ivo://wfau.roe.ac.uk/galexgr6-dsa WFAU, Institute for Astronomy, University of Edinburgh Mikulski Archive for Space Telescopes (MAST) 2013-05-30 6 Mark Holliman msh@roe.ac.uk UV The Galaxy Evolution Explorer (GALEX) satellite is a NASA mission led by the California Institute of Technology to investigate how star formation in galaxies evolved from the early Universe up to the present. GALEX uses microchannel plate detectors to obtain direct images in the near-UV (NUV) and far-UV (FUV) and a grism to disperse light for low resolution spectroscopy http://galex.stsci.edu/GR6/ Survey Research service-for ivo://wfau.roe.ac.uk/galexgr6-dsa/ceaApplication GALEXGR6: cone search of photoobjall http://wfaudata.roe.ac.uk/galexgr6-dsa/DirectCone?DSACAT=GALEXGR6&DSATAB=photoobjall& 1.500000 2000000 false 181.4 2.3 0.01 Access to two applications: general ADQL query, and asynchronous cone-search where relevant/enabled. http://wfaudata.roe.ac.uk/galexgr6-dsa/services/CommonExecutionConnectorService ivo://wfau.roe.ac.uk/galexgr6-dsa/ceaApplication http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/capabilities GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/capabilities GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/availability GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/availability GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/tables GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/VOSI/applications GET application/xml http://wfaudata.roe.ac.uk/galexgr6-dsa/delegations GET application/xml UV GalexXSdssDr3Cross Matched objects between GALEX GR1 and SDSS DR objid Unique GALEX object identifier ID_MAIN long sdssObjid Unique SDSS object identifier ID_CROSSID long dist distance between GALEX object and SDSS object in arc seconds double rank 1=closest object, 2=2nd closest object, 3=3rd closest object, etc int GalexXSdssDr4Cross Matched objects between GALEX GR1 and SDSS DR objid Unique GALEX object identifier ID_MAIN long sdssObjid Unique SDSS object identifier ID_CROSSID long dist distance between GALEX object and SDSS object in arc seconds double rank 1=closest object, 2=2nd closest object, 3=3rd closest object, etc int GsaxSource specObjID Global ID of spectral source numbers long objid Global ID of direct image source numbers long id ID assigned to spectral source number int id_D ID assigned to direct image source number int nuv_type undefined number int fuv_type undefined number int nuv_flag 1=mask only,2=extract only,3=both number int fuv_flag 1=mask only,2=extract only,3=both number int nuv_img_index Image strip index number number int fuv_img_index Image strip index number number int nuv_ra Source J2000 RA in decimal degrees deg double fuv_ra Source J2000 RA in decimal degrees deg double nuv_dec Source J2000 Dec in decimal degrees deg double fuv_dec Source J2000 Dec in decimal degrees deg double nuv_mag Calibrated NUV magnitude from direct image magnitude float fuv_mag Calibrated FUV magnitude from direct image magnitude float nuv_Teff A guess at effective temperature Kelvin float fuv_Teff A guess at effective temperature Kelvin float fuv FUV direct image flux in photons/sec. flux float nuv NUV direct image flux in photons/sec. flux float fuverr FUV direct image flux error flux float nuverr NUV direct image flux error flux float nuv_fwhm FWHM in arcsec. from direct image arcsec float fuv_fwhm FWHM in arcsec. from direct image arcsec float nuv_major Major Axis of source ellipse in arcsec arcsec double fuv_major Major Axis of source ellipse in arcsec arcsec double nuv_minor Minor Axis of source ellipse in arcsec arcsec double fuv_minor Major Axis of source ellipse in arcsec arcsec double nuv_theta Angle major axis to west(+90,-90)NW(+),SW(-) deg float fuv_theta Angle major axis to west(+90,-90)NW(+),SW(-) deg float nuv_V A guess at the V magnitude magnitude float fuv_V A guess at the V magnitude magnitude float nuv_E_bv E(B-V) Galactic Reddening value float fuv_E_bv E(B-V) Galactic Reddening value float nuv_dfwhm NUV FWHM from direct image (arcsec) arcsec float fuv_dfwhm FUV FWHM from direct image (arcsec) arcsec float nuv_artifact NUV artifact flag from direct image number int fuv_artifact FUV artifact flag from direct image number int nuv_nc_r2 NUV neighbor count from direct image within rad number int fuv_nc_r2 NUV neighbor count from direct image within rad number int nuv_nf_r2 NUV neighbor flux from direct image within radi flux float fuv_nf_r2 FUV neighbor flux from direct image within radi flux float nuv_cn_radius Closest neighbor radius from direct image (arcs arcsec float fuv_cn_radius Closest neighbor radius from direct image (arcs arcsec float nuv_distrib Value in distribution (not used) value float fuv_distrib Value in distribution (not used) value float nuv_objwidth Extraction object width(arcsec) arcsec float fuv_objwidth Extraction object width(arcsec) arcsec float nuv_bckwidth Extraction background width(arcsec) arcsec float fuv_bckwidth Extraction background width(arcsec) arcsec float nuv_objbcksep Separation betw. object,background arcsec float fuv_objbcksep Separation betw. object,background arcsec float nuv_arcsec0 (not used) arcsec float fuv_arcsec0 (not used) arcsec float nuv_arcsec1 Blue limit offset (arcsec) arcsec float fuv_arcsec1 Blue limit offset (arcsec) arcsec float nuv_arcsec2 Red limit offset (arcsec) arcsec float fuv_arcsec2 Red limit offset (arcsec) arcsec float nuv_scale image strip scale (arcsec/pixel) arcsec per pixel float fuv_scale image strip scale (arcsec/pixel) arcsec per pixel float nuv_bckcolrad Radius backgnd columns to average pixels int fuv_bckcolrad Radius backgnd columns to average pixels int ImgRunImage generation parameter imgRunID ID_CATALOG long ParentImgRunID ID_CATALOG long joinID foreign key for imgRunObsPendingJoin int tileNum tile number NUMBER int specTileNum spectral tile number NUMBER int source is this record from a visit or from a coadd, possible values are (visitI,coaddI, visitS, coaddS, visitIAIS) char nPhotoObjects Number of photometric object NUMBER int nPhotoVisits Number of visits NUMBER int PhotoObsDate Photometric observation date TIME_DATE char nSpectra Number of visits NUMBER int nSpectraVisits Number of visits NUMBER int SpecObsDate Spectroscopic observation date TIME_DATE char visitNum visit number assigned by caltech, applies to both spectra and imaging int subvis leg, subvisit, int minPhotoObsDate minimum observation for this coadd imaging tile TIME_date char maxPhotoObsDate maximum observation for this coadd imaging tile TIME_date char minSpecObsDate minimum observation for this coadd spectroscopic tile TIME_date char maxSpecObsDate maximum observation for this coadd spectroscopic tile TIME_date char ObsPendingObservation commands sent to the spacecraf eclipse_num Eclipse number CODE_MISC int ptag_ver PTAG version number associated with all PTAGs during eclipse int plan_id ID_CROSSID long target_id Pointer to target char use_me Value indicating whether planned observation was observed NUMBER int vp flag value = Y, indicates that the plan_id should have 1000000 added to it to match plan_id in insData char SpecExtractSpectrum extraction run informatio specExtractID primary key ? ID_CATALOG long imgRunID generated from vsn_d..try_d number ID_CATALOG long nuv_root Root name for files ? char fuv_root Root name for files ? char nuv_gsaxfile Parameter filename ? char fuv_gsaxfile Parameter filename ? char nuv_phofile Photon filename ? char fuv_phofile Photon filename ? char nuv_aspfile ASP filename ? char fuv_aspfile ASP filename ? char nuv_scstfile SCST filename ? char fuv_scstfile SCST filename ? char nuv_rrhrfile RRHR filename ? char fuv_rrhrfile RRHR filename ? char nuv_sprrfile Spectral response cube. ? char fuv_sprrfile Spectral response cube. ? char nuv_offsoufi Offset solution (aspect) only source file ? char fuv_offsoufi Offset solution (aspect) only source file ? char nuv_soufile direct source filename ? char fuv_soufile direct source filename ? char nuv_num_usfi Number of additional source files. ? int fuv_num_usfi Number of additional source files. ? int nuv_usoufile First additional sources file ? char fuv_usoufile First additional sources file ? char nuv_prifile Image strip filename ? char fuv_prifile Image strip filename ? char nuv_caldir Calibration directory ? char fuv_caldir Calibration directory ? char nuv_offsetfi Offset file, old -gsax.fits ? char fuv_offsetfi Offset file, old -gsax.fits ? char nuv_lxsfile Not used ? char fuv_lxsfile Not used ? char nuv_object Object or field name ? char fuv_object Object or field name ? char nuv_obsdatim Observation date and time (UT) ? char fuv_obsdatim Observation date and time (UT) ? char nuv_obs_date Observation date (UT) ? char fuv_obs_date Observation date (UT) ? char nuv_time_obs Observation time (UT) ? char fuv_time_obs Observation time (UT) ? char nuv_obssecs Observation time in seconds(unix) ? double fuv_obssecs Observation time in seconds(unix) ? double nuv_expstart Exposure start (unix seconds) ? double fuv_expstart Exposure start (unix seconds) ? double nuv_expend Exposure end (unix seconds) ? double fuv_expend Exposure end (unix seconds) ? double nuv_roll Roll angle ? double fuv_roll Roll angle ? double nuv_eclipse Eclipse number ? int fuv_eclipse Eclipse number ? int nuv_visit Visit number ? int fuv_visit Visit number ? int nuv_subvis Sub-visit number ? int fuv_subvis Sub-visit number ? int nuv_tilenum Tile number (a.k.a. field or target) ? int fuv_tilenum Tile number (a.k.a. field or target) ? int nuv_tilename Tile name ? char fuv_tilename Tile name ? char nuv_exptime Individual exposure time ? double fuv_exptime Individual exposure time ? double nuv_tottime Total exposure time ? double fuv_tottime Total exposure time ? double nuv_maskpar1 1st Masking Param.(galexspac) ? double fuv_maskpar1 1st Masking Param.(galexspac) ? double nuv_maskpar2 2nd Masking Param.(spacadd) ? double fuv_maskpar2 2nd Masking Param.(spacadd) ? double nuv_maskpar3 3rd Masking Param.(spacadd) ? double fuv_maskpar3 3rd Masking Param.(spacadd) ? double nuv_subtpar Not used ? double fuv_subtpar Not used ? double nuv_rao RA (planned) center of field (origin) ? double fuv_rao RA (planned) center of field (origin) ? double nuv_deco DEC (planned) center of field (origin) ? double fuv_deco DEC (planned) center of field (origin) ? double nuv_ra_cent RA (planned) center of field ? double fuv_ra_cent RA (planned) center of field ? double nuv_dec_cent DEC (planned) center of field ? double fuv_dec_cent DEC (planned) center of field ? double nuv_avaspra Average aspect RA center of field ? double fuv_avaspra Average aspect RA center of field ? double nuv_avaspdec Average aspect Declination center of field ? double fuv_avaspdec Average aspect Declination center of field ? double nuv_avasprol Average aspect roll angle for center of field ? double fuv_avasprol Average aspect roll angle for center of field ? double nuv_nomfwhm Nominal Full Width Half Max ? double fuv_nomfwhm Nominal Full Width Half Max ? double nuv_profwhm Profile model Full Width Half Max ? double fuv_profwhm Profile model Full Width Half Max ? double nuv_flxfrac Flux fraction extracted (via profile model) ? double fuv_flxfrac Flux fraction extracted (via profile model) ? double nuv_nomobjw Nominal object width (extraction window) ? double fuv_nomobjw Nominal object width (extraction window) ? double nuv_grspafit Current (fitted) grism angle ? double fuv_grspafit Current (fitted) grism angle ? double nuv_grspa Original grism angle ? double fuv_grspa Original grism angle ? double nuv_grspaorg Original grism angle ? double fuv_grspaorg Original grism angle ? double nuv_grspadif Difference: new-original ? double fuv_grspadif Difference: new-original ? double nuv_dga Detector Grism Angle (90+grspa-roll) ? double fuv_dga Detector Grism Angle (90+grspa-roll) ? double nuv_fieldrad Field radius in degrees ? double fuv_fieldrad Field radius in degrees ? double nuv_sxoff Direct Source X offset(arcsec) ? double fuv_sxoff Direct Source X offset(arcsec) ? double nuv_syoff Direct Source Y offset(arcsec) ? double fuv_syoff Direct Source Y offset(arcsec) ? double nuv_stwist Direct Source Twist (degrees) ? double fuv_stwist Direct Source Twist (degrees) ? double nuv_sxorms X offset RMS (arcsec) ? double fuv_sxorms X offset RMS (arcsec) ? double nuv_syorms Y offset RMS (arcsec) ? double fuv_syorms Y offset RMS (arcsec) ? double nuv_stwres Twist median residual (arcsec) ? double fuv_stwres Twist median residual (arcsec) ? double nuv_sgood Number of good stars used in offset fit. ? double fuv_sgood Number of good stars used in offset fit. ? double nuv_sxoitrms X offset iteration RMS (arcsec) ? double fuv_sxoitrms X offset iteration RMS (arcsec) ? double nuv_syoitrms Y offset iteration RMS (arcsec) ? double fuv_syoitrms Y offset iteration RMS (arcsec) ? double nuv_stwitrms Twist iteration RMS (arcsec) ? double fuv_stwitrms Twist iteration RMS (arcsec) ? double nuv_snumber Number of bright stars used for offset solution ? int fuv_snumber Number of bright stars used for offset solution ? int nuv_smdnres Offset solution median residual (arcsec) ? double fuv_smdnres Offset solution median residual (arcsec) ? double nuv_smdnfwhm Median FWHM in offset solution (arcsec) ? double fuv_smdnfwhm Median FWHM in offset solution (arcsec) ? double nuv_smdnbkdf Median background diff. ratio offset sol. ? double fuv_smdnbkdf Median background diff. ratio offset sol. ? double nuv_peak2mdn Peak divided by median in 2-D search grid ? double fuv_peak2mdn Peak divided by median in 2-D search grid ? double nuv_srchiter 2-D search iterations (finding offset) ? int fuv_srchiter 2-D search iterations (finding offset) ? int nuv_fures Full residual of offset values (arcsec) ? int fuv_fures Full residual of offset values (arcsec) ? int nuv_gs_dra Delta RA (deg) from galexspac offset solution ? int fuv_gs_dra Delta RA (deg) from galexspac offset solution ? int nuv_gs_ddec Delta DEC (deg) from galexspac offset solution ? int fuv_gs_ddec Delta DEC (deg) from galexspac offset solution ? int nuv_gs_twist Twist (deg) from galexspac offset solution ? int fuv_gs_twist Twist (deg) from galexspac offset solution ? int nuv_diffail Aspect solution difference failure. ? double fuv_diffail Aspect solution difference failure. ? double nuv_difgrspa GRSPA difference relative to _rtastar run. ? double fuv_difgrspa GRSPA difference relative to _rtastar run. ? double nuv_difxoff SXOFF difference relative to _rtastar run. ? double fuv_difxoff SXOFF difference relative to _rtastar run. ? double nuv_difyoff SYOFF difference relative to _rtastar run. ? double fuv_difyoff SYOFF difference relative to _rtastar run. ? double nuv_diftwist STWIST difference relative to _rtastar run. ? double fuv_diftwist STWIST difference relative to _rtastar run. ? double nuv_difmdnre SMDNRES difference relative to _rtastar run. ? double fuv_difmdnre SMDNRES difference relative to _rtastar run. ? double nuv_difmdnfw SMDNFWHM difference relative to _rtastar run. ? double fuv_difmdnfw SMDNFWHM difference relative to _rtastar run. ? double nuv_difnumbe SNUMBER difference relative to _rtastar run. ? double fuv_difnumbe SNUMBER difference relative to _rtastar run. ? double nuv_radiuscu Source list radius cutoff ? double fuv_radiuscu Source list radius cutoff ? double nuv_maxcolsi Max. columns in sub-images ? int fuv_maxcolsi Max. columns in sub-images ? int nuv_maxrowsi Max. rows in sub-images ? int fuv_maxrowsi Max. rows in sub-images ? int nuv_mdnbck Use median background, not average ? int fuv_mdnbck Use median background, not average ? int nuv_clobber Overwrite previous data ? int fuv_clobber Overwrite previous data ? int nuv_qadir QA directory for galexspac ? char fuv_qadir QA directory for galexspac ? char nuv_top Source list cutoff (each band) ? int fuv_top Source list cutoff (each band) ? int nuv_topmask Source list masking cutoff (each band) ? int fuv_topmask Source list masking cutoff (each band) ? int nuv_select Source list cutoff (both bands) ? int fuv_select Source list cutoff (both bands) ? int nuv_selmask Source list masking cutoff (both bands) ? int fuv_selmask Source list masking cutoff (both bands) ? int nuv_coaexpt Estimated total coadd exposure time (sec) ? double fuv_coaexpt Estimated total coadd exposure time (sec) ? double nuv_s2nlim0 Limit NUV selection to S/N per resel.elem. ? double fuv_s2nlim0 Limit NUV selection to S/N per resel.elem. ? double nuv_s2nlim1 Limit FUV selection to S/N per resel.elem. ? double fuv_s2nlim1 Limit FUV selection to S/N per resel.elem. ? double nuv_s2nmsk0 Limit NUV mask selection to S/N per resel.elem. ? double fuv_s2nmsk0 Limit NUV mask selection to S/N per resel.elem. ? double nuv_s2nmsk1 Limit FUV mask selection to S/N per resel.elem. ? double fuv_s2nmsk1 Limit FUV mask selection to S/N per resel.elem. ? double nuv_extflx0 Smallest NUV flux extracted. ? double fuv_extflx0 Smallest NUV flux extracted. ? double nuv_extflx1 Smallest FUV flux extracted. ? double fuv_extflx1 Smallest FUV flux extracted. ? double nuv_mskflx0 Smallest NUV flux masked. ? double fuv_mskflx0 Smallest NUV flux masked. ? double nuv_mskflx1 Smallest FUV flux masked. ? double fuv_mskflx1 Smallest FUV flux masked. ? double nuv_extmag0 Smallest NUV AB Magnitude extracted. ? double fuv_extmag0 Smallest NUV AB Magnitude extracted. ? double nuv_extmag1 Smallest FUV AB Magnitude extracted. ? double fuv_extmag1 Smallest FUV AB Magnitude extracted. ? double nuv_mskmag0 Smallest NUV AB Magnitude masked. ? double fuv_mskmag0 Smallest NUV AB Magnitude masked. ? double nuv_mskmag1 Smallest FUV AB Magnitude masked. ? double fuv_mskmag1 Smallest FUV AB Magnitude masked. ? double nuv_exts2n0 Smallest NUV S or N per resel.elem. extracted. ? double fuv_exts2n0 Smallest NUV S or N per resel.elem. extracted. ? double nuv_exts2n1 Smallest FUV S or N per resel.elem. extracted. ? double fuv_exts2n1 Smallest FUV S or N per resel.elem. extracted. ? double nuv_msks2n0 Smallest NUV S or N per resel.elem. masked. ? double fuv_msks2n0 Smallest NUV S or N per resel.elem. masked. ? double nuv_msks2n1 Smallest FUV S or N per resel.elem. masked. ? double fuv_msks2n1 Smallest FUV S or N per resel.elem. masked. ? double nuv_totnumex Total number of exposures ? int fuv_totnumex Total number of exposures ? int nuv_findoffs Flag to find offsets ? int fuv_findoffs Flag to find