCD. This keyword may be absent if only one amplifier is used.default value = 1
index = none
-
CCDPAN
public static final NOAOExt CCDPAN
CCD position angle measurements in appropriate units.default value = none none
index = none 1-999
-
CCDPANn
public static final NOAOExt CCDPANn
CCD position angle measurements in appropriate units.default value = none none
index = none 1-999
-
CCDPOS
public static final NOAOExt CCDPOS
CCD linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CCDPOSn
public static final NOAOExt CCDPOSn
CCD linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CCDPRE
public static final NOAOExt CCDPRE
CCD pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CCDPREn
public static final NOAOExt CCDPREn
CCD pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CCDPSIZE
public static final NOAOExt CCDPSIZE
The actual format size of the CCD. This is the same as the CCDSIZE keyword except in the case of drift scanning.default value = none
index = none
-
CCDRA
public static final NOAOExt CCDRA
Right ascension of the CCD center.units = CCDRAU
default value = DETRA
index = none
-
CCDRADEC
public static final NOAOExt CCDRADEC
CCD coordinate system type.default value = DETRADEC
index = none
-
CCDRAU
public static final NOAOExt CCDRAU
Right ascension unit.default value = DETRAU
index = none
-
CCDSEC
public static final NOAOExt CCDSEC
The unbinned section of the logical CCD pixel raster covered by the amplifier readout in section notation. The section must map directly to the specified data section through the binning and CCD to image coordiante transformation. The image data section (DATASEC) is specified with the starting pixel less than the ending pixel. Thus the order of this section may be flipped depending on the coordinate transformation (which depends on how the CCD coordinate system is defined).default value = CCDSIZE
index = none
-
CCDSIZE
public static final NOAOExt CCDSIZE
The logical unbinned size of the CCD in section notation. Normally this would be the physical size of the CCD unless drift scanning is done. This is the full size even when subraster readouts are done.default value = DETSIZE
index = none
-
CCDSUM
public static final NOAOExt CCDSUM
CCD on-chip summing given as two or four integer numbers. These define the summing of CCD pixels in the amplifier readout order. The first two numbers give the number of pixels summed in the serial and parallel directions respectively. If the first pixel read out consists of fewer unbinned pixels along either direction the next two numbers give the number of pixels summed for the first serial and parallel pixels. From this it is implicit how many pixels are summed for the last pixels given the size of the CCD section (CCDSEC). It is highly recommended that controllers read out all pixels with the same summing in which case the size of the CCD section will be the summing factors times the size of the data section.default value = '1 1'
index = none
-
CCDSWV
public static final NOAOExt CCDSWV
CCD software versiondefault value = DETSWV
index = none
-
CCDTEM
public static final NOAOExt CCDTEM
CCD temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CCDTEMn
public static final NOAOExt CCDTEMn
CCD temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CCDVOL
public static final NOAOExt CCDVOL
CCD voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CCDVOLn
public static final NOAOExt CCDVOLn
CCD voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CD1_1
public static final NOAOExt CD1_1
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT1/pixel CUN1%4d/pixel
default value = 1. CD1_1
index = none 1-9999
-
CD1_2
public static final NOAOExt CD1_2
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT1/pixel CUN1%4d/pixel
default value = 0. CD1_2
index = none 1-9999
-
CD11nnn
public static final NOAOExt CD11nnn
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT1/pixel CUN1%4d/pixel
default value = 1. CD1_1
index = none 1-9999
-
CD12nnn
public static final NOAOExt CD12nnn
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT1/pixel CUN1%4d/pixel
default value = 0. CD1_2
index = none 1-9999
-
CD2_1
public static final NOAOExt CD2_1
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT2/pixel CUN2%4d/pixel
default value = 0. CD2_1
index = none 1-9999
-
CD2_2
public static final NOAOExt CD2_2
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT2/pixel CUN2%4d/pixel
default value = 1. CD2_2
index = none 1-9999
-
CD21nnn
public static final NOAOExt CD21nnn
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT2/pixel CUN2%4d/pixel
default value = 0. CD2_1
index = none 1-9999
-
CD22nnn
public static final NOAOExt CD22nnn
Spectrum coordinate matrix. World coordinate axis 1 is defined to be the dispersion and the other axes are spatial. The matrix implies a dispersion axis in the image coordinates.units = CUNIT2/pixel CUN2%4d/pixel
default value = 1. CD2_2
index = none 1-9999
-
CHPANGLE
public static final NOAOExt CHPANGLE
Coordinate scale matrix for image world coordinates. This describes the scales and rotations of the coordinate axes.units = CUNIT2/pixel CUN2%4d/pixel
default value = 1. CD2_2
index = none 1-9999
-
CHPDIST
public static final NOAOExt CHPDIST
default value = none
index = none
-
CHPFREQ
public static final NOAOExt CHPFREQ
default value = none
index = none
-
CHPHWV
public static final NOAOExt CHPHWV
default value = none
index = none
-
CHPMJD
public static final NOAOExt CHPMJD
Times for the chopping system sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR CHPMJD
index = none 1-999
-
CHPMJDn
public static final NOAOExt CHPMJDn
Times for the chopping system sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR CHPMJD
index = none 1-999
-
CHPNCHOP
public static final NOAOExt CHPNCHOP
default value = none
index = none
-
CHPPAN
public static final NOAOExt CHPPAN
Chopping system position angle measurements in appropriate units. Note that CHPANGLE should be used for the chopping angle and these keywords are for other system position angle measurements.default value = none none
index = none 1-999
-
CHPPANn
public static final NOAOExt CHPPANn
Chopping system position angle measurements in appropriate units. Note that CHPANGLE should be used for the chopping angle and these keywords are for other system position angle measurements.default value = none none
index = none 1-999
-
CHPPOS
public static final NOAOExt CHPPOS
Chopping system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CHPPOSn
public static final NOAOExt CHPPOSn
Chopping system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
CHPPRE
public static final NOAOExt CHPPRE
Chopping system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CHPPREn
public static final NOAOExt CHPPREn
Chopping system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
CHPSTAT
public static final NOAOExt CHPSTAT
default value = none
index = none
-
CHPSWV
public static final NOAOExt CHPSWV
default value = none
index = none
-
CHPTEM
public static final NOAOExt CHPTEM
Chopping system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CHPTEMn
public static final NOAOExt CHPTEMn
Chopping system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
CHPVOL
public static final NOAOExt CHPVOL
Chopping system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CHPVOLn
public static final NOAOExt CHPVOLn
Chopping system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
CMAX1
public static final NOAOExt CMAX1
Dispersion limit for the region occupied by the spectrum.units = CUNIT1 CUN1%4d
default value = none CMAX1
index = none 1-9999
-
CMAX2
public static final NOAOExt CMAX2
Cross-dispersion limit for the region occupied by the spectrum.units = CUNIT2 CUN2%4d
default value = none CMAX2
index = none 1-9999
-
CMIN1
public static final NOAOExt CMIN1
Dispersion limit for the region occupied by the spectrum.units = CUNIT1 CUN1%4d
default value = none CMIN1
index = none 1-9999
-
CMIN2
public static final NOAOExt CMIN2
Cross-dispersion limit for the region occupied by the spectrum.units = CUNIT2 CUN2%4d
default value = none CMIN2
index = none 1-9999
-
CMMTnnn
public static final NOAOExt CMMTnnn
Observer comments.default value = none
index = 1-9999
-
CMN1nnn
public static final NOAOExt CMN1nnn
Dispersion limit for the region occupied by the spectrum.units = CUNIT1 CUN1%4d
default value = none CMIN1
index = none 1-9999
-
CMN2nnn
public static final NOAOExt CMN2nnn
Cross-dispersion limit for the region occupied by the spectrum.units = CUNIT2 CUN2%4d
default value = none CMIN2
index = none 1-9999
-
CMX1nnn
public static final NOAOExt CMX1nnn
Dispersion limit for the region occupied by the spectrum.units = CUNIT1 CUN1%4d
default value = none CMAX1
index = none 1-9999
-
CMX2nnn
public static final NOAOExt CMX2nnn
Cross-dispersion limit for the region occupied by the spectrum.units = CUNIT2 CUN2%4d
default value = none CMAX2
index = none 1-9999
-
CONHWV
public static final NOAOExt CONHWV
Controller hardware version.default value = none
index = none
-
CONSTAT
public static final NOAOExt CONSTAT
Controller status.default value = none
index = none
-
CONSWV
public static final NOAOExt CONSWV
Controller software version.default value = none
index = none
-
CONTROLR
public static final NOAOExt CONTROLR
Detector controller name.default value = none
index = none
-
CORRCT
public static final NOAOExt CORRCT
Correctors in the optical path.default value = none none
index = none 1-999
-
CORRCTn
public static final NOAOExt CORRCTn
Correctors in the optical path.default value = none none
index = none 1-999
-
CORRCTOR
public static final NOAOExt CORRCTOR
Correctors in the optical path.default value = none
index = none
-
CROSUNIT
public static final NOAOExt CROSUNIT
Default cross dispersion unit.default value = 'arcsec'
index = none
-
CROSVAL
public static final NOAOExt CROSVAL
Default cross dispersion coordinate value.units = CROSUNIT
default value = none
index = none
-
CRP1nnn
public static final NOAOExt CRP1nnn
Reference spectrum pixel coordinate. Generally this should be the at the center of the spectrum. In raw data the spectrum position(s) may be predicted apart from an offset that will be determined during data reduction.units = 'pixel' 'pixel'
default value = none CRPIX1
index = none 1-9999
-
CRP2nnn
public static final NOAOExt CRP2nnn
