Calibrated Objects
File Format:
FITS binary table
Name:
tsObj-rrrrrr-c-v-ffff.fit,
where rrrrrr is the imaging run number, c is the camera
column (1-6), and v is the rerun number and ffff is the first
field number of the segment.
Produced by:
ts
Used by:
ts, sx
Size:
7 * 2880 + (2240 * Nstars) {rounded up to nearest multiple of 2880) * Nfields.
For a single pipeline run with 1000 fields, 400 objects per field,
887.06 Mb.
Archived?
Yes, by sx.
Description
Calibrated version of the object lists put out by the frames pipeline.
Primary Header
SIMPLE = T
BITPIX = 8
NAXIS = 0
EXTEND = T
RUN = XXX / Imaging run number.
CAMCOL = XXX / Column in the imaging camera.
RERUN = XXX / Rerun number
FIELD0 = XXX / First field reduced.
NFIELDS = XXX / Number of fields reduced.
STRIPE = XXX / Stripe number
STRIP = 'X ' / N - north, S - south
EQUINOX = XXXX.XXXXXX / Equinox of great circle scanned (Julian years)
NODE = XXX.XXXXXX / Ascending node of great circle scanned (deg)
INCL = XXX.XXXXXX / Inclincation of great circle scanned (deg)
C_OBS = XXXXX.XXX / CCD clock rate (usec/unbinned-row)
TRACKING= XXXXX.XXX / Tracking rate (arcsec/TAI-sec)
PHOTO_ID= 'XXX ' / Photometric pipeline run id.
TASTR_ID= 'XXX ' / Astrometric pipeline run id for target.
EASTR_ID= 'XXX ' / Astrometric pipeline run id for export.
TFCAL_ID= 'XXX ' / Photometric calibration run id for target.
EFCAL_ID= 'XXX ' / Photometric calibration run id for export.
PHOT_VER= 'XXX ' / Version of frames pipeline used.
TAST_VER= 'XXX ' / Version of astrometric pipeline for target.
EAST_VER= 'XXX ' / Version of astrometric pipeline for export.
TFCA_VER= 'XXX ' / Version of fcalib for target.
EFCA_VER= 'XXX ' / Version of fcalib for export.
TARG_VER= 'XXX ' / Version of target pipeline used.
EXPO_VER= 'XXX ' / Version of export pipeline used.
FILTERS = 'XXX XXX ...' / Filter order in array fields
OBJ_SRC = 'XXX ' / Source of objects:
COMMENT / OPDB_PRELIM = OPDB, preliminary data
COMMENT / OPDB_EXPORT = OPDB, exported to SX
COMMENT / SX = Science Database
COMMENT / FLATFILES = Flat files
TARG_SRC= 'XXX ' / Source of target info:
COMMENT / OPDB_PRELIM = OPDB, preliminary data
COMMENT / OPDB_EXPORT = OPDB, exported to SX
COMMENT / SX = Science Database
COMMENT / FLATFILES = Flat files
RESOLVED= T / Data from a resolved segment
EXPORTED= XXX / Type of objects exported in this file:
COMMENT / 1 = spectroscopic targets only
COMMENT / 2 = primaries only
COMMENT / 3 = primaries and secondaries
COMMENT / 4 = all objects
FAMILIES= T / Contains family members of included objects
REF_BAND= 2 / band used for canonical centre
DARK_VAR= '4 4 4 4 4' / Per-pixel variances at zero DN (DN^2)
GAIN = '3.5 3.5 3.5 3.5 3.5' / Mean gains of amplifiers (e/DN)
END
Table Header
There is one HDU of this type in the file for each field, ordered by field
number.
