OBJC photo output file

File Format: FITS binary table

Name: fpObjc-rrrrrr-c-ffff.fit, where rrrrrr is the imaging run number, c is the camera column (1-6) and ffff is the field number.

Produced by: frames

Used by:

Size: 7 * 2880 + (2152 * Nstars) {rounded up to nearest multiple of 2880) per file. For 400 detected object in a field, 881.28 Kb per file. For 1000 fields in a single pipeline run, a total of 881.28 Mb.

Archived? Yes

Description

Object lists put out by the frames pipeline.

Primary Header


[an error occurred while processing this directive]

SIMPLE  =                    T
BITPIX  =                    8
NAXIS   =                    0
EXTEND  =                    T
VERSION = 'XXX     '           / Version of software used.
PS_ID   = 'XXX     '           / Postage stamp pipeline run identifier.
BIAS_ID = 'XXX     '           / Bias pipeline run identifier.
ASTRO_ID= 'XXX     '           / Astrometric pipeline run identifier.
FRAME_ID= 'XXX     '           / Frames pipeline run identifier.
KO_VER  = 'XXX     '           / Version of known object catalog used.
RUN     =                  XXX / Imaging run number.
FIELD   =                  XXX / Field sequence number within the run.
CAMCOL  =                  XXX / Column in the imaging camera.
[an error occurred while processing this directive]
SEED    =                  XXX / Seed for photo random number generator         
REF_BAND=                    2 / band used for canonical centre
FILTERS = 'XXX XXX ...'        / Filter order in arrays.
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)
CREATIME= 'Sun Jun 9 18:48:51 EDT 1996' / The local time file was created