Reference spectrum pixel coordinate. Generally this should be the at the center of the spectrum. In raw data the spectrum position(s) may be predicted apart from an offset that will be determined during data reduction.units = 'pixel' 'pixel'
default value = none CRPIX2
index = none 1-9999
-
CRPIX1
public static final NOAOExt CRPIX1
Reference spectrum pixel coordinate. Generally this should be the at the center of the spectrum. In raw data the spectrum position(s) may be predicted apart from an offset that will be determined during data reduction.units = 'pixel' 'pixel'
default value = none CRPIX1
index = none 1-9999
-
CRPIX2
public static final NOAOExt CRPIX2
Reference spectrum pixel coordinate. Generally this should be the at the center of the spectrum. In raw data the spectrum position(s) may be predicted apart from an offset that will be determined during data reduction.units = 'pixel' 'pixel'
default value = none CRPIX2
index = none 1-9999
-
CRV1nnn
public static final NOAOExt CRV1nnn
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate. Note that by definition WCS axis 1 is always the dispersion axis. The mapping of this WCS axis to the dispersion direction in the image is given by the coordinate transformation matrix keywords. In raw data the reference dispersion coordinate may be approximately predicted. This will be refined during data reductions.units = CUNIT1 CUN1%4d
default value = none CRVAL1
index = none 1-9999
-
CRV2nnn
public static final NOAOExt CRV2nnn
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate. Note that by definition WCS axis 1 is always the dispersion axis. The mapping of this WCS axis to the dispersion direction in the image is given by the coordinate transformation matrix keywords. In raw data the reference dispersion coordinate may be approximately predicted. This will be refined during data reductions.units = CUNIT1 CUN1%4d
default value = 0. CRVAL1
index = none 1-9999
-
CRVAL1
public static final NOAOExt CRVAL1
Spectrum reference dispersion coordinate corresponding to the spectrum reference pixel coordinate. Note that by definition WCS axis 1 is always the dispersion axis. The mapping of this WCS axis to the dispersion direction in the image is given by the coordinate transformation matrix keywords. In raw data the reference dispersion coordinate may be approximately predicted. This will be refined during data reductions.units = CUNIT1 CUN1%4d
default value = none CRVAL1
index = none 1-9999
-
CRVAL2
public static final NOAOExt CRVAL2
Reference right ascension coordinate corresponding to the image reference pixel coordinate. Note that by definition WCS axis 1 is always the right ascension axis. The mapping of this WCS axis to the right ascension direction in the image is given by the coordinate transformation matrix keywords. In raw data the reference right ascension coordinate may be only approximate. This will be refined during data reductions.units = CUNIT1 CUN1%4d
default value = 0. CRVAL1
index = none 1-9999
-
CTY1nnn
public static final NOAOExt CTY1nnn
Reference declination coordinate corresponding to the image reference pixel coordinate. Note that by definition WCS axis 1 is always the declination axis. The mapping of this WCS axis to the declination direction in the image is given by the coordinate transformation matrix keywords. In raw data the reference right ascension coordinate may be only approximate. This will be refined during data reductions.units = CUNIT2 CUN2%4d
default value = 0. CRVAL2
index = none 1-9999
-
CTY2nnn
public static final NOAOExt CTY2nnn
Coordinate type for image world coordinates. The IRAF WCS standards are used (which is generally the FITS standard).default value = 'LINEAR' CTYPE1
index = none 1-9999
-
CTYP2nnn
public static final NOAOExt CTYP2nnn
Coordinate type for image world coordinates. The IRAF WCS standards are used (which is generally the FITS standard).default value = 'LINEAR' CTYPE2
index = none 1-9999
-
CTYPE1
public static final NOAOExt CTYPE1
Spectrum dispersion coordinate type. These are the FITS defined types.default value = 'LINEAR' CTYPE1
index = none 1-9999
-
CTYPE2
public static final NOAOExt CTYPE2
Coordinate type for image world coordinates. The IRAF WCS standards are used (which is generally the FITS standard).default value = 'LINEAR' CTYPE1
index = none 1-9999
-
CUN1nnn
public static final NOAOExt CUN1nnn
Coordinate type for image world coordinates. The IRAF WCS standards are used (which is generally the FITS standard).default value = 'LINEAR' CTYPE2
index = none 1-9999
-
CUN2nnn
public static final NOAOExt CUN2nnn
Coordinate reference unit for direct imaging world coordinates.default value = RAUNIT CUNIT1
index = none 1-9999
-
CUNIT1
public static final NOAOExt CUNIT1
Coordinate reference unit for direct imaging world coordinates.default value = DECUNIT CUNIT2
index = none 1-9999
-
CUNIT2
public static final NOAOExt CUNIT2
Coordinate reference unit for direct imaging world coordinates.default value = RAUNIT CUNIT1
index = none 1-9999
-
DARKTIME
public static final NOAOExt DARKTIME
Total dark time of the observation. This is the total time during which dark current is collected by the detector. If the times in the extension are different the primary HDU gives one of the extension times.units = UNITTIME
default value = EXPTIME
index = none
-
DATASEC
public static final NOAOExt DATASEC
Mapping of the CCD section to image coordinates.default value = none
index = none
-
DATEEND
public static final NOAOExt DATEEND
Date at the end of the exposure. The format follows the FITS standard.default value = none
index = none
-
DATEHDR
public static final NOAOExt DATEHDR
Date header creation. The format follows the FITS 'date' standard.default value = DATE-OBS
index = none
-
DATEOBS
public static final NOAOExt DATEOBS
Default date for the observation. This keyword is generally not used and is DATE-OBS keyword for the start of the exposure on the detector is used.default value = DATE-OBS
index = none
-
DECPANGL
public static final NOAOExt DECPANGL
Projected position angle of the positive declination axis on the detector. The position angle is measured clockwise from the image y axis.units = UNITPA
default value = none
index = none
-
DECUNIT
public static final NOAOExt DECUNIT
Default declination units.default value = UNITDEC
index = none
-
DETCONF
public static final NOAOExt DETCONF
Detector configuration.default value = none
index = none
-
DETDEC
public static final NOAOExt DETDEC
Declination of the detector center.units = DETDECU
default value = TELDEC
index = none
-
DETDECU
public static final NOAOExt DETDECU
Declination unit.default value = TELDECU
index = none
-
DETECTOR
public static final NOAOExt DETECTOR
Detector name.default value = none
index = none
-
DETEPOCH
public static final NOAOExt DETEPOCH
Epoch of the detector center coordinates.units = 'yr'
default value = TELEPOCH
index = none
-
DETEQUIN
public static final NOAOExt DETEQUIN
Detector coordinate system equinox. A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = TELEQUIN
index = none
-
DETHWV
public static final NOAOExt DETHWV
Detector hardware version.default value = none
index = none
-
DETMJD
public static final NOAOExt DETMJD
Times for the detector sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS DETMJD
index = none 1-999
-
DETMJDn
public static final NOAOExt DETMJDn
Times for the detector sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS DETMJD
index = none 1-999
-
DETPAN
public static final NOAOExt DETPAN
Detector position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DETPANn
public static final NOAOExt DETPANn
Detector position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DETPOS
public static final NOAOExt DETPOS
Detector linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DETPOSn
public static final NOAOExt DETPOSn
Detector linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DETPRE
public static final NOAOExt DETPRE
Detector pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DETPREn
public static final NOAOExt DETPREn
Detector pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DETRA
public static final NOAOExt DETRA
Right ascension of the detector center.units = DETRAU
default value = TELRA
index = none
-
DETRADEC
public static final NOAOExt DETRADEC
Detector coordinate system type.default value = TELRADEC
index = none
-
DETRAU
public static final NOAOExt DETRAU
Right ascension unit.default value = TELRAU
index = none
-
DETSEC
public static final NOAOExt DETSEC
Mapping of the CCD section to detector coordinates.default value = none
index = none
-
DETSIZE
public static final NOAOExt DETSIZE
The logical unbinned size of the detector in section notation. This is the full pixel raster size including, if applicable, drift scanning or a mosaic format. This is the full size even when subraster readouts are done.default value = none
index = none
-
DETSTAT
public static final NOAOExt DETSTAT
Detector status.default value = none
index = none
-
DETSWV
public static final NOAOExt DETSWV
Detector software version. This will not generally be used and the controller software version will apply.default value = none
index = none
-
DETTEM
public static final NOAOExt DETTEM
Detector temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DETTEMn
public static final NOAOExt DETTEMn
Detector temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DETVOL
public static final NOAOExt DETVOL
Detector voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DETVOLn
public static final NOAOExt DETVOLn
Detector voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DEWAR
public static final NOAOExt DEWAR
Dewar identification.default value = none
index = none
-
DEWHWV
public static final NOAOExt DEWHWV
Dewar hardware version.default value = none
index = none
-
DEWMJD
public static final NOAOExt DEWMJD
Times for the dewar sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS DEWMJD
index = none 1-999
-
DEWMJDn
public static final NOAOExt DEWMJDn
Times for the dewar sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS DEWMJD
index = none 1-999
-
DEWPAN
public static final NOAOExt DEWPAN
Dewar position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DEWPANn
public static final NOAOExt DEWPANn
Dewar position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DEWPOS
public static final NOAOExt DEWPOS