offsets ? int nuv_band Band (1=nuv,2=fuv,3=both) ? int fuv_band Band (1=nuv,2=fuv,3=both) ? int nuv_accboxty not used ? int fuv_accboxty not used ? int nuv_respone Flag image response of 1.0 ? int fuv_respone Flag image response of 1.0 ? int nuv_respwone Flag wave-image response of 1.0 ? int fuv_respwone Flag wave-image response of 1.0 ? int nuv_varextr Flag for variable extraction window ? int fuv_varextr Flag for variable extraction window ? int nuv_n_cuj NUV conversion: pho/sec to micro-Janskys ? double fuv_n_cuj NUV conversion: pho/sec to micro-Janskys ? double nuv_f_cuj FUV conversion: pho/sec to micro-Janskys ? double fuv_f_cuj FUV conversion: pho/sec to micro-Janskys ? double nuv_r2 R2 radius in arcsec for nuv_nc_r2 column ? int fuv_r2 R2 radius in arcsec for nuv_nc_r2 column ? int nuv_filetype File type code ? int fuv_filetype File type code ? int nuv_totnumph Total number of photons read ? int fuv_totnumph Total number of photons read ? int nuv_entnumph Entire number of photons ? int fuv_entnumph Entire number of photons ? int nuv_actnumph Actual number of photons used. ? int fuv_actnumph Actual number of photons used. ? int nuv_numsourc Total number of sources ? int fuv_numsourc Total number of sources ? int nuv_ecount Number of spectrally extracted sources ? int fuv_ecount Number of spectrally extracted sources ? int nuv_subcount Subset of spectrally extracted sources ? int fuv_subcount Subset of spectrally extracted sources ? int nuv_radrad Radius of field squared ? double fuv_radrad Radius of field squared ? double nuv_filename this filename ? char fuv_filename this filename ? char nuv_spacvers Version of galexspac.c ? char fuv_spacvers Version of galexspac.c ? char nuv_directry directory ? char fuv_directry directory ? char nuv_vsn Reduction version (high level) ? int fuv_vsn Reduction version (high level) ? int nuv_type Observation type (0=single,1=multi) ? int fuv_type Observation type (0=single,1=multi) ? int nuv_ow Optics wheel (1=drct,2=grsm,3=opaq) ? int fuv_ow Optics wheel (1=drct,2=grsm,3=opaq) ? int nuv_prod Reduction product number (type) ? int fuv_prod Reduction product number (type) ? int nuv_img Image number (exposure or run) ? int fuv_img Image number (exposure or run) ? int nuv_try Reduction try number (low level) ? int fuv_try Reduction try number (low level) ? int nuv_vsn_d Direct Reduction version (high level) ? int fuv_vsn_d Direct Reduction version (high level) ? int nuv_tile_d Direct Tile number (field or target) ? int fuv_tile_d Direct Tile number (field or target) ? int nuv_type_d Direct Observation type (0=single,1=multi) ? int fuv_type_d Direct Observation type (0=single,1=multi) ? int nuv_ow_d Direct Optics wheel (1=drct,2=grsm,3=opaq) ? int fuv_ow_d Direct Optics wheel (1=drct,2=grsm,3=opaq) ? int nuv_prod_d Direct Reduction product number (type) ? int fuv_prod_d Direct Reduction product number (type) ? int nuv_img_d Direct Image number (exposure or run) ? int fuv_img_d Direct Image number (exposure or run) ? int nuv_try_d Direct Reduction try number (low level) ? int fuv_try_d Direct Reduction try number (low level) ? int nuv_band_d Direct Band (1=nuv,2=fuv,3=both) ? int fuv_band_d Direct Band (1=nuv,2=fuv,3=both) ? int nuv_aspdate Unix file time of aspect file (UTC) (-asp_rta) ? char fuv_aspdate Unix file time of aspect file (UTC) (-asp_rta) ? char nuv_stg1date FITS creation of stage1 file (-gsax_rtastar) ? char fuv_stg1date FITS creation of stage1 file (-gsax_rtastar) ? char nuv_mcatdate FITS creation of source list file (-mcat) ? char fuv_mcatdate FITS creation of source list file (-mcat) ? char nuv_gsaxdate FITS creation of parameter file (-gsax) ? char fuv_gsaxdate FITS creation of parameter file (-gsax) ? char nuv_bsid Bright source IDs ? char fuv_bsid Bright source IDs ? char nuv_longstrn The OGIP long string convention may be used. ? char fuv_longstrn The OGIP long string convention may be used. ? char nuv_date file creation date (YYYY-MM-DDThh:mm:ss UT) ? char fuv_date file creation date (YYYY-MM-DDThh:mm:ss UT) ? char SpecFluxSpectru specObjID Pointer to the SpecObj, this PK has the same value of SpecObjID (ggoid) ID_CATALOG long zero Wavelength of first pixel (Ang.) Angstroms float disp Angstroms per pixel Angstroms per pixel float wavelength Wavelength (Angstroms) SPECT_WAVELENGTH float obj Flux (pho/sec/cm^2/Ang) (standard) Spectrum array in photons per second per cm^2 per Angstrom. This is the standard reduction which means a simple sum of the pixels in the object region (given by (objwidth), see -gsax.fits file) after dividing by the response image and subtracting an average background level at each wavelength point (or column). Only NUV 1st order and FUV 2nd order are used to compute this spectrum. flux per Angstrom float objerr Error on obj, one sigma error in standard extraction spectrum flux per Angstrom float opx Flux (pho/sec/cm^2/Ang) (optimal) Optimally-weighted extracted spectrum using a profile model. The profile model is the same for the entire field, so this computation is best for unresolved sources. flux per Angstrom float opxerr Error on opx, one sigma error in optimal extraction spectrum.x flux per Angstrom float objs Flux (pho/sec/cm^2/Ang) (FUV 3rd + NUV 2nd) Secondary spectrum-- this is similar to (obj) but only the NUV 2nd order and FUV 3rd order are used to extract the spectrum (instead of only NUV 1st and FUV 2nd). This is expected to have a much lower S/N but will have a higher spectral resolution than (obj). flux per Angstrom float objserr Error on objs, one sigma error for objs[] array. flux per Angstrom float objmdn Flux spectrum using median image strip. Spectrum extracted from the median image strip files (-prm.fits). Only used for co-added or visit-combined data. This array is not used for individual visits. flux per Angstrom float SpecObjAllSpectroscopic object specObjID Global ID of spectral source (ggoid) number ID_CATALOG long specExtractID generated from specObjID everything but band and tranID number ID_CATALOG long objID Global ID of direct image source (ggoid_D) number ID_CROSSID long vsn int tilenum int type int ow int prod int img int try int vsn_d int tile_d int type_d int ow_d int prod_d int img_d int try_d int id Spectral source ID number ID_MAIN int ra Right Ascension J2000 (deg) (alpha_j2000) deg POS_EQ_RA_MAIN double dec Declination J2000 (deg) (delta_j2000) deg POS_EQ_DEC_MAIN double numpt Number of points in spectra number int objwidth Object extraction width (arcsec) arcseconds float bckwidth Background extraction width (arcsec) arcseconds float objbcksep Object-Background separation (arcsec) arcseconds float bckcolrad Radius for averaging background columns number int truthid Truth catalog ID (matched) number int objtype Object Type(0=galaxy,1=star) number int temperature Estimated effective temper.(K) degrees Kelvin float redshift Estimated redshift number float slope Estimated spectral slope number float qa Quality Analysis value number int flag Miscellaneous flag (not used) number int nuv_weight Average weight (each band) number float fuv_weight Average weight (each band) number float nuv_background Average background (each band) flux float fuv_background Average background (each band) flux float nuv_median_s2n Median SignalNoise (each band) number float fuv_median_s2n Median SignalNoise (each band) number float nuv_median_s2n_opx Median SignalNoise (each band) number float fuv_median_s2n_opx Median SignalNoise (each band) number float nuv_centroid Relative position(spatial)(each) arcseconds float fuv_centroid Relative position(spatial)(each) arcseconds float nuv_specfwhm Estim. Spatial FWHM (each band) arcseconds float fuv_specfwhm Estim. Spatial FWHM (each band) arcseconds float nuv_effexp average effective response w/o masks(sec) seconds float fuv_effexp average effective response w/o masks(sec) seconds float nuv_effmsk arcseconds float fuv_effmsk arcseconds float nuv_numpro Number of points in NUV profile number int fuv_numpro Number of points in FUV profile number int nuv Direct image flux rate (NUV) flux float nuve Error in direct image flux rate flux error float fuv Direct image flux rate (FUV) flux float fuve Error in direct image flux rate flux error float E_bv E(B-V) Galactic Reddening number float nuv_dfwhm NUV FWHM from direct image (arcsec) arcseconds float fuv_dfwhm FUV FWHM from direct image (arcsec) arcseconds float nuv_artifact NUV artifact flag from direct image number int fuv_artifact FUV artifact flag from direct image number int nuv_nc_r2 NUV neighbor count from direct image within rad number int fuv_nc_r2 FUV neighbor count from direct image within rad number int nuv_nf_r2 NUV neighbor flux from direct image within radi number float fuv_nf_r2 FUV neighbor flux from direct image within radi number float cn_radius Closest neighbor radius from direct image (arcsecs) arcseconds float nuvs Spectral flux scaled to direct flux float nuvse Error in nuvs flux error float fuvs Spectral flux scaled to direct flux float fuvse Error in fuvs flux error float nuvs_opx Optimal Extraction - Flux scaled to direct(pho/ flux float nuvse_opx Error in nuvs_opx flux error float fuvs_opx Optimal Extraction - Flux scaled to direct(pho/ flux float fuvse_opx Error in fuvs_opx flux error float nuv0s NUV Zeroth order flux rate flux float nuv0se label for field 31 flux error float nuv1s NUV First order flux rate flux float nuv1se label for field 33 flux error float nuv2s NUV Second order flux rate flux float nuv2se label for field 35 flux error float fuv1s FUV First order flux rate flux float fuv1se label for field 37 flux error float fuv2s FUV Second order flux rate flux float fuv2se label for field 39 flux error float fuv3s FUV Third order flux rate flux float fuv3se label for field 41 flux error float spectrum1D file of the JPEG spectra of this object int cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmID 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long SpecProfile specObjID Pointer to the SpecObj, this PK has the same value of SpecObjID (ggoid) ID_CATALOG long profileX counter starting with 0 to N, order of profile from fits file ? int nuv_profile nuv 2d profile ? float fuv_profile fuv 2d profile ? float SpecStripSpectral strip characteristic specObjID Global ID of spectral source (ggoid) number ID_CATALOG long objID Global ID of direct image source (ggoid_D) number ID_CROSSID long nuv_extname char fuv_extname char nuv_pri_nc number of columns in image strips int fuv_pri_nc number of columns in image strips int nuv_pri_nr number of rows in image strips int fuv_pri_nr number of rows in image strips int nuv_pri_id source identifier int fuv_pri_id source identifier int nuv_pri_tid truth list source identifier int fuv_pri_tid truth list source identifier int nuv_objwidth object width (arcsec) arcsec double fuv_objwidth object width (arcsec) arcsec double nuv_bckwidth background width (arcsec) arcsec double fuv_bckwidth background width (arcsec) arcsec double nuv_objbckse obj-bck separation (arcsec) arcsec double fuv_objbckse obj-bck separation (arcsec) arcsec double nuv_arcsec0 offset undev. pos. (arcsec) arcsec double fuv_arcsec0 offset undev. pos. (arcsec) arcsec double nuv_arcsec1 offset blue bound.(arcsec) arcsec double fuv_arcsec1 offset blue bound.(arcsec) arcsec double nuv_arcsec2 offset red bound.(arcsec) arcsec double fuv_arcsec2 offset red bound.(arcsec) arcsec double nuv_bckcolra bck column radius (pixels) pixels int fuv_bckcolra bck column radius (pixels) pixels int nuv_scale scale in arcsec per pixel double fuv_scale scale in arcsec per pixel double nuv_xCenter (nuv_arcsec0-nuv_arcsec1)/nuv_scale double fuv_xCenter (fuv_arcsec0-fuv_arcsec1)/fuv_scale double nuv_yCenter (nuv_bckwidth/2)/nuv_scale double fuv_yCenter (nuv_bckwidth/2)/nuv_scale double nuv_datzero zero point for dat values double fuv_datzero zero point for dat values double nuv_datscale scaling for dat values double fuv_datscale scaling for dat values double nuv_rspzero zero point for rsp values double fuv_rspzero zero point for rsp values double nuv_rspscale scaling for rsp values double fuv_rspscale scaling for rsp values double nuv_effexp average effective response w/o masks(sec) double fuv_effexp average effective response w/o masks(sec) double nuv_effmsk average effective masking masking fraction double fuv_effmsk average effective masking masking fraction double nuv_effwgt average effective response w/masking(sec) double fuv_effwgt average effective response w/masking(sec) double nuv_imageStrip NUV JPEG image strip int fuv_imageStrip FUV JPEG image strip int VisitVisit to a given Target on the sky during a single Eclips visitID generated from vsn,tile,type,ow,prod,img,try,band=0,visit ID_CATALOG long nuv_eclipse Eclipse number CODE_MISC int fuv_eclipse Eclipse number CODE_MISC int nuv_visit Visit Number ID_CROSSID int fuv_visit Visit Number ID_CROSSID int nuv_leg Visit Number ID_CROSSID int fuv_leg Visit Number ID_CROSSID int nuv_minvis Visit Number ID_CROSSID int fuv_minvis Visit Number ID_CROSSID int nuv_subvis Visit Number ID_CROSSID int fuv_subvis Visit Number ID_CROSSID int nuv_vsn Version Number CODE_MISC int fuv_vsn Version Number CODE_MISC int nuv_tile Tile name char fuv_tile Tile name char nuv_tilenum Tile ID ID_CROSSID long fuv_tilenum Tile ID ID_CROSSID long nuv_type Type of observation (0=single,1=multi) CODE_MISC int fuv_type Type of observation (0=single,1=multi) CODE_MISC int nuv_ow Optics wheel (1=direct, 2=grism, 3=opaque) CODE_MISC int fuv_ow Optics wheel (1=direct, 2=grism, 3=opaque) CODE_MISC int nuv_prod Product number (_visits,_main,etc.) CODE_MISC int fuv_prod Product number (_visits,_main,etc.) CODE_MISC int nuv_img Image number (exposure or run) CODE_MISC int fuv_img Image number (exposure or run) CODE_MISC int nuv_try Try number (processing attempt number) CODE_MISC int fuv_try Try number (processing attempt number) CODE_MISC int VisitGsaxSource nuv_specObjID Global ID of spectral source numbers long fuv_specObjID Global ID of spectral source numbers long objid Global ID of direct image source numbers long visit visit number number int id ID assigned to spectral source number int id_D ID assigned to direct image source number int nuv_type undefined number int fuv_type undefined number int nuv_flag 1=mask only,2=extract only,3=both number int fuv_flag 1=mask only,2=extract only,3=both number int nuv_img_index Image strip index number number int fuv_img_index Image strip index number number int nuv_ra Source J2000 RA in decimal degrees deg double fuv_ra Source J2000 RA in decimal degrees deg double nuv_dec Source J2000 Dec in decimal degrees deg double fuv_dec Source J2000 Dec in decimal degrees deg double nuv_mag Calibrated NUV magnitude from direct image magnitude float fuv_mag Calibrated FUV magnitude from direct image magnitude float nuv_Teff A guess at effective temperature Kelvin float fuv_Teff A guess at effective temperature Kelvin float nuv FUV direct image flux in photons/sec. flux float fuv NUV direct image flux in photons/sec. flux float nuverr FUV direct image flux error flux float fuverr NUV direct image flux error flux float nuv_fwhm FWHM in arcsec. from direct image arcsec float fuv_fwhm FWHM in arcsec. from direct image arcsec float nuv_major Major Axis of source ellipse in arcsec arcsec double fuv_major Major Axis of source ellipse in arcsec arcsec double nuv_minor Minor Axis of source ellipse in arcsec arcsec double fuv_minor Major Axis of source ellipse in arcsec arcsec double nuv_theta Angle major axis to west(+90,-90)NW(+),SW(-) deg float fuv_theta Angle major axis to west(+90,-90)NW(+),SW(-) deg float nuv_V A guess at the V magnitude magnitude float fuv_V A guess at the V magnitude magnitude float nuv_E_bv E(B-V) Galactic Reddening value float fuv_E_bv E(B-V) Galactic Reddening value float nuv_dfwhm NUV FWHM from direct image (arcsec) arcsec float fuv_dfwhm FUV FWHM from direct image (arcsec) arcsec float nuv_artifact NUV artifact flag from direct image number int fuv_artifact FUV artifact flag from direct image number int nuv_nc_r2 NUV neighbor count from direct image within rad number int fuv_nc_r2 NUV neighbor count from direct image within rad number int nuv_nf_r2 NUV neighbor flux from direct image within radi flux float fuv_nf_r2 FUV neighbor flux from direct image within radi flux float nuv_cn_radius Closest neighbor radius from direct image (arcs arcsec float fuv_cn_radius Closest neighbor radius from direct image (arcs arcsec float nuv_distrib Value in distribution (not used) value float fuv_distrib Value in distribution (not used) value float nuv_objwidth Extraction object width(arcsec) arcsec float fuv_objwidth Extraction object width(arcsec) arcsec float nuv_bckwidth Extraction background width(arcsec) arcsec float fuv_bckwidth Extraction background width(arcsec) arcsec float nuv_objbcksep Separation betw. object,background arcsec float fuv_objbcksep Separation betw. object,background arcsec float nuv_arcsec0 (not used) arcsec float fuv_arcsec0 (not used) arcsec float nuv_arcsec1 Blue limit offset (arcsec) arcsec float fuv_arcsec1 Blue limit offset (arcsec) arcsec float nuv_arcsec2 Red limit offset (arcsec) arcsec float fuv_arcsec2 Red limit offset (arcsec) arcsec float nuv_scale image strip scale (arcsec/pixel) arcsec per pixel float fuv_scale image strip scale (arcsec/pixel) arcsec per pixel float nuv_bckcolrad Radius backgnd columns to average pixels int fuv_bckcolrad Radius backgnd columns to average pixels int VisitSpecExtractSpectrum extraction run informatio specExtractID primary key ? ID_CATALOG long imgRunID generated from vsn_d..try_d number ID_CATALOG long nuv_root Root name for files ? char fuv_root Root name for files ? char nuv_gsaxfile Parameter filename ? char fuv_gsaxfile Parameter filename ? char nuv_phofile Photon filename ? char fuv_phofile Photon filename ? char nuv_aspfile ASP filename ? char fuv_aspfile ASP filename ? char nuv_scstfile SCST filename ? char fuv_scstfile SCST filename ? char nuv_rrhrfile RRHR filename ? char fuv_rrhrfile RRHR filename ? char nuv_sprrfile Spectral response cube. ? char fuv_sprrfile Spectral response cube. ? char nuv_offsoufi Offset solution (aspect) only source file ? char fuv_offsoufi Offset solution (aspect) only source file ? char nuv_soufile direct source filename ? char fuv_soufile direct source filename ? char nuv_num_usfi Number of additional source files. ? int fuv_num_usfi Number of additional source files. ? int nuv_usoufile First additional sources file ? char fuv_usoufile First additional sources file ? char nuv_prifile Image strip filename ? char fuv_prifile Image strip filename ? char nuv_caldir Calibration directory ? char fuv_caldir Calibration directory ? char nuv_offsetfi Offset file, old -gsax.fits ? char fuv_offsetfi Offset file, old -gsax.fits ? char nuv_lxsfile Not used ? char fuv_lxsfile Not used ? char nuv_object Object or field name ? char fuv_object Object or field name ? char nuv_obsdatim Observation date and time (UT) ? char fuv_obsdatim Observation date and time (UT) ? char nuv_obs_date Observation date (UT) ? char fuv_obs_date Observation date (UT) ? char nuv_time_obs Observation time (UT) ? char fuv_time_obs Observation time (UT) ? char nuv_obssecs Observation time in seconds(unix) ? double fuv_obssecs Observation time in seconds(unix) ? double nuv_expstart Exposure start (unix seconds) ? double fuv_expstart Exposure start (unix seconds) ? double nuv_expend Exposure end (unix seconds) ? double fuv_expend Exposure end (unix seconds) ? double nuv_roll Roll angle ? double fuv_roll Roll angle ? double nuv_eclipse Eclipse number ? int fuv_eclipse Eclipse number ? int nuv_visit Visit number ? int fuv_visit Visit number ? int nuv_subvis Sub-visit number ? int fuv_subvis Sub-visit number ? int nuv_tilenum Tile number (a.k.a. field or target) ? int fuv_tilenum Tile number (a.k.a. field or target) ? int nuv_tilename Tile name ? char fuv_tilename Tile name ? char nuv_exptime Individual exposure time ? double fuv_exptime Individual exposure time ? double nuv_tottime Total exposure time ? double fuv_tottime Total exposure time ? double nuv_maskpar1 1st Masking Param.