Index: trunk/ippToPsps/config/stack/cmfExtensions.txt
===================================================================
--- trunk/ippToPsps/config/stack/cmfExtensions.txt	(revision 31342)
+++ 	(revision )
@@ -1,370 +1,0 @@
-
-##### SkyChip.hdr ####
-
-IMPLE  =                    T / file does conform to FITS standard
-BITPIX  =                   16 / number of bits per data pixel
-NAXIS   =                    0 / number of data axes
-EXTEND  =                    T / FITS dataset may contain extensions
-COMMENT   FITS (Flexible Image Transport System) format is defined in 'Astronomy
-COMMENT   and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
-PSCAMERA= 'GPC1    '           / Camera name
-PSFORMAT= 'SKYCELL '           / Camera format
-HIERARCH FPA.TELESCOPE = 'PS1     ' / Telescope of origin
-HIERARCH FPA.INSTRUMENT = 'GPC1    ' / Instrument name (according to the instrum
-HIERARCH FPA.DETECTOR = 'GPC1    ' / Detector name
-HIERARCH FPA.COMMENT = '        ' / Observation comment
-HIERARCH FPA.OBS.MODE = '        ' / Observation mode (eg, survey id)
-HIERARCH FPA.OBS.GROUP = '        ' / Observation group (eg, associated images)
-HIERARCH FPA.FOCUS = 'NaN     ' / Telescope focus
-AIRMASS = 'NaN     '           / Airmass at boresight
-HIERARCH FPA.FILTERID = 'r.00000 ' / Filter used (parsed, abstract name)
-HIERARCH FPA.FILTER = 'r.00000 ' / Filter used (instrument name)
-HIERARCH FPA.POSANGLE = 'NaN     ' / Position angle of instrument
-HIERARCH FPA.ROTANGLE = 'NaN     ' / Rotator angle of instrument
-HIERARCH FPA.RADECSYS = '        ' / Celestial coordinate system
-HIERARCH FPA.RA = 'NaN     '   / Right Ascension of boresight
-HIERARCH FPA.DEC = 'NaN     '  / Declination of boresight
-HIERARCH FPA.LONGITUDE = 'NaN     ' / West longitude of observatory
-HIERARCH FPA.LATITUDE = 'NaN     ' / Latitude of observatory
-HIERARCH FPA.ELEVATION = 'NaN     ' / Elevation of observatory (meters)
-HIERARCH FPA.OBSTYPE = '        ' / Type of observation
-HIERARCH FPA.OBJECT = '        ' / Object of observation
-HIERARCH FPA.ALT = 'NaN     '  / Altitude of boresight
-HIERARCH FPA.AZ = 'NaN     '   / Azimuth of boresight
-HIERARCH FPA.TEMP = 'NaN     ' / Temperature of focal plane
-HIERARCH FPA.M1X = 'NaN     '  / Primary Mirror X Position
-HIERARCH FPA.M1Y = 'NaN     '  / Primary Mirror Y Position
-HIERARCH FPA.M1Z = 'NaN     '  / Primary Mirror Z Position
-HIERARCH FPA.M1TIP = 'NaN     ' / Primary Mirror TIP
-HIERARCH FPA.M1TILT = 'NaN     ' / Primary Mirror TILT
-HIERARCH FPA.M2X = 'NaN     '  / Primary Mirror X Position
-HIERARCH FPA.M2Y = 'NaN     '  / Primary Mirror Y Position
-HIERARCH FPA.M2Z = 'NaN     '  / Primary Mirror Z Position
-HIERARCH FPA.M2TIP = 'NaN     ' / Primary Mirror TIP
-HIERARCH FPA.M2TILT = 'NaN     ' / Primary Mirror TILT
-HIERARCH FPA.ENV.TEMP = 'NaN     ' / Environment: Temperature
-HIERARCH FPA.ENV.HUMID = 'NaN     ' / Environment: Humidity
-HIERARCH FPA.ENV.WIND = 'NaN     ' / Environment: Wind speed
-HIERARCH FPA.ENV.DIR = 'NaN     ' / Environment: Wind direction
-HIERARCH FPA.TELTEMP.M1 = 'NaN     ' / Telescope Temperatures: M1
-HIERARCH FPA.TELTEMP.M1CELL = 'NaN     ' / Telescope Temperatures: M1 cell
-HIERARCH FPA.TELTEMP.M2 = 'NaN     ' / Telescope Temperatures: M2
-HIERARCH FPA.TELTEMP.SPIDER = 'NaN     ' / Telescope Temperatures: spider
-HIERARCH FPA.TELTEMP.TRUSS = 'NaN     ' / Telescope Temperatures: truss
-HIERARCH FPA.TELTEMP.EXTRA = 'NaN     ' / Telescope Temperatures: extra
-HIERARCH FPA.PON.TIME = 'NaN     ' / Power On Time
-HIERARCH FPA.ZP =          25. / Magnitude zero point
-HIERARCH CHIP.XSIZE =        0 / Size of chip (pixels)
-HIERARCH CHIP.YSIZE =        0 / Size of chip (pixels)
-HIERARCH CHIP.TEMP = 'NaN     ' / Temperature of chip
-HIERARCH CHIP.TEMPERATURE = 'NaN     ' / Temperature of chip
-HIERARCH CHIP.ID = '        '  / Chip identifier
-HIERARCH CHIP.SEEING = 12.07651 / Seeing FWHM (pixels)
-HIERARCH CELL.GAIN =  1.029656 / CCD gain (e/count)
-HIERARCH CELL.READNOISE = 7.715189 / CCD read noise (e)
-HIERARCH CELL.SATURATION = 14000. / Saturation level (counts)
-HIERARCH CELL.BAD =         0. / Bad level (counts)
-EXPTIME =               14626. / Exposure time (sec)
-HIERARCH CELL.DARKTIME = 'NaN     ' / Time since flush (sec)
-HIERARCH CELL.XBIN =         1 / Binning in x
-HIERARCH CELL.YBIN =         1 / Binning in y
-MJD-OBS =     55214.1819563957 / Time of exposure
-HIERARCH CELL.XSIZE =        0 / Size of cell (pixels)
-HIERARCH CELL.YSIZE =        0 / Size of cell (pixels)
-HIERARCH CELL.XWINDOW =      0 / Start of cell window (pixels)
-HIERARCH CELL.YWINDOW =      0 / Start of cell window (pixels)
-HIERARCH CELL.TRIMSEC = '[nan:nan,nan:nan]' / Trim section
-HIERARCH CELL.BIASSEC = ''
-EXTDATA = 'SkyChip.psf'        / name of table extension
-EXTTYPE = 'IMAGE   '           / extension type
-PHOTCODE= 'GPC1.r.SkyChip'     / photcode from FPA concepts
-APMIFIT =           -0.2959032 / aperture residual
-DAPMIFIT=           0.08735527 / ap residual scatter
-NAPMIFIT=                  960 / number of apresid stars
-NPSFSTAR=                  249 / Number of stars used to make PSF
-APLOSS  =            0.2532406 / aperture loss (mag)
-FWHM_MAJ=             12.12506 / PSF FWHM Major axis (mean)
-FW_MJ_SG=                   0. / PSF FWHM Major axis (sigma)
-FW_MJ_LQ=             12.12506 / PSF FWHM Major axis (lower quartile)
-FW_MJ_UQ=             12.12506 / PSF FWHM Major axis (upper quartile)
-FWHM_MIN=             12.02795 / PSF FWHM Minor axis (mean)
-FW_MN_SG=                   0. / PSF FWHM Minor axis (sigma)
-FW_MN_LQ=             12.02795 / PSF FWHM Minor axis (lower quartile)
-FW_MN_UQ=             12.02795 / PSF FWHM Minor axis (upper quartile)
-ANGLE   =             1.043148 / PSF angle
-IQ_NSTAR=                 3096 / Number of stars used for IQ measurements
-IQ_FW1  =             7.789053 / FWHM of Major Axis from moments
-IQ_FW1_E=            0.6052215 / FWHM scatter (Major) from moments
-IQ_FW2  =             7.137493 / FWHM of Minor Axis from moments
-IQ_FW2_E=            0.5436327 / FWHM scatter (Minor) from moments
-IQ_M2   =             1.766379 / M_2 = sqrt (M_c2^2 + M_s2^2)
-IQ_M2_ER=             1.457713 / Stdev of M_2
-IQ_M2_LQ=            0.6377338 / Lower Quartile of M_2
-IQ_M2_UQ=             2.536107 / Upper Quartile of M_2
-IQ_M2C  =           0.03108882 / M_2c = sum f r^2 cos(2phi) / sum f
-IQ_M2C_E=              1.49958 / Stdev of M_2c
-IQ_M2C_L=           -0.7241516 / Lower Quartile of M_2c
-IQ_M2C_U=            0.7717791 / Upper Quartile of M_2c
-IQ_M2S  =           0.05257827 / M_2s = sum f r^2 cos(2phi) / sum f
-IQ_M2S_E=             1.730192 / Stdev of M_2s
-IQ_M2S_L=           -0.7311587 / Lower Quartile of M_2s
-IQ_M2S_U=            0.7727656 / Upper Quartile of M_2s
-IQ_M3   =            0.9306768 / M_3 = sqrt (M_c3^2 + M_s3^2)
-IQ_M3_ER=             0.866469 / Stdev of M_3
-IQ_M3_LQ=            0.2926856 / Lower Quartile of M_3
-IQ_M3_UQ=             1.309593 / Upper Quartile of M_3
-IQ_M4   =           0.07706664 / M_4 = sqrt (M_c4^2 + M_s4^2)
-IQ_M4_ER=           0.06705837 / Stdev of M_4
-IQ_M4_LQ=           0.02815639 / Lower Quartile of M_4
-IQ_M4_UQ=            0.1044456 / Upper Quartile of M_4
-FSATUR  =                   0. / SATURATION MAG
-FLIMIT  =                   0. / COMPLETENESS MAG
-DT_PHOT =             378.8021 / elapsed psphot time
-NSTARS  =                10884 / Number of sources
-NDET_EXT=                 3068 / Number of extended sources
-NDET_CR =                   27 / Number of cosmic rays
-IMNAXIS1=                 4651 / Number of columns in original image
-IMNAXIS2=                 4651 / Number of rows in original image
-EXTNAME = 'SkyChip.hdr'
-END
-
-#### SkyChip.psf ####
-