The "QUALITY" keyword records the quality of data in the field, in terms of its
acceptance for the survey, and can take the following meanings:
'BAD ' /* Not acceptable for the survey */
'ACCEPTABLE' /* Acceptable for the survey, but we'd better data */
'GOOD ' /* Fully acceptable --- no desire for better data */
'MISSING ' /* No objects in this field, because data is missing, but we
* accept the field into the survey as a hole in the survey */
'HOLE ' /* Data in this field is not acceptable, but we will accept the
* field into the survey as a hole in the survey, meaning none
* of the objects in the field are part of the survey */
The "STATUS_X" keywords record the status of the PSF fit for that field in
that filter, and can take the following meanings:
'UNKNOWN ' /* ??? */
'OK ' /* PSF fitted by 2nd order parabolas */
'PSF22 ' /* PSF fitted by linear functions */
'PSF11 ' /* PSF fitted by a constant */
'NOPSF ' /* PSF fit from previous frame used*/
'ABORTED ' /* ??? */
'MISSING ' /* ??? */
PSP_STAT is the maximum value of STATUS_X over all 5 filters.
The objc_type, objc_flags, objc_flags2,
flags, flags2, and type fields
are enumerated types or bit masks, with the same set of legal values as found
for the same fields in the fpObjc file.
The status field is a bit mask specifying the status of the object
in the survey. The bits are defined as:
AR_OBJECT_STATUS_SET = 0x1, /* This object's status has been set */
/* in reference to its own run. */
AR_OBJECT_STATUS_GOOD = 0x2, /* Good as determined by its */
/* object flags. Absence implies */
/* bad. This flag is set by */
/* "setObjectStatus". */
AR_OBJECT_STATUS_DUPLICATE = 0x4, /* This object has one or more */
/* duplicate detections in an */
/* adjacent field of the same Frames */
/* Pipeline Run. This is set by */
/* "setObjectStatus". */
AR_OBJECT_STATUS_OK_RUN = 0x10, /* Located within the primary range */
/* of rows for this field. This is */
/* usable object. This flag is set */
/* by "setObjectStatus". */
AR_OBJECT_STATUS_RESOLVED = 0x20, /* This object has been resolved */
/* against other runs. */
AR_OBJECT_STATUS_PSEGMENT = 0x40, /* Belongs to a PRIMARY segment. */
/* This does not imply that this is a*/
/* primary object. */
AR_OBJECT_STATUS_FIRST_FIELD= 0x100, /* Belongs to the first field in its */
/* segment. Used to distinguish */
/* objects in fields shared by two */
/* segments. */
AR_OBJECT_STATUS_OK_SCANLINE= 0x200, /* Lies within valid nu range */
/* for its scanline. */
AR_OBJECT_STATUS_OK_STRIPE = 0x400, /* Lies within valid eta range for */
/* its stripe. */
AR_OBJECT_STATUS_SECONDARY = 0x1000, /* This is a secondary survey object.*/
AR_OBJECT_STATUS_PRIMARY = 0x2000, /* This is a primary survey object. */
AR_OBJECT_STATUS_TARGET = 0x4000 /* This is a spectroscopic target. */