END                         

Table Header

There is one HDU of this type in the file. Most data in this file is compressed into 2-byte integers when it is stored in the OPDB. The compression assumes that the data values fit into specific ranges. Any data outside the range is truncated to the minimum/maximum value in the range. The precision with which the data is stored is also truncated. Magnitudes are first converted to uncalibrated luptitudes to facilitate compression. Likelihoods (star_L, exp_L, deV_L) are similarly compressed using an asinh (10000. * -asinh(x/(2.e-30))/(log(10)*log10(1.e-30))). The assumed data ranges for each field and the truncated precisions are:
id
Uncompressed
parent
Uncompressed
nchild
Uncompressed
objc_type
Uncompressed
objc_prob_psf
Uncompressed
catID
Uncompressed
objc_flags
Uncompressed
objc_flags2
Uncompressed
objc_rowc
Uncompressed
objc_rowcErr
Uncompressed
objc_colc
Uncompressed
objc_colcErr
Uncompressed
rowv
-32.767 to 32.766 pixels/frame, accurate to 0.001 pixels/frame
rowvErr
-32.767 to 32.766 pixels/frame, accurate to 0.001 pixels/frame
colv
-32.767 to 32.766 pixels/frame, accurate to 0.001 pixels/frame
colvErr
-32.767 to 32.766 pixels/frame, accurate to 0.001 pixels/frame
rowc
Uncompressed
rowcErr
Uncompressed
colc
Uncompressed
colcErr
Uncompressed
sky
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
skyErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
psfCounts
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
psfCountsErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
fiberCounts
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
fiberCountsErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
petroCounts
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
petroCountsErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
petroRad
0 to 2184.467 pixels, accurate to 1/30 pixels
petroRadErr
0 to 2184.467 pixels, accurate to 1/30 pixels
petroR50
0 to 2184.467 pixels, accurate to 1/30 pixels
petroR50Err
0 to 2184.467 pixels, accurate to 1/30 pixels
petroR90
0 to 2184.467 pixels, accurate to 1/30 pixels
petroR90Err
0 to 2184.467 pixels, accurate to 1/30 pixels
Q
-3.2767 to 3.2766, accurate to 0.0001
QErr
-3.2767 to 3.2766, accurate to 0.0001
U
-3.2767 to 3.2766, accurate to 0.0001
UErr
-3.2767 to 3.2766, accurate to 0.0001
M_e1
Uncompressed
M_e2
Uncompressed
M_e1e1Err
Uncompressed
M_e1e2Err
Uncompressed
M_e2e2Err
Uncompressed
M_rr_cc
Uncompressed
M_rr_ccErr
Uncompressed
M_cr4
Uncompressed
M_e1_psf
Uncompressed
M_e2_psf
Uncompressed
M_rr_cc_psf
Uncompressed
M_cr4_psf
Uncompressed
iso_rowc
Uncompressed
iso_rowcErr
Uncompressed
iso_rowcGrad
-327.67 to 327.66 pixels/mag, accurate to 0.01 pixels/mag
iso_colc
Uncompressed
iso_colcErr
Uncompressed
iso_colcGrad
-327.67 to 327.66 pixels/mag, accurate to 0.01 pixels/mag
iso_a
0 to 2184.467 pixels, accurate to 1/30 pixels
iso_aErr
0 to 2184.467 pixels, accurate to 1/30 pixels
iso_aGrad
-327.67 to 327.66 pixels/mag, accurate to 0.01 pixels/mag
iso_b
0 to 2184.467 pixels, accurate to 1/30 pixels
iso_bErr
0 to 2184.467 pixels, accurate to 1/30 pixels
iso_bGrad
-327.67 to 327.66 pixels/mag, accurate to 0.01 pixels/mag
iso_phi
-180.00 to 360.00 deg, accurate to 0.01 deg
iso_phiErr
0.00 to 360.00 deg, accurate to 0.01 deg
iso_phiGrad
Uncompressed.
r_deV
0 to 2184.467 pixels, accurate to 1/30 pixels
r_deVErr
0 to 2184.467 pixels, accurate to 1/30 pixels
ab_deV
0.0000 to 6.5534, accurate to 0.0001
ab_deVErr
0.0000 to 6.5534, accurate to 0.0001
phi_deV
0.00 to 655.34 deg, accurate to 0.01 deg
phi_deVErr
0.00 to 655.34 deg, accurate to 0.01 deg
counts_deV
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
counts_deVErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
r_exp
0 to 2184.4666 pixels, accurate to 1/30 pixels
r_expErr
0 to 2184.4666 pixels, accurate to 1/30 pixels
ab_exp
0.0000 to 6.5534, accurate to 0.0001
ab_expErr
0.0000 to 6.5534, accurate to 0.0001
phi_exp
0.00 to 655.34 deg, accurate to 0.01 deg
phi_expErr
0.00 to 655.34 deg, accurate to 0.01 deg
counts_exp
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
counts_expErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
counts_model
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
counts_modelErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
texture
-3.2767 to 3.2766, accurate to 0.0001
star_L
0 to 1, accurate to 0.0001 in asinh-compressed units
star_lnL
Uncompressed
exp_L
0 to 1, accurate to 0.0001 in asinh-compressed units
exp_lnL
Uncompressed
deV_L
0 to 1, accurate to 0.0001 in asinh-compressed units
deV_lnL
Uncompressed
fracPSF
0.0000 to 6.5534, accurate to 0.0001
flags
Uncompressed
flags2
Uncompressed
type
Uncompressed
prob_psf
Uncompressed
nprof
Uncompressed
profMean
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes
profErr
-4.15e12 to 1.28e13 counts, accurate to 0.001 luptitudes Here's the table format.