(galexspac) ? double fuv_maskpar1 1st Masking Param.(galexspac) ? double nuv_maskpar2 2nd Masking Param.(spacadd) ? double fuv_maskpar2 2nd Masking Param.(spacadd) ? double nuv_maskpar3 3rd Masking Param.(spacadd) ? double fuv_maskpar3 3rd Masking Param.(spacadd) ? double nuv_subtpar Not used ? double fuv_subtpar Not used ? double nuv_rao RA (planned) center of field (origin) ? double fuv_rao RA (planned) center of field (origin) ? double nuv_deco DEC (planned) center of field (origin) ? double fuv_deco DEC (planned) center of field (origin) ? double nuv_ra_cent RA (planned) center of field ? double fuv_ra_cent RA (planned) center of field ? double nuv_dec_cent DEC (planned) center of field ? double fuv_dec_cent DEC (planned) center of field ? double nuv_avaspra Average aspect RA center of field ? double fuv_avaspra Average aspect RA center of field ? double nuv_avaspdec Average aspect Declination center of field ? double fuv_avaspdec Average aspect Declination center of field ? double nuv_avasprol Average aspect roll angle for center of field ? double fuv_avasprol Average aspect roll angle for center of field ? double nuv_nomfwhm Nominal Full Width Half Max ? double fuv_nomfwhm Nominal Full Width Half Max ? double nuv_profwhm Profile model Full Width Half Max ? double fuv_profwhm Profile model Full Width Half Max ? double nuv_flxfrac Flux fraction extracted (via profile model) ? double fuv_flxfrac Flux fraction extracted (via profile model) ? double nuv_nomobjw Nominal object width (extraction window) ? double fuv_nomobjw Nominal object width (extraction window) ? double nuv_grspafit Current (fitted) grism angle ? double fuv_grspafit Current (fitted) grism angle ? double nuv_grspa Original grism angle ? double fuv_grspa Original grism angle ? double nuv_grspaorg Original grism angle ? double fuv_grspaorg Original grism angle ? double nuv_grspadif Difference: new-original ? double fuv_grspadif Difference: new-original ? double nuv_dga Detector Grism Angle (90+grspa-roll) ? double fuv_dga Detector Grism Angle (90+grspa-roll) ? double nuv_fieldrad Field radius in degrees ? double fuv_fieldrad Field radius in degrees ? double nuv_sxoff Direct Source X offset(arcsec) ? double fuv_sxoff Direct Source X offset(arcsec) ? double nuv_syoff Direct Source Y offset(arcsec) ? double fuv_syoff Direct Source Y offset(arcsec) ? double nuv_stwist Direct Source Twist (degrees) ? double fuv_stwist Direct Source Twist (degrees) ? double nuv_sxorms X offset RMS (arcsec) ? double fuv_sxorms X offset RMS (arcsec) ? double nuv_syorms Y offset RMS (arcsec) ? double fuv_syorms Y offset RMS (arcsec) ? double nuv_stwres Twist median residual (arcsec) ? double fuv_stwres Twist median residual (arcsec) ? double nuv_sgood Number of good stars used in offset fit. ? double fuv_sgood Number of good stars used in offset fit. ? double nuv_sxoitrms X offset iteration RMS (arcsec) ? double fuv_sxoitrms X offset iteration RMS (arcsec) ? double nuv_syoitrms Y offset iteration RMS (arcsec) ? double fuv_syoitrms Y offset iteration RMS (arcsec) ? double nuv_stwitrms Twist iteration RMS (arcsec) ? double fuv_stwitrms Twist iteration RMS (arcsec) ? double nuv_snumber Number of bright stars used for offset solution ? int fuv_snumber Number of bright stars used for offset solution ? int nuv_smdnres Offset solution median residual (arcsec) ? double fuv_smdnres Offset solution median residual (arcsec) ? double nuv_smdnfwhm Median FWHM in offset solution (arcsec) ? double fuv_smdnfwhm Median FWHM in offset solution (arcsec) ? double nuv_smdnbkdf Median background diff. ratio offset sol. ? double fuv_smdnbkdf Median background diff. ratio offset sol. ? double nuv_peak2mdn Peak divided by median in 2-D search grid ? double fuv_peak2mdn Peak divided by median in 2-D search grid ? double nuv_srchiter 2-D search iterations (finding offset) ? int fuv_srchiter 2-D search iterations (finding offset) ? int nuv_fures Full residual of offset values (arcsec) ? int fuv_fures Full residual of offset values (arcsec) ? int nuv_gs_dra Delta RA (deg) from galexspac offset solution ? int fuv_gs_dra Delta RA (deg) from galexspac offset solution ? int nuv_gs_ddec Delta DEC (deg) from galexspac offset solution ? int fuv_gs_ddec Delta DEC (deg) from galexspac offset solution ? int nuv_gs_twist Twist (deg) from galexspac offset solution ? int fuv_gs_twist Twist (deg) from galexspac offset solution ? int nuv_diffail Aspect solution difference failure. ? double fuv_diffail Aspect solution difference failure. ? double nuv_difgrspa GRSPA difference relative to _rtastar run. ? double fuv_difgrspa GRSPA difference relative to _rtastar run. ? double nuv_difxoff SXOFF difference relative to _rtastar run. ? double fuv_difxoff SXOFF difference relative to _rtastar run. ? double nuv_difyoff SYOFF difference relative to _rtastar run. ? double fuv_difyoff SYOFF difference relative to _rtastar run. ? double nuv_diftwist STWIST difference relative to _rtastar run. ? double fuv_diftwist STWIST difference relative to _rtastar run. ? double nuv_difmdnre SMDNRES difference relative to _rtastar run. ? double fuv_difmdnre SMDNRES difference relative to _rtastar run. ? double nuv_difmdnfw SMDNFWHM difference relative to _rtastar run. ? double fuv_difmdnfw SMDNFWHM difference relative to _rtastar run. ? double nuv_difnumbe SNUMBER difference relative to _rtastar run. ? double fuv_difnumbe SNUMBER difference relative to _rtastar run. ? double nuv_radiuscu Source list radius cutoff ? double fuv_radiuscu Source list radius cutoff ? double nuv_maxcolsi Max. columns in sub-images ? int fuv_maxcolsi Max. columns in sub-images ? int nuv_maxrowsi Max. rows in sub-images ? int fuv_maxrowsi Max. rows in sub-images ? int nuv_mdnbck Use median background, not average ? int fuv_mdnbck Use median background, not average ? int nuv_clobber Overwrite previous data ? int fuv_clobber Overwrite previous data ? int nuv_qadir QA directory for galexspac ? char fuv_qadir QA directory for galexspac ? char nuv_top Source list cutoff (each band) ? int fuv_top Source list cutoff (each band) ? int nuv_topmask Source list masking cutoff (each band) ? int fuv_topmask Source list masking cutoff (each band) ? int nuv_select Source list cutoff (both bands) ? int fuv_select Source list cutoff (both bands) ? int nuv_selmask Source list masking cutoff (both bands) ? int fuv_selmask Source list masking cutoff (both bands) ? int nuv_coaexpt Estimated total coadd exposure time (sec) ? double fuv_coaexpt Estimated total coadd exposure time (sec) ? double nuv_s2nlim0 Limit NUV selection to S/N per resel.elem. ? double fuv_s2nlim0 Limit NUV selection to S/N per resel.elem. ? double nuv_s2nlim1 Limit FUV selection to S/N per resel.elem. ? double fuv_s2nlim1 Limit FUV selection to S/N per resel.elem. ? double nuv_s2nmsk0 Limit NUV mask selection to S/N per resel.elem. ? double fuv_s2nmsk0 Limit NUV mask selection to S/N per resel.elem. ? double nuv_s2nmsk1 Limit FUV mask selection to S/N per resel.elem. ? double fuv_s2nmsk1 Limit FUV mask selection to S/N per resel.elem. ? double nuv_extflx0 Smallest NUV flux extracted. ? double fuv_extflx0 Smallest NUV flux extracted. ? double nuv_extflx1 Smallest FUV flux extracted. ? double fuv_extflx1 Smallest FUV flux extracted. ? double nuv_mskflx0 Smallest NUV flux masked. ? double fuv_mskflx0 Smallest NUV flux masked. ? double nuv_mskflx1 Smallest FUV flux masked. ? double fuv_mskflx1 Smallest FUV flux masked. ? double nuv_extmag0 Smallest NUV AB Magnitude extracted. ? double fuv_extmag0 Smallest NUV AB Magnitude extracted. ? double nuv_extmag1 Smallest FUV AB Magnitude extracted. ? double fuv_extmag1 Smallest FUV AB Magnitude extracted. ? double nuv_mskmag0 Smallest NUV AB Magnitude masked. ? double fuv_mskmag0 Smallest NUV AB Magnitude masked. ? double nuv_mskmag1 Smallest FUV AB Magnitude masked. ? double fuv_mskmag1 Smallest FUV AB Magnitude masked. ? double nuv_exts2n0 Smallest NUV S/N per resel.elem. extracted. ? double fuv_exts2n0 Smallest NUV S/N per resel.elem. extracted. ? double nuv_exts2n1 Smallest FUV S/N per resel.elem. extracted. ? double fuv_exts2n1 Smallest FUV S/N per resel.elem. extracted. ? double nuv_msks2n0 Smallest NUV S/N per resel.elem. masked. ? double fuv_msks2n0 Smallest NUV S/N per resel.elem. masked. ? double nuv_msks2n1 Smallest FUV S/N per resel.elem. masked. ? double fuv_msks2n1 Smallest FUV S/N per resel.elem. masked. ? double nuv_totnumex Total number of exposures ? int fuv_totnumex Total number of exposures ? int nuv_findoffs Flag to find offsets ? int fuv_findoffs Flag to find offsets ? int nuv_band Band (1=nuv,2=fuv,3=both) ? int fuv_band Band (1=nuv,2=fuv,3=both) ? int nuv_accboxty not used ? int fuv_accboxty not used ? int nuv_respone Flag image response of 1.0 ? int fuv_respone Flag image response of 1.0 ? int nuv_respwone Flag wave-image response of 1.0 ? int fuv_respwone Flag wave-image response of 1.0 ? int nuv_varextr Flag for variable extraction window ? int fuv_varextr Flag for variable extraction window ? int nuv_n_cuj NUV conversion: pho/sec to micro-Janskys ? double fuv_n_cuj NUV conversion: pho/sec to micro-Janskys ? double nuv_f_cuj FUV conversion: pho/sec to micro-Janskys ? double fuv_f_cuj FUV conversion: pho/sec to micro-Janskys ? double nuv_r2 R2 radius in arcsec for nuv_nc_r2 column ? int fuv_r2 R2 radius in arcsec for nuv_nc_r2 column ? int nuv_filetype File type code ? int fuv_filetype File type code ? int nuv_totnumph Total number of photons read ? int fuv_totnumph Total number of photons read ? int nuv_entnumph Entire number of photons ? int fuv_entnumph Entire number of photons ? int nuv_actnumph Actual number of photons used. ? int fuv_actnumph Actual number of photons used. ? int nuv_numsourc Total number of sources ? int fuv_numsourc Total number of sources ? int nuv_ecount Number of spectrally extracted sources ? int fuv_ecount Number of spectrally extracted sources ? int nuv_subcount Subset of spectrally extracted sources ? int fuv_subcount Subset of spectrally extracted sources ? int nuv_radrad Radius of field squared ? double fuv_radrad Radius of field squared ? double nuv_filename this filename ? char fuv_filename this filename ? char nuv_spacvers Version of galexspac.c ? char fuv_spacvers Version of galexspac.c ? char nuv_directry directory ? char fuv_directry directory ? char nuv_vsn Reduction version (high level) ? int fuv_vsn Reduction version (high level) ? int nuv_type Observation type (0=single,1=multi) ? int fuv_type Observation type (0=single,1=multi) ? int nuv_ow Optics wheel (1=drct,2=grsm,3=opaq) ? int fuv_ow Optics wheel (1=drct,2=grsm,3=opaq) ? int nuv_prod Reduction product number (type) ? int fuv_prod Reduction product number (type) ? int nuv_img Image number (exposure or run) ? int fuv_img Image number (exposure or run) ? int nuv_try Reduction try number (low level) ? int fuv_try Reduction try number (low level) ? int nuv_vsn_d Direct Reduction version (high level) ? int fuv_vsn_d Direct Reduction version (high level) ? int nuv_tile_d Direct Tile number (field or target) ? int fuv_tile_d Direct Tile number (field or target) ? int nuv_type_d Direct Observation type (0=single,1=multi) ? int fuv_type_d Direct Observation type (0=single,1=multi) ? int nuv_ow_d Direct Optics wheel (1=drct,2=grsm,3=opaq) ? int fuv_ow_d Direct Optics wheel (1=drct,2=grsm,3=opaq) ? int nuv_prod_d Direct Reduction product number (type) ? int fuv_prod_d Direct Reduction product number (type) ? int nuv_img_d Direct Image number (exposure or run) ? int fuv_img_d Direct Image number (exposure or run) ? int nuv_try_d Direct Reduction try number (low level) ? int fuv_try_d Direct Reduction try number (low level) ? int nuv_band_d Direct Band (1=nuv,2=fuv,3=both) ? int fuv_band_d Direct Band (1=nuv,2=fuv,3=both) ? int nuv_aspdate Unix file time of aspect file (UTC) (-asp_rta) ? char fuv_aspdate Unix file time of aspect file (UTC) (-asp_rta) ? char nuv_stg1date FITS creation of stage1 file (-gsax_rtastar) ? char fuv_stg1date FITS creation of stage1 file (-gsax_rtastar) ? char nuv_mcatdate FITS creation of source list file (-mcat) ? char fuv_mcatdate FITS creation of source list file (-mcat) ? char nuv_gsaxdate FITS creation of parameter file (-gsax) ? char fuv_gsaxdate FITS creation of parameter file (-gsax) ? char nuv_bsid Bright source IDs ? char fuv_bsid Bright source IDs ? char nuv_longstrn The OGIP long string convention may be used. ? char fuv_longstrn The OGIP long string convention may be used. ? char nuv_date file creation date (YYYY-MM-DDThh:mm:ss UT) ? char fuv_date file creation date (YYYY-MM-DDThh:mm:ss UT) ? char nuv_grelease , ? char fuv_grelease , ? char nuv_abscal ? char fuv_abscal ? char nuv_abspipe ? char fuv_abspipe ? char nuv_prundat0 ? char fuv_prundat0 ? char nuv_prundat1 ? char fuv_prundat1 ? char nuv_nlegs ? int fuv_nlegs ? int nuv_mpstype ? char fuv_mpstype ? char nuv_mpsplan ? char fuv_mpsplan ? char nuv_mpsphase ? char fuv_mpsphase ? char nuv_planid ? char fuv_planid ? char nuv_mpscow ? char fuv_mpscow ? char VisitSpecFluxSpectru specObjID Pointer to the SpecObj, this PK has the same value of SpecObjID (ggoid) ID_CATALOG long zero Wavelength of first pixel (Ang.) Angstroms float disp Angstroms per pixel Angstroms per pixel float wavelength Wavelength (Angstroms) SPECT_WAVELENGTH float obj Flux (pho/sec/cm^2/Ang) (standard) Spectrum array in photons per second per cm^2 per Angstrom. This is the standard reduction which means a simple sum of the pixels in the object region (given by (objwidth), see -gsax.fits file) after dividing by the response image and subtracting an average background level at each wavelength point (or column). Only NUV 1st order and FUV 2nd order are used to compute this spectrum. flux per Angstrom float objerr Error on obj, one sigma error in standard extraction spectrum flux per Angstrom float opx Flux (pho/sec/cm^2/Ang) (optimal) Optimally-weighted extracted spectrum using a profile model. The profile model is the same for the entire field, so this computation is best for unresolved sources. flux per Angstrom float opxerr Error on opx, one sigma error in optimal extraction spectrum.x flux per Angstrom float objs Flux (pho/sec/cm^2/Ang) (FUV 3rd + NUV 2nd) Secondary spectrum-- this is similar to (obj) but only the NUV 2nd order and FUV 3rd order are used to extract the spectrum (instead of only NUV 1st and FUV 2nd). This is expected to have a much lower S/N but will have a higher spectral resolution than (obj). flux per Angstrom float objserr Error on objs, one sigma error for objs[] array. flux per Angstrom float objmdn Flux spectrum using median image strip. Spectrum extracted from the median image strip files (-prm.fits). Only used for co-added or visit-combined data. This array is not used for individual visits. flux per Angstrom float VisitSpecObjAllSpectroscopic visit object specObjID Global ID of spectral source (ggoid) number ID_CATALOG long specExtractID generated from specObjID everything but band and tranID number ID_CATALOG long objID Global ID of direct image source (ggoid_D) number ID_CROSSID long vsn int tilenum int type int ow int prod int img int try int vsn_d int tile_d int type_d int ow_d int prod_d int img_d int try_d int id Spectral source ID number int ra Right Ascension J2000 (deg) (alpha_j2000) deg POS_EQ_RA_MAIN double dec Declination J2000 (deg) (delta_j2000) deg POS_EQ_DEC_MAIN double numpt Number of points in spectra number int objwidth Object extraction width (arcsec) arcseconds float bckwidth Background extraction width (arcsec) arcseconds float objbcksep Object-Background separation (arcsec) arcseconds float bckcolrad Radius for averaging background columns number int truthid Truth catalog ID (matched) number int objtype Object Type(0=galaxy,1=star) number int temperature Estimated effective temper.