Dewar linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DEWPOSn
public static final NOAOExt DEWPOSn
Dewar linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DEWPRE
public static final NOAOExt DEWPRE
Dewar pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DEWPREn
public static final NOAOExt DEWPREn
Dewar pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DEWSTAT
public static final NOAOExt DEWSTAT
Dewar status.default value = none
index = none
-
DEWSWV
public static final NOAOExt DEWSWV
Dewar software version.default value = none
index = none
-
DEWTEM
public static final NOAOExt DEWTEM
Dewar temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DEWTEMn
public static final NOAOExt DEWTEMn
Dewar temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DEWVOL
public static final NOAOExt DEWVOL
Dewar voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DEWVOLn
public static final NOAOExt DEWVOLn
Dewar voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DISMJD
public static final NOAOExt DISMJD
Times for the disperser sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS DISMJD
index = none 1-999
-
DISMJDn
public static final NOAOExt DISMJDn
Times for the disperser sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS DISMJD
index = none 1-999
-
DISPAN
public static final NOAOExt DISPAN
Disperser position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DISPANn
public static final NOAOExt DISPANn
Disperser position angle measurements in appropriate units.default value = none none
index = none 1-999
-
DISPAXIS
public static final NOAOExt DISPAXIS
The detector axis along which the dispersion is most closely aligned.default value = none
index = none
-
DISPDW
public static final NOAOExt DISPDW
Approximate central dispersion/pixel on the detector.units = DISPUNIT
default value = none
index = none
-
DISPER
public static final NOAOExt DISPER
Disperser identification names.default value = none none
index = none 1-999
-
DISPERn
public static final NOAOExt DISPERn
Disperser identification names.default value = none none
index = none 1-999
-
DISPOS
public static final NOAOExt DISPOS
Disperser linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DISPOSn
public static final NOAOExt DISPOSn
Disperser linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DISPRE
public static final NOAOExt DISPRE
Disperser pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DISPREn
public static final NOAOExt DISPREn
Disperser pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DISPUNIT
public static final NOAOExt DISPUNIT
Default dispersion coordinate unit.default value = 'Angstrom'
index = none
-
DISPVAL
public static final NOAOExt DISPVAL
Default dispersion coordinate value.units = DISPUNIT
default value = none
index = none
-
DISPWC
public static final NOAOExt DISPWC
Approximate central dispersion coordinate on the detector.units = DISPUNIT
default value = none
index = none
-
DISTEM
public static final NOAOExt DISTEM
Disperser temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DISTEMn
public static final NOAOExt DISTEMn
Disperser temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DISVOL
public static final NOAOExt DISVOL
Disperser voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DISVOLn
public static final NOAOExt DISVOLn
Disperser voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DMEDIR
public static final NOAOExt DMEDIR
Average wind direction measurements measured east of north over the sampling period inside the dome.units = UNITPA
default value = none none
index = none 1-999
-
DMEDIRn
public static final NOAOExt DMEDIRn
Average wind direction measurements measured east of north over the sampling period inside the dome.units = UNITPA
default value = none none
index = none 1-999
-
DMEGUS
public static final NOAOExt DMEGUS
Maximum wind speed over the sampling period inside the dome.units = UNITVEL
default value = none none
index = none 1-999
-
DMEGUSn
public static final NOAOExt DMEGUSn
Maximum wind speed over the sampling period inside the dome.units = UNITVEL
default value = none none
index = none 1-999
-
DMEMJD
public static final NOAOExt DMEMJD
Times for the dome environment measurements given as modified Julian. For the wind measurements this is the start of the sampling period.units = 'd'
default value = MJDHDR DMEMJD
index = none 1-999
-
DMEMJDn
public static final NOAOExt DMEMJDn
Times for the dome environment measurements given as modified Julian. For the wind measurements this is the start of the sampling period.units = 'd'
default value = MJDHDR DMEMJD
index = none 1-999
-
DMEPER
public static final NOAOExt DMEPER
Wind sampling period for the wind measurements inside the dome. If no value is given then the measurements are assumed to be 'instantaneous'.units = UNITTIME
default value = none none
index = none 1-999
-
DMEPERn
public static final NOAOExt DMEPERn
Wind sampling period for the wind measurements inside the dome. If no value is given then the measurements are assumed to be 'instantaneous'.units = UNITTIME
default value = none none
index = none 1-999
-
DMETEM
public static final NOAOExt DMETEM
Temperatures Celsius inside the dome.units = UNITTEMP
default value = none none
index = none 1-999
-
DMETEMn
public static final NOAOExt DMETEMn
Temperatures Celsius inside the dome.units = UNITTEMP
default value = none none
index = none 1-999
-
DMEWIN
public static final NOAOExt DMEWIN
Average wind speeds over the sampling period inside the dome.units = UNITVEL
default value = none none
index = none 1-999
-
DMEWINn
public static final NOAOExt DMEWINn
Average wind speeds over the sampling period inside the dome.units = UNITVEL
default value = none none
index = none 1-999
-
DOMMJD
public static final NOAOExt DOMMJD
Times for the dome sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR DOMMJD
index = none 1-999
-
DOMMJDn
public static final NOAOExt DOMMJDn
Times for the dome sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR DOMMJD
index = none 1-999
-
DOMPAN
public static final NOAOExt DOMPAN
Dome position angle sensor measurements. This should be in degrees east of north for the center of the dome slit.default value = none none
index = none 1-999
-
DOMPANn
public static final NOAOExt DOMPANn
Dome position angle sensor measurements. This should be in degrees east of north for the center of the dome slit.default value = none none
index = none 1-999
-
DOMPOS
public static final NOAOExt DOMPOS
Dome linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DOMPOSn
public static final NOAOExt DOMPOSn
Dome linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
DOMPRE
public static final NOAOExt DOMPRE
Dome pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DOMPREn
public static final NOAOExt DOMPREn
Dome pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
DOMSTAT
public static final NOAOExt DOMSTAT
Dome status.default value = none
index = none
-
DOMTEM
public static final NOAOExt DOMTEM
Dome temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DOMTEMn
public static final NOAOExt DOMTEMn
Dome temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
DOMVOL
public static final NOAOExt DOMVOL
Dome voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DOMVOLn
public static final NOAOExt DOMVOLn
Dome voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
DTMn_n
public static final NOAOExt DTMn_n
Transformation matrix between CCD and detector coordinates. If missing the default is an identify matrix.default value = 0.(i!=j),1.(i=j)
index = 1-9,1-9
-
DTVn
public static final NOAOExt DTVn
Transformation origin vector between CCD and detector coordinates.default value = 0.
index = 1-9
-
ENVDIR
public static final NOAOExt ENVDIR
Average wind direction measurements measured east of north over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITPA
default value = none none
index = none 1-999
-
ENVDIRn
public static final NOAOExt ENVDIRn
Average wind direction measurements measured east of north over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITPA
default value = none none
index = none 1-999
-
ENVGUS
public static final NOAOExt ENVGUS
Maximum wind speed in km/s over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITVEL
default value = none none
index = none 1-999
-
ENVGUSn
public static final NOAOExt ENVGUSn
Maximum wind speed in km/s over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITVEL
default value = none none
index = none 1-999
-
ENVHUM
public static final NOAOExt ENVHUM
Relative humidity measurements at times given by ENVMJDn keywords.units = '%'
default value = none none
index = none 1-999
-
ENVHUMn
public static final NOAOExt ENVHUMn
Relative humidity measurements at times given by ENVMJDn keywords.units = '%'
default value = none none
index = none 1-999
-
ENVMJD
public static final NOAOExt ENVMJD
Times for the site environment measurements given as modified Julian. For the wind measurements this is the start of the sampling period.units = 'd'
default value = MJDHDR ENVMJD
index = none 1-999
-
ENVMJDn
public static final NOAOExt ENVMJDn
Times for the site environment measurements given as modified Julian. For the wind measurements this is the start of the sampling period.units = 'd'
default value = MJDHDR ENVMJD
index = none 1-999
-
ENVPER
public static final NOAOExt ENVPER
Wind sampling period for the wind measurements outside the dome at times given by ENVMJDn keywords. If no value is given then the measurements are assumed to be 'instantaneous'.units = UNITTIME
default value = none none
index = none 1-999
-
ENVPERn
public static final NOAOExt ENVPERn
Wind sampling period for the wind measurements outside the dome at times given by ENVMJDn keywords. If no value is given then the measurements are assumed to be 'instantaneous'.units = UNITTIME
default value = none none
index = none 1-999
-
ENVPRE
public static final NOAOExt ENVPRE
Atmospheric pressure measurements at times given by ENVMJDn keywords.units = UNITPRES
default value = none none
index = none 1-999
-
ENVPREn
public static final NOAOExt ENVPREn
Atmospheric pressure measurements at times given by ENVMJDn keywords.units = UNITPRES
default value = none none
index = none 1-999
-
ENVTEM
public static final NOAOExt ENVTEM
Temperatures outside the dome at times given by ENVMJDn keywords.units = UNITTEMP
default value = none none