[an error occurred while processing this directive]
XTENSION= 'BINTABLE'          
BITPIX  =                    8
NAXIS   =                    2
NAXIS1  =                 2264
NAXIS2  =                  XXX
PCOUNT  =                    0
GCOUNT  =                    1
TFIELDS =                   98
THEAP   =              xxxxxxx
[an error occurred while processing this directive]
[an error occurred while processing this directive]
TFORM1  = '1J      '          
TTYPE1  = 'id      '           / Object ID, unique within its field (1 indexed).
TFORM2  = '1J      '          
TTYPE2  = 'parent  '           / parent
TFORM3  = '1J      '          
TTYPE3  = 'nchild  '           / Number of children objects.
TFORM4  = '1J      '          
TTYPE4  = 'objc_type'          / Classification.
TFORM5  = '1E      '
TTYPE5  = 'objc_prob_psf'      / Probablity object is a star.
TFORM6  = '1J      '          
TTYPE6  = 'catID   '           / Catalog ID.
TFORM7  = '1J      '          
TTYPE7  = 'objc_flags'         / Object flags.
TFORM8  = '1J      '          
TTYPE9  = 'objc_flags2'        / More object flags.
TFORM9  = '1E      '          
TTYPE9  = 'objc_rowc'          / Nominal row position (r' coordinates).
TUNIT9  = 'pixels  '          
TFORM10 = '1E      '          
TTYPE10 = '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.
TUNIT10 = 'pixels  '          
TFORM11 = '1E      '          
TTYPE11 = 'objc_colc'          / Nominal column position (r' coordinates).
TUNIT11 = 'pixels  '          
TFORM12 = '1E      '          
TTYPE12 = 'objc_colcErr'       / Nominal column position (r' coordinates). (erro
COMMENT                        / This is the centroiding error only.  It does
COMMENT                        / not include errors from the TRANS structures.
TUNIT12 = 'pixels  '          
TFORM13 = '1E      '          
TTYPE13 = 'rowv'               / Row-component of object's velocity.
TUNIT13 = 'pixels/frame'          
TFORM14 = '1E      '          
TTYPE14 = 'rowvErr'            / Row-component of object's velocity. (error)
TUNIT14 = 'pixels/frame'          
TFORM15 = '1E      '          
TTYPE15 = 'colv'               / Column-component of object's velocity.
TUNIT15 = 'pixels/frame'          
TFORM16 = '1E      '          
TTYPE16 = 'colvErr'            / Column-component of obejct's velocity. (error)
TUNIT16 = 'pixels/frame'          
TFORM17 = '5E      '          
TTYPE17 = 'rowc    '           / Row center.
TUNIT17 = 'pixels  '          
TFORM18 = '5E      '          
TTYPE18 = 'rowcErr '           / Row center. (error)
TUNIT18 = 'pixels  '          
TFORM19 = '5E      '          
TTYPE19 = 'colc    '           / Center column.
TUNIT19 = 'pixels  '          
TFORM20 = '5E      '          
TTYPE20 = 'colcErr '           / Center column. (error)
TUNIT20 = 'pixels  '          
TFORM21 = '5E      '          
TTYPE21 = 'sky     '           / Sky flux.
TUNIT21 = 'DNs/pixel'         
TFORM22 = '5E      '          
TTYPE22 = 'skyErr  '           / Sky flux. (error)
TUNIT22 = 'DNs/pixel'         
TFORM23 = '5E      '          
TTYPE23 = 'psfCounts'          / PSF flux.
TUNIT23 = 'DNs     '          
TFORM24 = '5E      '          
TTYPE24 = 'psfCountsErr'       / PSF flux. (error)
TUNIT24 = 'DNs     '          
TFORM25 = '5E      '          
TTYPE25 = 'fiberCounts'        / Flux in 3 arcsec diameter fiber radius.
TUNIT25 = 'DNs     '          
TFORM26 = '5E      '          
TTYPE26 = 'fiberCountsErr'     / Flux in 3 arcsec diameter fiber radius. (error)
TUNIT26 = 'DNs     '          
TFORM27 = '5E      '          
TTYPE27 = 'petroCounts'        / Petrosian flux.
TUNIT27 = 'DNs     '          
TFORM28 = '5E      '          
TTYPE28 = 'petroCountsErr'     / Petrosian flux. (error)
TUNIT28 = 'DNs     '          
TFORM29 = '5E      '          
TTYPE29 = 'petroRad'           / Petrosian radius.
TUNIT29 = 'pixels  '          
TFORM30 = '5E      '          