-XTENSION= 'BINTABLE'           / binary table extension
-BITPIX  =                    8 / 8-bit bytes
-NAXIS   =                    2 / 2-dimensional binary table
-NAXIS1  =                  376 / width of table in bytes
-NAXIS2  =                 5553 / number of rows in table
-PCOUNT  =                    0 / size of special data area
-GCOUNT  =                    1 / one data group (required keyword)
-TFIELDS =                   51 / number of fields in each row
-TTYPE1  = 'IPP_IDET'           / label for field   1
-TFORM1  = '1J      '           / data format of field: 4-byte INTEGER
-TZERO1  =           2147483648 / offset for unsigned integers
-TSCAL1  =                    1 / data are not scaled
-TTYPE2  = 'X_PSF   '           / label for field   2
-TFORM2  = '1E      '           / data format of field: 4-byte REAL
-TTYPE3  = 'Y_PSF   '           / label for field   3
-TFORM3  = '1E      '           / data format of field: 4-byte REAL
-TTYPE4  = 'X_PSF_SIG'          / label for field   4
-TFORM4  = '1E      '           / data format of field: 4-byte REAL
-TTYPE5  = 'Y_PSF_SIG'          / label for field   5
-TFORM5  = '1E      '           / data format of field: 4-byte REAL
-TTYPE6  = 'POSANGLE'           / label for field   6
-TFORM6  = '1E      '           / data format of field: 4-byte REAL
-TTYPE7  = 'PLTSCALE'           / label for field   7
-TFORM7  = '1E      '           / data format of field: 4-byte REAL
-TTYPE8  = 'PSF_INST_MAG'       / label for field   8
-TFORM8  = '1E      '           / data format of field: 4-byte REAL
-TTYPE9  = 'PSF_INST_MAG_SIG'   / label for field   9
-TFORM9  = '1E      '           / data format of field: 4-byte REAL
-TTYPE10 = 'PSF_INST_FLUX'      / label for field  10
-TFORM10 = '1E      '           / data format of field: 4-byte REAL
-TTYPE11 = 'PSF_INST_FLUX_SIG'  / label for field  11
-TFORM11 = '1E      '           / data format of field: 4-byte REAL
-TTYPE12 = 'AP_MAG  '           / label for field  12
-TFORM12 = '1E      '           / data format of field: 4-byte REAL
-TTYPE13 = 'AP_MAG_RAW'         / label for field  13
-TFORM13 = '1E      '           / data format of field: 4-byte REAL
-TTYPE14 = 'AP_MAG_RADIUS'      / label for field  14
-TFORM14 = '1E      '           / data format of field: 4-byte REAL
-TTYPE15 = 'PEAK_FLUX_AS_MAG'   / label for field  15
-TFORM15 = '1E      '           / data format of field: 4-byte REAL
-TTYPE16 = 'CAL_PSF_MAG'        / label for field  16
-TFORM16 = '1E      '           / data format of field: 4-byte REAL
-TTYPE17 = 'CAL_PSF_MAG_SIG'    / label for field  17
-TFORM17 = '1E      '           / data format of field: 4-byte REAL
-TTYPE18 = 'RA_PSF  '           / label for field  18
-TFORM18 = '1D      '           / data format of field: 8-byte DOUBLE
-TTYPE19 = 'DEC_PSF '           / label for field  19
-TFORM19 = '1D      '           / data format of field: 8-byte DOUBLE
-TTYPE20 = 'SKY     '           / label for field  20
-TFORM20 = '1E      '           / data format of field: 4-byte REAL
-TTYPE21 = 'SKY_SIGMA'          / label for field  21
-TFORM21 = '1E      '           / data format of field: 4-byte REAL
-TTYPE22 = 'PSF_CHISQ'          / label for field  22
-TFORM22 = '1E      '           / data format of field: 4-byte REAL
-TTYPE23 = 'CR_NSIGMA'          / label for field  23
-TFORM23 = '1E      '           / data format of field: 4-byte REAL
-TTYPE24 = 'EXT_NSIGMA'         / label for field  24
-TFORM24 = '1E      '           / data format of field: 4-byte REAL
-TTYPE25 = 'PSF_MAJOR'          / label for field  25
-TFORM25 = '1E      '           / data format of field: 4-byte REAL
-TTYPE26 = 'PSF_MINOR'          / label for field  26
-TFORM26 = '1E      '           / data format of field: 4-byte REAL
-TTYPE27 = 'PSF_THETA'          / label for field  27
-TFORM27 = '1E      '           / data format of field: 4-byte REAL
-TTYPE28 = 'PSF_QF  '           / label for field  28
-TFORM28 = '1E      '           / data format of field: 4-byte REAL
-TTYPE29 = 'PSF_QF_PERFECT'     / label for field  29
-TFORM29 = '1E      '           / data format of field: 4-byte REAL
-TTYPE30 = 'PSF_NDOF'           / label for field  30
-TFORM30 = '1J      '           / data format of field: 4-byte INTEGER
-TTYPE31 = 'PSF_NPIX'           / label for field  31
-TFORM31 = '1J      '           / data format of field: 4-byte INTEGER
-TTYPE32 = 'MOMENTS_XX'         / label for field  32
-TFORM32 = '1E      '           / data format of field: 4-byte REAL
-TTYPE33 = 'MOMENTS_XY'         / label for field  33
-TFORM33 = '1E      '           / data format of field: 4-byte REAL
-TTYPE34 = 'MOMENTS_YY'         / label for field  34
-TFORM34 = '1E      '           / data format of field: 4-byte REAL
-TTYPE35 = 'MOMENTS_M3C'        / label for field  35
-TFORM35 = '1E      '           / data format of field: 4-byte REAL
-TTYPE36 = 'MOMENTS_M3S'        / label for field  36
-TFORM36 = '1E      '           / data format of field: 4-byte REAL
-TTYPE37 = 'MOMENTS_M4C'        / label for field  37
-TFORM37 = '1E      '           / data format of field: 4-byte REAL
-TTYPE38 = 'MOMENTS_M4S'        / label for field  38
-TFORM38 = '1E      '           / data format of field: 4-byte REAL
-TTYPE39 = 'MOMENTS_R1'         / label for field  39
-TFORM39 = '1E      '           / data format of field: 4-byte REAL
-TTYPE40 = 'MOMENTS_RH'         / label for field  40
-TFORM40 = '1E      '           / data format of field: 4-byte REAL
-TTYPE41 = 'KRON_FLUX'          / label for field  41
-TFORM41 = '1E      '           / data format of field: 4-byte REAL
-TTYPE42 = 'KRON_FLUX_ERR'      / label for field  42
-TFORM42 = '1E      '           / data format of field: 4-byte REAL
-TTYPE43 = 'KRON_FLUX_INNER'    / label for field  43
-TFORM43 = '1E      '           / data format of field: 4-byte REAL
-TTYPE44 = 'KRON_FLUX_OUTER'    / label for field  44
-TFORM44 = '1E      '           / data format of field: 4-byte REAL
-TTYPE45 = 'FLAGS   '           / label for field  45
-TFORM45 = '1J      '           / data format of field: 4-byte INTEGER
-TZERO45 =           2147483648 / offset for unsigned integers
-TSCAL45 =                    1 / data are not scaled
-TTYPE46 = 'FLAGS2  '           / label for field  46
-TFORM46 = '1J      '           / data format of field: 4-byte INTEGER
-TZERO46 =           2147483648 / offset for unsigned integers
-TSCAL46 =                    1 / data are not scaled
-TTYPE47 = 'APER_FLUX'          / label for field  47
-TFORM47 = '15E     '           / data format of field: 4-byte REAL
-TTYPE48 = 'APER_FLUX_ERR'      / label for field  48
-TFORM48 = '15E     '           / data format of field: 4-byte REAL
-TTYPE49 = 'APER_FILL'          / label for field  49
-TFORM49 = '15E     '           / data format of field: 4-byte REAL
-TTYPE50 = 'N_FRAMES'           / label for field  50
-TFORM50 = '1I      '           / data format of field: 2-byte INTEGER
-TZERO50 =                32768 / offset for unsigned integers
-TSCAL50 =                    1 / data are not scaled
-TTYPE51 = 'PADDING '           / label for field  51
-TFORM51 = '1I      '           / data format of field: 2-byte INTEGER
-EXTHEAD = 'SkyChip.hdr'        / name of image extension w/
-EXTTYPE = 'PS1_SV1 '           / extension type
-XSRCNAME= 'SkyChip.xsrc'       / name of XSRC table extension
-XFITNAME= 'SkyChip.xfit'       / name of XFIT table extension
-HIERARCH SOURCE.MASK.PSFMODEL = 1 / Fit with PSF model
-HIERARCH SOURCE.MASK.EXTMODEL = 2 / Fit with extended model
-HIERARCH SOURCE.MASK.FITTED = 4 / Fit with non-linear model
-HIERARCH SOURCE.MASK.FAIL =  8 / Non-linear fit failed
-HIERARCH SOURCE.MASK.POOR = 16 / Non-linear fit poor
-HIERARCH SOURCE.MASK.PAIR = 32 / Fit with double PSF