The primTarget field is a bit mask specifying which primary target
catagories the object was selected in. The bits are defined as:
AR_TARGET_QSO_HIZ = 0x1,
AR_TARGET_QSO_CAP = 0x2,
AR_TARGET_QSO_SKIRT = 0x4,
AR_TARGET_QSO_FIRST_CAP = 0x8,
AR_TARGET_QSO_FIRST_SKIRT = 0x10,
AR_TARGET_QSO_MAG_OUTLIER = 0x2000000,
AR_TARGET_QSO_REJECT = 0x20000000,
AR_TARGET_GALAXY_RED = 0x20,
AR_TARGET_GALAXY_RED_II = 0x4000000,
AR_TARGET_GALAXY = 0x40,
AR_TARGET_GALAXY_BIG = 0x80,
AR_TARGET_GALAXY_BRIGHT_CORE= 0x100,
AR_TARGET_ROSAT_A = 0x200,
AR_TARGET_ROSAT_B = 0x400,
AR_TARGET_ROSAT_C = 0x800,
AR_TARGET_ROSAT_D = 0x1000,
AR_TARGET_ROSAT_E = 0x8000000,
AR_TARGET_STAR_BHB = 0x2000,
AR_TARGET_STAR_CARBON = 0x4000,
AR_TARGET_STAR_BROWN_DWARF = 0x8000,
AR_TARGET_STAR_SUB_DWARF = 0x10000,
AR_TARGET_STAR_CATY_VAR = 0x20000,
AR_TARGET_STAR_RED_DWARF = 0x40000,
AR_TARGET_STAR_WHITE_DWARF = 0x80000,
AR_TARGET_STAR_PN = 0x10000000,
AR_TARGET_SERENDIP_BLUE = 0x100000,
AR_TARGET_SERENDIP_FIRST = 0x200000,
AR_TARGET_SERENDIP_RED = 0x400000,
AR_TARGET_SERENDIP_DISTANT = 0x800000,
AR_TARGET_SERENDIP_MANUAL = 0x1000000
The secTarget field is a bit mask specifying which secondary target
catagories the object was selected in. The bits are defined as:
TAR_TARGET_LIGHT_TRAP = 0x1,
TAR_TARGET_REDDEN_STD = 0x2,
TAR_TARGET_TEST_TARGET = 0x4,
TAR_TARGET_QA = 0x8,
TAR_TARGET_SKY = 0x10,
TAR_TARGET_SPECTROPHOTO_STD = 0x20,
TAR_TARGET_GUIDE_STAR = 0x40,
TAR_TARGET_BUNDLE_HOLE = 0x80,
TAR_TARGET_QUALITY_HOLE = 0x100,
TAR_TARGET_HOT_STD = 0x200
The CULLED keyword is a bit mask with the same bit values as the
primTarget field. If a bit is set, then all targets of that target
type were culled during target selection, and thus this field is excluded from
that science sample.
XTENSION= 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 2732
NAXIS2 = XXX
PCOUNT = 0
GCOUNT = 1
TFIELDS = 146
FIELD = XXX / Field sequence number within the run.
QUALITY = 'XXX ' / Quality of field in terms of survey acceptance
CULLED = XXX / Culling bit mask
MJD_U = XXXXX.XXXXXX / MJD(TAI) when row 0 of u' frame was read
MJD_G = XXXXX.XXXXXX / MJD(TAI) when row 0 of g' frame was read
MJD_R = XXXXX.XXXXXX / MJD(TAI) when row 0 of r' frame was read
MJD_I = XXXXX.XXXXXX / MJD(TAI) when row 0 of i' frame was read
MJD_Z = XXXXX.XXXXXX / MJD(TAI) when row 0 of z' frame was read
SEEING_U= XX.X / Seeing on the u' frame (FWHM, arcsecs)
SEEING_G= XX.X / Seeing on the g' frame (FWHM, arcsecs)
SEEING_R= XX.X / Seeing on the r' frame (FWHM, arcsecs)
SEEING_I= XX.X / Seeing on the i' frame (FWHM, arcsecs)
SEEING_Z= XX.X / Seeing on the z' frame (FWHM, arcsecs)
STATUS_U= 'XXX ' / PSF fit status on u' frame
STATUS_G= 'XXX ' / PSF fit status on g' frame
STATUS_R= 'XXX ' / PSF fit status on r' frame
STATUS_I= 'XXX ' / PSF fit status on i' frame
STATUS_Z= 'XXX ' / PSF fit status on z' frame