TTYPE30 = 'petroRadErr'        / Petrosian radius. (error)
TUNIT30 = 'pixels  '          
TFORM31 = '5E      '          
TTYPE31 = 'petroR50'           / Radius with 50 percent of Petrosian light.
TUNIT31 = 'pixels  '          
TFORM32 = '5E      '          
TTYPE32 = 'petroR50Err'        / Radius with 50 percent of Petrosian light. (err
TUNIT32 = 'pixels  '          
TFORM33 = '5E      '          
TTYPE33 = 'petroR90'           / Radius with 90 percent of Petrosian light.
TUNIT33 = 'pixels  '          
TFORM34 = '5E      '          
TTYPE34 = 'petroR90Err'        / Radius with 90 percent of Petrosian light. (err
TUNIT34 = 'pixels  '          
TFORM35 = '5E      '          
TTYPE35 = 'Q       '           / Stokes Q parameter.
TFORM36 = '5E      '          
TTYPE36 = 'QErr    '           / Stokes Q parameter. (error)
TFORM37 = '5E      '          
TTYPE37 = 'U       '           / Stokes U parameter.
TFORM38 = '5E      '          
TTYPE38 = 'UErr    '           / Stokes U parameter. (error)
TFORM39 = '5E      '
TTYPE39 = 'M_e1    '           / Adaptive E1 shape measure
TFORM40 = '5E      '
TTYPE40 = 'M_e2    '           / Adaptive E2 shape measure
TFORM41 = '5E      '
TTYPE41 = 'M_e1e1Err'          / Covariance in E1/E1 shape measure
TFORM42 = '5E      '
TTYPE42 = 'M_e1e2Err'          / Covariance in E1/E2 shape measure
TFORM43 = '5E      '
TTYPE43 = 'M_e2e2Err'          / Covariance in E2/E2 shape measure
TFORM44 = '5E      '
TTYPE44 = 'M_rr_cc '           / Adaptive ( + )
TFORM45 = '5E      '
TTYPE45 = 'M_rr_ccErr'         / Error in adaptive ( + )
TFORM46 = '5E      '
TTYPE46 = 'M_cr4   '           / Adaptive fourth moment
TFORM47 = '5E      '
TTYPE47 = 'M_e1_psf'           / Adaptive E1 for PSF
TFORM48 = '5E      '
TTYPE48 = 'M_e2_psf'           / Adaptive E2 for PSF
TFORM49 = '5E      '
TTYPE49 = 'M_rr_cc_psf'        / Adaptive () for PSF
TFORM50 = '5E      '
TTYPE50 = 'M_cr4_psf'          / Adaptive fourth moment for PSF
TFORM51 = '5E      '          
TTYPE51 = 'iso_rowc'           / Isophotal row centroid.
TUNIT51 = 'pixels  '          
TFORM52 = '5E      '          
TTYPE52 = 'iso_rowcErr'        / Isophotal row centroid. (error)
TUNIT52 = 'pixels  '          
TFORM53 = '5E      '          
TTYPE53 = 'iso_rowcGrad'       / Gradient in row centroid with isophote.
TUNIT53 = 'pixels/(1 mag/arcsec^2 SB change) at object center'
TFORM54 = '5E      '          
TTYPE54 = 'iso_colc'           / Isophotal column centroid.
TUNIT54 = 'pixels  '          
TFORM55 = '5E      '          
TTYPE55 = 'iso_colcErr'        / Isophotal column centroid. (error)
TUNIT55 = 'pixels  '          
TFORM56 = '5E      '          
TTYPE56 = 'iso_colcGrad'       / Gradient in column centroid wwith isophote.
TUNIT56 = 'pixels/(1 mag/arcsec^2 SB change) at object center'
TFORM57 = '5E      '          
TTYPE57 = 'iso_a   '           / Isophotal major axis.
TUNIT57 = 'pixels  '          
TFORM58 = '5E      '          
TTYPE58 = 'iso_aErr'           / Isophotal major axis. (error)
TUNIT58 = 'pixels  '          
TFORM59 = '5E      '          
TTYPE59 = 'iso_aGrad'          / Gradient is major axis with isophote.
TUNIT59 = 'pixels/(1 mag/arcsec^2 SB change) at isophote'
TFORM60 = '5E      '          
TTYPE60 = 'iso_b   '           / Isophotal minor axis.
TUNIT60 = 'pixels  '          
TFORM61 = '5E      '          
TTYPE61 = 'iso_bErr'           / Isophotal minor axis. (error)
TUNIT61 = 'pixels  '          
TFORM62 = '5E      '          
TTYPE62 = 'iso_bGrad'          / Gradient in minor axis with isophote.
TUNIT62 = 'pixels/(1 mag/arcsec^2 SB change) at isophote'
TFORM63 = '5E      '          
TTYPE63 = 'iso_phi '           / Isophotal position angle.
TUNIT63 = 'degrees (positive anticlockwise from scan direction)'          
TFORM64 = '5E      '          
TTYPE64 = 'iso_phiErr'         / Isophotal position angle. (error)
TUNIT64 = 'degrees '          