-HIERARCH SOURCE.MASK.PSFSTAR = 64 / Used to define PSF model
-HIERARCH SOURCE.MASK.SATSTAR = 128 / Model peak is above saturation
-HIERARCH SOURCE.MASK.BLEND = 256 / Blended with other sources
-HIERARCH SOURCE.MASK.EXTERNAL = 512 / Based on supplied input position
-HIERARCH SOURCE.MASK.BADPSF = 1024 / Unable to estimate object PSF
-HIERARCH SOURCE.MASK.DEFECT = 2048 / Suspected defect
-HIERARCH SOURCE.MASK.SATURATED = 4096 / Suspected saturated (bleed trail)
-HIERARCH SOURCE.MASK.CR_LIMIT = 8192 / Suspected cosmic ray
-HIERARCH SOURCE.MASK.EXT_LIMIT = 16384 / Suspected extended
-HIERARCH SOURCE.MASK.MOMENTS_FAILURE = 32768 / Failed to measure moments
-HIERARCH SOURCE.MASK.SKY_FAILURE = 65536 / Failed to measure local sky
-HIERARCH SOURCE.MASK.SKYVAR_FAILURE = 131072 / Failed to measure sky variance
-HIERARCH SOURCE.MASK.BELOW_MOMENTS_SN = 262144 / Moments not measured due to low
-HIERARCH SOURCE.MASK.BIG_RADIUS = 1048576 / Small radius has poor moments
-HIERARCH SOURCE.MASK.AP_MAGS = 2097152 / Measured aperture magnitude
-HIERARCH SOURCE.MASK.BLEND_FIT = 4194304 / Fit as a blend
-HIERARCH SOURCE.MASK.EXTENDED_FIT = 8388608 / Fit with full extended fit
-HIERARCH SOURCE.MASK.EXTENDED_STATS = 16777216 / Calculated extended aperture st
-HIERARCH SOURCE.MASK.LINEAR_FIT = 33554432 / Fit with linear fit
-HIERARCH SOURCE.MASK.NONLINEAR_FIT = 67108864 / Fit with non-linear fit
-HIERARCH SOURCE.MASK.RADIAL_FLUX = 134217728 / Calculated radial flux measuremen
-HIERARCH SOURCE.MASK.SIZE_SKIPPED = 268435456 / Could not be determine size
-HIERARCH SOURCE.MASK.ON_SPIKE = 536870912 / Source lands in bright star spike
-HIERARCH SOURCE.MASK.ON_GHOST = 1073741824 / Source lands in bright star ghost /
-HIERARCH SOURCE.MASK.OFF_CHIP = 2147483648 / Source centroid lands off chip edge
-EXTNAME = 'SkyChip.psf'
-END
-
-#### SkyChip.xsrc ####
-
-TENSION= 'BINTABLE'           / binary table extension
-BITPIX  =                    8 / 8-bit bytes
-NAXIS   =                    2 / 2-dimensional binary table
-NAXIS1  =                  240 / width of table in bytes
-NAXIS2  =                  264 / number of rows in table
-PCOUNT  =                    0 / size of special data area
-GCOUNT  =                    1 / one data group (required keyword)
-TFIELDS =                   18 / number of fields in each row
-TTYPE1  = 'IPP_IDET'           / label for field   1
-TFORM1  = '1J      '           / data format of field: 4-byte INTEGER
-TZERO1  =           2147483648 / offset for unsigned integers
-TSCAL1  =                    1 / data are not scaled
-TTYPE2  = 'X_EXT   '           / label for field   2
-TFORM2  = '1E      '           / data format of field: 4-byte REAL
-TTYPE3  = 'Y_EXT   '           / label for field   3
-TFORM3  = '1E      '           / data format of field: 4-byte REAL
-TTYPE4  = 'X_EXT_SIG'          / label for field   4
-TFORM4  = '1E      '           / data format of field: 4-byte REAL
-TTYPE5  = 'Y_EXT_SIG'          / label for field   5
-TFORM5  = '1E      '           / data format of field: 4-byte REAL
-TTYPE6  = 'F25_ARATIO'         / label for field   6
-TFORM6  = '1E      '           / data format of field: 4-byte REAL
-TTYPE7  = 'F25_THETA'          / label for field   7
-TFORM7  = '1E      '           / data format of field: 4-byte REAL
-TTYPE8  = 'PETRO_MAG'          / label for field   8
-TFORM8  = '1E      '           / data format of field: 4-byte REAL
-TTYPE9  = 'PETRO_MAG_ERR'      / label for field   9
-TFORM9  = '1E      '           / data format of field: 4-byte REAL
-TTYPE10 = 'PETRO_RADIUS'       / label for field  10
-TFORM10 = '1E      '           / data format of field: 4-byte REAL
-TTYPE11 = 'PETRO_RADIUS_ERR'   / label for field  11
-TFORM11 = '1E      '           / data format of field: 4-byte REAL
-TTYPE12 = 'PETRO_RADIUS_50'    / label for field  12
-TFORM12 = '1E      '           / data format of field: 4-byte REAL
-TTYPE13 = 'PETRO_RADIUS_50_ERR' / label for field  13
-TFORM13 = '1E      '           / data format of field: 4-byte REAL
-TTYPE14 = 'PETRO_RADIUS_90'    / label for field  14
-TFORM14 = '1E      '           / data format of field: 4-byte REAL
-TTYPE15 = 'PETRO_RADIUS_90_ERR' / label for field  15
-TFORM15 = '1E      '           / data format of field: 4-byte REAL
-TTYPE16 = 'PROF_SB '           / label for field  16
-TFORM16 = '15E     '           / data format of field: 4-byte REAL
-TTYPE17 = 'PROF_FLUX'          / label for field  17
-TFORM17 = '15E     '           / data format of field: 4-byte REAL
-TTYPE18 = 'PROF_FILL'          / label for field  18
-TFORM18 = '15E     '           / data format of field: 4-byte REAL
-RMIN_00 =                   0. / min radius for SB profile
-RMAX_00 =                 0.56 / min radius for SB profile
-RMIN_01 =                 0.56 / min radius for SB profile
-RMAX_01 =                 1.69 / min radius for SB profile
-RMIN_02 =                 1.69 / min radius for SB profile
-RMAX_02 =                 2.59 / min radius for SB profile
-RMIN_03 =                 2.59 / min radius for SB profile
-RMAX_03 =                 4.41 / min radius for SB profile
-RMIN_04 =                 4.41 / min radius for SB profile
-RMAX_04 =                 7.51 / min radius for SB profile
-RMIN_05 =                 7.51 / min radius for SB profile
-RMAX_05 =                11.58 / min radius for SB profile
-RMIN_06 =                11.58 / min radius for SB profile
-RMAX_06 =                18.58 / min radius for SB profile
-RMIN_07 =                18.58 / min radius for SB profile
-RMAX_07 =                28.55 / min radius for SB profile
-RMIN_08 =                28.55 / min radius for SB profile
-RMAX_08 =                 45.5 / min radius for SB profile
-RMIN_09 =                 45.5 / min radius for SB profile
-RMAX_09 =                70.51 / min radius for SB profile
-RMIN_10 =                70.51 / min radius for SB profile
-RMAX_10 =               110.53 / min radius for SB profile
-RMIN_11 =               110.53 / min radius for SB profile
-RMAX_11 =               172.49 / min radius for SB profile
-RMIN_12 =               172.49 / min radius for SB profile
-RMAX_12 =               269.52 / min radius for SB profile
-RMIN_13 =               269.52 / min radius for SB profile
-RMAX_13 =               420.51 / min radius for SB profile
-RMIN_14 =               420.51 / min radius for SB profile
-RMAX_14 =                652.5 / min radius for SB profile
-EXTNAME = 'SkyChip.xsrc'
-END
-
-
Index: trunk/ippToPsps/config/stack/map.xml
===================================================================
--- trunk/ippToPsps/config/stack/map.xml	(revision 31342)
+++ 	(revision )
@@ -1,386 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-
-<tabledata type="stack">
-  <table name="StackMeta" ippfitsextension="SkyChip.hdr">
-           <map pspsName="stackMetaID" ippType="TLONGLONG" ippName="STK_ID" comment="stack identifier"/>
-    <!--  DONE IN CODE <map pspsName="skycellID" ippType="TLONG" ippName="" comment="skycell region identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="surveyID" ippType="TBYTE" ippName="" comment="survey flag identifier"/> -->
-    <!--  **MISSING** <map pspsName="photoCalID" ippType="TLONG" ippName="" comment="photometry code numerical id"/> -->
-    <!--  DONE IN CODE <map pspsName="filterID" ippType="TBYTE" ippName="" comment="filter identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="stackTypeID" ippType="TBYTE" ippName="" comment="stack type identifier"/> -->
-    <!--  WILL BE REMOVED <map pspsName="stackGroupID" ippType="TLONG" ippName="" comment="stack group identifier"/> -->
-          <map pspsName="magSat" ippType="TFLOAT" ippName="FSATUR" comment="saturation magnitude level"/>