(K) degrees Kelvin float redshift Estimated redshift number float slope Estimated spectral slope number float qa Quality Analysis value number int flag Miscellaneous flag (not used) number int nuv_weight Average weight (each band) number float fuv_weight Average weight (each band) number float nuv_background Average background (each band) flux float fuv_background Average background (each band) flux float nuv_median_s2n Median SignalNoise (each band) number float fuv_median_s2n Median SignalNoise (each band) number float nuv_median_s2n_opx Median SignalNoise (each band) number float fuv_median_s2n_opx Median SignalNoise (each band) number float nuv_centroid Relative position(spatial)(each) arcseconds float fuv_centroid Relative position(spatial)(each) arcseconds float nuv_specfwhm Estim. Spatial FWHM (each band) arcseconds float fuv_specfwhm Estim. Spatial FWHM (each band) arcseconds float nuv_effexp average effective response w/o masks(sec) seconds float fuv_effexp average effective response w/o masks(sec) seconds float nuv_effmsk arcseconds float fuv_effmsk arcseconds float nuv_numpro Number of points in NUV profile number int fuv_numpro Number of points in FUV profile number int nuv Direct image flux rate (NUV) flux float nuve Error in direct image flux rate flux error float fuv Direct image flux rate (FUV) flux float fuve Error in direct image flux rate flux error float E_bv E(B-V) Galactic Reddening number float nuv_dfwhm NUV FWHM from direct image (arcsec) arcseconds float fuv_dfwhm FUV FWHM from direct image (arcsec) arcseconds float nuv_artifact NUV artifact flag from direct image number int fuv_artifact FUV artifact flag from direct image number int nuv_nc_r2 NUV neighbor count from direct image within rad number int fuv_nc_r2 FUV neighbor count from direct image within rad number int nuv_nf_r2 NUV neighbor flux from direct image within radi number float fuv_nf_r2 FUV neighbor flux from direct image within radi number float cn_radius Closest neighbor radius from direct image (arcsecs) arcseconds float nuvs Spectral flux scaled to direct flux float nuvse Error in nuvs flux error float fuvs Spectral flux scaled to direct flux float fuvse Error in fuvs flux error float nuvs_opx Optimal Extraction - Flux scaled to direct(pho/ flux float nuvse_opx Error in nuvs_opx flux error float fuvs_opx Optimal Extraction - Flux scaled to direct(pho/ flux float fuvse_opx Error in fuvs_opx flux error float nuv0s NUV Zeroth order flux rate flux float nuv0se label for field 31 flux error float nuv1s NUV First order flux rate flux float nuv1se label for field 33 flux error float nuv2s NUV Second order flux rate flux float nuv2se label for field 35 flux error float fuv1s FUV First order flux rate flux float fuv1se label for field 37 flux error float fuv2s FUV Second order flux rate flux float fuv2se label for field 39 flux error float fuv3s FUV Third order flux rate flux float fuv3se label for field 41 flux error float spectrum1D file of the JPEG spectra of this object char cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmID 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long VisitSpecProfile specObjID Pointer to the SpecObj, this PK has the same value of SpecObjID (ggoid) ID_CATALOG long profileX counter starting with 0 to N, order of profile from fits file ? int nuv_profile nuv 2d profile ? float fuv_profile fuv 2d profile ? float VisitSpecStripSpectral strip characteristic specObjID Global ID of spectral source (ggoid) number ID_CATALOG long objID Global ID of direct image source (ggoid_D) number ID_CROSSID long nuv_extname char fuv_extname char nuv_pri_nc number of columns in image strips int fuv_pri_nc number of columns in image strips int nuv_pri_nr number of rows in image strips int fuv_pri_nr number of rows in image strips int nuv_pri_id source identifier int fuv_pri_id source identifier int nuv_pri_tid truth list source identifier int fuv_pri_tid truth list source identifier int nuv_objwidth object width (arcsec) arcsec double fuv_objwidth object width (arcsec) arcsec double nuv_bckwidth background width (arcsec) arcsec double fuv_bckwidth background width (arcsec) arcsec double nuv_objbckse obj-bck separation (arcsec) arcsec double fuv_objbckse obj-bck separation (arcsec) arcsec double nuv_arcsec0 offset undev. pos. (arcsec) arcsec double fuv_arcsec0 offset undev. pos. (arcsec) arcsec double nuv_arcsec1 offset blue bound.(arcsec) arcsec double fuv_arcsec1 offset blue bound.(arcsec) arcsec double nuv_arcsec2 offset red bound.(arcsec) arcsec double fuv_arcsec2 offset red bound.(arcsec) arcsec double nuv_bckcolra bck column radius (pixels) pixels int fuv_bckcolra bck column radius (pixels) pixels int nuv_scale scale in arcsec per pixel double fuv_scale scale in arcsec per pixel double nuv_xCenter (nuv_arcsec0-nuv_arcsec1)/nuv_scale double fuv_xCenter (fuv_arcsec0-fuv_arcsec1)/fuv_scale double nuv_yCenter (nuv_bckwidth/2)/nuv_scale double fuv_yCenter (nuv_bckwidth/2)/nuv_scale double nuv_datzero zero point for dat values double fuv_datzero zero point for dat values double nuv_datscale scaling for dat values double fuv_datscale scaling for dat values double nuv_rspzero zero point for rsp values double fuv_rspzero zero point for rsp values double nuv_rspscale scaling for rsp values double fuv_rspscale scaling for rsp values double nuv_effexp average effective response w/o masks(sec) double fuv_effexp average effective response w/o masks(sec) double nuv_effmsk average effective masking masking fraction double fuv_effmsk average effective masking masking fraction double nuv_effwgt average effective response w/masking(sec) double fuv_effwgt average effective response w/masking(sec) double nuv_imageStrip NUV JPEG image strip int fuv_imageStrip FUV JPEG image strip int acsDataAuxiliary information about the observation commands sent to the spacecraf eclipse_num Eclipse number CODE_MISC int target_id Pointer to target char offset_secs Time of command execution, relative to start of eclipse TIME_MISC double mode Observation mode OBS_METHOD char ra Boresight right ascension, J2000 frame deg POS_EQ_RA_MAIN double dec Boresight declination, J2000 frame deg POS_EQ_DEC_MAIN double twist Satellite twist angle aka roll deg POS_GENERAL double omegax X axis rotation rate rad/s POS_ANG_VEL double omegay Y axis rotation rate rad/s POS_ANG_VEL double cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmId 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long imgDirect or spectro image characteristics for an imag imgID Pointer to IMG Table for NUV or FUV image long imgRunID Pointer to imgrun table for NUV or FUV image long ra_cent RA center for this field. double dec_cent DEC center for this field. double vsn Reduction version (high level) int tileNum Tile number (a.k.a. field or target) int tile char type Observation type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Reduction product number (type) int img pointer to the extraction of the two NUV and FUV images int try Reduction try number (low level) int nuv_fileNPath fits file where this metadata is extracted char fuv_fileNPath fits file where this metadata is extracted char nuv_simple file does conform to FITS standard char fuv_simple file does conform to FITS standard char nuv_bitpix number of bits per data pixel int fuv_bitpix number of bits per data pixel int nuv_naxis number of data axes int fuv_naxis number of data axes int nuv_naxis1 int fuv_naxis1 int nuv_naxis2 int fuv_naxis2 int nuv_extend FITS dataset may contain extensions char fuv_extend FITS dataset may contain extensions char nuv_longstrn char fuv_longstrn char nuv_cdelt1 double fuv_cdelt1 double nuv_cdelt2 double fuv_cdelt2 double nuv_equinox double fuv_equinox double nuv_epoch double fuv_epoch double nuv_ctype1 char fuv_ctype1 char nuv_ctype2 char fuv_ctype2 char nuv_crpix1 double fuv_crpix1 double nuv_crpix2 double fuv_crpix2 double nuv_crval1 double fuv_crval1 double nuv_crval2 double fuv_crval2 double nuv_crota2 double fuv_crota2 double nuv_bunit char fuv_bunit char nuv_bscale double fuv_bscale double nuv_bzero double fuv_bzero double nuv_band Band number (1=nuv,2=fuv,3=both) int fuv_band Band number (1=nuv,2=fuv,3=both) int nuv_ow Optics wheel (1=drct,2=grsm,3=opaq) int fuv_ow Optics wheel (1=drct,2=grsm,3=opaq) int nuv_ra_cent RA center for this field. double fuv_ra_cent RA center for this field. double nuv_dec_cent DEC center for this field. double fuv_dec_cent DEC center for this field. double nuv_twist double fuv_twist double nuv_leg Planned leg number for AIS int fuv_leg Planned leg number for AIS int nuv_mpsnpos int fuv_mpsnpos int nuv_object char fuv_object char nuv_expstart double fuv_expstart double nuv_obs_date char fuv_obs_date char nuv_time_obs char fuv_time_obs char nuv_planid int fuv_planid int nuv_tilenum Tile number (a.k.a. field or target) int fuv_tilenum Tile number (a.k.a. field or target) int nuv_tile char fuv_tile char nuv_tilename char fuv_tilename char nuv_mpsplan char fuv_mpsplan char nuv_mpstype char fuv_mpstype char nuv_mpsphase char fuv_mpsphase char nuv_skygrid int fuv_skygrid int nuv_nhvnom double fuv_nhvnom double nuv_nhvnomn double fuv_nhvnomn double nuv_nhvnomf double fuv_nhvnomf double nuv_grelease char fuv_grelease char nuv_phtfirst double fuv_phtfirst double nuv_phtlast double fuv_phtlast double nuv_exptime BQ: Exposure time in seconds (based on NUV). double fuv_exptime BQ: Exposure time in seconds (based on NUV). double nuv_ngaps double fuv_ngaps double nuv_totread double fuv_totread double nuv_totmap double fuv_totmap double nuv_totonmap double fuv_totonmap double nuv_rrmed double fuv_rrmed double nuv_rrave double fuv_rrave double nuv_naspok double fuv_naspok double nuv_avefdead double fuv_avefdead double nuv_expend double fuv_expend double nuv_nadded double fuv_nadded double nuv_avaspra Average Aspect RA of Field Center double fuv_avaspra Average Aspect RA of Field Center double nuv_avaspdec Average Aspect DEC of Field Center double fuv_avaspdec Average Aspect DEC of Field Center double nuv_avasprol Average Aspect ROLL angle (deg) double fuv_avasprol Average Aspect ROLL angle (deg) double nuv_avrrmed double fuv_avrrmed double nuv_avrrave double fuv_avrrave double nuv_pmedrr double fuv_pmedrr double nuv_pthresh double fuv_pthresh double nuv_pmedbg double fuv_pmedbg double nuv_prmsbg double fuv_prmsbg double nuv_pthrbg double fuv_pthrbg double nuv_psigdet double fuv_psigdet double nuv_pmedthr double fuv_pmedthr double nuv_prmsthr double fuv_prmsthr double subvis int subGridId ? int gridId ? int GRReleaseNumber indicates GR release, 2.0, 3.0, ... float cx unit vector for ra+dec double cy unit vector for ra+dec double cz unit vector for ra+dec double htmid 20-deep hierarchical trangular mesh ID of this object. long imgRunObsPendingJoinTable to join ImgRun and ObsPendin joinID primary key ID_CATALOG int imgRunID ID_CATALOG long eclipse foreign key, eclipse number ID_CATALOG int insDataAuxiliary information about the observation commands sent to the spacecraf eclipse_num Eclipse number CODE_MISC int ow_pos Optics wheel position INST_SETUP char grism_angle Grism angle dn int type Observation type char phase Observation phase char plan_id Plan id of observation ID_CATALOG long comp_mode Data compression mode int photoextractExtraction run informatio photoExtractID pointer to the extraction of the two NUV and FUV images ID_CROSS long imgID Pointer to IMG Table for NUV or FUV image ID_CROSSID long FileNPath fits file where this metadata is extracted char simple file does conform to FITS standard char bitpix number of bits per data pixel int naxis number of data axes int extend FITS dataset may contain extensions char origin char nuvfile NUV source catalog fil char fuvfile FUV source catalog fil char nuvwtfil NUV weight image file char fuvwtfil FUV weight image file char nuvcntfi NUV count image file ( char fuvcntfi FUV count image file ( char nuvintfi NUV intensity image fi char fuvintfi FUV intensity image fi char nuvlwtfi NUV literal weight file char fuvlwtfi FUV literal weight file char nuvskyfi NUV sky background i char fuvskyfi FUV sky background i char nuvflgfi NUV artifact flags i char fuvflgfi FUV artifact flags i char mchfile RTA star m char starcat char nstar int nmch int rmean double rmeansd double rstddev double rmin double rmax double acnmch int acrave double acravsd double acrsd double acrmin double acrmax double nuvs2n Minimum S/N for NUV merges. double fuvs2n Minimum S/N for FUV merges. double nuvs2ncu S/N Cutoff for any NUV sources. double fuvs2ncu S/N Cutoff for any FUV sources. double nuvnum Number of NUV sources. int fuvnum Number of FUV sources. int seplim Maximum separation in arcsec. double autosep Accept all witin this separation in arcsec. double problim Minimum probability for matches. char nuvback NUV median background in pho/s/sq.arcmin double fuvback FUV median background in pho/s/sq.arcmin double bsc_x Band Separation Correction in X(ra) (arcsec) double bsc_y Band Separation Correction in Y(dec)(arcsec) double bsc_e Radial error in correction estimate (arcsec) double bsc_n Number of points used in band separ. estimate double fufdenc Un-matched FUV Cand. w/s2n>NUVS2N(usu. 2) /sq.d double nufmat Number unfilled NUV w/possbl FUV match(any S/N) int fufmat Number unfilled FUV w/possbl NUV match(any S/N) int ra_cent RA center for this field. double dec_cent DEC center for this field. double rao RA center for this field. double deco DEC center for this field. double totnum Total number of sources. int totfill Number of filled sources. int totufn Number of unfilled NUV sources. int totuff Number of unfilled FUV sources. int lrgnuvid Largest NUV ID number plus one. int glono Field center galactic longitude (deg) double glato Field center galactic lattitude (deg) double n_zpmag NUV Zero Point Magnitude double f_zpmag FUV Zero Point Magnitude double n_zpscal NUV Zero Point Scale Factor double f_zpscal FUV Zero Point Scale Factor double calmag Calibration magnitude type char n_cuj NUV scale: pho/sec to micro Janskys double f_cuj FUV scale: pho/sec to micro Janskys double r1 Neighbor radius limit 1 (arcsec) double r2 Neighbor radius limit 2 (arcsec) double r3 Neighbor radius limit 3 (arcsec) double n_back Median Source NUV background(pho/sec/sq.arcsec) double f_back Median Source FUV background(pho/sec/sq.arcsec) double medsepa (Adjusted) Median separation between matches (a double medsep Median separation between matches (arcsec) double medsepsg Median sep. betw. matches (sigma arcsec) double matden Matched sources per sq. deg. (rad<0.5) double nufden Un-matched NUV sources per sq. deg. (rad<0.5) double fufden Un-matched FUV sources per sq. deg. (rad<0.5) double n_ambg0 Number of NUV 0 ambig. int n_ambg1 Number of NUV 1 ambig. int n_ambg2 Number of NUV 2 ambig. int n_ambg3 Number of NUV 3 ambig. int n_ambg4 Number of NUV 4 ambig. int n_ambg5 Number of NUV 5 ambig. int n_ambg6 Number of NUV 6 ambig. int n_ambgm6 Number of NUV -6 ambig. int n_ambgm1 Number of NUV -1 ambig. int f_ambg0 Number of FUV 0 ambig. int f_ambg1 Number of FUV 1 ambig. int f_ambg2 Number of FUV 2 ambig. int f_ambg3 Number of FUV 3 ambig. int f_ambg4 Number of FUV 4 ambig. int f_ambg5 Number of FUV 5 ambig. int f_ambg6 Number of FUV 6 ambig. int f_ambgm6 Number of FUV -6 ambig. int f_ambgm1 Number of FUV -1 ambig. int filename char directry char vsn Reduction version (high level) int tilenum Tile number (a.k.a. field or target) int type Observation type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Reduction product number (type) int img Image number (visit+subvis) int try Reduction try number (low level) int petal PETAL card value from -scst.fits file. int epoch double object char crval1 double crval2 double crpix1 double crpix2 double cdelt1 double cdelt2 double crota1 double crota2 double grelease char equinox double eclipse int leg int mpsnpos int visit int subvis int roll double obs_date char obsdatim char tilename char planid int mpsphase char mpsplan char mpstype char avaspra Average Aspect RA of Field Center double avaspdec Average Aspect DEC of Field Center double avasprol Average Aspect ROLL angle (deg) double avaspok double num_aper Number of apertures. int sxaper1 Aperture #1 in pixels double sxaper2 Aperture #2 in pixels double sxaper3 Aperture #3 in pixels double sxaper4 Aperture #4 in pixels double sxaper5 Aperture #5 in pixels double sxaper6 Aperture #6 in pixels double sxaper7 Aperture #7 in pixels double num_fol Number of fraction-of-light radii. int sxfrac1 Fraction-of-light radius #1 double sxfrac2 Fraction-of-light radius #2 double sxfrac3 Fraction-of-light radius #3 double sxfrac4 Fraction-of-light radius #4 double sxfrac5 Fraction-of-light radius #5 double abscal char calinfo char statfile char abspipe char prundat0 char prundat1 char nlegs int nhvnom double nhvnomn double nhvnomf double mpscow char longstrn char pipestat int nepoch double nobject char norigin char ncrval1 double ncrval2 double ncrpix1 double ncrpix2 double ncdelt1 double ncdelt2 double ncrota1 double ncrota2 double nsximasx IMAGE WIDTH (PIXELS) SEXIMASX originally int nsximasy IMAGE HEIGHT (PIXELS) int nsxstrsy STRIP HEIGHT (LINES) int nsximabp FITS IMAGE BITPIX int nsxpixs PIXEL SCALE (ARCSEC) double nsxsfwhm SEEING FWHM (ARCSEC) double nsxnnwf CLASSIFICATION NNW FILENAME char nsxgain GAIN (IN E- PER ADU) double nsxbkgnd MEDIAN BACKGROUND (ADU) double nsxbkdev MEDIAN RMS (ADU) double nsxbkthd EXTRACTION THRESHOLD (ADU) double nsxconff CONFIGURATION FILENAME char nsxdett DETECTION TYPE char nsxthldt THRESHOLD TYPE char nsxthld THRESHOLD double nsxminar EXTRACTION MINIMUM AREA (PIXELS) int nsxconv CONVOLUTION FLAG char nsxconvn CONVOLUTION NORM. FLAG char nsxconvf CONVOLUTION FILENAME char nsxdbldn NUMBER OF SUB-THRESHOLDS int nsxdbldc CONTRAST PARAMETER double nsxcln CLEANING FLAG char nsxclnpa CLEANING PARAMETER double nsxclnst CLEANING OBJECT-STACK int nsxaperd APERTURE DIAMETER (PIXELS) int nsxapek1 KRON PARAMETER double nsxapek2 KRON ANALYSIS RADIUS double nsxapek3 KRON MINIMUM RADIUS double nsxsatlv SATURATION LEVEL (ADU) double nsxmgzpt MAGNITUDE ZERO-POINT double nsxmggam MAGNITUDE GAMMA double nsxbkgsx BACKGROUND MESH WIDTH (PIXELS) int nsxbkgsy BACKGROUND MESH HEIGHT (PIXELS) int nsxbkgfx BACKGROUND FILTER WIDTH int nsxbkgfy BACKGROUND FILTER HEIGHT int nsxpbkgt PHOTOM BACKGROUND TYPE char nsxpbkgs LOCAL AREA THICKNESS (PIXELS) int nsxpixsk PIXEL STACKSIZE (PIXELS) int nsxfbufs FRAME-BUFFER SIZE (LINES) int nsxisapr ISO-APER RATIO double nsxndet NB OF DETECTIONS int nsxnfin NB OF FINAL EXTRACTED OBJECTS int nsxnpara NB OF PARAMETERS PER OBJECT int ngreleas char nctype1 char nctype2 char nequinox double nra_cent double ndec_cen DEC_CENT originally double ntwist double neclipse int ngrspa double nleg int nmpsnpos int nvisit int nsubvis int nminivis int now int nband int nroll double nexptime double nexpstar EXPSTART originally double nexpend double nobs_dat OBS-DATE originally char ntime_ob TIME-OBS, was OBS-TIME char nobssecs double nobsdati OBSDATIM originally char ntilenam TILENAME originally char ntilenum int nplanid int nmpsphas MPSPHASE originally char nmpsplan char nmpstype char nimagszx int nimagszy int navaspra Average Aspect RA of