PSP_STAT= 'XXX ' / Maximum of STATUS value on all 5 frames
PSFERR_U= XXX.XX / Photometric err due to imperfect PSF model(mag)
PSFERR_G= XXX.XX / Photometric err due to imperfect PSF model(mag)
PSFERR_R= XXX.XX / Photometric err due to imperfect PSF model(mag)
PSFERR_I= XXX.XX / Photometric err due to imperfect PSF model(mag)
PSFERR_Z= XXX.XX / Photometric err due to imperfect PSF model(mag)
SKY_U = XXX.XX / Global sky value after obj sub (mag/arcsec^2)
SKY_G = XXX.XX / Global sky value after obj sub (mag/arcsec^2)
SKY_R = XXX.XX / Global sky value after obj sub (mag/arcsec^2)
SKY_I = XXX.XX / Global sky value after obj sub (mag/arcsec^2)
SKY_Z = XXX.XX / Global sky value after obj sub (mag/arcsec^2)
TFORM1 = '1J '
TTYPE1 = 'run ' / Run ID
TUNIT1 = 'unitless'
TFORM2 = '1J '
TTYPE2 = 'camCol ' / Camera column
TUNIT2 = 'unitless'
TFORM3 = '1J '
TTYPE3 = 'rerun ' / Rerun number
TUNIT3 = 'unitless'
TFORM4 = '1J '
TTYPE4 = 'field ' / Field ID
TUNIT4 = 'unitless'
TFORM5 = '1J '
TTYPE5 = 'parent ' / Parent
TUNIT5 = 'unitless'
TFORM6 = '1J '
TTYPE6 = 'id ' / Object ID, unique within its field (1 indexed)
TUNIT6 = 'unitless'
TFORM7 = '1J '
TTYPE7 = 'nchild ' / Number of Children
TUNIT7 = 'unitless'
TFORM8 = '1J '
TTYPE8 = 'objc_type' / Classification
TUNIT8 = 'unitless'
TFORM9 = '1E '
TTYPE9 = 'objc_prob_psf' / Probablity object is a star
TUNIT9 = 'unitless'
TFORM10 = '1J '
TTYPE10 = 'catID ' / Catalog ID
TUNIT10 = 'unitless'
TFORM11 = '1J '
TTYPE11 = 'objc_flags' / Object flags
TUNIT11 = 'unitless'
TFORM12 = '1J '
TTYPE12 = 'objc_flags2' / More object flags
TUNIT12 = 'unitless'
TFORM13 = '1E '
TTYPE13 = 'objc_rowc' / Nominal row position (r' coordinates)
TUNIT13 = 'pixels '
TFORM14 = '1E '
TTYPE14 = 'objc_rowcErr' / Nominal row position (r' coordinates) error
COMMENT / This is the centroiding error only. It does
COMMENT / not include errors from the TRANS structures.
TUNIT14 = 'pixels '
TFORM15 = '1E '
TTYPE15 = 'objc_colc' / Nominal column position (r' coordinates)
TUNIT15 = 'pixels '
TFORM16 = '1E '
TTYPE16 = 'objc_colcErr' / Nominal column position (r' coordinates) error
COMMENT / This is the centroiding error only. It does
COMMENT / not include errors from the TRANS structures.
TUNIT16 = 'pixels '
TFORM17 = '1E '
TTYPE17 = 'rowv ' / Row-component of object's velocity
TUNIT17 = 'deg/day '
TFORM18 = '1E '
TTYPE18 = 'rowvErr ' / Row-component of object's velocity error
TUNIT18 = 'deg/day '
TFORM19 = '1E '
TTYPE19 = 'colv' / Column-component of object's velocity
TUNIT19 = 'deg/day'
TFORM20 = '1E '
TTYPE20 = 'colvErr' / Column-component of obejct's velocity error
TUNIT20 = 'deg/day'
TFORM21 = '5E '
TTYPE21 = 'rowc ' / Row center
TUNIT21 = 'pixels '
TFORM22 = '5E '
TTYPE22 = 'rowcErr ' / Row center error
TUNIT22 = 'pixels '
TFORM23 = '5E '
TTYPE23 = 'colc ' / Center colum