-    <!--  **MISSING** <map pspsName="analVer" ippType="TSHORT" ippName="" comment="analysis version index"/> -->
-          <map pspsName="nP2Images" ippType="TSHORT" ippName="NINPUTS" comment="number of P2 images contributing to this cell"/>
-          <map pspsName="completMag" ippType="TFLOAT" ippName="FLIMIT" comment="95% completion level in mag"/>
-    <!--  **MISSING** <map pspsName="astroScat" ippType="TFLOAT" ippName="" comment="astrometric scatter for chip"/> -->
-    <!--  **MISSING** <map pspsName="photoScat" ippType="TFLOAT" ippName="" comment="photometric scatter for chip"/> -->
-    <!--  **MISSING** <map pspsName="nAstroRef" ippType="TLONG" ippName="" comment="number of astrometric reference sources"/> -->
-    <!--  **MISSING** <map pspsName="nPhoRef" ippType="TLONG" ippName="" comment="number of photometric reference sources"/> -->
-    <!--  **MISSING** <map pspsName="mean" ippType="TDOUBLE" ippName="" comment="mean PSF FWHM in the stack"/> -->
-    <!--  **MISSING** <map pspsName="max" ippType="TDOUBLE" ippName="" comment="maximum PSF FWHM in the stack"/> -->
-          <map pspsName="photoZero" ippType="TFLOAT" ippName="FPA.ZP" comment="local derived photometric zero point"/>
-    <!--  **MISSING** <map pspsName="photoColor" ippType="TFLOAT" ippName="" comment="local derived photometric color term"/> -->
-          <map pspsName="ctype1" ippType="TSTRING" ippName="CTYPE1" comment="name of astrometric projection in RA"/>
-          <map pspsName="ctype2" ippType="TSTRING" ippName="CTYPE2" comment="name of astrometric projection in DEC"/>
-          <map pspsName="crval1" ippType="TDOUBLE" ippName="CRVAL1" comment="RA corresponding to reference pixel"/>
-          <map pspsName="crval2" ippType="TDOUBLE" ippName="CRVAL2" comment="DEC corresponding to reference pixel"/>
-          <map pspsName="crpix1" ippType="TDOUBLE" ippName="CRPIX1" comment="reference pixel value for RA"/>
-          <map pspsName="crpix2" ippType="TDOUBLE" ippName="CRPIX2" comment="reference pixel value for DEC"/>
-          <map pspsName="cdelt1" ippType="TDOUBLE" ippName="CDELT1" comment="scale factor for RA"/>
-          <map pspsName="cdelt2" ippType="TDOUBLE" ippName="CDELT2" comment="scale factor for DEC"/>
-          <map pspsName="pc001001" ippType="TDOUBLE" ippName="PC001001" comment="elements of rotation/Dcale matrix"/>
-          <map pspsName="pc001002" ippType="TDOUBLE" ippName="PC001002" comment="elements of rotation/Dcale matrix"/>
-          <map pspsName="pc002001" ippType="TDOUBLE" ippName="PC002001" comment="elements of rotation/Dcale matrix"/>
-          <map pspsName="pc002002" ippType="TDOUBLE" ippName="PC002002" comment="elements of rotation/Dcale matrix"/>
-    <!--  **MISSING** <map pspsName="calibModNum" ippType="TSHORT" ippName="" comment="calibration modification number"/> -->
-    <!--  **MISSING** <map pspsName="dataRelease" ippType="TBYTE" ippName="" comment="Data release"/> -->
-  </table>
-  <table name="StackDetection" ippfitsextension="SkyChip.psf">
-    <!--  **MISSING** <map pspsName="objID" ippType="TLONGLONG" ippName="" comment="ODM object identifier"/> -->
-    <!--  **MISSING** <map pspsName="stackDetectID" ippType="TLONGLONG" ippName="" comment="ODM detection identifier"/> -->
-    <!--  **MISSING** <map pspsName="ippObjID" ippType="TLONGLONG" ippName="" comment="IPP object identifier"/> -->
-          <map pspsName="ippDetectID" ippType="TLONGLONG" ippName="IPP_IDET" comment="detection ID generated by IPP"/>
-    <!--  DONE IN CODE <map pspsName="filterID" ippType="TBYTE" ippName="" comment="filter identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="stackTypeID" ippType="TBYTE" ippName="" comment="stack type identifier"/> -->
-    <!--  WILL BE REMOVED <map pspsName="stackGroupID" ippType="TLONG" ippName="" comment="stack group id"/> -->
-    <!--  DONE IN CODE <map pspsName="surveyID" ippType="TBYTE" ippName="" comment="survey flag identifier"/> -->
-    <!--  **MISSING** <map pspsName="primaryF" ippType="TBYTE" ippName="" comment="identifies best stack detection for Stacks overlapping the same region of the sky."/> -->
-    <!--  DONE IN CODE <map pspsName="stackMetaID" ippType="TLONGLONG" ippName="" comment="stack identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="skyCellID" ippType="TLONG" ippName="" comment=skycell identifier"/> -->
-    <!--  **MISSING** <map pspsName="projectionCellID" ippType="TLONG" ippName="" comment="projection cell identifier"/> -->
-    <!--  **MISSING** <map pspsName="stackVer" ippType="TSHORT" ippName="" comment="version number of this stack"/> -->
-    <!--  DONE IN CODE <map pspsName="obsTime" ippType="TDOUBLE" ippName="" comment=" Time of mid observation (unit = day)"/> -->
-          <map pspsName="xPos" ippType="TFLOAT" ippName="X_PSF" comment="measured x on CCD from PSF fit"/>
-          <map pspsName="yPos" ippType="TFLOAT" ippName="Y_PSF" comment="measured y on CCD from PSF fit"/>
-          <map pspsName="xPosErr" ippType="TFLOAT" ippName="X_PSF_SIG" comment="estimated error in x"/> -->
-          <map pspsName="yPosErr" ippType="TFLOAT" ippName="Y_PSF_SIG" comment="estimated error in y"/> -->
-          <map pspsName="instFlux" ippType="TFLOAT" ippName="PSF_INST_FLUX" comment="PSF instrumental flux"/>
-          <map pspsName="instFluxErr" ippType="TFLOAT" ippName="PSF_INST_FLUX_SIG" comment="estimated error in instrumental flux"/>
-    <!--  DONE IN CODE <map pspsName="peakFlux" ippType="TFLOAT" ippName="" comment="ratio of peak flux to total flux"/> -->
-          <map pspsName="sky" ippType="TFLOAT" ippName="SKY" comment="PSF sky level at source (adu)"/>
-          <map pspsName="skyErr" ippType="TFLOAT" ippName="SKY_SIGMA" comment="estimated error in sky"/>
-          <map pspsName="sgSep" ippType="TFLOAT" ippName="EXT_NSIGMA" comment="star/galaxy separator"/>
-          <map pspsName="psfWidMajor" ippType="TFLOAT" ippName="PSF_MAJOR" comment="PSF width in major axis"/>
-          <map pspsName="psfWidMinor" ippType="TFLOAT" ippName="PSF_MINOR" comment="PSF width in minor axis"/>
-          <map pspsName="psfTheta" ippType="TFLOAT" ippName="PSF_THETA" comment="PSF orientation angle"/>
-    <!--  **MISSING** <map pspsName="psfLikelihood" ippType="TFLOAT" ippName="" comment="PSF likelihood"/> -->
-          <map pspsName="psfCf" ippType="TFLOAT" ippName="PSF_QF" comment="PSF coverage factor"/>
-    <!--  DONE IN CODE <map pspsName="infoFlag" ippType="TLONG" ippName="" comment="indicator of strange propeties"/> -->
-          <map pspsName="nFrames" ippType="TLONG" ippName="N_FRAMES" comment="number of frames contributing to source"/>
-    <!--  **MISSING** <map pspsName="activeFlag" ippType="TBYTE" ippName="" comment="indicates whether this detection/orphan is still a detection/orphan"/> -->
-    <!--  DONE IN CODE <map pspsName="assocDate" ippType="TSTRING" ippName="" comment="date object association assigned"/> -->
-    <!--  **MISSING** <map pspsName="historyModNum" ippType="TSHORT" ippName="" comment="modification number in the O-D association history"/> -->
-    <!--  **MISSING** <map pspsName="dataRelease" ippType="TBYTE" ippName="" comment="Data release when this detection was originally taken."/> -->
-  </table>
-  <table name="StackApFlx" ippfitsextension="SkyChip.xsrc">
-    <!--  **MISSING** <map pspsName="objID" ippType="TLONGLONG" ippName="" comment="ODM object identifier"/> -->
-    <!--  **MISSING** <map pspsName="stackDetectID" ippType="TLONGLONG" ippName="" comment="ODM detection identifier"/> -->
-    <!--  **MISSING** <map pspsName="ippObjID" ippType="TLONGLONG" ippName="" comment="IPP object identifier"/> -->
-          <map pspsName="ippDetectID" ippType="TLONGLONG" ippName="IPP_IDET" comment="detection ID generated by IPP"/>