index = none 1-999
-
ENVTEMn
public static final NOAOExt ENVTEMn
Temperatures outside the dome at times given by ENVMJDn keywords.units = UNITTEMP
default value = none none
index = none 1-999
-
ENVWAT
public static final NOAOExt ENVWAT
Precipitable water vapor measurements at times given by ENVMJDn keywords.units = 'mm'
default value = none none
index = none 1-999
-
ENVWATn
public static final NOAOExt ENVWATn
Precipitable water vapor measurements at times given by ENVMJDn keywords.units = 'mm'
default value = none none
index = none 1-999
-
ENVWIN
public static final NOAOExt ENVWIN
Average wind speeds over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITVEL
default value = none none
index = none 1-999
-
ENVWINn
public static final NOAOExt ENVWINn
Average wind speeds over the sampling period outside the dome at times given by ENVMJDn keywords.units = UNITVEL
default value = none none
index = none 1-999
-
ERRORnnn
public static final NOAOExt ERRORnnn
Error information. The sequence numbers are used to order the information.default value = none
index = 1-999
-
EXPREQ
public static final NOAOExt EXPREQ
Requested exposure time of the observation.units = UNITTIME
default value = EXPTIME
index = none
-
FIBER
public static final NOAOExt FIBER
Fiber identification for the fiber(s). The string consists of a fiber number, an object type number (0=sky, 1=object, etc.), the right ascension and declination, and the object name or title. This can replace OBJNAME, APRA/OBJRA, and APDEC/OBJDEC.default value = none none
index = none 1-9999
-
FIBnnn
public static final NOAOExt FIBnnn
Fiber identification for the fiber(s). The string consists of a fiber number, an object type number (0=sky, 1=object, etc.), the right ascension and declination, and the object name or title. This can replace OBJNAME, APRA/OBJRA, and APDEC/OBJDEC.default value = none none
index = none 1-9999
-
FILPOS
public static final NOAOExt FILPOS
Filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = none none
index = none 1-999
-
FILPOSn
public static final NOAOExt FILPOSn
Filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = none none
index = none 1-999
-
FILTYP
public static final NOAOExt FILTYP
Filter type. This is the technical specification or observatory identification name.default value = none none
index = none 1-999
-
FILTYPn
public static final NOAOExt FILTYPn
Filter type. This is the technical specification or observatory identification name.default value = none none
index = none 1-999
-
FOCNEXPO
public static final NOAOExt FOCNEXPO
Number of focus exposures in a focus sequence.default value = none
index = none
-
FOCSHIFT
public static final NOAOExt FOCSHIFT
Pixel shift on the detector between exposures in a focus sequence.units = 'pixel'
default value = none
index = none
-
FOCSTART
public static final NOAOExt FOCSTART
Starting focus value in focus sequence.units = 'instrumental'
default value = none
index = none
-
FOCSTEP
public static final NOAOExt FOCSTEP
Focus increment step in focus sequence.units = 'instrumental'
default value = none
index = none
-
GAIN
public static final NOAOExt GAIN
Amplifier gain in electrons per analog unit. This is the most current estimate of the gain.units = 'e/count'
default value = none
index = none
-
GTV
public static final NOAOExt GTV
Guider TV name.default value = TV
index = none
-
GTVFIL
public static final NOAOExt GTVFIL
Guider TV filter names. This name is the astronomical standard name if applicable; i.e. U, B, Gunn I, etc. The filter type and filter device position are given by other keywords.default value = TVFILT GTVFIL
index = none 1-999
-
GTVFILn
public static final NOAOExt GTVFILn
Guider TV filter names. This name is the astronomical standard name if applicable; i.e. U, B, Gunn I, etc. The filter type and filter device position are given by other keywords.default value = TVFILT GTVFIL
index = none 1-999
-
GTVFPO
public static final NOAOExt GTVFPO
Guider TV filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = TVFPOS TVFPO%d
index = none 1-999
-
GTVFPOn
public static final NOAOExt GTVFPOn
Guider TV filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = TVFPOS TVFPO%d
index = none 1-999
-
GTVFTY
public static final NOAOExt GTVFTY
Guider TV filter type. This is the technical specification or observatory identification name.default value = TVFTYP TVFTYP%d
index = none 1-999
-
GTVFTYn
public static final NOAOExt GTVFTYn
Guider TV filter type. This is the technical specification or observatory identification name.default value = TVFTYP TVFTYP%d
index = none 1-999
-
GTVHWV
public static final NOAOExt GTVHWV
Guider TV identification and hardware version.default value = TVHWV
index = none
-
GTVMJD
public static final NOAOExt GTVMJD
Times for the guider television sensor measurements given as modified Julian dates.units = 'd'
default value = TVMJD%d none
index = none 1-999
-
GTVMJDn
public static final NOAOExt GTVMJDn
Times for the guider television sensor measurements given as modified Julian dates.units = 'd'
default value = TVMJD%d none
index = none 1-999
-
GTVPAN
public static final NOAOExt GTVPAN
Guider television position angle measurements in appropriate units.default value = TVPAN TVPAN%d
index = none 1-999
-
GTVPANn
public static final NOAOExt GTVPANn
Guider television position angle measurements in appropriate units.default value = TVPAN TVPAN%d
index = none 1-999
-
GTVPOS
public static final NOAOExt GTVPOS
Guider television linear position sensor measurements in appropriate units.default value = TVPOS TVPOS%d
index = none 1-999
-
GTVPOSn
public static final NOAOExt GTVPOSn
Guider television linear position sensor measurements in appropriate units.default value = TVPOS TVPOS%d
index = none 1-999
-
GTVPRE
public static final NOAOExt GTVPRE
Guider television pressure sensor measurements in appropriate units.units = UNITPRES
default value = TVPRE TVPRE%d
index = none 1-999
-
GTVPREn
public static final NOAOExt GTVPREn
Guider television pressure sensor measurements in appropriate units.units = UNITPRES
default value = TVPRE TVPRE%d
index = none 1-999
-
GTVSTAT
public static final NOAOExt GTVSTAT
Guider TV status.default value = TVSTAT
index = none
-
GTVSWV
public static final NOAOExt GTVSWV
Guider TV software version.default value = TVSWV
index = none
-
GTVTEM
public static final NOAOExt GTVTEM
Guider television temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = TVTEMP TVTEMP%d
index = none 1-999
-
GTVTEMn
public static final NOAOExt GTVTEMn
Guider television temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = TVTEMP TVTEMP%d
index = none 1-999
-
GTVVOL
public static final NOAOExt GTVVOL
Guider television voltage sensor measurements in volts.units = UNITVOLT
default value = TVVOL TVVOL%d
index = none 1-999
-
GTVVOLn
public static final NOAOExt GTVVOLn
Guider television voltage sensor measurements in volts.units = UNITVOLT
default value = TVVOL TVVOL%d
index = none 1-999
-
GUIDEC
public static final NOAOExt GUIDEC
Guide object declination.units = GUIDECU
default value = none
index = none
-
GUIDECU
public static final NOAOExt GUIDECU
Declination unit.default value = none
index = none
-
GUIDEHWV
public static final NOAOExt GUIDEHWV
Guider identification and hardware version.default value = none
index = none
-
GUIDER
public static final NOAOExt GUIDER
Guider name. Two of the names are 'manual' and 'none' for manual guiding or no guider, respectively.default value = none
index = none
-
GUIDESWV
public static final NOAOExt GUIDESWV
Guider software version.default value = none
index = none
-
GUIEPOCH
public static final NOAOExt GUIEPOCH
Epoch of the guide object coordinates.default value = TELEPOCH
index = none
-
GUIEQUIN
public static final NOAOExt GUIEQUIN
Guide object coordinate system equinox. A value before 1984 is Besselian otherwise it is Julian.default value = TELEQUIN
index = none
-
GUIMJD
public static final NOAOExt GUIMJD
Times for the guider sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR GUIMJD
index = none 1-999
-
GUIMJDn
public static final NOAOExt GUIMJDn
Times for the guider sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR GUIMJD
index = none 1-999
-
GUIPAN
public static final NOAOExt GUIPAN
Guider position angle measurements in appropriate units.default value = none none
index = none 1-999
-
GUIPANn
public static final NOAOExt GUIPANn
Guider position angle measurements in appropriate units.default value = none none
index = none 1-999
-
GUIPOS
public static final NOAOExt GUIPOS
Guider linear position sensor measurements in appropriate units. This might be used for guide probe positions.default value = none none
index = none 1-999
-
GUIPOSn
public static final NOAOExt GUIPOSn
Guider linear position sensor measurements in appropriate units. This might be used for guide probe positions.default value = none none
index = none 1-999
-
GUIPRE
public static final NOAOExt GUIPRE
Guider pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
GUIPREn
public static final NOAOExt GUIPREn
Guider pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
GUIRA
public static final NOAOExt GUIRA
Guide object right ascension.units = GUIRAU
default value = none
index = none
-
GUIRADEC
public static final NOAOExt GUIRADEC
Guide object coordinate system type.default value = TELRADEC
index = none
-
GUIRATE
public static final NOAOExt GUIRATE
Guider correction rate.units = UNITFREQ
default value = none
index = none
-
GUIRAU
public static final NOAOExt GUIRAU
Right ascension unit.default value = none
index = none
-
GUISTAT
public static final NOAOExt GUISTAT
Guider status.default value = none
index = none
-
GUITEM
public static final NOAOExt GUITEM
Guider temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
GUITEMn
public static final NOAOExt GUITEMn
Guider temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
GUIVOL
public static final NOAOExt GUIVOL
Guider voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
GUIVOLn
public static final NOAOExt GUIVOLn
Guider voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
HA
public static final NOAOExt HA
Hour angle at TELMJD.units = UNITRA
default value = none
index = none
-
IMAGEHWV
public static final NOAOExt IMAGEHWV
Image creation system hardware version.default value = none
index = none
-
IMAGEID
public static final NOAOExt IMAGEID