TUNIT23 = 'pixels '
TFORM24 = '5E '
TTYPE24 = 'colcErr ' / Center column error
TUNIT24 = 'pixels '
TFORM25 = '5E '
TTYPE25 = 'sky ' / Sky flux
TUNIT25 = 'asinh mag/arcsec^2'
TFORM26 = '5E '
TTYPE26 = 'skyErr ' / Sky flux error
TUNIT26 = 'asinh mag/arcsec^2'
TFORM27 = '5E '
TTYPE27 = 'psfCounts' / PSF flux
TUNIT27 = 'asinh mag '
TFORM28 = '5E '
TTYPE28 = 'psfCountsErr' / PSF flux error
TUNIT28 = 'asinh mag '
TFORM29 = '5E '
TTYPE29 = 'fiberCounts' / Flux in 3 arcsec diameter fiber radius
TUNIT29 = 'asinh mag '
TFORM30 = '5E '
TTYPE30 = 'fiberCountsErr' / Flux in 3 arcsec diameter fiber radius error
TUNIT30 = 'asinh mag '
TFORM31 = '5E '
TTYPE31 = 'petroCounts' / Petrosian flux
TUNIT31 = 'asinh mag '
TFORM32 = '5E '
TTYPE32 = 'petroCountsErr' / Petrosian flux error
TUNIT32 = 'asinh mag '
TFORM33 = 5E '
TTYPE33 = 'petroRad' / Petrosian radius
TUNIT33 = 'arcsec '
TFORM34 = '5E '
TTYPE34 = 'petroRadErr' / Petrosian radius error
TUNIT34 = 'arcsec '
TFORM35 = '5E '
TTYPE35 = 'petroR50' / Radius with 50 percent of Petrosian light
TUNIT35 = 'arcsec '
TFORM36 = '5E '
TTYPE36 = 'petroR50Err' / Radius with 50 percent of Petrosian light error
TUNIT36 = 'arcsec '
TFORM37 = '5E '
TTYPE37 = 'petroR90' / Radius with 90 percent of Petrosian light
TUNIT37 = 'arcsec '
TFORM38 = '5E '
TTYPE38 = 'petroR90Err' / Radius with 90 percent of Petrosian light error
TUNIT38 = 'arcsec '
TFORM39 = '5E '
TTYPE39 = 'Q ' / Stokes Q parameter
TUNIT39 = 'unitless'
TFORM40 = '5E '
TTYPE40 = 'QErr ' / Stokes Q parameter error
TUNIT40 = 'unitless'
TFORM41 = '5E '
TTYPE41 = 'U ' / Stokes U parameter
TUNIT41 = 'unitless'
TFORM42 = '5E '
TTYPE42 = 'UErr ' / Stokes U parameter error
TUNIT42 = 'unitless'
TFORM43 = '5E '
TTYPE43 = 'M_e1 ' / Adaptive E1 shape measure
TUNIT43 = 'unitless'
TFORM44 = '5E '
TTYPE44 = 'M_e2 ' / Adaptive E2 shape measure
TUNIT44 = 'unitless'
TFORM45 = '5E '
TTYPE45 = 'M_e1e1Err' / Covariance in E1-E1 shape measure
TUNIT45 = 'unitless'
TFORM46 = '5E '
TTYPE46 = 'M_e1e2Err' / Covariance in E1-E2 shape measure
TUNIT46 = 'unitless'
TFORM47 = '5E '
TTYPE47 = 'M_e2e2Err' / Covariance in E2-E2 shape measure
TUNIT47 = 'unitless'
TFORM48 = '5E '
TTYPE48 = 'M_rr_cc ' / Adaptive ( + )
TUNIT48 = 'unitless'
TFORM49 = '5E '
TTYPE49 = 'M_rr_ccErr' / Error in adaptive ( + )
TUNIT49 = 'unitless'
TFORM50 = '5E '
TTYPE50 = 'M_cr4 ' / Adaptive fourth moment
TUNIT50 = 'unitless'
TFORM51 = '5E '
TTYPE51 = 'M_e1_psf' / Adaptive E1 for PSF
TUNIT51 = 'unitless'
TFORM52 = '5E '
TTYPE52 = 'M_e2_psf' / Adaptive E2 for PSF
TUNIT52 = 'unitless'
TFORM53 = '5E '
TTYPE53 = 'M_rr_cc_psf' / Adaptive () for PSF
TUNIT53 = 'unitless'
TFORM54 = '5E '
TTYPE54 = 'M_cr4_psf' / Adaptive fourth moment for PSF
TUNIT54 = 'unitless'
TFORM55 = '5E '
TTYPE55 = 'iso_rowc' / Isophotal row centroid
TUNIT55 = 'pixels '
TFORM56 = '5E '