-    <!--  DONE IN CODE <map pspsName="filterID" ippType="TBYTE" ippName="" comment="filter identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="stackTypeID" ippType="TBYTE" ippName="" comment="stack type identifier"/> -->
-    <!--  WILL BE REMOVED <map pspsName="stackGroupID" ippType="TLONG" ippName="" comment="stack group id"/> -->
-    <!--  DONE IN CODE <map pspsName="surveyID" ippType="TBYTE" ippName="" comment="survey flag identifier"/> -->
-    <!--  **MISSING** <map pspsName="primaryF" ippType="TBYTE" ippName="" comment="identifies best stack detection for Stacks overlapping the same region of the sky."/> -->
-    <!--  DONE IN CODE <map pspsName="stackMetaID" ippType="TLONGLONG" ippName="" comment="stack identifier"/> -->
-    <!--  **MISSING** <map pspsName="isophotMag" ippType="TFLOAT" ippName="" comment="isophotal magnitude"/> -->
-    <!--  **MISSING** <map pspsName="isophotMagErr" ippType="TFLOAT" ippName="" comment="estimated error in isophotal magnitude"/> -->
-    <!--  **MISSING** <map pspsName="isophotMajAxis" ippType="TFLOAT" ippName="" comment="isophotal Major Axis"/> -->
-    <!--  **MISSING** <map pspsName="isophotMajAxisErr" ippType="TFLOAT" ippName="" comment="estimated error in isophotal Major Axis"/> -->
-    <!--  **MISSING** <map pspsName="isophotMinAxis" ippType="TFLOAT" ippName="" comment="isophotal Minor Axis"/> -->
-    <!--  **MISSING** <map pspsName="isophotMinAxisErr" ippType="TFLOAT" ippName="" comment="estimated error in isophotal Minor Axis"/> -->
-    <!--  **MISSING** <map pspsName="isophotMajAxisGrad" ippType="TFLOAT" ippName="" comment="isophotal major axis gradient"/> -->
-    <!--  **MISSING** <map pspsName="isophotMinAxisGrad" ippType="TFLOAT" ippName="" comment="isophotal minor axis gradient"/> -->
-    <!--  **MISSING** <map pspsName="isophotPA" ippType="TFLOAT" ippName="" comment="isophotal position angle"/> -->
-    <!--  **MISSING** <map pspsName="isophotPAErr" ippType="TFLOAT" ippName="" comment="estimated error in isophotal position angle"/> -->
-    <!--  **MISSING** <map pspsName="isophotPAGrad" ippType="TFLOAT" ippName="" comment="isophotal position angle gradient"/> -->
-          <map pspsName="petRadius" ippType="TFLOAT" ippName="PETRO_RADIUS" comment="Petrosian radius"/>
-          <map pspsName="petRadiusErr" ippType="TFLOAT" ippName="PETRO_RADIUS_ERR" comment="estimated error inPetrosian radius"/>
-          <map pspsName="petMag" ippType="TFLOAT" ippName="PETRO_MAG" comment="Petrosian magntiude"/>
-          <map pspsName="petMagErr" ippType="TFLOAT" ippName="PETRO_MAG_ERR" comment="estimated error in petMag"/>
-          <map pspsName="petR50" ippType="TFLOAT" ippName="PETRO_RADIUS_50" comment="Petrosian radius at 50% light"/>
-          <map pspsName="petR50Err" ippType="TFLOAT" ippName="PETRO_RADIUS_50_ERR" comment="estimated error inPetrosian radius at 50% light"/>
-          <map pspsName="petR90" ippType="TFLOAT" ippName="PETRO_RADIUS_90" comment="Petrosian radius at 90% light"/>
-          <map pspsName="petR90Err" ippType="TFLOAT" ippName="PETRO_RADIUS_90_ERR" comment="estimated error in Petrosian radius at 90% light"/>
-    <!--  **MISSING** <map pspsName="petCf" ippType="TFLOAT" ippName="" comment="Petrosian fit coverage factor"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR1" ippType="TFLOAT" ippName="" comment="Flux inside r = 1"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR1Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR1"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR1Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR1"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR1Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR2" ippType="TFLOAT" ippName="" comment="Flux inside r = 2"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR2Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR2"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR2Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR2"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR2Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR3" ippType="TFLOAT" ippName="" comment="Flux inside r = 3"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR3Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR3"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR3Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR3"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR3Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R3"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR4" ippType="TFLOAT" ippName="" comment="Flux inside r = 4"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR4Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR4"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR4Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR4"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR4Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R4"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR5" ippType="TFLOAT" ippName="" comment="Flux inside r = 5"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR5Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR5"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR5Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR5"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR5Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R5"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR6" ippType="TFLOAT" ippName="" comment="Flux inside r = 6"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR6Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR6"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR6Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR6"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR6Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R6"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR7" ippType="TFLOAT" ippName="" comment="Flux inside r = 7"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR7Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR7"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR7Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR7"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR7Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R7"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR8" ippType="TFLOAT" ippName="" comment="Flux inside r = 8"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR8Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR8"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR8Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR8"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR8Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R8"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR9" ippType="TFLOAT" ippName="" comment="Flux inside r = 9"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR9Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR9"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR9Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR9"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR9Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R9"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR10" ippType="TFLOAT" ippName="" comment="Flux inside r = 10"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR10Err" ippType="TFLOAT" ippName="" comment="estimated error is flxR10"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR10Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in flxR10"/> -->