The image identification when there are multiple images within an observation. For detectors with CCDs this would be a unique number assigned to each amplifier in the detector.default value = none
index = none
-
IMAGESWV
public static final NOAOExt IMAGESWV
Image creation system software version.default value = none
index = none
-
INSFOCUS
public static final NOAOExt INSFOCUS
Instrument focus.units = 'instrumental'
default value = none
index = none
-
INSMJD
public static final NOAOExt INSMJD
Times for the instrument sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS INSMJD
index = none 1-999
-
INSMJDn
public static final NOAOExt INSMJDn
Times for the instrument sensor measurements given as modified Julian dates.units = 'd'
default value = MJD-OBS INSMJD
index = none 1-999
-
INSPAN
public static final NOAOExt INSPAN
Instrument position angle measurements in appropriate units.default value = none none
index = none 1-999
-
INSPANn
public static final NOAOExt INSPANn
Instrument position angle measurements in appropriate units.default value = none none
index = none 1-999
-
INSPOS
public static final NOAOExt INSPOS
Instrument linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
INSPOSn
public static final NOAOExt INSPOSn
Instrument linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
INSPRE
public static final NOAOExt INSPRE
Instrument pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
INSPREn
public static final NOAOExt INSPREn
Instrument pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
INSSTAT
public static final NOAOExt INSSTAT
Instrument status.default value = none
index = none
-
INSTCONF
public static final NOAOExt INSTCONF
Instrument configuration.default value = none
index = none
-
INSTEM
public static final NOAOExt INSTEM
Instrument temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
INSTEMn
public static final NOAOExt INSTEMn
Instrument temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
INSTHWV
public static final NOAOExt INSTHWV
Instrument hardware version.default value = none
index = none
-
INSTSWV
public static final NOAOExt INSTSWV
Instrument software version. ------------------------------------------------------------------default value = none
index = none
-
INSVOL
public static final NOAOExt INSVOL
Instrument voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
INSVOLn
public static final NOAOExt INSVOLn
Instrument voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
KWDICT
public static final NOAOExt KWDICT
The keyword dictionary defining the keywords. This dictionary should be archived with the data.default value = none
index = none
-
LAMP
public static final NOAOExt LAMP
Calibration lamp namedefault value = none
index = none
-
LAMPTYPE
public static final NOAOExt LAMPTYPE
Calibration lamp type.default value = none
index = none
-
LMPMJD
public static final NOAOExt LMPMJD
Times for the lamp sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS LMPMJD
index = none 1-999
-
LMPMJDn
public static final NOAOExt LMPMJDn
Times for the lamp sensor measurements given as modified Julian dates. The MJDHDR keyword may be used for the time at which the image header is created or the MJD-OBS keyword may be used for the time of observation.units = 'd'
default value = MJD-OBS LMPMJD
index = none 1-999
-
LMPPAN
public static final NOAOExt LMPPAN
Calibration lamp position angle measurements in appropriate units.default value = none none
index = none 1-999
-
LMPPANn
public static final NOAOExt LMPPANn
Calibration lamp position angle measurements in appropriate units.default value = none none
index = none 1-999
-
LMPPOS
public static final NOAOExt LMPPOS
Calibration lamp linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
LMPPOSn
public static final NOAOExt LMPPOSn
Calibration lamp linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
LMPPRE
public static final NOAOExt LMPPRE
Calibration lamp pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
LMPPREn
public static final NOAOExt LMPPREn
Calibration lamp pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
LMPTEM
public static final NOAOExt LMPTEM
Calibration lamp temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
LMPTEMn
public static final NOAOExt LMPTEMn
Calibration lamp temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
LMPVOL
public static final NOAOExt LMPVOL
Calibration lamp voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
LMPVOLn
public static final NOAOExt LMPVOLn
Calibration lamp voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
LST_OBS
public static final NOAOExt LST_OBS
Local siderial time at the start of the exposure.units = UNITHOUR
default value = none
index = none
-
LSTEND
public static final NOAOExt LSTEND
Local siderial time at the end of the exposure.units = UNITHOUR
default value = none
index = none
-
LSTHDR
public static final NOAOExt LSTHDR
Local siderial time of the header creation.units = UNITHOUR
default value = LST-OBS
index = none
-
LSTOBS
public static final NOAOExt LSTOBS
Default local siderial time for the observation. This keyword is generally not used and is LST-OBS keyword for the start of the exposure on the detector is used.units = UNITHOUR
default value = LST-OBS
index = none
-
LTMn_n
public static final NOAOExt LTMn_n
Transformation matrix between CCD and image coordinates. If missing the default is an identify matrix.default value = 0.(i!=j),1.(i=j)
index = 1-9,1-9
-
LTVn
public static final NOAOExt LTVn
Transformation origin vector between CCD and image coordinates.default value = 0.
index = 1-9
-
MAXNSCAN
public static final NOAOExt MAXNSCAN
The maximum number of scanned (unbinned) lines used to form an output line. This is used with drift scanning or a scan table. For long drift scans this will be the number of lines in the CCD.default value = none
index = none
-
MINNSCAN
public static final NOAOExt MINNSCAN
The minimum number of scanned (unbinned) lines used to form an output line. This is used with drift scanning or a scan table. This will only differ from MAXNSCAN if the initial lines in the output image are from the initial ramp-up.default value = MAXNSCAN
index = none
-
MJDHDR
public static final NOAOExt MJDHDR
Modified Julian date when the image header was created by the software. The fractional part of the date is given to better than a second of time. Many header keywords may be sampled or computed at this time and this keyword is the default for these.units = 'd'
default value = MJD-OBS
index = none
-
MJDOBS
public static final NOAOExt MJDOBS
Default modified Julian date for the observation. The fractional part of the date is given to better than a second of time. This keyword is generally not used and is MJD-OBS keyword for the start of the exposure on the detector is used.units = 'd'
default value = MJD-OBS
index = none
-
NAMPS
public static final NOAOExt NAMPS
The number of amplifiers in the detector. When there is only a single amplifier used it may be absent since the default value is 1.default value = 1
index = none
-
NCCDS
public static final NOAOExt NCCDS
The number of CCDs in the detector. This is used with mosaics of CCD detectors. For a single CCD it may be absent since the default value is 1.default value = 1
index = none
-
NODANGLE
public static final NOAOExt NODANGLE
default value = none
index = none
-
NODDIST
public static final NOAOExt NODDIST
default value = none
index = none
-
NODFREQ
public static final NOAOExt NODFREQ
default value = none
index = none
-
NODHWV
public static final NOAOExt NODHWV
default value = none
index = none
-
NODMJD
public static final NOAOExt NODMJD
Times for the nodding system sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR NODMJD
index = none 1-999
-
NODMJDn
public static final NOAOExt NODMJDn
Times for the nodding system sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR NODMJD
index = none 1-999
-
NODNCHOP
public static final NOAOExt NODNCHOP
default value = none
index = none
-
NODPAN
public static final NOAOExt NODPAN
Nodding position angle measurements in appropriate units. Note that NODANGLE should be used for the nodding angle and these keywords are for other system position angle measurements.default value = none none
index = none 1-999
-
NODPANn
public static final NOAOExt NODPANn
Nodding position angle measurements in appropriate units. Note that NODANGLE should be used for the nodding angle and these keywords are for other system position angle measurements.default value = none none
index = none 1-999
-
NODPOS
public static final NOAOExt NODPOS
Nodding system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
NODPOSn
public static final NOAOExt NODPOSn
Nodding system linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
NODPRE
public static final NOAOExt NODPRE
Nodding system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
NODPREn
public static final NOAOExt NODPREn
Nodding system pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
NODSTAT
public static final NOAOExt NODSTAT
default value = none
index = none
-
NODSWV
public static final NOAOExt NODSWV
default value = none
index = none
-
NODTEM
public static final NOAOExt NODTEM
Nodding system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
NODTEMn
public static final NOAOExt NODTEMn
Nodding system temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = none 1-999
-
NODVOL
public static final NOAOExt NODVOL
Nodding system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
NODVOLn
public static final NOAOExt NODVOLn
Nodding system voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
NSUBEXPS
public static final NOAOExt NSUBEXPS
Number of coadded subexposures. When charge shuffling this gives the number of charge shuffled exposures.default value = 1
index = none
-
OBJDEC
public static final NOAOExt OBJDEC
Declination of the target astronomical object(s).units = OBJDECU ODEU%d
default value = DEC none
index = none 1-9999
-
OBJDECU
public static final NOAOExt OBJDECU
Declination unit.default value = DECUNIT OBJDECU
index = none 1-9999
-
OBJEPOCH
public static final NOAOExt OBJEPOCH
Epoch of the target astronomical object coordinate(s). This is given in years.units = 'yr'
default value = EPOCH OBJEPOCH
index = none 1-9999
-
OBJEQUIN
public static final NOAOExt OBJEQUIN
Coordinate system equinox for the target astronomical object(s). A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = EQUINOX OBJEQUIN