TTYPE56 = 'iso_rowcErr' / Isophotal row centroid error
TUNIT56 = 'pixels '
TFORM57 = '5E '
TTYPE57 = 'iso_rowcGrad' / Gradient in row centroid with isophote
TUNIT57 = 'pixels/mag/arcsec^2'
TFORM58 = '5E '
TTYPE58 = 'iso_colc' / Isophotal column centroid
TUNIT58 = 'pixels '
TFORM59 = '5E '
TTYPE59 = 'iso_colcErr' / Isophotal column centroid error
TUNIT59 = 'pixels '
TFORM60 = '5E '
TTYPE60 = 'iso_colcGrad' / Gradient in column centroid with isophote
TUNIT60 = 'pixels/mag/arcsec^2'
TFORM61 = '5E '
TTYPE61 = 'iso_a ' / Isophotal major axis
TUNIT61 = 'arcsec '
TFORM62 = '5E '
TTYPE62 = 'iso_aErr' / Isophotal major axis error
TUNIT62 = 'arcsec '
TFORM63 = '5E '
TTYPE63 = 'iso_aGrad' / Gradient in major axis with isophote
TUNIT63 = 'arcsec/mag/arcsec^2'
TFORM64 = '5E '
TTYPE64 = 'iso_b ' / Isophotal minor axis
TUNIT64 = 'arcsec '
TFORM65 = '5E '
TTYPE65 = 'iso_bErr' / Isophotal minor axis error
TUNIT65 = 'arcsec '
TFORM66 = '5E '
TTYPE66 = 'iso_bGrad' / Gradient in minor axis with isophote
TUNIT66 = 'arcsec/mag/arcsec^2'
TFORM67 = '5E '
TTYPE67 = 'iso_phi ' / Isophotal position angle
TUNIT67 = 'degrees (+N thru E)'
TFORM68 = '5E '
TTYPE68 = 'iso_phiErr' / Isophotal position angle error
TUNIT68 = 'degrees '
TFORM69 = '5E '
TTYPE69 = 'iso_phiGrad' / Gradient in positional angle with isophote
TUNIT69 = 'degrees/mag/arcsec^2'
TFORM70 = '5E '
TTYPE70 = 'r_deV ' / De Vaucouleurs fit scale radius
TUNIT70 = 'arcsec '
TFORM71 = '5E '
TTYPE71 = 'r_deVErr' / De Vaucouleurs fit scale radius error
TUNIT71 = 'arcsec '
TFORM72 = '5E '
TTYPE72 = 'ab_deV ' / De Vaucouleurs fit a/b
TUNIT72 = 'unitless'
TFORM73 = '5E '
TTYPE73 = 'ab_deVErr' / De Vaucouleurs fit a/b error
TUNIT73 = 'unitless'
TFORM74 = '5E '
TTYPE74 = 'phi_deV ' / De Vaucouleurs fit position angle
TUNIT74 = 'degrees (+N thru E)'
TFORM75 = '5E '
TTYPE75 = 'phi_deVErr' / De Vaucouleurs fit position angle error
TUNIT75 = 'degrees '
TFORM76 = '5E '
TTYPE76 = 'counts_deV' / De Vaucouleurs magnitude fit
TUNIT76 = 'asinh mag '
TFORM77 = '5E '
TTYPE77 = 'counts_deVErr' / De Vaucouleurs magnitude fit error
TUNIT77 = 'asinh mag '
TFORM78 = '5E '
TTYPE78 = 'r_exp ' / Exponetial fit scale radius
TUNIT78 = 'arcsec '
TFORM79 = '5E '
TTYPE79 = 'r_expErr' / Exponetial fit scale radius error
TUNIT79 = 'arcsec '
TFORM80 = '5E '
TTYPE80 = 'ab_exp ' / Exponential fit a/b
TUNIT80 = 'unitless'
TFORM81 = '5E '
TTYPE81 = 'ab_expErr' / Exponential fit a/b error
TUNIT81 = 'unitless'
TFORM82 = '5E '
TTYPE82 = 'phi_exp ' / Exponential fit position angle
TUNIT82 = 'degrees (+N thru E)'
TFORM83 = '5E '
TTYPE83 = 'phi_expErr' / Exponential fit position angle error
TUNIT83 = 'degrees '
TFORM84 = '5E '
TTYPE84 = 'counts_exp' / Exponential fit
TUNIT84 = 'asinh mag '
TFORM85 = '5E '
TTYPE85 = 'counts_expErr' / Exponential fit error
TUNIT85 = 'asinh mag '
TFORM86 = '5E '