-    <!--  DONE IN CODE <map pspsName="flxR10Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R10"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR1" ippType="TFLOAT" ippName="" comment="Flux inside r = 1"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR1Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR1"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR1Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR1"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR1Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR2" ippType="TFLOAT" ippName="" comment="Flux inside r = 2"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR2Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR2"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR2Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR2"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR2Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR3" ippType="TFLOAT" ippName="" comment="Flux inside r = 3"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR3Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR3"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR3Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR3"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR3Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R3"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR4" ippType="TFLOAT" ippName="" comment="Flux inside r = 4"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR4Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR4"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR4Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR4"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR4Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R4"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR5" ippType="TFLOAT" ippName="" comment="Flux inside r = 5"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR5Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR5"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR5Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR5"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR5Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R5"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR6" ippType="TFLOAT" ippName="" comment="Flux inside r = 6"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR6Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR6"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR6Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR6"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR6Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R6"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR7" ippType="TFLOAT" ippName="" comment="Flux inside r = 7"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR7Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR7"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR7Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR7"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR7Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R7"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR8" ippType="TFLOAT" ippName="" comment="Flux inside r = 8"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR8Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR8"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR8Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR8"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR8Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R8"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR9" ippType="TFLOAT" ippName="" comment="Flux inside r = 9"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR9Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR9"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR9Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR9"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR9Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R9"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR10" ippType="TFLOAT" ippName="" comment="Flux inside r = 10"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR10Err" ippType="TFLOAT" ippName="" comment="estimated error is c1flxR10"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR10Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c1flxR10"/> -->
-    <!--  **MISSING** <map pspsName="c1flxR10Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R10"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR1" ippType="TFLOAT" ippName="" comment="Flux inside r = 1"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR1Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR1"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR1Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR1"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR1Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR2" ippType="TFLOAT" ippName="" comment="Flux inside r = 2"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR2Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR2"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR2Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR2"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR2Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R1"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR3" ippType="TFLOAT" ippName="" comment="Flux inside r = 3"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR3Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR3"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR3Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR3"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR3Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R3"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR4" ippType="TFLOAT" ippName="" comment="Flux inside r = 4"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR4Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR4"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR4Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR4"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR4Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R4"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR5" ippType="TFLOAT" ippName="" comment="Flux inside r = 5"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR5Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR5"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR5Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR5"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR5Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R5"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR6" ippType="TFLOAT" ippName="" comment="Flux inside r = 6"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR6Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR6"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR6Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR6"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR6Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R6"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR7" ippType="TFLOAT" ippName="" comment="Flux inside r = 7"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR7Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR7"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR7Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR7"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR7Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R7"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR8" ippType="TFLOAT" ippName="" comment="Flux inside r = 8"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR8Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR8"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR8Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR8"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR8Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R8"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR9" ippType="TFLOAT" ippName="" comment="Flux inside r = 9"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR9Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR9"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR9Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR9"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR9Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R9"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR10" ippType="TFLOAT" ippName="" comment="Flux inside r = 10"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR10Err" ippType="TFLOAT" ippName="" comment="estimated error is c2flxR10"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR10Std" ippType="TFLOAT" ippName="" comment="estimated standard deviation in c2flxR10"/> -->