index = none 1-9999
-
OBJnnn
public static final NOAOExt OBJnnn
Standard reference or catalog name for the target astronomical object(s). The name should follow IAU standards. These keywords differ from the OBJECT keyword which is used to identify the observation.default value = OBJECT OBJNAME
index = none 1-9999
-
OBJRA
public static final NOAOExt OBJRA
Right ascension of the target astronomical object(s).units = OBJRAU ORAU%4d
default value = RA none
index = none 1-9999
-
OBJRADEC
public static final NOAOExt OBJRADEC
Coordinate system type for the target astronomical object(s).default value = RADECSYS OBJRADEC
index = none 1-9999
-
OBJRAU
public static final NOAOExt OBJRAU
Right ascension unit.default value = RAUNIT OBJRAU
index = none 1-9999
-
OBJTnnn
public static final NOAOExt OBJTnnn
Type of target astronomical object(s). This is taken from a dictionary of names yet to be defined. Some common types are 'galaxy', 'star', and 'sky'. If not particular object is targeted the type 'field' may be used.default value = none OBJTYPE
index = none 1-9999
-
OBJTYPE
public static final NOAOExt OBJTYPE
Type of target astronomical object(s). This is taken from a dictionary of names yet to be defined. Some common types are 'galaxy', 'star', and 'sky'. If not particular object is targeted the type 'field' may be used.default value = none OBJTYPE
index = none 1-9999
-
OBSDEC
public static final NOAOExt OBSDEC
Declination of the observation. This may be distinct from the object coordinates and the telescope coordinates. It may be used to indicate the requested observation coordinates.units = OBSDECU
default value = DETDEC
index = none
-
OBSDECU
public static final NOAOExt OBSDECU
Declination unit.default value = DETDECU
index = none
-
OBSEPOCH
public static final NOAOExt OBSEPOCH
Epoch of the coordinates used in observation coordinates.units = 'yr'
default value = TELEPOCH
index = none
-
OBSEQUIN
public static final NOAOExt OBSEQUIN
Equinox of coordinates used in observation coordinates. A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = TELEQUIN
index = none
-
OBSERVAT
public static final NOAOExt OBSERVAT
Observatory identification for the site of the observation.default value = none
index = none
-
OBSID
public static final NOAOExt OBSID
The unique observatory observation identification. This serves to identify all data from the same observation.default value = none
index = none
-
OBSRA
public static final NOAOExt OBSRA
Right ascension of the observation. This may be distinct from the object coordinates and the telescope coordinates. It may be used to indicate the requested observation coordinates.units = OBSRAU
default value = DETRA
index = none
-
OBSRADEC
public static final NOAOExt OBSRADEC
Coordinate system used in observation coordinates.default value = TELRADEC
index = none
-
OBSRAU
public static final NOAOExt OBSRAU
Right ascension unit.default value = DETRAU
index = none
-
OBSRVRnn
public static final NOAOExt OBSRVRnn
Name(s) of the observers.default value = none none
index = none 1-9999
-
OBSSTAT
public static final NOAOExt OBSSTAT
Status of the observation. -----------------------------------------------------------------default value = none
index = none
-
OBSTYPE
public static final NOAOExt OBSTYPE
The type of observation such as an astronomical exposure or a particular type of calibration exposure.default value = none
index = none
-
ODECnnn
public static final NOAOExt ODECnnn
Declination of the target astronomical object(s).units = OBJDECU ODEU%d
default value = DEC none
index = none 1-9999
-
ODEUnnn
public static final NOAOExt ODEUnnn
Declination unit.default value = DECUNIT OBJDECU
index = none 1-9999
-
OEPOnnn
public static final NOAOExt OEPOnnn
Epoch of the target astronomical object coordinate(s). This is given in years.units = 'yr'
default value = EPOCH OBJEPOCH
index = none 1-9999
-
OEQUnnn
public static final NOAOExt OEQUnnn
Coordinate system equinox for the target astronomical object(s). A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = EQUINOX OBJEQUIN
index = none 1-9999
-
ORAnnn
public static final NOAOExt ORAnnn
Right ascension of the target astronomical object(s).units = OBJRAU ORAU%4d
default value = RA none
index = none 1-9999
-
ORAUnnn
public static final NOAOExt ORAUnnn
Right ascension unit.default value = RAUNIT OBJRAU
index = none 1-9999
-
ORDSnnn
public static final NOAOExt ORDSnnn
Coordinate system type for the target astronomical object(s).default value = RADECSYS OBJRADEC
index = none 1-9999
-
PHOTCAL
public static final NOAOExt PHOTCAL
Status of calibration to data proportional to photons. For CCD data this means bias section correction, zero level calibration, dark count calibration, and flat field calibration.default value = F
index = none
-
PHOTOMET
public static final NOAOExt PHOTOMET
Photometric conditions during the observation.default value = none
index = none
-
PIPEHW
public static final NOAOExt PIPEHW
Processing hardware used.default value = none none
index = none 1-99
-
PIPEHWn
public static final NOAOExt PIPEHWn
Processing hardware used.default value = none none
index = none 1-99
-
PIPELINE
public static final NOAOExt PIPELINE
Name of processing pipeline applied.default value = none
index = none
-
PIPESW
public static final NOAOExt PIPESW
Processing software version.default value = none none
index = none 1-99
-
PIPESWn
public static final NOAOExt PIPESWn
Processing software version.default value = none none
index = none 1-99
-
PIXSCALn
public static final NOAOExt PIXSCALn
Projected pixel scale along axis n.units = UNITSEP/pixel
default value = none
index = 1-9
-
PIXSIZEn
public static final NOAOExt PIXSIZEn
Unbinned pixel size along each dimension given in appropriate units. The units should be indicated in the comment. The projected pixel size in arc seconds or wavelength are given by other parameters.units = 'um'
default value = none
index = 1-9
-
PMAX1
public static final NOAOExt PMAX1
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMAX1
index = none 1-9999
-
PMAX2
public static final NOAOExt PMAX2
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMAX2
index = none 1-9999
-
PMIN1
public static final NOAOExt PMIN1
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMIN1
index = none 1-9999
-
PMIN2
public static final NOAOExt PMIN2
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none CMIN2
index = none 1-9999
-
PMN1nnn
public static final NOAOExt PMN1nnn
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMIN1
index = none 1-9999
-
PMN2n
public static final NOAOExt PMN2n
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none CMIN2
index = none 1-9999
-
PMX1n
public static final NOAOExt PMX1n
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMAX1
index = none 1-9999
-
PMX2n
public static final NOAOExt PMX2n
Pixel limit for region occupied by the spectrum.units = 'pixel' 'pixel'
default value = none PMAX2
index = none 1-9999
-
PREFLASH
public static final NOAOExt PREFLASH
CCD preflash time. If the times in the extension are different the primary HDU gives one of the extension times.units = UNITTIME
default value = 0.
index = none
-
PROCnnn
public static final NOAOExt PROCnnn
Processing log information formatted as FITS comments.default value = none
index = 1-9999
-
PROCSTAT
public static final NOAOExt PROCSTAT
Processing status.default value = none
index = none
-
PROPID
public static final NOAOExt PROPID
The unique observatory proposal identification.default value = none
index = none
-
PROPOSAL
public static final NOAOExt PROPOSAL
The name or title of the proposal.default value = none
index = none
-
PROPOSER
public static final NOAOExt PROPOSER
Name(s) of the proposers.default value = none none
index = none 1-9999
-
PROPSRnn
public static final NOAOExt PROPSRnn
Name(s) of the proposers.default value = none none
index = none 1-9999
-
RADECEQ
public static final NOAOExt RADECEQ
Default coordinate system equinox. A value before 1984 is Besselian otherwise it is Julian. If absent the default is J2000.units = 'yr'
default value = 2000.
index = none
-
RAPANGL
public static final NOAOExt RAPANGL
Projected position angle of the positive right ascension axis on the detector. The position angle is measured clockwise from the image y axis.units = UNITPA
default value = none
index = none
-
RAUNIT
public static final NOAOExt RAUNIT
Default right ascension units.default value = UNITRA
index = none
-
RDNOISE
public static final NOAOExt RDNOISE
CCD readout noise in rms electrons. This is the most current estimate.units = 'e'
default value = none
index = none
-
READTIME
public static final NOAOExt READTIME
Amplifier unbinned pixel read time.units = 'ns'
default value = none none
index = none none
-
RECNO
public static final NOAOExt RECNO
Archive identification. This may be the same as the observation identification.default value = OBSID none
index = none none
-
SEEING
public static final NOAOExt SEEING
Seeing estimates specified as the stellar full-width at half-maximum in arc seconds. There may be more than one estimate. The times of the estimates are given by the SEEMJDn keyword.units = UNITSEP
default value = none none
index = none 1-999
-
SEEINGn
public static final NOAOExt SEEINGn
Seeing estimates specified as the stellar full-width at half-maximum in arc seconds. There may be more than one estimate. The times of the estimates are given by the SEEMJDn keyword.units = UNITSEP
default value = none none
index = none 1-999
-
SEEMJD
public static final NOAOExt SEEMJD
Times for the seeing estimates given as modified Julian dates.units = 'd'
default value = MJDHDR SEEMJD
index = none 1-999
-
SEEMJDn
public static final NOAOExt SEEMJDn
Times for the seeing estimates given as modified Julian dates.units = 'd'
default value = MJDHDR SEEMJD
index = none 1-999
-
SEXP
public static final NOAOExt SEXP
Exposure time of the nth subexposure. If all subexposures are the same length then only the first keyword, SEXP, is needed. For charge shuffling the subexposure time is the total time for each charge shuffled exposure. There is no finer division of the exposure times. Comments would be used to describe the subexposures of each charge shuffled subexposure.units = UNITTIME
default value = none SEXP
index = none 1-9999
-
SEXPnnn
public static final NOAOExt SEXPnnn