Field Center double navaspde Average Aspect DEC of Field Center double navaspx double navaspy double navaspro Average Aspect ROLL angle (deg) double navaspok double ncalpath char nflatfl char nintimag INTIMAGE originally char nphofile char nnvalidp NVALIDPH originally int nfiltere FILTERED originally int npsffwhm double ncnvfwhm CONVFWHM originally double npoisbg double nsigthre int nabsthre int nsxdbgrm SXDBGRMS originally double nareadet double npsigdet double npmedbg double npmedrr double npthrbg double npthresh double navepefi AVEPEFIX originally double nminpefi MINPEFIX originally double nmaxpefi MAXPEFIX originally double navepea double nminpea double nmaxpea double nsxwd char nacoxyav double nacoxyme double nacoxysd double nacoxymn double nacoxymx double nabscal char ncalinfo char nstatfil char nabspipe char nprunda0 char nprunda1 char npipecmn char nnlegs int nmpscow char nnhvnom double nnhvnomn double nnhvnomf double npipesta int nlongstr char fepoch double fobject char forigin char fcrval1 double fcrval2 double fcrpix1 double fcrpix2 double fcdelt1 double fcdelt2 double fcrota1 double fcrota2 double fsximasx IMAGE WIDTH (PIXELS) SEXIMASX originally int fsximasy IMAGE HEIGHT (PIXELS) int fsxstrsy STRIP HEIGHT (LINES) int fsximabp FITS IMAGE BITPIX int fsxpixs PIXEL SCALE (ARCSEC) double fsxsfwhm SEEING FWHM (ARCSEC) double fsxnnwf CLASSIFICATION NNW FILENAME char fsxgain GAIN (IN E- PER ADU) double fsxbkgnd MEDIAN BACKGROUND (ADU) double fsxbkdev MEDIAN RMS (ADU) double fsxbkthd EXTRACTION THRESHOLD (ADU) double fsxconff CONFIGURATION FILENAME char fsxdett DETECTION TYPE char fsxthldt THRESHOLD TYPE char fsxthld THRESHOLD double fsxminar EXTRACTION MINIMUM AREA (PIXELS) int fsxconv CONVOLUTION FLAG char fsxconvn CONVOLUTION NORM. FLAG char fsxconvf CONVOLUTION FILENAME char fsxdbldn NUMBER OF SUB-THRESHOLDS int fsxdbldc CONTRAST PARAMETER double fsxcln CLEANING FLAG char fsxclnpa CLEANING PARAMETER double fsxclnst CLEANING OBJECT-STACK int fsxaperd APERTURE DIAMETER (PIXELS) int fsxapek1 KRON PARAMETER double fsxapek2 KRON ANALYSIS RADIUS double fsxapek3 KRON MINIMUM RADIUS double fsxsatlv SATURATION LEVEL (ADU) double fsxmgzpt MAGNITUDE ZERO-POINT double fsxmggam MAGNITUDE GAMMA double fsxbkgsx BACKGROUND MESH WIDTH (PIXELS) int fsxbkgsy BACKGROUND MESH HEIGHT (PIXELS) int fsxbkgfx BACKGROUND FILTER WIDTH int fsxbkgfy BACKGROUND FILTER HEIGHT int fsxpbkgt PHOTOM BACKGROUND TYPE char fsxpbkgs LOCAL AREA THICKNESS (PIXELS) int fsxpixsk PIXEL STACKSIZE (PIXELS) int fsxfbufs FRAME-BUFFER SIZE (LINES) int fsxisapr ISO-APER RATIO double fsxndet NB OF DETECTIONS int fsxnfin NB OF FINAL EXTRACTED OBJECTS int fsxnpara NB OF PARAMETERS PER OBJECT int fgreleas char fctype1 char fctype2 char fequinox double fra_cent double fdec_cen DEC_CENT originally double ftwist double feclipse int fgrspa double fleg int fmpsnpos int fvisit int fsubvis int fminivis int fow int fband int froll double fexptime double fexpstar EXPSTART originally double fexpend double fobs_dat OBS-DATE originally char ftime_ob TIME-OBS, was OBS-TIME char fobssecs double fobsdati OBSDATIM originally char ftilenam TILENAME originally char ftilenum int fplanid int fmpsphas MPSPHASE originally char fmpsplan char fmpstype char fimagszx int fimagszy int favaspra Average Aspect RA of Field Center double favaspde Average Aspect DEC of Field Center double favaspx double favaspy double favaspro Average Aspect ROLL angle (deg) double favaspok double fcalpath char fflatfl char fintimag INTIMAGE originally char fphofile char fnvalidp NVALIDPH originally int ffiltere FILTERED originally int fpsffwhm double fcnvfwhm CONVFWHM originally double fpoisbg double fsigthre int fabsthre int fsxdbgrm SXDBGRMS originally double fareadet double fpsigdet double fpmedbg double fpmedrr double fpthrbg double fpthresh double favepefi AVEPEFIX originally double fminpefi MINPEFIX originally double fmaxpefi MAXPEFIX originally double favepea double fminpea double fmaxpea double fsxwd char facoxyav double facoxyme double facoxysd double facoxymn double facoxymx double fabscal char fcalinfo char fstatfil char fabspipe char fprunda0 char fprunda1 char fpipecmn char fnlegs int fmpscow char fnhvnom double fnhvnomn double fnhvnomf double fpipesta int flongstr char artflagb int nnadded Number of coadded visits. int fnadded Number of coadded visits. int date file creation date (YYYY-MM-DDThh:mm:ss UT) char ndtdet int ndttdc int ndtampa int ndtampb int ndtcon int itnuvoba int ndthvps int ndtlvps int ndtdib int ndhvmon int ndhimon int ndsfhv int ndctec int ndcfec int ndcdec int fdtdet int fdttdc int fdtampa int fdtampb int fdtcon int itfuvoba int fdthvps int fdtlvps int fdtdib int fdhvmon int fdhimon int fdsfhv int fdctec int fdcfec int fdcdec int itm1hshl int itm2hub int itcylbaf int bqn_nc0 BQ: Number of NUV sources with 0 candidates int bqn_nc1 BQ: Number of NUV sources with 1 candidates int bqn_nc2 BQ: Number of NUV sources with 2 candidates int bqn_nc3 BQ: Number of NUV sources with 3 candidates int bqf_nc0 BQ: Number of FUV sources with 0 candidates int bqf_nc1 BQ: Number of FUV sources with 1 candidates int bqf_nc2 BQ: Number of FUV sources with 2 candidates int bqf_nc3 BQ: Number of FUV sources with 3 candidates int bqnum BQ: Number of points used to compute DX,DY,etc. int bqddxmed BQ: Delta Detector X Median (arcsec) double bqddymed BQ: Delta Detector Y Median (arcsec) double bqddxrms BQ: Delta Detector X RMS double bqddyrms BQ: Delta Detector Y RMS double bqddxmrm BQ: Delta Detector X Mean RMS double bqddymrm BQ: Delta Detector Y Mean RMS double bqddxinn BQ: Inner(0.3 deg) Delta Detector X Median (arc double bqddyinn BQ: Inner(0.3 deg) Delta Detector Y Median (arc double bqddxout BQ: Outer(0.3 deg) Delta Detector X Median (arc double bqddyout BQ: Outer(0.3 deg) Delta Detector Y Median (arc double bqsdxmed BQ: Delta Sky(RA,Dec) X Median (arcsec) double bqsdymed BQ: Delta Sky(RA,Dec) Y Median (arcsec) double bqsdxrms BQ: Delta Sky(RA,Dec) X RMS double bqsdyrms BQ: Delta Sky(RA,Dec) Y RMS double bqsdxmrm BQ: Delta Sky(RA,Dec) X Mean RMS double bqsdymrm BQ: Delta Sky(RA,Dec) Y Mean RMS double bqangmed BQ: Median match angle (deg) double bqprobmd BQ: Median probability double bqsepmed BQ: Median radial separation (arcsec) double bqnfxmed BQ: Median of log of NUV flux in pho/sec double bqffxmed BQ: Median of log of FUV flux in pho/sec double bqnaxmed BQ: Median of NUV Major Axis FWHM (arcsec) double bqfaxmed BQ: Median of FUV Major Axis FWHM (arcsec) double bqnelmed BQ: Median of NUV ellipticity (high s/n) double bqnaamed BQ: Median of NUV axis angle (deg) (high s/n) double bqfaamed BQ: Median of FUV axis angle (deg) (high s/n) double bqnbckmd BQ: Median of NUV background (pho/s/sq.arcmin) double bqfbckmd BQ: Median of FUV background (pho/s/sq.arcmin) double aexptime BQ: NUV and FUV average exposure time in sec double exptime BQ: Exposure time in seconds (based on NUV). double bqsmdra BQ: Sky median separation in RA (arcsec) double bqsmddec BQ: Sky median separation in DEC (arcsec) double bqamdra BQ: Sky adjusted median separation in RA (arcse double bqamddec BQ: Sky adjusted median separation in DEC (arcs double subGridId ? ? int gridId ? ? int GRReleaseNumber indicates GR release, 2.0, 3.0, ... ? float cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmID 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long photoobjall objid Galex Global Object ID ID_MAIN long photoExtractID Pointer to photoExtract Table ID_CROSSID long vsn Version number int tilenum Tile number int type Obs.type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Product number (_visits,_main,etc.) int img image number (exposure# for _visits) int try Try number (processing attempt number) int band Band number (1=nuv,2=fuv,3=both) int id Merged ID. int subvisit Sub-visit number for AIS int leg Planned leg number for AIS int ra Right Ascension(degrees). deg POS_EQ_RA_MAIN double dec Declination (degrees). deg POS_EQ_DEC_MAIN double alpha_j2000_merged Band-merged Right Ascension(degrees). double delta_j2000_merged Band-merged Declination (degrees). double prob Chi-squared probability of match. float sep Separation between band positions. float sep_img Separation on images (no adjustment) float E_bv E(B-V) Galactic Reddening. float glon Galactic longitude in degrees. float glat Galactic latitude in degrees. float primary_flag Is AIS/MIS source a primary? (1/0) int fov_radius distance from center of FOV in degrees float nuv_det_x NUV detector X position (pixels) float nuv_det_y NUV detector Y position (pixels) float fuv_det_x FUV detector X position (pixels) float fuv_det_y FUV detector Y position (pixels) float chkobj_type Astrometry check type int chkobj_id Astrometry check ID int chkobj_r Astrometry check radius in degrees float chkobj_pa Astrometry check position angle in degrees float misc_flags Miscellaneous flags int nuv_flux NUV calibrated flux (micro Jansky) float nuv_fluxerr NUV calibrated flux error float nuv_mag NUV calibrated magnitude float nuv_magerr NUV calibrated magnitude error float fuv_flux FUV calibrated flux (micro Jansky) float fuv_fluxerr FUV calibrated flux error float fuv_mag FUV calibrated magnitude float fuv_magerr FUV calibrated magnitude error float nuv_s2n NUV signal-to-noise from 'AUTO' flux value float fuv_s2n FUV signal-to-noise from 'AUTO' flux value float nuv_fcat_flux NUV calibrated flux using FUV positn(-nd-fcat) float nuv_fcat_fluxerr Error for nuv_fcat_flux float fuv_ncat_flux FUV calibrated flux using NUV positn(-fd-ncat) float fuv_ncat_fluxerr Error for fuv_ncat_flux float fuv_ra_adj FUV adjusted RA in degrees double fuv_dec_adj FUV adjusted DEC in degrees double fuv_ncat_flags FUV_FLAGS from -fd-ncat.fits int fuv_ncat_mag FUV calibrated magnitude from -fd-ncat.fits float fuv_ncat_magerr Error for nuv_fcat_mag float fuv_ncat_s2n Signal to noise for fuv_ncat_flux float nuv_fcat_mag NUV calibrated magnitude from -nd-fcat.fits float nuv_fcat_magerr Error for nuv_fcat_mag float nuv_fcat_s2n Signal to noise for nuv_fcat_flux float fuv_ncat_fwhm_image FUV FWHM_IMAGE value from -fd-ncat.fits (px) float fuv_ncat_fwhm_world FUV FWHM_WORLD value from -fd-ncat.fits (deg) float fuv_ncat_flux_radius_1 FUV FLUX_RADIUS #1 (-fd-ncat)(px)[0.20] float fuv_ncat_flux_radius_2 FUV FLUX_RADIUS #2 (-fd-ncat)(px)[0.50] float fuv_ncat_flux_radius_3 FUV FLUX_RADIUS #3 (-fd-ncat)(px)[0.80] float fuv_ncat_flux_radius_4 FUV FLUX_RADIUS #4 (-fd-ncat)(px)[0.90] float fuv_ncat_flux_radius_5 FUV FLUX_RADIUS #5 (-fd-ncat)(px)[0.95] float fuv_ncat_flux_aper_1 FUV FLUX_APER #1 (-fd-ncat)(cnt/sec)[ 2. px] float fuv_ncat_flux_aper_2 FUV FLUX_APER #2 (-fd-ncat)(cnt/sec)[ 3. px] float fuv_ncat_flux_aper_3 FUV FLUX_APER #3 (-fd-ncat)(cnt/sec)[ 5. px] float fuv_ncat_flux_aper_4 FUV FLUX_APER #4 (-fd-ncat)(cnt/sec)[ 8. px] float fuv_ncat_flux_aper_5 FUV FLUX_APER #5 (-fd-ncat)(cnt/sec)[12. px] float fuv_ncat_flux_aper_6 FUV FLUX_APER #6 (-fd-ncat)(cnt/sec)[17. px] float fuv_ncat_flux_aper_7 FUV FLUX_APER #7 (-fd-ncat)(cnt/sec)[23. px] float fuv_ncat_fluxerr_aper_1 error for fuv_ncat_flux_aper_1 float fuv_ncat_fluxerr_aper_2 error for fuv_ncat_flux_aper_2 float fuv_ncat_fluxerr_aper_3 error for fuv_ncat_flux_aper_3 float fuv_ncat_fluxerr_aper_4 error for fuv_ncat_flux_aper_4 float fuv_ncat_fluxerr_aper_5 error for fuv_ncat_flux_aper_5 float fuv_ncat_fluxerr_aper_6 error for fuv_ncat_flux_aper_6 float fuv_ncat_fluxerr_aper_7 error for fuv_ncat_flux_aper_7 float fuv_ncat_mag_aper_1 FUV MAG_APER #1 (-fd-ncat)(raw mag)[ 2. px] float fuv_ncat_mag_aper_2 FUV MAG_APER #2 (-fd-ncat)(raw mag)[ 3. px] float fuv_ncat_mag_aper_3 FUV MAG_APER #3 (-fd-ncat)(raw mag)[ 5. px] float fuv_ncat_mag_aper_4 FUV MAG_APER #4 (-fd-ncat)(raw mag)[ 8. px] float fuv_ncat_mag_aper_5 FUV MAG_APER #5 (-fd-ncat)(raw mag)[12. px] float fuv_ncat_mag_aper_6 FUV MAG_APER #6 (-fd-ncat)(raw mag)[17. px] float fuv_ncat_mag_aper_7 FUV MAG_APER #7 (-fd-ncat)(raw mag)[23. px] float fuv_ncat_magerr_aper_1 error for fuv_ncat_mag_aper_1 float fuv_ncat_magerr_aper_2 error for fuv_ncat_mag_aper_2 float fuv_ncat_magerr_aper_3 error for fuv_ncat_mag_aper_3 float fuv_ncat_magerr_aper_4 error for fuv_ncat_mag_aper_4 float fuv_ncat_magerr_aper_5 error for fuv_ncat_mag_aper_5 float fuv_ncat_magerr_aper_6 error for fuv_ncat_mag_aper_6 float fuv_ncat_magerr_aper_7 error for fuv_ncat_mag_aper_7 float nuv_nc_r1 NUV neighbor count out to radius R1 int nuv_nc_r2 NUV neighbor count out to radius R2 int nuv_nc_r3 NUV neighbor count out to radius R3 int fuv_nc_r1 FUV neighbor count out to radius R1 int fuv_nc_r2 FUV neighbor count out to radius R2 int fuv_nc_r3 FUV neighbor count out to radius R3 int nuv_nf_r1 NUV neighbor flux out to radius R1 float nuv_nf_r2 NUV neighbor flux out to radius R2 float nuv_nf_r3 NUV neighbor flux out to radius R3 float fuv_nf_r1 FUV neighbor flux out to radius R1 float fuv_nf_r2 FUV neighbor flux out to radius R2 float fuv_nf_r3 FUV neighbor flux out to radius R3 float cn_radius Closest neighbor radius in arcseconds float cn_pa Closest neighbor position angle in degrees float cn_mag_nuv Closest neighbor NUV magnitude float cn_mag_fuv Closest neighbor FUV magnitude float nuv_skybg NUV sky background(pho/sec/sq.arcsec)(at centr) float fuv_skybg FUV sky background(pho/sec/sq.arcsec)(at centr) float nuv_weight NUV effective exposure (response) float fuv_weight FUV effective exposure (response) float nuv_int NUV intensity (photons/second/pixel) float fuv_int FUV intensity (photons/second/pixel) float nuv_thres NUV threshold sigmas (int-bg)/wt) float fuv_thres FUV threshold sigmas (int-bg)/wt) float nuv_contrast NUV ratio of min to max response near source float fuv_contrast FUV ratio of min to max response near source float nuv_scq_mdn NUV median Q within 40 arcsec of source float nuv_scq_p05 NUV 5th percentile Q: 40 arcssec of source float nuv_scq_p95 NUV 95th percentile Q: 40 arcssec of source float fuv_scq_mdn FUV median Q within 40 arcsec of source float fuv_scq_p05 FUV 5th percentile Q: 40 arcssec of source float fuv_scq_p95 FUV 95th percentile Q: 40 arcssec of source float nuv_maskpix NUV number of masked pixels near source int fuv_maskpix FUV number of masked pixels near source int nuv_artifact NUV artifact flag (logical OR near source) int fuv_artifact FUV artifact flag (logical OR near source) int nuv_scx NUV spacecraft X position float nuv_scy NUV spacecraft Y position float fuv_scx FUV spacecraft X position float fuv_scy FUV spacecraft Y position float nuv_Q NUV detector Q value float fuv_Q FUV detector Q value float nuv_ambg NUV ambiguity flag. int fuv_ambg FUV ambiguity flag. int nuv_nc NUV number of candidates. int fuv_nc FUV number of candidates. int nuv_cid1 First candidate for NUV source(FUV IDs) int fuv_cid1 First candidate for FUV source(NUV IDs) int nuv_cid2 Second candidate for NUV source(FUV IDs) int fuv_cid2 Second candidate for FUV source(NUV IDs) int nuv_cid3 Closest unmatched FUV source within 7 arcsec int fuv_cid3 Closest unmatched NUV source within 7 arcsec int nuv_poserr NUV position error in arcseconds float fuv_poserr FUV position error in arcseconds float ib_poserr Interband position error in arcseconds float nuv_pperr NUV Poisson position error in arcseconds float fuv_pperr FUV Poisson position error in arcseconds float match_reliability Reliability based on random unfilled FUV float sourcepa position angle betw. band sources. float NUV_NUMBER Running object number int NUV_FLUX_ISO Isophotal flux float NUV_FLUXERR_ISO RMS error for isophotal flux float NUV_MAG_ISO Isophotal magnitude float NUV_MAGERR_ISO RMS error for isophotal magnitude float NUV_FLUX_APER_1 Flux aperture ( 2.000 px) float NUV_FLUX_APER_2 Flux aperture ( 3.000 px) float NUV_FLUX_APER_3 Flux aperture ( 5.000 px) float NUV_FLUX_APER_4 Flux aperture ( 8.000 px) float NUV_FLUX_APER_5 Flux aperture ( 12.000 px) float NUV_FLUX_APER_6 Flux aperture ( 17.000 px) float NUV_FLUX_APER_7 Flux aperture ( 23.000 px) float NUV_FLUXERR_APER_1 Flux error aperture ( 2.000 px) float NUV_FLUXERR_APER_2 Flux error aperture ( 3.000 px) float NUV_FLUXERR_APER_3 Flux error aperture ( 5.000 px) float NUV_FLUXERR_APER_4 Flux error aperture ( 8.000 px) float NUV_FLUXERR_APER_5 Flux error aperture ( 12.000 px) float NUV_FLUXERR_APER_6 Flux error aperture ( 17.000 px) float NUV_FLUXERR_APER_7 Flux error aperture ( 23.000 px) float NUV_MAG_APER_1 Magnitude aperture ( 2.000 px) float NUV_MAG_APER_2 Magnitude aperture ( 3.000 px) float NUV_MAG_APER_3 Magnitude aperture ( 5.000 px) float NUV_MAG_APER_4 Magnitude aperture ( 8.000 px) float NUV_MAG_APER_5 Magnitude aperture ( 12.000 px) float NUV_MAG_APER_6 Magnitude aperture ( 17.000 px) float NUV_MAG_APER_7 Magnitude aperture ( 23.000 px) float NUV_MAGERR_APER_1 Magnitude error aperture ( 2.000 px) float NUV_MAGERR_APER_2 Magnitude error aperture ( 3.000 px) float NUV_MAGERR_APER_3 Magnitude error aperture ( 5.000 px) float NUV_MAGERR_APER_4 Magnitude error aperture ( 8.000 px) float NUV_MAGERR_APER_5 Magnitude error aperture ( 12.000 px) float NUV_MAGERR_APER_6 Magnitude error aperture ( 17.000 px) float NUV_MAGERR_APER_7 Magnitude error aperture ( 23.000 px) float NUV_FLUX_AUTO Flux within a Kron-like elliptical aperture float NUV_FLUXERR_AUTO RMS error for AUTO flux float NUV_MAG_AUTO Kron-like elliptical aperture magnitude float NUV_MAGERR_AUTO RMS error for AUTO magnitude float NUV_FLUX_RADIUS_1 Fraction-of-light radius ( 0.2000) float NUV_FLUX_RADIUS_2 Fraction-of-light radius ( 0.5000) float NUV_FLUX_RADIUS_3 Fraction-of-light radius ( 0.8000) float NUV_FLUX_RADIUS_4 Fraction-of-light radius ( 0.9000) float NUV_FLUX_RADIUS_5 Fraction-of-light radius ( 0.9500) float NUV_KRON_RADIUS Kron apertures in units of A or B float NUV_BACKGROUND Background at centroid position float NUV_THRESHOLD Detection threshold above background float NUV_MU_THRESHOLD Detection threshold above background float NUV_FLUX_MAX Peak flux above background float NUV_MU_MAX Peak surface brightness above background float NUV_ISOAREA_IMAGE Isophotal area above Analysis threshold float NUV_ISOAREA_WORLD Isophotal area above Analysis threshold float NUV_ISOAREAF_IMAGE Isophotal area (filtered) above Detection thres float NUV_ISOAREAF_WORLD Isophotal area (filtered) above Detection thres float NUV_XMIN_IMAGE Minimum x-coordinate among detected pixels int NUV_YMIN_IMAGE Minimum y-coordinate among detected pixels int