-    <!--  **MISSING** <map pspsName="c2flxR10Fill" ippType="TFLOAT" ippName="" comment="estimated filling factor at R10"/> -->
-    <!--  **MISSING** <map pspsName="logC" ippType="TFLOAT" ippName="" comment="Abraham concentration index"/> -->
-    <!--  **MISSING** <map pspsName="logA" ippType="TFLOAT" ippName="" comment="Abraham asymmetry index"/> -->
-    <!--  **MISSING** <map pspsName="activeFlag" ippType="TBYTE" ippName="" comment="indicates whether this detection/orphan is still a detection/orphan"/> -->
-    <!--  **MISSING** <map pspsName="dataRelease" ippType="TBYTE" ippName="" comment="Data release when this detection was taken"/> -->
-  </table>
-  <table name="StackModelFit" ippfitsextension="SkyChip.xfit">
-    <!--  **MISSING** <map pspsName="objID" ippType="TLONGLONG" ippName="" comment="ODM object identifier"/> -->
-    <!--  **MISSING** <map pspsName="stackDetectID" ippType="TLONGLONG" ippName="" comment="ODM detection identifier"/> -->
-    <!--  **MISSING** <map pspsName="ippObjID" ippType="TLONGLONG" ippName="" comment="IPP object identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="ippDetectID" ippType="TLONGLONG" ippName="IPP_IDET" comment="detection ID generated by IPP"/> -->
-    <!--  DONE IN CODE <map pspsName="filterID" ippType="TBYTE" ippName="" comment="filter identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="stackTypeID" ippType="TBYTE" ippName="" comment="stack type identifier"/> -->
-    <!--  WILL BE REMOVED <map pspsName="stackGroupID" ippType="TLONG" ippName="" comment="stack group id"/> -->
-    <!--  DONE IN CODE <map pspsName="surveyID" ippType="TBYTE" ippName="" comment="survey flag identifier"/> -->
-    <!--  **MISSING** <map pspsName="primaryF" ippType="TBYTE" ippName="" comment="identifies best stack detection for Stacks overlapping the same region of the sky."/> -->
-    <!--  DONE IN CODE <map pspsName="stackMetaID" ippType="TLONGLONG" ippName="" comment="stack identifier"/> -->
-    <!--  DONE IN CODE <map pspsName="deVRadius" ippType="TFLOAT" ippName="" comment="deVaucouleurs radius"/> -->
-    <!--  **MISSING** <map pspsName="deVRadiusErr" ippType="TFLOAT" ippName="" comment="estimated error in deVaucouleurs radius"/> -->
-    <!--  DONE IN CODE <map pspsName="deVMag" ippType="TFLOAT" ippName="" comment="deVaucouleurs magntiude"/> -->
-    <!--  DONE IN CODE <map pspsName="deVMagErr" ippType="TFLOAT" ippName="" comment="estimated error in deV_mag"/> -->
-    <!--  DONE IN CODE <map pspsName="deVAb" ippType="TFLOAT" ippName="" comment="deVaucoulerus axis ratio"/> -->
-    <!--  **MISSING** <map pspsName="deVAbErr" ippType="TFLOAT" ippName="" comment="estimated error in deVaucoulerus axis ratio"/> -->
-    <!--  DONE IN CODE <map pspsName="deVPhi" ippType="TFLOAT" ippName="" comment="estmated phi of deVaucouleurs axis"/> -->
-    <!--  **MISSING** <map pspsName="deVPhiErr" ippType="TFLOAT" ippName="" comment="estmated error of phi of deVaucouleurs axis"/> -->
-    <!--  **MISSING** <map pspsName="raDeVOff" ippType="TFLOAT" ippName="" comment="Offset in RA of deVaucouleurs fit from PSF RA"/> -->
-    <!--  **MISSING** <map pspsName="decDeVOff" ippType="TFLOAT" ippName="" comment="Offset in DEC of deVaucouleurs fit from PSF DEC"/> -->
-    <!--  **MISSING** <map pspsName="raDeVOffErr" ippType="TFLOAT" ippName="" comment="estimated error in ra offset"/> -->
-    <!--  **MISSING** <map pspsName="decDeVOffErr" ippType="TFLOAT" ippName="" comment="estimated error in dec offset"/> -->
-    <!--  **MISSING** <map pspsName="deVCf" ippType="TFLOAT" ippName="" comment="deVaucouleurs fit coverage factor"/> -->
-    <!--  **MISSING** <map pspsName="deVLikelihood" ippType="TFLOAT" ippName="" comment="deVaucouleurs fit likelihood factor"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar11" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar12" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar13" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar14" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar15" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar16" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar17" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar22" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar23" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar24" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar25" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar26" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar27" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar33" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar34" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar35" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar36" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar37" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar44" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar45" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar46" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar47" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar55" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar56" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar57" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar66" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar67" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  DONE IN CODE <map pspsName="deVCovar77" ippType="TFLOAT" ippName="" comment="covariance for deVaucouleurs fit"/> -->
-    <!--  **MISSING** <map pspsName="expRadius" ippType="TFLOAT" ippName="" comment="Exponential fit radius"/> -->
-    <!--  **MISSING** <map pspsName="expRadiusErr" ippType="TFLOAT" ippName="" comment="estimated error in Exponential fit radius"/> -->
-    <!--  **MISSING** <map pspsName="expMag" ippType="TFLOAT" ippName="" comment="Exponential fit magntiude"/> -->
-    <!--  **MISSING** <map pspsName="expMagErr" ippType="TFLOAT" ippName="" comment="estimated error in expMag"/> -->
-    <!--  **MISSING** <map pspsName="expAb" ippType="TFLOAT" ippName="" comment="Exponential fit axis ratio"/> -->
-    <!--  **MISSING** <map pspsName="expAbErr" ippType="TFLOAT" ippName="" comment="estimated error in Exponential fit axis ratio"/> -->
-    <!--  **MISSING** <map pspsName="expPhi" ippType="TFLOAT" ippName="" comment="estmated phi of Exponential axis"/> -->
-    <!--  **MISSING** <map pspsName="expPhiErr" ippType="TFLOAT" ippName="" comment="estmated error of phi of Exponential axis"/> -->
-    <!--  **MISSING** <map pspsName="raExpOff" ippType="TFLOAT" ippName="" comment="Offset in RA of Exponential fit from PSF RA"/> -->
-    <!--  **MISSING** <map pspsName="decExpOff" ippType="TFLOAT" ippName="" comment="Offset in DEC of Exponential fit from PSF DEC"/> -->
-    <!--  **MISSING** <map pspsName="raExpOffErr" ippType="TFLOAT" ippName="" comment="estimated error in raExpOff"/> -->
-    <!--  **MISSING** <map pspsName="decExpOffErr" ippType="TFLOAT" ippName="" comment="estimated error in decExpOff"/> -->