TTYPE86 = 'counts_model' / Better of DeV/Exp magnitude fit
TUNIT86 = 'asinh mag '
TFORM87 = '5E '
TTYPE87 = 'counts_modelErr' / Better of DeV/Exp magnitude fit error
TUNIT87 = 'asinh mag '
TFORM88 = '5E '
TTYPE88 = 'texture ' / Texture parameter
TUNIT88 = 'unitless'
TFORM89 = '5E '
TTYPE89 = 'star_L ' / Star likelihood
TUNIT89 = 'unitless'
TFORM90 = '5E '
TTYPE90 = 'star_lnL' / Star ln(likelihood)
TUNIT90 = 'unitless'
TFORM91 = '5E '
TTYPE91 = 'exp_L ' / Exponential disk fit likelihood
TUNIT91 = 'unitless'
TFORM92 = '5E '
TTYPE92 = 'exp_lnL ' / Exponential disk fit ln(likelihood)
TUNIT92 = 'unitless'
TFORM93 = '5E '
TTYPE93 = 'deV_L ' / De Vaucouleurs fit likelihood
TUNIT93 = 'unitless'
TFORM94 = '5E '
TTYPE94 = 'deV_lnL ' / De Vaucouleurs fit ln(likelihood)
TUNIT94 = 'unitless'
TFORM95 = '5E '
TTYPE95 = 'fracPSF ' / Fraction of light in PSF
TUNIT95 = 'unitless'
TFORM96 = '5J '
TTYPE96 = 'flags ' / Object flags
TUNIT96 = 'unitless'
TFORM97 = '5J '
TTYPE97 = 'flags2 ' / More object flags
TUNIT97 = 'unitless'
TFORM98 = '5J '
TTYPE98 = 'type ' / Object type
TUNIT98 = 'unitless'
TFORM99 = '5E '
TTYPE99 = 'prob_psf' / Probablity object is a star in each filter
TUNIT99 = 'unitless'
TFORM100= '5J '
TTYPE100= 'nprof ' / Number of radial bins
TUNIT100= 'unitless'
TFORM101= '75E '
TTYPE101= 'profMean' / Mean pixel flux in annulus
TUNIT101= 'maggies/arcsec^2'
TDIM101 = '(15,5) '
TFORM102= '75E '
TTYPE102= 'profErr ' / Standard deviation of profMean
TUNIT102= 'maggies/arcsec^2'
TDIM102 = '(15,5) '
TFORM103= '1J '
TTYPE103= 'status ' / Survey status
TUNIT103= 'unitless'
TFORM104= '1D '
TTYPE104= 'ra ' / J2000 right ascension (r')
TUNIT104= 'degrees '
TFORM105= '1D '
TTYPE105= 'dec ' / J2000 declination (r')
TUNIT105= 'degrees '
TFORM106= '1D '
TTYPE106= 'lambda ' / Survey longitude (r')
TUNIT106= 'degrees '
TFORM107= '1D '
TTYPE107= 'eta ' / Survey latitude (r')
TUNIT107= 'degrees '
TFORM108= '1D '
TTYPE108= 'l ' / Galactic longitude (lII, r')
TUNIT108= 'degrees '
TFORM109= '1D '
TTYPE109= 'b ' / Galactic latitude (bII, r')
TUNIT109= 'degrees '
TFORM110= '5E '
TTYPE110= 'offsetRa' / Filter position ra minus final ra (* cos(dec))
TUNIT110= 'arcsec '
TFORM111= '5E '
TTYPE111= 'offsetDec' / Filter position dec minus final dec
TUNIT111= 'arcsec '
TFORM112= '1J '
TTYPE112= 'primTarget' / Target selection flags
TUNIT112= 'unitless'
TFORM113= '1J '
TTYPE113= 'secTarget' / Additional Target selection flags
TUNIT113= 'unitless'
TFORM114= '5E '
TTYPE114= 'reddening' / Reddening in each filter
TUNIT114= 'mag '
TFORM115= '1J '
TTYPE115= 'propermotionmatch' / 1= match to USNO catatalog
TUNIT115= 'unitless'
TFORM116= '1E '
TTYPE116= 'propermotiondelta' / Difference in positions between USNO and
COMMENT / photo object (r' band)
TUNIT116= 'arcsec'
TFORM117= '1E '
TTYPE117= 'propermotion' / Proper motion of object