NUV_XMAX_IMAGE Maximum x-coordinate among detected pixels int NUV_YMAX_IMAGE Maximum y-coordinate among detected pixels int NUV_X_IMAGE Object position along x float NUV_Y_IMAGE Object position along y float NUV_XPEAK_IMAGE x-coordinate of the brightest pixel int NUV_YPEAK_IMAGE y-coordinate of the brightest pixel int NUV_ALPHA_J2000 Right ascension of barycenter (J2000) double NUV_DELTA_J2000 Declination of barycenter (J2000) double NUV_X2_IMAGE Variance along x float NUV_Y2_IMAGE Variance along y float NUV_XY_IMAGE Covariance between x and y float NUV_X2_WORLD Variance along X-WORLD (alpha) float NUV_Y2_WORLD Variance along Y-WORLD (delta) float NUV_XY_WORLD Covariance between X-WORLD and Y-WORLD float NUV_CXX_IMAGE Cxx object ellipse parameter float NUV_CYY_IMAGE Cyy object ellipse parameter float NUV_CXY_IMAGE Cxy object ellipse parameter float NUV_CXX_WORLD Cxx object ellipse parameter (WORLD units) float NUV_CYY_WORLD Cyy object ellipse parameter (WORLD units) float NUV_CXY_WORLD Cxy object ellipse parameter (WORLD units) float NUV_A_IMAGE Profile RMS along major axis float NUV_B_IMAGE Profile RMS along minor axis float NUV_A_WORLD Profile RMS along major axis (world units) float NUV_B_WORLD Profile RMS along minor axis (world units) float NUV_THETA_IMAGE Position angle (CCW/x) float NUV_THETA_WORLD Position angle (CCW/world-x) float NUV_THETA_J2000 Position angle (east of north) (J2000) float NUV_ELONGATION A_IMAGE/B_IMAGE float NUV_ELLIPTICITY 1 - B_IMAGE/A_IMAGE float NUV_ERRX2_IMAGE Variance of position along x double NUV_ERRY2_IMAGE Variance of position along y double NUV_ERRXY_IMAGE Covariance of position between x and y float NUV_ERRX2_WORLD Variance of position along X-WORLD (alpha) double NUV_ERRY2_WORLD Variance of position along Y-WORLD (delta) double NUV_ERRXY_WORLD Covariance of position X-WORLD/Y-WORLD float NUV_ERRCXX_IMAGE Cxx error ellipse parameter float NUV_ERRCYY_IMAGE Cyy error ellipse parameter float NUV_ERRCXY_IMAGE Cxy error ellipse parameter float NUV_ERRCXX_WORLD Cxx error ellipse parameter (WORLD units) float NUV_ERRCYY_WORLD Cyy error ellipse parameter (WORLD units) float NUV_ERRCXY_WORLD Cxy error ellipse parameter (WORLD units) float NUV_ERRA_IMAGE RMS position error along major axis float NUV_ERRB_IMAGE RMS position error along minor axis float NUV_ERRA_WORLD World RMS position error along major axis float NUV_ERRB_WORLD World RMS position error along minor axis float NUV_ERRTHETA_IMAGE Error ellipse position angle (CCW/x) float NUV_ERRTHETA_WORLD Error ellipse pos. angle (CCW/world-x) float NUV_ERRTHETA_J2000 J2000 error ellipse pos. angle (east of north) float NUV_FWHM_IMAGE FWHM assuming a gaussian core float NUV_FWHM_WORLD FWHM assuming a gaussian core float NUV_FLAGS Extraction flags int NUV_CLASS_STAR S/G classifier output float FUV_NUMBER Running object number int FUV_FLUX_ISO Isophotal flux float FUV_FLUXERR_ISO RMS error for isophotal flux float FUV_MAG_ISO Isophotal magnitude float FUV_MAGERR_ISO RMS error for isophotal magnitude float FUV_FLUX_APER_1 Flux aperture ( 2.000 px) float FUV_FLUX_APER_2 Flux aperture ( 3.000 px) float FUV_FLUX_APER_3 Flux aperture ( 5.000 px) float FUV_FLUX_APER_4 Flux aperture ( 8.000 px) float FUV_FLUX_APER_5 Flux aperture ( 12.000 px) float FUV_FLUX_APER_6 Flux aperture ( 17.000 px) float FUV_FLUX_APER_7 Flux aperture ( 23.000 px) float FUV_FLUXERR_APER_1 Flux error aperture ( 2.000 px) float FUV_FLUXERR_APER_2 Flux error aperture ( 3.000 px) float FUV_FLUXERR_APER_3 Flux error aperture ( 5.000 px) float FUV_FLUXERR_APER_4 Flux error aperture ( 8.000 px) float FUV_FLUXERR_APER_5 Flux error aperture ( 12.000 px) float FUV_FLUXERR_APER_6 Flux error aperture ( 17.000 px) float FUV_FLUXERR_APER_7 Flux error aperture ( 23.000 px) float FUV_MAG_APER_1 Magnitude aperture ( 2.000 px) float FUV_MAG_APER_2 Magnitude aperture ( 3.000 px) float FUV_MAG_APER_3 Magnitude aperture ( 5.000 px) float FUV_MAG_APER_4 Magnitude aperture ( 8.000 px) float FUV_MAG_APER_5 Magnitude aperture ( 12.000 px) float FUV_MAG_APER_6 Magnitude aperture ( 17.000 px) float FUV_MAG_APER_7 Magnitude aperture ( 23.000 px) float FUV_MAGERR_APER_1 Magnitude error aperture ( 2.000 px) float FUV_MAGERR_APER_2 Magnitude error aperture ( 3.000 px) float FUV_MAGERR_APER_3 Magnitude error aperture ( 5.000 px) float FUV_MAGERR_APER_4 Magnitude error aperture ( 8.000 px) float FUV_MAGERR_APER_5 Magnitude error aperture ( 12.000 px) float FUV_MAGERR_APER_6 Magnitude error aperture ( 17.000 px) float FUV_MAGERR_APER_7 Magnitude error aperture ( 23.000 px) float FUV_FLUX_AUTO Flux within a Kron-like elliptical aperture float FUV_FLUXERR_AUTO RMS error for AUTO flux float FUV_MAG_AUTO Kron-like elliptical aperture magnitude float FUV_MAGERR_AUTO RMS error for AUTO magnitude float FUV_FLUX_RADIUS_1 Fraction-of-light radius ( 0.2000) float FUV_FLUX_RADIUS_2 Fraction-of-light radius ( 0.5000) float FUV_FLUX_RADIUS_3 Fraction-of-light radius ( 0.8000) float FUV_FLUX_RADIUS_4 Fraction-of-light radius ( 0.9000) float FUV_FLUX_RADIUS_5 Fraction-of-light radius ( 0.9500) float FUV_KRON_RADIUS Kron apertures in units of A or B float FUV_BACKGROUND Background at centroid position float FUV_THRESHOLD Detection threshold above background float FUV_MU_THRESHOLD Detection threshold above background float FUV_FLUX_MAX Peak flux above background float FUV_MU_MAX Peak surface brightness above background float FUV_ISOAREA_IMAGE Isophotal area above Analysis threshold float FUV_ISOAREA_WORLD Isophotal area above Analysis threshold float FUV_ISOAREAF_IMAGE Isophotal area (filtered) above Detection thres float FUV_ISOAREAF_WORLD Isophotal area (filtered) above Detection thres float FUV_XMIN_IMAGE Minimum x-coordinate among detected pixels int FUV_YMIN_IMAGE Minimum y-coordinate among detected pixels int FUV_XMAX_IMAGE Maximum x-coordinate among detected pixels int FUV_YMAX_IMAGE Maximum y-coordinate among detected pixels int FUV_X_IMAGE Object position along x float FUV_Y_IMAGE Object position along y float FUV_XPEAK_IMAGE x-coordinate of the brightest pixel int FUV_YPEAK_IMAGE y-coordinate of the brightest pixel int FUV_ALPHA_J2000 Right ascension of barycenter (J2000) double FUV_DELTA_J2000 Declination of barycenter (J2000) double FUV_X2_IMAGE Variance along x float FUV_Y2_IMAGE Variance along y float FUV_XY_IMAGE Covariance between x and y float FUV_X2_WORLD Variance along X-WORLD (alpha) float FUV_Y2_WORLD Variance along Y-WORLD (delta) float FUV_XY_WORLD Covariance between X-WORLD and Y-WORLD float FUV_CXX_IMAGE Cxx object ellipse parameter float FUV_CYY_IMAGE Cyy object ellipse parameter float FUV_CXY_IMAGE Cxy object ellipse parameter float FUV_CXX_WORLD Cxx object ellipse parameter (WORLD units) float FUV_CYY_WORLD Cyy object ellipse parameter (WORLD units) float FUV_CXY_WORLD Cxy object ellipse parameter (WORLD units) float FUV_A_IMAGE Profile RMS along major axis float FUV_B_IMAGE Profile RMS along minor axis float FUV_A_WORLD Profile RMS along major axis (world units) float FUV_B_WORLD Profile RMS along minor axis (world units) float FUV_THETA_IMAGE Position angle (CCW/x) float FUV_THETA_WORLD Position angle (CCW/world-x) float FUV_THETA_J2000 Position angle (east of north) (J2000) float FUV_ELONGATION A_IMAGE/B_IMAGE float FUV_ELLIPTICITY 1 - B_IMAGE/A_IMAGE float FUV_ERRX2_IMAGE Variance of position along x double FUV_ERRY2_IMAGE Variance of position along y double FUV_ERRXY_IMAGE Covariance of position between x and y float FUV_ERRX2_WORLD Variance of position along X-WORLD (alpha) double FUV_ERRY2_WORLD Variance of position along Y-WORLD (delta) double FUV_ERRXY_WORLD Covariance of position X-WORLD/Y-WORLD float FUV_ERRCXX_IMAGE Cxx error ellipse parameter float FUV_ERRCYY_IMAGE Cyy error ellipse parameter float FUV_ERRCXY_IMAGE Cxy error ellipse parameter float FUV_ERRCXX_WORLD Cxx error ellipse parameter (WORLD units) float FUV_ERRCYY_WORLD Cyy error ellipse parameter (WORLD units) float FUV_ERRCXY_WORLD Cxy error ellipse parameter (WORLD units) float FUV_ERRA_IMAGE RMS position error along major axis float FUV_ERRB_IMAGE RMS position error along minor axis float FUV_ERRA_WORLD World RMS position error along major axis float FUV_ERRB_WORLD World RMS position error along minor axis float FUV_ERRTHETA_IMAGE Error ellipse position angle (CCW/x) float FUV_ERRTHETA_WORLD Error ellipse pos. angle (CCW/world-x) float FUV_ERRTHETA_J2000 J2000 error ellipse pos. angle (east of north) float FUV_FWHM_IMAGE FWHM assuming a gaussian core float FUV_FWHM_WORLD FWHM assuming a gaussian core float FUV_FLAGS Extraction flags int FUV_CLASS_STAR S/G classifier output float isThereSpectrum Spectrum Flag. Does this object have a spectrum? Yes (1), No (0) ID_CROSSID boolean cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmID 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long plansObservation plans for a Progra plan_id ID_CATALOG long type Program ID METADATA_DESCRIPTION char phase phase name METADATA_DESCRIPTION char start_jd Planned start of observations mjd TIME_DATE double end_jd Planned end of observations mjd TIME_DATE double min_exp Minimum cumulative integration time required to complete observation s NUMBER double pred_id Plan id of predecessor plan ID long pred_fract Minimum required fraction of exposure time for predecessor plan TIME_MISC double saa_constraint South Atlantic Anomaly scheduling constraint flag CODE_MULT_FLAG int priority Priority NUMBER int max_zl_flux Maximum permitted count rate due to zodiacal light photons/s PHOT_COUNT-RATE double min_exp_ecl Minimum exposure time in an eclipse in order for plan to be asssigned s TIME_MISC double specObjQA specObjID long objID long nuv_quality int fuv_quality int targetA location on the sky planned for observation plan_id ID_CATALOG long target_id Unique Id of tile ID_CATALOG char offset_secs Time of command execution, relative to start of eclipse TIME_MISC double mode Observation mode OBS_METHOD char ra Boresight right ascension, J2000 frame deg POS_EQ_RA_MAIN double dec Boresight declination, J2000 frame deg POS_EQ_DEC_MAIN double twist Satellite twist angle aka roll deg POS_GENERAL double omegax X axis rotation rate rad/s POS_ANG_VEL double omegay Y axis rotation rate rad/s POS_ANG_VEL double cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmId 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long visitimg imgID Pointer to IMG Table for NUV or FUV image long imgRunID Pointer to imgrun table for NUV or FUV image long ra_cent RA center for this field. double dec_cent DEC center for this field. double vsn Reduction version (high level) int tileNum Tile number (a.k.a. field or target) int tile char type Observation type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Reduction product number (type) int img pointer to the extraction of the two NUV and FUV images int try Reduction try number (low level) int visit int nuv_fileNPath fits file where this metadata is extracted char fuv_fileNPath fits file where this metadata is extracted char nuv_simple file does conform to FITS standard char fuv_simple file does conform to FITS standard char nuv_bitpix number of bits per data pixel int fuv_bitpix number of bits per data pixel int nuv_naxis number of data axes int fuv_naxis number of data axes int nuv_naxis1 length of data axis 1 int fuv_naxis1 length of data axis 1 int nuv_naxis2 length of data axis 2 int fuv_naxis2 length of data axis 2 int nuv_extend FITS dataset may contain extensions char fuv_extend FITS dataset may contain extensions char nuv_longstrn The HEASARC Long String Convention may be used. char fuv_longstrn The HEASARC Long String Convention may be used. char nuv_cdelt1 double fuv_cdelt1 double nuv_cdelt2 double fuv_cdelt2 double nuv_equinox double fuv_equinox double nuv_epoch double fuv_epoch double nuv_ctype1 char fuv_ctype1 char nuv_ctype2 char fuv_ctype2 char nuv_crpix1 double fuv_crpix1 double nuv_crpix2 double fuv_crpix2 double nuv_crval1 double fuv_crval1 double nuv_crval2 double fuv_crval2 double nuv_crota2 double fuv_crota2 double nuv_bunit char fuv_bunit char nuv_bscale double fuv_bscale double nuv_bzero double fuv_bzero double nuv_phofile char fuv_phofile char nuv_aspfile char fuv_aspfile char nuv_hkfile char fuv_hkfile char nuv_calpath char fuv_calpath char nuv_flatfl char fuv_flatfl char nuv_dtbgndfl char fuv_dtbgndfl char nuv_spflatfl char fuv_spflatfl char nuv_maskfl char fuv_maskfl char nuv_smapvers char fuv_smapvers char nuv_psffwhm double fuv_psffwhm double nuv_band Band number (1=nuv,2=fuv,3=both) int fuv_band Band number (1=nuv,2=fuv,3=both) int nuv_ow Optics wheel (1=drct,2=grsm,3=opaq) int fuv_ow Optics wheel (1=drct,2=grsm,3=opaq) int nuv_direct int fuv_direct int nuv_grism int fuv_grism int nuv_opaque int fuv_opaque int nuv_ra_cent RA center for this field. double fuv_ra_cent RA center for this field. double nuv_dec_cent DEC center for this field. double fuv_dec_cent DEC center for this field. double nuv_twist double fuv_twist double nuv_grspa double fuv_grspa double nuv_leg Planned leg number for AIS int fuv_leg Planned leg number for AIS int nuv_mpsnpos int fuv_mpsnpos int nuv_minivis int fuv_minivis int nuv_subvis int fuv_subvis int nuv_object char fuv_object char nuv_expstart double fuv_expstart double nuv_expend double fuv_expend double nuv_obs_date char fuv_obs_date char nuv_time_obs char fuv_time_obs char nuv_obsdatim char fuv_obsdatim char nuv_obssecs double fuv_obssecs double nuv_eclipse int fuv_eclipse int nuv_visit int fuv_visit int nuv_planid int fuv_planid int nuv_tilenum Tile number (a.k.a. field or target) int fuv_tilenum Tile number (a.k.a. field or target) int nuv_tile char fuv_tile char nuv_tilename char fuv_tilename char nuv_mpsplan char fuv_mpsplan char nuv_mpstype char fuv_mpstype char nuv_mpsphase char fuv_mpsphase char nuv_roll double fuv_roll double nuv_skygrid int fuv_skygrid int nuv_nhvnom int fuv_nhvnom int nuv_nhvnomn int fuv_nhvnomn int nuv_nhvnomf int fuv_nhvnomf int nuv_whichims int fuv_whichims int nuv_nvalidph int fuv_nvalidph int nuv_smnsecs int fuv_smnsecs int nuv_smr0 double fuv_smr0 double nuv_smr1 double fuv_smr1 double nuv_smnltr0 int fuv_smnltr0 int nuv_smnltr1 int fuv_smnltr1 int nuv_smnr0r1 int fuv_smnr0r1 int nuv_smngtr1 int fuv_smngtr1 int nuv_smr8ltr0 double fuv_smr8ltr0 double nuv_smr8gtr1 double fuv_smr8gtr1 double nuv_smr8r0r1 double fuv_smr8r0r1 double nuv_grelease char fuv_grelease char nuv_scstgrel char fuv_scstgrel char nuv_ndtdet double fuv_ndtdet double nuv_ndttdc double fuv_ndttdc double nuv_ndtampa double fuv_ndtampa double nuv_ndtampb double fuv_ndtampb double nuv_ndtcon double fuv_ndtcon double nuv_itnuvoba double fuv_itnuvoba double nuv_ndthvps double fuv_ndthvps double nuv_ndtlvps double fuv_ndtlvps double nuv_ndtdib double fuv_ndtdib double nuv_ndhvmon double fuv_ndhvmon double nuv_ndhimon double fuv_ndhimon double nuv_ndsfhv double fuv_ndsfhv double nuv_ndctec double fuv_ndctec double nuv_ndcfec double fuv_ndcfec double nuv_ndcdec double fuv_ndcdec double nuv_fdtdet double fuv_fdtdet double nuv_fdttdc double fuv_fdttdc double nuv_fdtampa double fuv_fdtampa double nuv_fdtampb double fuv_fdtampb double nuv_fdtcon double fuv_fdtcon double nuv_itfuvoba double fuv_itfuvoba double nuv_fdthvps double fuv_fdthvps double nuv_fdtlvps double fuv_fdtlvps double nuv_fdtdib double fuv_fdtdib double nuv_fdhvmon double fuv_fdhvmon double nuv_fdhimon double fuv_fdhimon double nuv_fdsfhv double fuv_fdsfhv double nuv_fdctec double fuv_fdctec double nuv_fdcfec double fuv_fdcfec double nuv_fdcdec double fuv_fdcdec double nuv_itm1hshl double fuv_itm1hshl double nuv_itm2hub double fuv_itm2hub double nuv_itcylbaf double fuv_itcylbaf double nuv_nchunks int fuv_nchunks int nuv_nruns double fuv_nruns double nuv_phtrng0 double fuv_phtrng0 double nuv_phtrng1 double fuv_phtrng1 double nuv_phtfirst double fuv_phtfirst double nuv_phtlast double fuv_phtlast double nuv_phtelap double fuv_phtelap double nuv_exptime BQ: Exposure time in seconds (based on NUV). double fuv_exptime BQ: Exposure time in seconds (based on NUV). double nuv_ngaps double fuv_ngaps double nuv_totread double fuv_totread double nuv_totmap double fuv_totmap double nuv_totonmap double fuv_totonmap double nuv_nmasked double fuv_nmasked double nuv_nvisible double fuv_nvisible double nuv_nstim1 double fuv_nstim1 double nuv_stim1x double fuv_stim1x double nuv_stim1y double fuv_stim1y double nuv_nstim2 double fuv_nstim2 double nuv_stim2x double fuv_stim2x double nuv_stim2y double fuv_stim2y double nuv_nstim3 double fuv_nstim3 double nuv_stim3x double fuv_stim3x double nuv_stim3y double fuv_stim3y double nuv_nstim4 double fuv_nstim4 double nuv_stim4x double fuv_stim4x double nuv_stim4y double fuv_stim4y double nuv_cntmed double fuv_cntmed double nuv_cntave double fuv_cntave double nuv_cntpct1 double fuv_cntpct1 double nuv_cntpct99 double fuv_cntpct99 double nuv_xnot0ave double fuv_xnot0ave double nuv_ynot0ave double fuv_ynot0ave double nuv_nnot0 double fuv_nnot0 double nuv_rrmed double fuv_rrmed double nuv_rrave double fuv_rrave double nuv_rrpct1 double fuv_rrpct1 double nuv_rrpct99 double fuv_rrpct99 double nuv_naspok int fuv_naspok int nuv_naspall int fuv_naspall int nuv_naspxy int fuv_naspxy int nuv_avaspx double fuv_avaspx double nuv_avaspy double fuv_avaspy double nuv_avasprrx double fuv_avasprrx double nuv_avasprry double fuv_avasprry double nuv_avaspra Average Aspect RA of Field Center double fuv_avaspra Average Aspect RA of Field Center double nuv_avaspdec Average Aspect DEC of Field Center double fuv_avaspdec Average Aspect DEC of Field Center double nuv_avasprol Average Aspect ROLL angle (deg) double fuv_avasprol Average Aspect ROLL angle (deg) double nuv_nstmsamp int fuv_nstmsamp int nuv_stmtime double fuv_stmtime double nuv_stm1x double fuv_stm1x double nuv_stm1y double fuv_stm1y double nuv_stm2x double fuv_stm2x double nuv_stm2y double fuv_stm2y double nuv_stm3x double fuv_stm3x double nuv_stm3y double fuv_stm3y double nuv_stm4x double fuv_stm4x double nuv_stm4y double fuv_stm4y double nuv_stmsclx double fuv_stmsclx double nuv_stmoffx double fuv_stmoffx double nuv_stmoffy double fuv_stmoffy double nuv_stm1xsd double fuv_stm1xsd double nuv_stm3xsd double fuv_stm3xsd double nuv_stm1ysd double fuv_stm1ysd double nuv_stm2ysd double fuv_stm2ysd double nuv_r8int double fuv_r8int double nuv_nrates int fuv_nrates int nuv_maxrates int fuv_maxrates int