TFORM65 = '5E      '          
TTYPE65 = 'iso_phiGrad'        / Gradient in positional angle with isophote.
TUNIT65 = 'degrees/(1 mag/arcsec^2 SB change) at isophote'
TFORM66 = '5E      '          
TTYPE66 = 'r_deV   '           / DeVaucouler fit scale radius.
TUNIT66 = 'pixels  '          
TFORM67 = '5E      '          
TTYPE67 = 'r_deVErr'           / DeVaucouler fit scale radius. (error)
TUNIT67 = 'pixels  '          
TFORM68 = '5E      '          
TTYPE68 = 'ab_deV  '           / DeVaucouler fit a/b.
TFORM69 = '5E      '          
TTYPE69 = 'ab_deVErr'          / DeVaucouler fit a/b. (error)
TFORM70 = '5E      '          
TTYPE70 = 'phi_deV '           / DeVaucouler fit position angle.
TUNIT70 = 'degrees (positive anticlockwise from scan direction + 90 deg)'  
TFORM71 = '5E      '          
TTYPE71 = 'phi_deVErr'         / DeVaucouler fit position angle. (error)
TUNIT71 = 'degrees '          
TFORM72 = '5E      '          
TTYPE72 = 'counts_deV'         / DeVaucouler fit counts.
TUNIT72 = 'DNs     '          
TFORM73 = '5E      '          
TTYPE73 = 'counts_deVErr'      / DeVaucouler fit counts. (error)
TUNIT73 = 'DNs     '          
TFORM74 = '5E      '          
TTYPE74 = 'r_exp   '           / Exponetial fit scale radius.
TUNIT74 = 'pixels  '          
TFORM75 = '5E      '          
TTYPE75 = 'r_expErr'           / Exponetial fit scale radius. (error)
TUNIT75 = 'pixels  '          
TFORM76 = '5E      '          
TTYPE76 = 'ab_exp  '           / Exponential fit a/b.
TFORM77 = '5E      '          
TTYPE77 = 'ab_expErr'          / Exponential fit a/b. (error)
TFORM78 = '5E      '          
TTYPE78 = 'phi_exp '           / Exponential fit position angle.
TUNIT78 = 'degrees (positive anticlockwise from scan direction + 90 deg)'
TFORM79 = '5E      '          
TTYPE79 = 'phi_expErr'         / Exponential fit position angle. (error)
TUNIT79 = 'degrees '          
TFORM80 = '5E      '          
TTYPE80 = 'counts_exp'         / Exponential fit counts.
TUNIT80 = 'DNs     '          
TFORM81 = '5E      '          
TTYPE81 = 'counts_expErr'      / Exponential fit counts. (error)
TUNIT81 = 'DNs     '          
TFORM82 = '5E      '          
TTYPE82 = 'counts_model'       / Better of deV/exp mag fit.
TUNIT82 = 'DNs     '          
TFORM83 = '5E      '          
TTYPE83= 'counts_modelErr'    / Better of deV/exp mag fit. (error)
TUNIT83 = 'DNs     '          
TFORM84 = '5E      '          
TTYPE84 = 'texture '           / Texture parameter.
TFORM85 = '5E      '          
TTYPE85 = 'star_L  '           / Star likelihood.
TFORM86 = '5E      '          
TTYPE86 = 'star_lnL'           / Star ln(likelihood).
TFORM87 = '5E      '          
TTYPE87 = 'exp_L   '           / Exponential disk fit likelihood.
TFORM88 = '5E      '          
TTYPE88 = 'exp_lnL '           / Exponential disk fit ln(likelihood).
TFORM89 = '5E      '          
TTYPE89 = 'deV_L   '           / DeVaucouler fit likelihood.
TFORM90 = '5E      '          
TTYPE90 = 'deV_lnL '           / DeVaucouler fit ln(likelihood).
TFORM91 = '5E      '          
TTYPE91 = 'fracPSF '           / Fraction of light in PSF.
TFORM92 = '5J      '          
TTYPE92 = 'flags   '           / Object flags.
TFORM93 = '5J      '          
TTYPE93 = 'flags2  '           / More object flags.
TFORM94 = '5J      '          
TTYPE94 = 'type    '           / Object type.
TFORM95 = '5E      '
TTYPE95 = 'prob_psf'           / Probablity object is a star in each filter.
TFORM96 = '5J      '          
TTYPE96 = 'nprof   '           / Number of radial bins.
TFORM97 = '75E     '          
TTYPE97 = 'profMean'           / Mean pixel flux in annulus.
TDIM97  = '(15,5)  '          
TUNIT97 = 'DNs/pixel'         
TFORM98 = '75E     '          
TTYPE98 = 'profErr '           / Standard deviation of profMean.
TDIM98  = '(15,5)  '          
TUNIT98 = 'DNs/pixel'         
[an error occurred while processing this directive]