Exposure time of the nth subexposure. If all subexposures are the same length then only the first keyword, SEXP, is needed. For charge shuffling the subexposure time is the total time for each charge shuffled exposure. There is no finer division of the exposure times. Comments would be used to describe the subexposures of each charge shuffled subexposure.units = UNITTIME
default value = none SEXP
index = none 1-9999
-
SHUTCLOS
public static final NOAOExt SHUTCLOS
Time for the shutter to close fully.units = 'ms'
default value = none
index = none
-
SHUTHWV
public static final NOAOExt SHUTHWV
Shutter identification and hardware version.default value = none
index = none
-
SHUTOPEN
public static final NOAOExt SHUTOPEN
Time for the shutter to open fully.units = 'ms'
default value = none
index = none
-
SHUTSTAT
public static final NOAOExt SHUTSTAT
Shutter status.default value = none
index = none
-
SHUTSWV
public static final NOAOExt SHUTSWV
Shutter software version.default value = none
index = none
-
SLIT
public static final NOAOExt SLIT
Slit or mask hole identification for the aperture(s). The string consists of a number, an object type number (0=sky, 1=object, etc.), the right ascension and declination, and the object name or title. declination, and the object name or title. This can replace OBJNAME, APRA/OBJRA, and APDEC/OBJDEC.default value = none none
index = none 1-9999
-
SLITnnn
public static final NOAOExt SLITnnn
Slit or mask hole identification for the aperture(s). The string consists of a number, an object type number (0=sky, 1=object, etc.), the right ascension and declination, and the object name or title. declination, and the object name or title. This can replace OBJNAME, APRA/OBJRA, and APDEC/OBJDEC.default value = none none
index = none 1-9999
-
SPECFWHM
public static final NOAOExt SPECFWHM
FWHM of the object spectrum profile on the detector. The width is in the units of the spatial world coordinate system. This may be approximate. It is particularly useful for specifying the profile width of fiber fed spectra.units = CUNIT2 CUN2%4d
default value = none SPECFWHM
index = none 1-9999
-
SUT
public static final NOAOExt SUT
UTC of the start of each subexposure.units = UNITHOUR
default value = none SUT
index = none 1-9999
-
SUTn
public static final NOAOExt SUTn
UTC of the start of each subexposure.units = UNITHOUR
default value = none SUT
index = none 1-9999
-
SWIDnnn
public static final NOAOExt SWIDnnn
FWHM of the object spectrum profile on the detector. The width is in the units of the spatial world coordinate system. This may be approximate. It is particularly useful for specifying the profile width of fiber fed spectra.units = CUNIT2 CUN2%4d
default value = none SPECFWHM
index = none 1-9999
-
TELAAMJD
public static final NOAOExt TELAAMJD
Modified Julian date at the time of the altitude/azimuth keywords.units = 'd'
default value = MJDHDR
index = none
-
TELALT
public static final NOAOExt TELALT
Telescope pointing altitude at the time given by TELAAMJD.units = UNITALT
default value = none
index = none
-
TELAZ
public static final NOAOExt TELAZ
Telescope pointing azimuth at the time given by TELAAMJD.units = UNITAZ
default value = none
index = none
-
TELCONF
public static final NOAOExt TELCONF
Telescope configuration. The configuration defines the mirrors, correctors, light paths, etc.default value = none
index = none
-
TELDEC
public static final NOAOExt TELDEC
Telescope pointing declination.units = TELDECU
default value = DEC
index = none
-
TELDECU
public static final NOAOExt TELDECU
Declination unit.default value = DECUNIT
index = none
-
TELEPOCH
public static final NOAOExt TELEPOCH
Telescope pointing coordinate epoch.units = 'yr'
default value = EPOCH
index = none
-
TELEQUIN
public static final NOAOExt TELEQUIN
Telescope pointing coordinate system equinox. A value before 1984 is Besselian otherwise it is Julian.units = 'yr'
default value = EQUINOX
index = none
-
TELFOCUS
public static final NOAOExt TELFOCUS
Telescope focus value in available units.units = 'instrumental'
default value = none
index = none
-
TELMJD
public static final NOAOExt TELMJD
Time of zenith distance and hour angleunits = 'd'
default value = MJDHDR
index = none
-
TELMJDn
public static final NOAOExt TELMJDn
Times for the telescope sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR TELMJD
index = none 1-999
-
TELPAN
public static final NOAOExt TELPAN
Telescope position angle measurements in appropriate units. This could include altitude and azimuth measurements.default value = none none
index = none 1-999
-
TELPANn
public static final NOAOExt TELPANn
Telescope position angle measurements in appropriate units. This could include altitude and azimuth measurements.default value = none none
index = none 1-999
-
TELPOS
public static final NOAOExt TELPOS
Telescope linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
TELPOSn
public static final NOAOExt TELPOSn
Telescope linear position sensor measurements in appropriate units.default value = none none
index = none 1-999
-
TELPRE
public static final NOAOExt TELPRE
Telescope pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
TELPREn
public static final NOAOExt TELPREn
Telescope pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = none 1-999
-
TELRA
public static final NOAOExt TELRA
Telescope pointing right ascension.units = TELRAU
default value = RA
index = none
-
TELRADEC
public static final NOAOExt TELRADEC
Telescope pointing coordinate system type.default value = RADECSYS
index = none
-
TELRAU
public static final NOAOExt TELRAU
Right ascension unit.default value = RAUNIT
index = none
-
TELSTAT
public static final NOAOExt TELSTAT
Telescope status.default value = none
index = none
-
TELTCS
public static final NOAOExt TELTCS
Telescope control system software version.default value = none
index = none
-
TELTEM
public static final NOAOExt TELTEM
Telescope temperature sensor measurements in degrees Celsius. The comment string may be modified to indicate the location of the measurement.units = UNITTEMP
default value = none none
index = none 1-999
-
TELTEMn
public static final NOAOExt TELTEMn
Telescope temperature sensor measurements in degrees Celsius. The comment string may be modified to indicate the location of the measurement.units = UNITTEMP
default value = none none
index = none 1-999
-
TELTKDEC
public static final NOAOExt TELTKDEC
Declination telescope tracking rate in arc seconds per second.units = UNITRATE
default value = none
index = none
-
TELTKRA
public static final NOAOExt TELTKRA
Right ascension telescope tracking rate from siderial in arc seconds per second.units = UNITRATE
default value = none
index = none
-
TELVER
public static final NOAOExt TELVER
Telescope hardware version.default value = none
index = none
-
TELVOL
public static final NOAOExt TELVOL
Telescope voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
TELVOLn
public static final NOAOExt TELVOLn
Telescope voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = none 1-999
-
TIMEEND
public static final NOAOExt TIMEEND
Time of exposure end in the TSYSEND system.units = UNITHOUR
default value = none
index = none
-
TIMEHDR
public static final NOAOExt TIMEHDR
Time of header creation.units = UNITHOUR
default value = TIMESYS
index = none
-
TIMESYS
public static final NOAOExt TIMESYS
Default time system. All times which do not have a "timesys" element associated with them in this dictionary default to this keyword. .default value = 'UTC'
index = none
-
TRIMSEC
public static final NOAOExt TRIMSEC
Section of the recorded image to be kept after calibration processing. This is generally the part of the data section containing useful data. The section is in in binned pixels if binning is done.default value = DATASEC
index = none
-
TSYSEND
public static final NOAOExt TSYSEND
Time system for the TIMEEND keyword.default value = TIMESYS
index = none
-
TSYSHDR
public static final NOAOExt TSYSHDR
Time system for the header creation keywords.default value = TIMESYS
index = none
-
TSYSOBS
public static final NOAOExt TSYSOBS
Time system for the TIME-OBS keyword.default value = TIMESYS
index = none
-
TV
public static final NOAOExt TV
TV name.default value = none none
index = none 1-9
-
TVFILTn
public static final NOAOExt TVFILTn
TV filter names. This name is the astronomical standard name if applicable; i.e. U, B, Gunn I, etc. The filter type and filter device position are given by other keywords.default value = none none
index = 1-9 1-9,1-9
-
TVFOCn
public static final NOAOExt TVFOCn
Television focus value in available units.units = 'instrumental'
default value = none none
index = 1-9 1-9,1-9
-
TVFPOSn
public static final NOAOExt TVFPOSn
TV filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = none none
index = 1-9 1-9,1-9
-
TVFTYPn
public static final NOAOExt TVFTYPn
TV filter type. This is the technical specification or observatory identification name.default value = none none
index = 1-9 1-9,1-9
-
TVHWV
public static final NOAOExt TVHWV
TV identification and hardware version.default value = none none
index = none 1-9
-
TVMJDn
public static final NOAOExt TVMJDn
Times for the guider television sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR TVMJD%d
index = 1-9 1-9,1-9
-
TVn
public static final NOAOExt TVn
TV name.default value = none none
index = none 1-9
-
TVnFILTn
public static final NOAOExt TVnFILTn
TV filter names. This name is the astronomical standard name if applicable; i.e. U, B, Gunn I, etc. The filter type and filter device position are given by other keywords.default value = none none
index = 1-9 1-9,1-9
-
TVnFOCn
public static final NOAOExt TVnFOCn
Television focus value in available units.units = 'instrumental'
default value = none none
index = 1-9 1-9,1-9
-
TVnFPOSn
public static final NOAOExt TVnFPOSn
TV filter position given as filter wheel number or other filter system position measurement.units = 'instrumental'
default value = none none
index = 1-9 1-9,1-9
-
TVnFTYPn
public static final NOAOExt TVnFTYPn
TV filter type. This is the technical specification or observatory identification name.default value = none none
index = 1-9 1-9,1-9
-
TVnHWV
public static final NOAOExt TVnHWV
TV identification and hardware version.default value = none none
index = none 1-9
-
TVnMJDn
public static final NOAOExt TVnMJDn