TUNIT117= 'arcsec/century'
TFORM118= '1E '
TTYPE118= 'propermotionangle' / Direction of proper motion
TUNIT118= 'degrees (+N thru E)'
TFORM119= '1E '
TTYPE119= 'usnoBlue' / Blue magntiude of matching USNO object
TUNIT119= 'mag '
TFORM120= '1E '
TTYPE120= 'usnoRed ' / Red magntiude of matching USNO object
TUNIT120= 'mag '
TFORM121= '1J '
TTYPE121= 'firstMatch' / Number of FIRST sources matched (0=no match)
TUNIT121= 'unitless'
TFORM122= '1J '
TTYPE122= 'firstId ' / FIRST catalog id of one matching source
TUNIT122= 'unitless'
TFORM123= '1D '
TTYPE123= 'firstLambda' / Composite radio source survey longitude
TUNIT123= 'degrees '
TFORM124= '1D '
TTYPE124= 'firstEta' / Composite radio source survey latitude
TUNIT124= 'degrees '
TFORM125= '1E '
TTYPE125= 'firstDelta' / Position difference between first and photo object (r' band)
TUNIT125= 'arcsec'
TFORM126= '1E '
TTYPE126= 'firstPeak' / Peak first radio flux
TUNIT126= 'mJy'
TFORM127= '1E '
TTYPE127= 'firstInt' / Integrated first radio flux
TUNIT127= 'mJy'
TFORM128= '1E '
TTYPE128= 'firstRms' / Rms error in flux
TUNIT128= 'mJy'
TFORM129= '1E '
TTYPE129= 'firstMajor' / Major axis (deconvolved)
TUNIT129= 'arcsec'
TFORM130= '1E '
TTYPE130= 'firstMinor' / Minor axis (deconvolved)
TUNIT130= 'arcsec'
TFORM131= '1E '
TTYPE131= 'firstPa' / Position angle (east of north)
TUNIT131= 'degrees'
TFORM132= '1J '
TTYPE132= 'rosatMatch' / ID of matching ROSAT source (0 = no match)
TUNIT132= 'unitless'
TFORM133= '1E '
TTYPE133= 'rosatDelta' / Position difference between ROSAT and photo object (r' band)
TUNIT133= 'arcsec'
TFORM134= '1E '
TTYPE134= 'rosatPosErr' / Error in ROSAT position
TUNIT134= 'arcsec '
TFORM135= '1E '
TTYPE135= 'rosatCps' / Integrated ROSAT counts
TUNIT135= 'counts/sec'
TFORM136= '1E '
TTYPE136= 'rosatCpsErr' / Error in integrated ROSAT counts
TUNIT136= 'counts/sec'
TFORM137= '1E '
TTYPE137= 'rosatHr1' / ROSAT hardness ratio 1
TUNIT137= 'unitless'
TFORM138= '1E '
TTYPE138= 'rosatHr1Err' / Error in ROSAT hardness ratio 1
TUNIT138= 'unitless'
TFORM139= '1E '
TTYPE139= 'rosatHr2' / ROSAT hardness ratio 2
TUNIT139= 'unitless'
TFORM140= '1E '
TTYPE140= 'rosatHr2Err' / Error in ROSAT hardness ratio 2
TUNIT140= 'unitless'
TFORM141= '1E '
TTYPE141= 'rosatExt' / ROSAT extent parameter
TUNIT141= 'arcsec'
TFORM142= '1E '
TTYPE142= 'rosatExtLike' / ROSAT extent parameter likelihood
TUNIT142= 'unitless'
TFORM143= '1E '
TTYPE143= 'rosatDetectLike' / ROSAT detection likelihood
TUNIT143= 'unitless'
TFORM144= '1E '
TTYPE144= 'rosatExposure' / ROSAT exposure time
TUNIT144= 'seconds '
TFORM145= '1J '
TTYPE145= 'priority' / Priority bits
TSCAL145= 1.00000000000000E+00
TZERO145= 2.14748364800000E+09
TUNIT145= 'unitless'
TFORM146= '50J '
TTYPE146= 'matchid ' / Link ids (run,camCol,rerun,field,id)
TUNIT146= 'unitless'
TDIM146 = '(5,10) '