END                                                                        

OBJECT1_FLAGS Enum Header

There is one HDU of this type, enumerating the legal values for the "objc_flags" field (a bit mask) in the object HDU. The legal values are:
  OBJECT1_CANONICAL_CENTER =    0x1, /* used canonical, not local, centre   */
  OBJECT1_BRIGHT       =        0x2, /* detected by Bright Objects	    */
  OBJECT1_EDGE         =        0x4, /* object is too close to edge of frame*/
  OBJECT1_BLENDED      =        0x8, /* object is/was blended		    */
  OBJECT1_CHILD        =       0x10, /* object is a child		    */
  OBJECT1_PEAKCENTER   =       0x20, /* given centre position of peak pixel */
  OBJECT1_NODEBLEND    =       0x40, /* no deblending attempted	            */
  OBJECT1_NOPROFILE    =       0x80, /* too small to estimate a profile     */
  OBJECT1_NOPETRO      =      0x100, /* no Petrosian radius		    */
  OBJECT1_MANYPETRO    =      0x200, /* more than one Petrosian radius      */
  OBJECT1_NOPETRO_BIG  =      0x400, /* no Petrosian radius as object is too big */
  OBJECT1_DEBLEND_TOO_MANY_PEAKS = 0x800, /* too many peaks to deblend      */
  OBJECT1_CR     	=     0x1000, /* contains a CR pixel                */
  OBJECT1_MANYR50      =     0x2000, /* more than one 50% radius	    */
  OBJECT1_MANYR90      =     0x4000, /* more than one 90% radius	    */
  OBJECT1_BAD_RADIAL   =     0x8000, /* some low S/N radial points	    */
  OBJECT1_INCOMPLETE_PROFILE = 0x10000, /* r_P includes off-frame pixels    */
  OBJECT1_INTERP       =    0x20000, /* object contains interpolated pixels */
  OBJECT1_SATUR        =    0x40000, /* object contains saturated pixels    */
  OBJECT1_NOTCHECKED   =    0x80000, /* object contains NOTCHECKED pixels   */
  OBJECT1_SUBTRACTED   =   0x100000, /* object had wings subtracted	    */
  OBJECT1_NOSTOKES     =   0x200000, /* object has no measured stokes params*/
  OBJECT1_BADSKY       =   0x400000, /* sky level so bad that object is -ve */
  OBJECT1_PETROFAINT   =   0x800000, /* >= 1 Petrosian radius too faint     */
  OBJECT1_TOO_LARGE    =  0x1000000, /* object is too large		    */
  OBJECT1_DEBLENDED_AS_PSF = 0x2000000, /* deblender treated obj as PSF     */
  OBJECT1_DEBLEND_PRUNED = 0x4000000, /* deblender pruned peak list	    */
  OBJECT1_ELLIPFAINT   = 0x8000000, /* Centre's fainter than desired elliptical isophote */
  OBJECT1_BINNED1      = 0x10000000, /* object was found in 1x1 binned image*/
  OBJECT1_BINNED2      = 0x20000000, /* object was found in 2x2 binned image*/
  OBJECT1_BINNED4      = 0x40000000, /* object was found in 4x4 binned image*/
  OBJECT1_MOVED        = 0x80000000  /* Object appears to have moved during */
                                     /* the exposure.  May have been        */
                                     /* deblended as a moving object.       */