Times for the guider television sensor measurements given as modified Julian dates.units = 'd'
default value = MJDHDR TVMJD%d
index = 1-9 1-9,1-9
-
TVnPANn
public static final NOAOExt TVnPANn
Television position angle measurements in appropriate units.default value = none none
index = 1-9 1-9,1-9
-
TVnPOSn
public static final NOAOExt TVnPOSn
Television linear position sensor measurements in appropriate units.default value = none none
index = 1-9 1-9,1-9
-
TVnPREn
public static final NOAOExt TVnPREn
Television pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = 1-9 1-9,1-9
-
TVnSTAT
public static final NOAOExt TVnSTAT
TV status.default value = none none
index = none 1-9
-
TVnSWV
public static final NOAOExt TVnSWV
TV software version.default value = none none
index = none 1-9
-
TVnTEMn
public static final NOAOExt TVnTEMn
Television temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = 1-9 1-9,1-9
-
TVnVOLn
public static final NOAOExt TVnVOLn
Television voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = 1-9 1-9,1-9
-
TVPANn
public static final NOAOExt TVPANn
Television position angle measurements in appropriate units.default value = none none
index = 1-9 1-9,1-9
-
TVPOSn
public static final NOAOExt TVPOSn
Television linear position sensor measurements in appropriate units.default value = none none
index = 1-9 1-9,1-9
-
TVPREn
public static final NOAOExt TVPREn
Television pressure sensor measurements in appropriate units.units = UNITPRES
default value = none none
index = 1-9 1-9,1-9
-
TVSTAT
public static final NOAOExt TVSTAT
TV status.default value = none none
index = none 1-9
-
TVSWV
public static final NOAOExt TVSWV
TV software version.default value = none none
index = none 1-9
-
TVTEMn
public static final NOAOExt TVTEMn
Television temperature sensor measurements in degrees Celsius.units = UNITTEMP
default value = none none
index = 1-9 1-9,1-9
-
TVVOLn
public static final NOAOExt TVVOLn
Television voltage sensor measurements in volts.units = UNITVOLT
default value = none none
index = 1-9 1-9,1-9
-
UNITALT
public static final NOAOExt UNITALT
Altitude unit.default value = UNITANG
index = none
-
UNITANG
public static final NOAOExt UNITANG
Plane angle unit.default value = 'deg'
index = none
-
UNITAP
public static final NOAOExt UNITAP
Focal plane aperture size unit.default value = 'arcsec'
index = none
-
UNITAREA
public static final NOAOExt UNITAREA
Area unit.default value = 'pixel'
index = none
-
UNITAZ
public static final NOAOExt UNITAZ
Azimuth unit.default value = UNITANG
index = none
-
UNITCAP
public static final NOAOExt UNITCAP
Capacitance unit.default value = 'F'
index = none
-
UNITCHAR
public static final NOAOExt UNITCHAR
Charge unit.default value = 'C'
index = none
-
UNITCOND
public static final NOAOExt UNITCOND
Conductance unit.default value = 'S'
index = none
-
UNITCUR
public static final NOAOExt UNITCUR
Current unit.default value = 'A'
index = none
-
UNITDEC
public static final NOAOExt UNITDEC
Delination unit.default value = 'deg'
index = none
-
UNITENER
public static final NOAOExt UNITENER
Energy unit.default value = 'J'
index = none
-
UNITEVNT
public static final NOAOExt UNITEVNT
Event unit.default value = 'count'
index = none
-
UNITFLUX
public static final NOAOExt UNITFLUX
Flux unit.default value = 'Jy'
index = none
-
UNITFORC
public static final NOAOExt UNITFORC
Force unit.default value = 'N'
index = none
-
UNITFREQ
public static final NOAOExt UNITFREQ
Frequency unit.default value = 'Hz'
index = none
-
UNITHOUR
public static final NOAOExt UNITHOUR
Time of day unit.default value = h
index = none
-
UNITILLU
public static final NOAOExt UNITILLU
Illuminance unit.default value = 'lux'
index = none
-
UNITINDU
public static final NOAOExt UNITINDU
Inductance unit.default value = 'H'
index = none
-
UNITLAT
public static final NOAOExt UNITLAT
Latitude unit.default value = UNITANG
index = none
-
UNITLEN
public static final NOAOExt UNITLEN
Length unit. A wavelength unit is also provided so this unit is primarily used to instrumental descriptions.default value = 'm'
index = none
-
UNITLFLX
public static final NOAOExt UNITLFLX
Luminous flux unit.default value = 'lm'
index = none
-
UNITLINT
public static final NOAOExt UNITLINT
Luminous intensity unit.default value = 'cd'
index = none
-
UNITLONG
public static final NOAOExt UNITLONG
Longitude unit.default value = UNITANG
index = none
-
UNITMASS
public static final NOAOExt UNITMASS
Mass unit.default value = 'kg'
index = none
-
UNITMDEN
public static final NOAOExt UNITMDEN
Magnetic density unit.default value = 'T'
index = none
-
UNITMFLD
public static final NOAOExt UNITMFLD
Magnetic field unit.default value = 'G'
index = none
-
UNITMFLX
public static final NOAOExt UNITMFLX
Magnetic flux unit.default value = 'Wb'
index = none
-
UNITPA
public static final NOAOExt UNITPA
Position angle unit.default value = UNITANG
index = none
-
UNITPOW
public static final NOAOExt UNITPOW
Power unit.default value = 'W'
index = none
-
UNITPRES
public static final NOAOExt UNITPRES
Pressure unit.default value = 'Pa'
index = none
-
UNITRA
public static final NOAOExt UNITRA
Right ascension unit.default value = 'hr'
index = none
-
UNITRATE
public static final NOAOExt UNITRATE
Celestial rate of motion.default value = arcsec/sec
index = none
-
UNITRES
public static final NOAOExt UNITRES
Resistance unit.default value = 'Ohm'
index = none
-
UNITSANG
public static final NOAOExt UNITSANG
Solid angle unit.default value = 'sr'
index = none
-
UNITSEP
public static final NOAOExt UNITSEP
Celestial separation unit.default value = 'arcsec'
index = none
-
UNITTEMP
public static final NOAOExt UNITTEMP
Temperature unit.default value = 'K'
index = none
-
UNITTIME
public static final NOAOExt UNITTIME
Time unit.default value = 's'
index = none
-
UNITVEL
public static final NOAOExt UNITVEL
Velocity unit.default value = 'km/s'
index = none
-
UNITVOLT
public static final NOAOExt UNITVOLT
Voltage unit.default value = 'V'
index = none
-
UTC_OBS
public static final NOAOExt UTC_OBS
UTC time at the start of the exposure.units = UNITHOUR
default value = none
index = none
-
UTCEND
public static final NOAOExt UTCEND
UTC at the end of the exposure.units = UNITHOUR
default value = none
index = none
-
UTCHDR
public static final NOAOExt UTCHDR
UTC of header creation.units = UNITHOUR
default value = UTC-OBS
index = none
-
UTCOBS
public static final NOAOExt UTCOBS
Default UTC time for the observation. This keyword is generally not used and is UTC-OBS keyword for the start of the exposure on the detector is used.units = UNITHOUR
default value = UTC-OBS
index = none
-
WAT_nnn
public static final NOAOExt WAT_nnn
IRAF WCS attribute strings for all axes. These are defined by the IRAF WCS system.default value = none
index = 1-999
-
WATn_nnn
public static final NOAOExt WATn_nnn
IRAF WCS attribute strings. These are defined by the IRAF WCS system.default value = none
index = 1-9,1-999
-
WCSAnnn
public static final NOAOExt WCSAnnn
Descriptive string identifying the source of the astrometry used to derive the WCS. One example is the exposure used to derive a WCS apart from the reference coordinate.default value = none WCSASTRM
index = none 1-9999
-
WCSASTRM
public static final NOAOExt WCSASTRM
Descriptive string identifying the source of the astrometry used to derive the WCS. One example is the exposure used to derive a WCS apart from the reference coordinate.default value = none WCSASTRM
index = none 1-9999
-
WCSDIM
public static final NOAOExt WCSDIM
Dimensionality of the WCS physical system. In IRAF a WCS can have a higher dimensionality than the image.default value = none
index = none
-
WCSEnnn
public static final NOAOExt WCSEnnn
Epoch of the coordinates used in the world coordinate system.units = 'yr' 'yr'
default value = CCDEPOCH WCSEPOCH
index = none 1-9999
-
WCSEPOCH
public static final NOAOExt WCSEPOCH
Equinox when equatorial coordinates are used in the world coordinate system. A value before 1984 is Besselian otherwise it is Julian.units = 'yr' 'yr'
default value = CCDEQUIN EQUINOX
index = none 1-9999
-
WCSRADEC
public static final NOAOExt WCSRADEC
Coordinate system type when equatorial coordinates are used in the world coordinate system.default value = CCDRADEC WCSRADEC
index = none 1-9999
-
WCSRnnn
public static final NOAOExt WCSRnnn
Coordinate system type when equatorial coordinates are used in the world coordinate system.default value = CCDRADEC WCSRADEC
index = none 1-9999
-
WEATHER
public static final NOAOExt WEATHER
Weather condition description. Generally this would be either 'clear' or 'partly cloudy'.default value = none
index = none
-
ZD
public static final NOAOExt ZD
Zenith distance of telescope pointing at TELMJD.units = UNITANG
default value = none
index = none
-
MJD_OBS
public static final NOAOExt MJD_OBS
Modified Julian date at the start of the exposure. The fractional part of the date is given to better than a second of time.units = 'd'
default value = none
index = none
-
-
Method Detail
-
values
public static NOAOExt[] values()
Returns an array containing the constants of this enum type, in the order they are declared. This method may be used to iterate over the constants as follows:for (NOAOExt c : NOAOExt.values()) System.out.println(c);
- Returns:
- an array containing the constants of this enum type, in the order they are declared
-
valueOf
public static NOAOExt valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name. The string must match exactly an identifier used to declare an enum constant in this type. (Extraneous whitespace characters are not permitted.)- Parameters:
name
- the name of the enum constant to be returned.- Returns:
- the enum constant with the specified name
- Throws:
java.lang.IllegalArgumentException
- if this enum type has no constant with the specified namejava.lang.NullPointerException
- if the argument is null
-
comment
public java.lang.String comment()
- Specified by:
comment
in interfaceIFitsHeader
-
hdu
public IFitsHeader.HDU hdu()
- Specified by:
hdu
in interfaceIFitsHeader
-
key
public java.lang.String key()
- Specified by:
key
in interfaceIFitsHeader
-
n
public IFitsHeader n(int... number)
- Specified by:
n
in interfaceIFitsHeader
-
status
public IFitsHeader.SOURCE status()
- Specified by:
status
in interfaceIFitsHeader
-
valueType
public IFitsHeader.VALUE valueType()
- Specified by:
valueType
in interfaceIFitsHeader
-
-