nuv_aver8 double fuv_aver8 double nuv_sigr8 double fuv_sigr8 double nuv_minr8 double fuv_minr8 double nuv_maxr8 double fuv_maxr8 double nuv_avestmr8 double fuv_avestmr8 double nuv_sigstmr8 double fuv_sigstmr8 double nuv_minstmr8 double fuv_minstmr8 double nuv_maxstmr8 double fuv_maxstmr8 double nuv_nodead int fuv_nodead int nuv_ndedhist int fuv_ndedhist int nuv_ndedzero int fuv_ndedzero int nuv_ndead int fuv_ndead int nuv_avefdead double fuv_avefdead double nuv_sigfdead double fuv_sigfdead double nuv_minfdead double fuv_minfdead double nuv_maxfdead double fuv_maxfdead double nuv_ndead1 int fuv_ndead1 int nuv_avefded1 double fuv_avefded1 double nuv_sigfded1 double fuv_sigfded1 double nuv_minfded1 double fuv_minfded1 double nuv_maxfded1 double fuv_maxfded1 double nuv_ndead2 int fuv_ndead2 int nuv_avefded2 double fuv_avefded2 double nuv_sigfded2 double fuv_sigfded2 double nuv_minfded2 double fuv_minfded2 double nuv_maxfded2 double fuv_maxfded2 double nuv_nskip int fuv_nskip int nuv_nskip00 int fuv_nskip00 int nuv_nskip01 int fuv_nskip01 int nuv_nskip02 int fuv_nskip02 int nuv_nskip03 int fuv_nskip03 int nuv_nskip04 int fuv_nskip04 int nuv_nskip05 int fuv_nskip05 int nuv_nskip06 int fuv_nskip06 int nuv_nskip07 int fuv_nskip07 int nuv_nskip08 int fuv_nskip08 int nuv_nskip09 int fuv_nskip09 int nuv_nskip10 int fuv_nskip10 int nuv_nskip11 int fuv_nskip11 int nuv_pmedrr double fuv_pmedrr double nuv_pthresh double fuv_pthresh double nuv_pmedbg double fuv_pmedbg double nuv_prmsbg double fuv_prmsbg double nuv_pthrbg double fuv_pthrbg double nuv_psigdet double fuv_psigdet double nuv_pmedthr double fuv_pmedthr double nuv_prmsthr double fuv_prmsthr double subvis int subGridId ? int gridId ? int GRReleaseNumber indicates GR release, 2.0, 3.0, ... float cx unit vector for ra+dec double cy unit vector for ra+dec double cz unit vector for ra+dec double htmid 20-deep hierarchical trangular mesh ID of this object. long visitphotoextractExtraction run information photoExtractID long imgID long fileNPath fits file where this metadata is extracted char simple file does conform to FITS standard char bitpix number of bits per data pixel int naxis number of data axes int extend FITS dataset may contain extensions char origin char nuvfile NUV source c char fuvfile FUV source c char nuvwtfil NUV weight char fuvwtfil FUV weight char nuvcntfi NUV count im char fuvcntfi FUV count im char nuvintfi NUV intensit char fuvintfi FUV intensit char nuvlwtfi NUV literal w char fuvlwtfi FUV literal w char nuvskyfi NUV sky ba char fuvskyfi FUV sky ba char nuvflgfi NUV artifa char fuvflgfi FUV artifa char mchfile char starcat char nstar int nmch int rmean double rmeansd double rstddev double rmin double rmax double acnmch int acrave double acravsd double acrsd double acrmin double acrmax double nuvs2n Minimum S/N for NUV merges. double fuvs2n Minimum S/N for FUV merges. double nuvs2ncu S/N Cutoff for any NUV sources. double fuvs2ncu S/N Cutoff for any FUV sources. double nuvnum Number of NUV sources. int fuvnum Number of FUV sources. int seplim Maximum separation in arcsec. double autosep Accept all witin this separation in arcsec. double problim Minimum probability for matches. char nuvback NUV median background in pho/s/sq.arcmin double fuvback FUV median background in pho/s/sq.arcmin float bsc_x Band Separation Correction in X(ra) (arcsec) float bsc_y Band Separation Correction in Y(dec)(arcsec) float bsc_e Radial error in correction estimate (arcsec) float bsc_n Number of points used in band separ. estimate float ra_cent RA center for this field. double dec_cent DEC center for this field. double rao RA center for this field. double deco DEC center for this field. double totnum Total number of sources. int totfill Number of filled sources. int totufn Number of unfilled NUV sources. int totuff Number of unfilled FUV sources. int lrgnuvid Largest NUV ID number plus one. int glono Field center galactic longitude (deg) double glato Field center galactic lattitude (deg) double n_zpmag NUV Zero Point Magnitude double f_zpmag FUV Zero Point Magnitude double f_zpscal FUV Zero Point Scale Factor double calmag Calibration magnitude type char n_cuj NUV scale: pho/sec to micro Janskys double f_cuj FUV scale: pho/sec to micro Janskys double r1 Neighbor radius limit 1 (arcsec) double r2 Neighbor radius limit 2 (arcsec) double r3 Neighbor radius limit 3 (arcsec) double n_back Median Source NUV background(pho/sec/sq.arcsec) double f_back Median Source FUV background(pho/sec/sq.arcsec) double medsepa (Adjusted) Median separation between matches (a double medsep Median separation between matches (arcsec) double medsepsg Median sep. betw. matches (sigma arcsec) double matden Matched sources per sq. deg. (rad<0.5) double nufden Un-matched NUV sources per sq. deg. (rad<0.5) double fufden Un-matched FUV sources per sq. deg. (rad<0.5) double fufdenc Un-matched FUV Cand. w/s2n>NUVS2N(usu. 2) /sq.d double nufmat Number unfilled NUV w/possbl FUV match(any S/N) int fufmat Number unfilled FUV w/possbl NUV match(any S/N) int n_ambg0 Number of NUV 0 ambig. int n_ambg1 Number of NUV 1 ambig. int n_ambg2 Number of NUV 2 ambig. int n_ambg3 Number of NUV 3 ambig. int n_ambg4 Number of NUV 4 ambig. int n_ambg5 Number of NUV 5 ambig. int n_ambg6 Number of NUV 6 ambig. int n_ambgm6 Number of NUV -6 ambig. int n_ambgm1 Number of NUV -1 ambig. int f_ambg0 Number of FUV 0 ambig. int f_ambg1 Number of FUV 1 ambig. int f_ambg2 Number of FUV 2 ambig. int f_ambg3 Number of FUV 3 ambig. int f_ambg4 Number of FUV 4 ambig. int f_ambg5 Number of FUV 5 ambig. int f_ambg6 Number of FUV 6 ambig. int f_ambgm6 Number of FUV -6 ambig. int f_ambgm1 Number of FUV -1 ambig. int filename char directry char vsn Reduction version (high level) int tilenum int type Observation type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Reduction product number (type) int img Image number (visit+subvis) int try Reduction try number (low level) int petal PETAL card value from -scst.fits file. int epoch double object char crval1 double crval2 double crpix1 double crpix2 double cdelt1 double cdelt2 double crota1 double crota2 double grelease char equinox double eclipse int leg int mpsnpos int visit int subvis int roll double obs_date char obsdatim char tilename char planid int mpsphase char mpsplan char mpstype char avaspra Average Aspect RA of Field Center double avaspdec Average Aspect DEC of Field Center double avasprol Average Aspect ROLL angle (deg) double avaspok double num_aper Number of apertures. int sxaper1 Aperture #1 in pixels double sxaper2 Aperture #2 in pixels double sxaper3 Aperture #3 in pixels double sxaper4 Aperture #4 in pixels double sxaper5 Aperture #5 in pixels double sxaper6 Aperture #6 in pixels double sxaper7 Aperture #7 in pixels double num_fol Number of fraction-of-light radii. int sxfrac1 Fraction-of-light radius #1 double sxfrac2 Fraction-of-light radius #2 double sxfrac3 Fraction-of-light radius #3 double sxfrac4 Fraction-of-light radius #4 double sxfrac5 Fraction-of-light radius #5 double abscal char calinfo char statfile char abspipe char prundat0 char prundat1 char nlegs int nhvnom int nhvnomn int nhvnomf int mpscow char longstrn char pipestat int nepoch double nobject char norigin char ncrval1 double ncrval2 double ncrpix1 double ncrpix2 double ncdelt1 double ncdelt2 double ncrota1 double ncrota2 double nsximasx IMAGE WIDTH (PIXELS) SEXIMASX originally int nsximasy IMAGE HEIGHT (PIXELS) int nsxstrsy STRIP HEIGHT (LINES) int nsximabp FITS IMAGE BITPIX int nsxpixs PIXEL SCALE (ARCSEC) double nsxsfwhm SEEING FWHM (ARCSEC) double nsxnnwf CLASSIFICATION NNW FILENAME char nsxgain GAIN (IN E- PER ADU) double nsxbkgnd MEDIAN BACKGROUND (ADU) double nsxbkdev MEDIAN RMS (ADU) double nsxbkthd EXTRACTION THRESHOLD (ADU) double nsxconff CONFIGURATION FILENAME char nsxdett DETECTION TYPE char nsxthldt THRESHOLD TYPE char nsxthld THRESHOLD double nsxminar EXTRACTION MINIMUM AREA (PIXELS) int nsxconv CONVOLUTION FLAG char nsxconvf CONVOLUTION FILENAME char nsxdbldn NUMBER OF SUB-THRESHOLDS int nsxdbldc CONTRAST PARAMETER double nsxcln CLEANING FLAG char nsxclnpa CLEANING PARAMETER double nsxclnst CLEANING OBJECT-STACK int nsxaperd APERTURE DIAMETER (PIXELS) int nsxapek1 KRON PARAMETER double nsxapek2 KRON ANALYSIS RADIUS double nsxapek3 KRON MINIMUM RADIUS double nsxsatlv SATURATION LEVEL (ADU) double nsxmgzpt MAGNITUDE ZERO-POINT double nsxmggam MAGNITUDE GAMMA double nsxbkgsx BACKGROUND MESH WIDTH (PIXELS) int nsxbkgsy BACKGROUND MESH HEIGHT (PIXELS) int nsxbkgfx BACKGROUND FILTER WIDTH int nsxbkgfy BACKGROUND FILTER HEIGHT int nsxpbkgt PHOTOM BACKGROUND TYPE char nsxpbkgs LOCAL AREA THICKNESS (PIXELS) int nsxpixsk PIXEL STACKSIZE (PIXELS) int nsxfbufs FRAME-BUFFER SIZE (LINES) int nsxisapr ISO-APER RATIO double nsxndet NB OF DETECTIONS int nsxnfin NB OF FINAL EXTRACTED OBJECTS int nsxnpara NB OF PARAMETERS PER OBJECT int ngreleas char nctype1 char nctype2 char nequinox double nra_cent double ndec_cen DEC_CENT originally double ntwist double neclipse int ngrspa double nleg int nmpsnpos int nvisit int nsubvis int nminivis int now int nband int nroll double nexptime double nexpstar EXPSTART originally double nexpend double nobs_dat OBS-DATE originally char ntime_ob TIME-OBS, was OBS-TIME char nobssecs double nobsdati OBSDATIM originally char ntilenam TILENAME originally char ntilenum int nplanid int nmpsphas MPSPHASE originally char nmpsplan char nmpstype char nimagszx int nimagszy int navaspra Average Aspect RA of Field Center double navaspde Average Aspect DEC of Field Center double navaspx double navaspy double navaspro Average Aspect ROLL angle (deg) double navaspok double ncalpath char nflatfl char nintimag INTIMAGE ori char nphofile char nnvalidp NVALIDPH originally int nfiltere FILTERED originally int npsffwhm double ncnvfwhm CONVFWHM originally double npoisbg double nsigthre int nabsthre int nsxdbgrm SXDBGRMS originally double nareadet double npsigdet double npmedbg double npmedrr double npthrbg double npthresh double navepefi AVEPEFIX originally double nmaxpefi MAXPEFIX originally double navepea double nminpea double nmaxpea double nsxwd char nacoxyav double nacoxyme double nacoxysd double nacoxymx double nabscal char nstatfil char nabspipe char nprunda0 char nprunda1 char npipecmn char nnlegs int nmpscow char nnhvnom double nnhvnomn double nnhvnomf double npipesta int nlongstr char fepoch double fobject char forigin char fcrval1 double fcrval2 double fcrpix1 double fcrpix2 double fcdelt1 double fcdelt2 double fcrota1 double fcrota2 double fsximasx IMAGE WIDTH (PIXELS) SEXIMASX originally int fsximasy IMAGE HEIGHT (PIXELS) int fsxstrsy STRIP HEIGHT (LINES) int fsximabp FITS IMAGE BITPIX int fsxpixs PIXEL SCALE (ARCSEC) double fsxsfwhm SEEING FWHM (ARCSEC) double fsxnnwf CLASSIFICATION NNW FILENAME char fsxgain GAIN (IN E- PER ADU) double fsxbkgnd MEDIAN BACKGROUND (ADU) double fsxbkdev MEDIAN RMS (ADU) double fsxbkthd EXTRACTION THRESHOLD (ADU) double fsxconff CONFIGURATION FILENAME char fsxdett DETECTION TYPE char fsxthldt THRESHOLD TYPE char fsxthld THRESHOLD double fsxminar EXTRACTION MINIMUM AREA (PIXELS) int fsxconv CONVOLUTION FLAG char fsxconvn CONVOLUTION NORM. FLAG char fsxconvf CONVOLUTION FILENAME char fsxdbldn NUMBER OF SUB-THRESHOLDS int fsxdbldc CONTRAST PARAMETER double fsxcln CLEANING FLAG char fsxclnpa CLEANING PARAMETER double fsxclnst CLEANING OBJECT-STACK int fsxaperd APERTURE DIAMETER (PIXELS) int fsxapek1 KRON PARAMETER double fsxapek2 KRON ANALYSIS RADIUS double fsxapek3 KRON MINIMUM RADIUS double fsxsatlv SATURATION LEVEL (ADU) double fsxmgzpt MAGNITUDE ZERO-POINT double fsxmggam MAGNITUDE GAMMA double fsxbkgsx BACKGROUND MESH WIDTH (PIXELS) int fsxbkgsy BACKGROUND MESH HEIGHT (PIXELS) int fsxbkgfx BACKGROUND FILTER WIDTH int fsxbkgfy BACKGROUND FILTER HEIGHT int fsxpbkgt PHOTOM BACKGROUND TYPE char fsxpbkgs LOCAL AREA THICKNESS (PIXELS) int fsxpixsk PIXEL STACKSIZE (PIXELS) int fsxfbufs FRAME-BUFFER SIZE (LINES) int fsxisapr ISO-APER RATIO double fsxndet NB OF DETECTIONS int fsxnfin NB OF FINAL EXTRACTED OBJECTS int fsxnpara NB OF PARAMETERS PER OBJECT int fgreleas char fctype1 char fctype2 char fequinox double fra_cent double fdec_cen DEC_CENT originally double ftwist double feclipse int fgrspa double fleg int fmpsnpos int fvisit int fsubvis int fminivis int fow int fband int froll double fexptime double fexpstar EXPSTART originally double fexpend double fobs_dat OBS-DATE originally char ftime_ob TIME-OBS, was OBS-TIME char fobssecs double fobsdati OBSDATIM originally char ftilenam TILENAME originally char ftilenum int fplanid int fmpsphas MPSPHASE originally char fmpsplan char fmpstype char fimagszx int fimagszy int favaspra Average Aspect RA of Field Center double favaspde Average Aspect DEC of Field Center double favaspx double favaspy double favaspro Average Aspect ROLL angle (deg) double favaspok double fcalpath char fflatfl char fintimag INTIMAGE ori char fphofile char fnvalidp NVALIDPH originally int ffiltere FILTERED originally int fpsffwhm double fcnvfwhm CONVFWHM originally double fpoisbg double fsigthre int fabsthre int fsxdbgrm SXDBGRMS originally double fareadet double fpsigdet double fpmedbg double fpmedrr double fpthrbg double fpthresh double favepefi AVEPEFIX originally double fminpefi MINPEFIX originally double fmaxpefi MAXPEFIX originally double favepea double fminpea double fmaxpea double fsxwd char facoxyav double facoxyme double facoxysd double facoxymn double facoxymx double fabscal char fcalinfo char fstatfil char fabspipe char fprunda0 char fprunda1 char fpipecmn char fnlegs int fmpscow char fnhvnom double fnhvnomn double fnhvnomf double fpipesta int flongstr char artflagb int date file creation date (YYYY-MM-DDThh:mm:ss UT) char ndtdet double ndttdc double ndtampa double ndtampb double ndtcon double itnuvoba double ndthvps double ndtlvps double ndtdib double ndhvmon double ndhimon double ndsfhv double ndctec double ndcfec double ndcdec double fdtdet double fdttdc double fdtampa double fdtampb double fdtcon double itfuvoba double fdthvps double fdtlvps double fdtdib double fdhvmon double fdhimon double fdsfhv double fdctec double fdcfec double fdcdec double itm1hshl double itm2hub double itcylbaf double bqn_nc0 BQ: Number of NUV sources with 0 candidates int bqn_nc1 BQ: Number of NUV sources with 1 candidates int bqn_nc2 BQ: Number of NUV sources with 2 candidates int bqn_nc3 BQ: Number of NUV sources with 3 candidates int bqf_nc0 BQ: Number of FUV sources with 0 candidates int bqf_nc1 BQ: Number of FUV sources with 1 candidates int bqf_nc2 BQ: Number of FUV sources with 2 candidates int bqf_nc3 BQ: Number of FUV sources with 3 candidates int bqnum BQ: Number of points used to compute DX,DY,etc. int bqddxmed BQ: Delta Detector X Median (arcsec) double bqddymed BQ: Delta Detector Y Median (arcsec) double bqddxrms BQ: Delta Detector X RMS double bqddyrms BQ: Delta Detector Y RMS double bqddxmrm BQ: Delta Detector X Mean RMS double bqddymrm BQ: Delta Detector Y Mean RMS double bqddxinn BQ: Inner(0.3 deg) Delta Detector X Median (arc double bqddyinn BQ: Inner(0.3 deg) Delta Detector Y Median (arc double bqddxout BQ: Outer(0.3 deg) Delta Detector X Median (arc double bqddyout BQ: Outer(0.3 deg) Delta Detector Y Median (arc double bqsdxmed BQ: Delta Sky(RA,Dec) X Median (arcsec) double bqsdymed BQ: Delta Sky(RA,Dec) Y Median (arcsec) double bqsdxrms BQ: Delta Sky(RA,Dec) X RMS double bqsdyrms BQ: Delta Sky(RA,Dec) Y RMS double bqsdxmrm BQ: Delta Sky(RA,Dec) X Mean RMS double bqsdymrm BQ: Delta Sky(RA,Dec) Y Mean RMS double bqangmed BQ: Median match angle (deg) double bqprobmd BQ: Median probability double bqsepmed BQ: Median radial separation (arcsec) double bqnfxmed BQ: Median of log of NUV flux in pho/sec double bqffxmed BQ: Median of log of FUV flux in pho/sec double bqnaxmed BQ: Median of NUV Major Axis FWHM (arcsec) double bqfaxmed BQ: Median of FUV Major Axis FWHM (arcsec) double bqnelmed BQ: Median of NUV ellipticity (high s/n) double bqnaamed BQ: Median of NUV axis angle (deg) (high s/n) double bqfaamed BQ: Median of FUV axis angle (deg) (high s/n) double bqnbckmd BQ: Median of NUV background (pho/s/sq.arcmin) double bqfbckmd BQ: Median of FUV background (pho/s/sq.arcmin) double aexptime BQ: NUV and FUV average exposure time in sec double exptime BQ: Exposure time in seconds (based on NUV). double bqsmdra BQ: Sky median separation in RA (arcsec) double bqsmddec BQ: Sky median separation in DEC (arcsec) double bqamdra BQ: Sky adjusted median separation in RA (arcse double bqamddec BQ: Sky adjusted median separation in DEC (arcs double subGridId int gridId int GRReleaseNumber indicates GR release, 2.0, 3.0, ... float cx unit vector for ra+dec double cy unit vector for ra+dec double cz unit vector for ra+dec double htmID 20-deep hierarchical trangular mesh ID of this object. long visitphotoobjall objid Galex Global Object ID long photoExtractID Pointer to photoExtract Table ID_CROSSID long vsn Version number int tilenum Tile number int type Obs.type (0=single,1=multi) int ow Optics wheel (1=drct,2=grsm,3=opaq) int prod Product number (_visits,_main,etc.) int img image number (exposure# for _visits) int try Try number (processing attempt number) int band Band number (1=nuv,2=fuv,3=both) int id Merged ID. int subvisit Sub-visit number for AIS int leg Planned leg number for AIS int ra Right Ascension(degrees). double dec Declination (degrees). double alpha_j2000_merged Band-merged Right Ascension(degrees). double delta_j2000_merged Band-merged Declination (degrees). double prob Chi-squared probability of match. float sep Separation between band positions. float sep_img Separation on images (no adjustment) float E_bv E(B-V) Galactic Reddening. float glon Galactic longitude in degrees. float glat Galactic latitude in degrees. float primary_flag Is AIS/MIS source a primary? (1/0) int fov_radius distance from center of FOV in degrees float nuv_det_x NUV detector X position (pixels) float nuv_det_y NUV detector Y position (pixels) float fuv_det_x FUV detector X position (pixels) float fuv_det_y FUV detector Y position (pixels) float chkobj_type Astrometry check type int chkobj_id Astrometry check ID int chkobj_r Astrometry check radius in degrees float chkobj_pa Astrometry check position angle in degrees float misc_flags Miscellaneous flags int nuv_flux NUV calibrated flux (micro Jansky) float nuv_fluxerr