XTENSION= 'BINTABLE'                                                           
BITPIX  =                    8                                                 
NAXIS   =                    2                                                 
NAXIS1  =                   66                                                 
NAXIS2  =                   32                                                 
PCOUNT  =                    0                                                 
GCOUNT  =                    1                                                 
TFIELDS =                    3                                                 
TYPENAME= 'OBJECT1_FLAGS'                                                      
TFORM1  = '31A     '                                                           
TTYPE1  = 'defName '                                                           
TFORM2  = '31A     '                                                           
TTYPE2  = 'attributeName'                                                      
TFORM3  = '1J      '                                                           
TTYPE3  = 'Value   '                                                           
END                                                                            

OBJECT2_FLAGS Enum Header

There is one HDU of this type, enumerating the legal values for the "objc_flags" field (a bit mask) in the object HDU. The legal values are:
  OBJECT2_DEBLENDED_AS_MOVING= 0x1, /* deblended as a moving object        */
  OBJECT2_NODEBLEND_MOVING   = 0x2, /* no deblend of moving object         */
  OBJECT2_TOO_FEW_DETECTIONS = 0x4, /* too few detections to deblend       */
  OBJECT2_BAD_MOVING_FIT     = 0x8, /* Fit to moving object was too poor   */
  OBJECT2_STATIONARY        = 0x10, /* velocity is consistent with zero    */
  OBJECT2_PEAKS_TOO_CLOSE   = 0x20, /* at least some peaks were too close, */
                                    /* and thus merged                     */
  OBJECT2_BINNED_CENTER     = 0x40, /* image was binned while centroiding  */
  OBJECT2_LOCAL_EDGE        = 0x80, /* per-band centre's too near edge     */
  OBJECT2_BAD_COUNTS_ERROR = 0x100, /* psf|fiberCountsErr is bad/unknown   */
  OBJECT2_BAD_MOVING_FIT_CHILD = 0x200, /* moving child's fit was too poor */
  OBJECT2_DEBLEND_UNASSIGNED_FLUX = 0x400, /* deblender failed to assign   */
                                           /* enough of flux to children   */
  OBJECT2_SATUR_CENTER     = 0x800, /* object's centre's saturated         */
  OBJECT2_INTERP_CENTER   = 0x1000, /* object's centre is very close to at */
                                    /* least one interpolated pixel        */
  OBJECT2_DEBLENDED_AT_EDGE=0x2000, /* object is deblended though EDGE     */
  OBJECT2_DEBLEND_NOPEAK   =0x4000, /* object had no detected peak         */
  OBJECT2_PSF_FLUX_INTERP  =0x8000, /* a signifcant amount of PSF's flux   */
                                    /* is interpolated                     */
  OBJECT2_TOO_FEW_GOOD_DETECTIONS=0x10000, /* too few good detections to   */
                                           /* deblend as moving            */
  OBJECT2_CENTER_OFF_AIMAGE   = 0x20000, /* at least one peak's centre lay   */
					 /* off the atlas image in some band */
  OBJECT2_MEASURED    = 0x10000000, /* object has been measured            */
  OBJECT2_GROWN_MERGED= 0x20000000, /* growing led to a merger             */
  OBJECT2_HAS_CENTER  = 0x40000000, /* OBJC has a canonical centre         */
  OBJECT2_MEASURE_BRIGHT = 0x80000000,/* object should be measured bright  */
  OBJECT2_DEBLEND_DEGENERATE= 0x40000,/* at least one potential child has  */
				      /* been pruned as being too similar  */
                                      /* to some other template            */
  OBJECT2_BRIGHTEST_GALAXY_CHILD=0x80000, /* this is the brightest child   */
                                          /* galaxy in a blend             */
  OBJECT2_CANONICAL_BAND = 0x100000, /* This band was primary (usually r') */
  OBJECT2_AMOMENT_FAINT  = 0x200000, /* too faint for adaptive moments     */
  OBJECT2_AMOMENT_SHIFT  = 0x400000, /* centre moved too far while         */
				     /* determining adaptive moments       */
  OBJECT2_AMOMENT_MAXITER= 0x800000, /* Too many iterations while          */
				     /* determining adaptive moments       */
  OBJECT2_MAYBE_CR = 0x1000000,      /* object may be a cosmic ray         */
  OBJECT2_MAYBE_EGHOST = 0x2000000,  /* object may be an electronics ghost */
  OBJECT2_NOTCHECKED_CENTER =0x4000000 /* object's centre is NOTCHECKED    */