NUV calibrated flux error float nuv_mag NUV calibrated magnitude float nuv_magerr NUV calibrated magnitude error float fuv_flux FUV calibrated flux (micro Jansky) float fuv_fluxerr FUV calibrated flux error float fuv_mag FUV calibrated magnitude float fuv_magerr FUV calibrated magnitude error float nuv_s2n NUV signal-to-noise from 'AUTO' flux value float fuv_s2n FUV signal-to-noise from 'AUTO' flux value float nuv_fcat_flux NUV calibrated flux using FUV positn(-nd-fcat) float nuv_fcat_fluxerr Error for nuv_fcat_flux float fuv_ncat_flux FUV calibrated flux using NUV positn(-fd-ncat) float fuv_ncat_fluxerr Error for fuv_ncat_flux float fuv_ra_adj FUV adjusted RA in degrees double fuv_dec_adj FUV adjusted DEC in degrees double fuv_ncat_flags FUV_FLAGS from -fd-ncat.fits int fuv_ncat_mag FUV calibrated magnitude from -fd-ncat.fits float fuv_ncat_magerr Error for nuv_fcat_mag float fuv_ncat_s2n Signal to noise for fuv_ncat_flux float nuv_fcat_mag NUV calibrated magnitude from -nd-fcat.fits float nuv_fcat_magerr Error for nuv_fcat_mag float nuv_fcat_s2n Signal to noise for nuv_fcat_flux float fuv_ncat_fwhm_image FUV FWHM_IMAGE value from -fd-ncat.fits (px) float fuv_ncat_fwhm_world FUV FWHM_WORLD value from -fd-ncat.fits (deg) float fuv_ncat_flux_radius_1 FUV FLUX_RADIUS #1 (-fd-ncat)(px)[0.20] float fuv_ncat_flux_radius_2 FUV FLUX_RADIUS #2 (-fd-ncat)(px)[0.50] float fuv_ncat_flux_radius_3 FUV FLUX_RADIUS #3 (-fd-ncat)(px)[0.80] float fuv_ncat_flux_radius_4 FUV FLUX_RADIUS #4 (-fd-ncat)(px)[0.90] float fuv_ncat_flux_radius_5 FUV FLUX_RADIUS #5 (-fd-ncat)(px)[0.95] float fuv_ncat_flux_aper_1 FUV FLUX_APER #1 (-fd-ncat)(cnt/sec)[ 2. px] float fuv_ncat_flux_aper_2 FUV FLUX_APER #2 (-fd-ncat)(cnt/sec)[ 3. px] float fuv_ncat_flux_aper_3 FUV FLUX_APER #3 (-fd-ncat)(cnt/sec)[ 5. px] float fuv_ncat_flux_aper_4 FUV FLUX_APER #4 (-fd-ncat)(cnt/sec)[ 8. px] float fuv_ncat_flux_aper_5 FUV FLUX_APER #5 (-fd-ncat)(cnt/sec)[12. px] float fuv_ncat_flux_aper_6 FUV FLUX_APER #6 (-fd-ncat)(cnt/sec)[17. px] float fuv_ncat_flux_aper_7 FUV FLUX_APER #7 (-fd-ncat)(cnt/sec)[23. px] float fuv_ncat_fluxerr_aper_1 error for fuv_ncat_flux_aper_1 float fuv_ncat_fluxerr_aper_2 error for fuv_ncat_flux_aper_2 float fuv_ncat_fluxerr_aper_3 error for fuv_ncat_flux_aper_3 float fuv_ncat_fluxerr_aper_4 error for fuv_ncat_flux_aper_4 float fuv_ncat_fluxerr_aper_5 error for fuv_ncat_flux_aper_5 float fuv_ncat_fluxerr_aper_6 error for fuv_ncat_flux_aper_6 float fuv_ncat_fluxerr_aper_7 error for fuv_ncat_flux_aper_7 float fuv_ncat_mag_aper_1 FUV MAG_APER #1 (-fd-ncat)(raw mag)[ 2. px] float fuv_ncat_mag_aper_2 FUV MAG_APER #2 (-fd-ncat)(raw mag)[ 3. px] float fuv_ncat_mag_aper_3 FUV MAG_APER #3 (-fd-ncat)(raw mag)[ 5. px] float fuv_ncat_mag_aper_4 FUV MAG_APER #4 (-fd-ncat)(raw mag)[ 8. px] float fuv_ncat_mag_aper_5 FUV MAG_APER #5 (-fd-ncat)(raw mag)[12. px] float fuv_ncat_mag_aper_6 FUV MAG_APER #6 (-fd-ncat)(raw mag)[17. px] float fuv_ncat_mag_aper_7 FUV MAG_APER #7 (-fd-ncat)(raw mag)[23. px] float fuv_ncat_magerr_aper_1 error for fuv_ncat_mag_aper_1 float fuv_ncat_magerr_aper_2 error for fuv_ncat_mag_aper_2 float fuv_ncat_magerr_aper_3 error for fuv_ncat_mag_aper_3 float fuv_ncat_magerr_aper_4 error for fuv_ncat_mag_aper_4 float fuv_ncat_magerr_aper_5 error for fuv_ncat_mag_aper_5 float fuv_ncat_magerr_aper_6 error for fuv_ncat_mag_aper_6 float fuv_ncat_magerr_aper_7 error for fuv_ncat_mag_aper_7 float nuv_nc_r1 NUV neighbor count out to radius R1 int nuv_nc_r2 NUV neighbor count out to radius R2 int nuv_nc_r3 NUV neighbor count out to radius R3 int fuv_nc_r1 FUV neighbor count out to radius R1 int fuv_nc_r2 FUV neighbor count out to radius R2 int fuv_nc_r3 FUV neighbor count out to radius R3 int nuv_nf_r1 NUV neighbor flux out to radius R1 float nuv_nf_r2 NUV neighbor flux out to radius R2 float nuv_nf_r3 NUV neighbor flux out to radius R3 float fuv_nf_r1 FUV neighbor flux out to radius R1 float fuv_nf_r2 FUV neighbor flux out to radius R2 float fuv_nf_r3 FUV neighbor flux out to radius R3 float cn_radius Closest neighbor radius in arcseconds float cn_pa Closest neighbor position angle in degrees float cn_mag_nuv Closest neighbor NUV magnitude float cn_mag_fuv Closest neighbor FUV magnitude float nuv_skybg NUV sky background(pho/sec/sq.arcsec)(at centr) float fuv_skybg FUV sky background(pho/sec/sq.arcsec)(at centr) float nuv_weight NUV effective exposure (response) float fuv_weight FUV effective exposure (response) float nuv_int NUV intensity (photons/second/pixel) float fuv_int FUV intensity (photons/second/pixel) float nuv_thres NUV threshold sigmas (int-bg)/wt) float fuv_thres FUV threshold sigmas (int-bg)/wt) float nuv_contrast NUV ratio of min to max response near source float fuv_contrast FUV ratio of min to max response near source float nuv_scq_mdn NUV median Q within 40 arcsec of source float nuv_scq_p05 NUV 5th percentile Q: 40 arcssec of source float nuv_scq_p95 NUV 95th percentile Q: 40 arcssec of source float fuv_scq_mdn FUV median Q within 40 arcsec of source float fuv_scq_p05 FUV 5th percentile Q: 40 arcssec of source float fuv_scq_p95 FUV 95th percentile Q: 40 arcssec of source float nuv_maskpix NUV number of masked pixels near source int fuv_maskpix FUV number of masked pixels near source int nuv_artifact NUV artifact flag (logical OR near source) int fuv_artifact FUV artifact flag (logical OR near source) int nuv_scx NUV spacecraft X position float nuv_scy NUV spacecraft Y position float fuv_scx FUV spacecraft X position float fuv_scy FUV spacecraft Y position float nuv_Q NUV detector Q value float fuv_Q FUV detector Q value float nuv_ambg NUV ambiguity flag. int fuv_ambg FUV ambiguity flag. int nuv_nc NUV number of candidates. int fuv_nc FUV number of candidates. int nuv_cid1 First candidate for NUV source(FUV IDs) int fuv_cid1 First candidate for FUV source(NUV IDs) int nuv_cid2 Second candidate for NUV source(FUV IDs) int fuv_cid2 Second candidate for FUV source(NUV IDs) int nuv_cid3 Closest unmatched FUV source within 7 arcsec int fuv_cid3 Closest unmatched NUV source within 7 arcsec int nuv_poserr NUV position error in arcseconds float fuv_poserr FUV position error in arcseconds float ib_poserr Interband position error in arcseconds float nuv_pperr NUV Poisson position error in arcseconds float fuv_pperr FUV Poisson position error in arcseconds float match_reliability Reliability based on random unfilled FUV float sourcepa position angle betw. band sources. float NUV_NUMBER Running object number int NUV_FLUX_ISO Isophotal flux float NUV_FLUXERR_ISO RMS error for isophotal flux float NUV_MAG_ISO Isophotal magnitude float NUV_MAGERR_ISO RMS error for isophotal magnitude float NUV_FLUX_APER_1 Flux aperture ( 2.000 px) float NUV_FLUX_APER_2 Flux aperture ( 3.000 px) float NUV_FLUX_APER_3 Flux aperture ( 5.000 px) float NUV_FLUX_APER_4 Flux aperture ( 8.000 px) float NUV_FLUX_APER_5 Flux aperture ( 12.000 px) float NUV_FLUX_APER_6 Flux aperture ( 17.000 px) float NUV_FLUX_APER_7 Flux aperture ( 23.000 px) float NUV_FLUXERR_APER_1 Flux error aperture ( 2.000 px) float NUV_FLUXERR_APER_2 Flux error aperture ( 3.000 px) float NUV_FLUXERR_APER_3 Flux error aperture ( 5.000 px) float NUV_FLUXERR_APER_4 Flux error aperture ( 8.000 px) float NUV_FLUXERR_APER_5 Flux error aperture ( 12.000 px) float NUV_FLUXERR_APER_6 Flux error aperture ( 17.000 px) float NUV_FLUXERR_APER_7 Flux error aperture ( 23.000 px) float NUV_MAG_APER_1 Magnitude aperture ( 2.000 px) float NUV_MAG_APER_2 Magnitude aperture ( 3.000 px) float NUV_MAG_APER_3 Magnitude aperture ( 5.000 px) float NUV_MAG_APER_4 Magnitude aperture ( 8.000 px) float NUV_MAG_APER_5 Magnitude aperture ( 12.000 px) float NUV_MAG_APER_6 Magnitude aperture ( 17.000 px) float NUV_MAG_APER_7 Magnitude aperture ( 23.000 px) float NUV_MAGERR_APER_1 Magnitude error aperture ( 2.000 px) float NUV_MAGERR_APER_2 Magnitude error aperture ( 3.000 px) float NUV_MAGERR_APER_3 Magnitude error aperture ( 5.000 px) float NUV_MAGERR_APER_4 Magnitude error aperture ( 8.000 px) float NUV_MAGERR_APER_5 Magnitude error aperture ( 12.000 px) float NUV_MAGERR_APER_6 Magnitude error aperture ( 17.000 px) float NUV_MAGERR_APER_7 Magnitude error aperture ( 23.000 px) float NUV_FLUX_AUTO Flux within a Kron-like elliptical aperture float NUV_FLUXERR_AUTO RMS error for AUTO flux float NUV_MAG_AUTO Kron-like elliptical aperture magnitude float NUV_MAGERR_AUTO RMS error for AUTO magnitude float NUV_FLUX_RADIUS_1 Fraction-of-light radius ( 0.2000) float NUV_FLUX_RADIUS_2 Fraction-of-light radius ( 0.5000) float NUV_FLUX_RADIUS_3 Fraction-of-light radius ( 0.8000) float NUV_FLUX_RADIUS_4 Fraction-of-light radius ( 0.9000) float NUV_FLUX_RADIUS_5 Fraction-of-light radius ( 0.9500) float NUV_KRON_RADIUS Kron apertures in units of A or B float NUV_BACKGROUND Background at centroid position float NUV_THRESHOLD Detection threshold above background float NUV_MU_THRESHOLD Detection threshold above background float NUV_FLUX_MAX Peak flux above background float NUV_MU_MAX Peak surface brightness above background float NUV_ISOAREA_IMAGE Isophotal area above Analysis threshold float NUV_ISOAREA_WORLD Isophotal area above Analysis threshold float NUV_ISOAREAF_IMAGE Isophotal area (filtered) above Detection thres float NUV_ISOAREAF_WORLD Isophotal area (filtered) above Detection thres float NUV_XMIN_IMAGE Minimum x-coordinate among detected pixels int NUV_YMIN_IMAGE Minimum y-coordinate among detected pixels int NUV_XMAX_IMAGE Maximum x-coordinate among detected pixels int NUV_YMAX_IMAGE Maximum y-coordinate among detected pixels int NUV_X_IMAGE Object position along x float NUV_Y_IMAGE Object position along y float NUV_XPEAK_IMAGE x-coordinate of the brightest pixel int NUV_YPEAK_IMAGE y-coordinate of the brightest pixel int NUV_ALPHA_J2000 Right ascension of barycenter (J2000) double NUV_DELTA_J2000 Declination of barycenter (J2000) double NUV_X2_IMAGE Variance along x float NUV_Y2_IMAGE Variance along y float NUV_XY_IMAGE Covariance between x and y float NUV_X2_WORLD Variance along X-WORLD (alpha) float NUV_Y2_WORLD Variance along Y-WORLD (delta) float NUV_XY_WORLD Covariance between X-WORLD and Y-WORLD float NUV_CXX_IMAGE Cxx object ellipse parameter float NUV_CYY_IMAGE Cyy object ellipse parameter float NUV_CXY_IMAGE Cxy object ellipse parameter float NUV_CXX_WORLD Cxx object ellipse parameter (WORLD units) float NUV_CYY_WORLD Cyy object ellipse parameter (WORLD units) float NUV_CXY_WORLD Cxy object ellipse parameter (WORLD units) float NUV_A_IMAGE Profile RMS along major axis float NUV_B_IMAGE Profile RMS along minor axis float NUV_A_WORLD Profile RMS along major axis (world units) float NUV_B_WORLD Profile RMS along minor axis (world units) float NUV_THETA_IMAGE Position angle (CCW/x) float NUV_THETA_WORLD Position angle (CCW/world-x) float NUV_THETA_J2000 Position angle (east of north) (J2000) float NUV_ELONGATION A_IMAGE/B_IMAGE float NUV_ELLIPTICITY 1 - B_IMAGE/A_IMAGE float NUV_ERRX2_IMAGE Variance of position along x double NUV_ERRY2_IMAGE Variance of position along y double NUV_ERRXY_IMAGE Covariance of position between x and y float NUV_ERRX2_WORLD Variance of position along X-WORLD (alpha) double NUV_ERRY2_WORLD Variance of position along Y-WORLD (delta) double NUV_ERRXY_WORLD Covariance of position X-WORLD/Y-WORLD float NUV_ERRCXX_IMAGE Cxx error ellipse parameter float NUV_ERRCYY_IMAGE Cyy error ellipse parameter float NUV_ERRCXY_IMAGE Cxy error ellipse parameter float NUV_ERRCXX_WORLD Cxx error ellipse parameter (WORLD units) float NUV_ERRCYY_WORLD Cyy error ellipse parameter (WORLD units) float NUV_ERRCXY_WORLD Cxy error ellipse parameter (WORLD units) float NUV_ERRA_IMAGE RMS position error along major axis float NUV_ERRB_IMAGE RMS position error along minor axis float NUV_ERRA_WORLD World RMS position error along major axis float NUV_ERRB_WORLD World RMS position error along minor axis float NUV_ERRTHETA_IMAGE Error ellipse position angle (CCW/x) float NUV_ERRTHETA_WORLD Error ellipse pos. angle (CCW/world-x) float NUV_ERRTHETA_J2000 J2000 error ellipse pos. angle (east of north) float NUV_FWHM_IMAGE FWHM assuming a gaussian core float NUV_FWHM_WORLD FWHM assuming a gaussian core float NUV_FLAGS Extraction flags int NUV_CLASS_STAR S/G classifier output float FUV_NUMBER Running object number int FUV_FLUX_ISO Isophotal flux float FUV_FLUXERR_ISO RMS error for isophotal flux float FUV_MAG_ISO Isophotal magnitude float FUV_MAGERR_ISO RMS error for isophotal magnitude float FUV_FLUX_APER_1 Flux aperture ( 2.000 px) float FUV_FLUX_APER_2 Flux aperture ( 3.000 px) float FUV_FLUX_APER_3 Flux aperture ( 5.000 px) float FUV_FLUX_APER_4 Flux aperture ( 8.000 px) float FUV_FLUX_APER_5 Flux aperture ( 12.000 px) float FUV_FLUX_APER_6 Flux aperture ( 17.000 px) float FUV_FLUX_APER_7 Flux aperture ( 23.000 px) float FUV_FLUXERR_APER_1 Flux error aperture ( 2.000 px) float FUV_FLUXERR_APER_2 Flux error aperture ( 3.000 px) float FUV_FLUXERR_APER_3 Flux error aperture ( 5.000 px) float FUV_FLUXERR_APER_4 Flux error aperture ( 8.000 px) float FUV_FLUXERR_APER_5 Flux error aperture ( 12.000 px) float FUV_FLUXERR_APER_6 Flux error aperture ( 17.000 px) float FUV_FLUXERR_APER_7 Flux error aperture ( 23.000 px) float FUV_MAG_APER_1 Magnitude aperture ( 2.000 px) float FUV_MAG_APER_2 Magnitude aperture ( 3.000 px) float FUV_MAG_APER_3 Magnitude aperture ( 5.000 px) float FUV_MAG_APER_4 Magnitude aperture ( 8.000 px) float FUV_MAG_APER_5 Magnitude aperture ( 12.000 px) float FUV_MAG_APER_6 Magnitude aperture ( 17.000 px) float FUV_MAG_APER_7 Magnitude aperture ( 23.000 px) float FUV_MAGERR_APER_1 Magnitude error aperture ( 2.000 px) float FUV_MAGERR_APER_2 Magnitude error aperture ( 3.000 px) float FUV_MAGERR_APER_3 Magnitude error aperture ( 5.000 px) float FUV_MAGERR_APER_4 Magnitude error aperture ( 8.000 px) float FUV_MAGERR_APER_5 Magnitude error aperture ( 12.000 px) float FUV_MAGERR_APER_6 Magnitude error aperture ( 17.000 px) float FUV_MAGERR_APER_7 Magnitude error aperture ( 23.000 px) float FUV_FLUX_AUTO Flux within a Kron-like elliptical aperture float FUV_FLUXERR_AUTO RMS error for AUTO flux float FUV_MAG_AUTO Kron-like elliptical aperture magnitude float FUV_MAGERR_AUTO RMS error for AUTO magnitude float FUV_FLUX_RADIUS_1 Fraction-of-light radius ( 0.2000) float FUV_FLUX_RADIUS_2 Fraction-of-light radius ( 0.5000) float FUV_FLUX_RADIUS_3 Fraction-of-light radius ( 0.8000) float FUV_FLUX_RADIUS_4 Fraction-of-light radius ( 0.9000) float FUV_FLUX_RADIUS_5 Fraction-of-light radius ( 0.9500) float FUV_KRON_RADIUS Kron apertures in units of A or B float FUV_BACKGROUND Background at centroid position float FUV_THRESHOLD Detection threshold above background float FUV_MU_THRESHOLD Detection threshold above background float FUV_FLUX_MAX Peak flux above background float FUV_MU_MAX Peak surface brightness above background float FUV_ISOAREA_IMAGE Isophotal area above Analysis threshold float FUV_ISOAREA_WORLD Isophotal area above Analysis threshold float FUV_ISOAREAF_IMAGE Isophotal area (filtered) above Detection thres float FUV_ISOAREAF_WORLD Isophotal area (filtered) above Detection thres float FUV_XMIN_IMAGE Minimum x-coordinate among detected pixels int FUV_YMIN_IMAGE Minimum y-coordinate among detected pixels int FUV_XMAX_IMAGE Maximum x-coordinate among detected pixels int FUV_YMAX_IMAGE Maximum y-coordinate among detected pixels int FUV_X_IMAGE Object position along x float FUV_Y_IMAGE Object position along y float FUV_XPEAK_IMAGE x-coordinate of the brightest pixel int FUV_YPEAK_IMAGE y-coordinate of the brightest pixel int FUV_ALPHA_J2000 Right ascension of barycenter (J2000) double FUV_DELTA_J2000 Declination of barycenter (J2000) double FUV_X2_IMAGE Variance along x float FUV_Y2_IMAGE Variance along y float FUV_XY_IMAGE Covariance between x and y float FUV_X2_WORLD Variance along X-WORLD (alpha) float FUV_Y2_WORLD Variance along Y-WORLD (delta) float FUV_XY_WORLD Covariance between X-WORLD and Y-WORLD float FUV_CXX_IMAGE Cxx object ellipse parameter float FUV_CYY_IMAGE Cyy object ellipse parameter float FUV_CXY_IMAGE Cxy object ellipse parameter float FUV_CXX_WORLD Cxx object ellipse parameter (WORLD units) float FUV_CYY_WORLD Cyy object ellipse parameter (WORLD units) float FUV_CXY_WORLD Cxy object ellipse parameter (WORLD units) float FUV_A_IMAGE Profile RMS along major axis float FUV_B_IMAGE Profile RMS along minor axis float FUV_A_WORLD Profile RMS along major axis (world units) float FUV_B_WORLD Profile RMS along minor axis (world units) float FUV_THETA_IMAGE Position angle (CCW/x) float FUV_THETA_WORLD Position angle (CCW/world-x) float FUV_THETA_J2000 Position angle (east of north) (J2000) float FUV_ELONGATION A_IMAGE/B_IMAGE float FUV_ELLIPTICITY 1 - B_IMAGE/A_IMAGE float FUV_ERRX2_IMAGE Variance of position along x double FUV_ERRY2_IMAGE Variance of position along y double FUV_ERRXY_IMAGE Covariance of position between x and y float FUV_ERRX2_WORLD Variance of position along X-WORLD (alpha) double FUV_ERRY2_WORLD Variance of position along Y-WORLD (delta) double FUV_ERRXY_WORLD Covariance of position X-WORLD/Y-WORLD float FUV_ERRCXX_IMAGE Cxx error ellipse parameter float FUV_ERRCYY_IMAGE Cyy error ellipse parameter float FUV_ERRCXY_IMAGE Cxy error ellipse parameter float FUV_ERRCXX_WORLD Cxx error ellipse parameter (WORLD units) float FUV_ERRCYY_WORLD Cyy error ellipse parameter (WORLD units) float FUV_ERRCXY_WORLD Cxy error ellipse parameter (WORLD units) float FUV_ERRA_IMAGE RMS position error along major axis float FUV_ERRB_IMAGE RMS position error along minor axis float FUV_ERRA_WORLD World RMS position error along major axis float FUV_ERRB_WORLD World RMS position error along minor axis float FUV_ERRTHETA_IMAGE Error ellipse position angle (CCW/x) float FUV_ERRTHETA_WORLD Error ellipse pos. angle (CCW/world-x) float FUV_ERRTHETA_J2000 J2000 error ellipse pos. angle (east of north) float FUV_FWHM_IMAGE FWHM assuming a gaussian core float FUV_FWHM_WORLD FWHM assuming a gaussian core float FUV_FLAGS Extraction flags int FUV_CLASS_STAR S/G classifier output float isThereSpectrum Spectrum Flag. Does this object have a spectrum? Yes (1), No (0) ID_CROSSID boolean cx unit vector for ra+dec POS_EQ_CART_X double cy unit vector for ra+dec POS_EQ_CART_Y double cz unit vector for ra+dec POS_EQ_CART_Z double htmID 20-deep hierarchical trangular mesh ID of this object. CODE_HTM long