XTENSION= 'BINTABLE'                                                           
BITPIX  =                    8                                                 
NAXIS   =                    2                                                 
NAXIS1  =                   66                                                 
NAXIS2  =                   32                                                 
PCOUNT  =                    0                                                 
GCOUNT  =                    1                                                 
TFIELDS =                    3                                                 
TYPENAME= 'OBJECT2_FLAGS'                                                      
TFORM1  = '31A     '                                                           
TTYPE1  = 'defName '                                                           
TFORM2  = '31A     '                                                           
TTYPE2  = 'attributeName'                                                      
TFORM3  = '1J      '                                                           
TTYPE3  = 'Value   '                                                           
END                                                                            

OBJ_TYPE Enum Header

There is one HDU of this type, enumerating the legal values for the "type" field in the object HDU. The legal values are:
  OBJ_TYPE_UNK,         /* Unknown	*/
  OBJ_TYPE_CR,          /* Cosmic ray	*/
  OBJ_TYPE_DEFECT,      /* Defect	*/
  OBJ_TYPE_GALAXY,      /* Galaxy	*/
  OBJ_TYPE_GHOST,       /* Ghost	*/
  OBJ_TYPE_KNOWNOBJ,    /* Known object	*/
  OBJ_TYPE_STAR,        /* Star		*/
  OBJ_TYPE_TRAIL,       /* Star trail	*/
  OBJ_TYPE_SKY,         /* Sky		*/
  OBJ_TYPE_NTYPE        /* ???		*/

XTENSION= 'BINTABLE'                                                            
BITPIX  =                    8                                                 
NAXIS   =                    2                                                 
NAXIS1  =                   66                                                 
NAXIS2  =                   11                                                 
PCOUNT  =                    0                                                 
GCOUNT  =                    1                                                 
TFIELDS =                    3                                                 
TYPENAME= 'OBJ_TYPE'                                                           
TFORM1  = '31A     '                                                           
TTYPE1  = 'defName '                                                           
TFORM2  = '31A     '                                                           
TTYPE2  = 'attributeName'                                                      
TFORM3  = '1J      '                                                           
TTYPE3  = 'Value   '                                                           
END