-    <!--  **MISSING** <map pspsName="expCf" ippType="TFLOAT" ippName="" comment="Exponential fit coverage factor"/> -->
-    <!--  **MISSING** <map pspsName="expLikelihood" ippType="TFLOAT" ippName="" comment="Exponential fit likelihood factor"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar11" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar12" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar13" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar14" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar15" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar16" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar17" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar22" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar23" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar24" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar25" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar26" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar27" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar33" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar34" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar35" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar36" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar37" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar44" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar45" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar46" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar47" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar55" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar56" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar57" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar66" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar67" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  DONE IN CODE <map pspsName="expCovar77" ippType="TFLOAT" ippName="" comment="covariance for Exponential fit"/> -->
-    <!--  **MISSING** <map pspsName="serRadius" ippType="TFLOAT" ippName="" comment="Sersic radius"/> -->
-    <!--  **MISSING** <map pspsName="serRadiusErr" ippType="TFLOAT" ippName="" comment="estimated error in Sersic radius"/> -->
-    <!--  **MISSING** <map pspsName="serMag" ippType="TFLOAT" ippName="" comment="Sersic magntiude"/> -->
-    <!--  **MISSING** <map pspsName="serMagErr" ippType="TFLOAT" ippName="" comment="estimated error in serMag"/> -->
-    <!--  **MISSING** <map pspsName="serAb" ippType="TFLOAT" ippName="" comment="Sersic axis ratio"/> -->
-    <!--  **MISSING** <map pspsName="serAbErr" ippType="TFLOAT" ippName="" comment="estimated error in Sersic axis ratio"/> -->
-    <!--  **MISSING** <map pspsName="serNu" ippType="TFLOAT" ippName="" comment="Sersic index"/> -->
-    <!--  **MISSING** <map pspsName="serNuErr" ippType="TFLOAT" ippName="" comment="estimated error in Sersic index"/> -->
-    <!--  **MISSING** <map pspsName="serPhi" ippType="TFLOAT" ippName="" comment="estmated phi of Sersic axis"/> -->
-    <!--  **MISSING** <map pspsName="serPhiErr" ippType="TFLOAT" ippName="" comment="estmated error of phi of Sersic axis"/> -->
-    <!--  **MISSING** <map pspsName="raSerOff" ippType="TFLOAT" ippName="" comment="Offset in RA of Sersic fit from PSF RA"/> -->
-    <!--  **MISSING** <map pspsName="decSerOff" ippType="TFLOAT" ippName="" comment="Offset in DEC of Sersic fit from PSF DEC"/> -->
-    <!--  **MISSING** <map pspsName="raSerOffErr" ippType="TFLOAT" ippName="" comment="estimated error in raSerOff"/> -->
-    <!--  **MISSING** <map pspsName="decSerOffErr" ippType="TFLOAT" ippName="" comment="estimated error in decSerOff"/> -->
-    <!--  **MISSING** <map pspsName="serCf" ippType="TFLOAT" ippName="" comment="Sersic fit coverage factor"/> -->
-    <!--  **MISSING** <map pspsName="serLikelihood" ippType="TFLOAT" ippName="" comment="Sersic fit likelihood factor"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar11" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar12" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar13" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar14" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar15" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar16" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar17" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar18" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar22" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar23" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar24" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar25" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar26" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar27" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar28" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar33" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar34" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar35" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar36" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar37" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar38" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar44" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar45" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar46" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar47" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar48" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar55" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar56" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar57" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar58" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar66" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar67" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar68" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar77" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar78" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  DONE IN CODE <map pspsName="sersicCovar88" ippType="TFLOAT" ippName="" comment="covariance for Sersic fit"/> -->
-    <!--  **MISSING** <map pspsName="activeFlag" ippType="TBYTE" ippName="" comment="indicates whether this detection/orphan is still a detection/orphan"/> -->
-    <!--  **MISSING** <map pspsName="dataRelease" ippType="TBYTE" ippName="" comment="Data release when this detection was taken"/> -->
-  </table>
-  <table name="StackToImage" ippfitsextension="">
-    <!--  DONE IN CODE <map pspsName="stackMetaID" ippType="TLONGLONG" ippName="" comment="stack identifier"/> -->
-    <!--  **MISSING** <map pspsName="imageID" ippType="TLONGLONG" ippName="" comment="hashed exposure-ccdID identifier"/> -->
-  </table>
-</tabledata>
Index: trunk/ippToPsps/config/stack/tables.xml
===================================================================
--- trunk/ippToPsps/config/stack/tables.xml	(revision 31342)
+++ 	(revision )
@@ -1,386 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-
-<tableDescriptions type="stack">
-  <table name="StackMeta">
-    <column name="stackMetaID" type="TLONGLONG" default="0" comment="stack identifier"></column>
-    <column name="skycellID" type="TLONG" default="0" comment="skycell region identifier"></column>
-    <column name="surveyID" type="TBYTE" default="0" comment="survey flag identifier"></column>
-    <column name="photoCalID" type="TLONG" default="0" comment="photometry code numerical id"></column>
-    <column name="filterID" type="TBYTE" default="0" comment="filter identifier"></column>
-    <column name="stackTypeID" type="TBYTE" default="0" comment="stack type identifier"></column>
-    <column name="stackGroupID" type="TLONG" default="0" comment="stack group identifier"></column>
-    <column name="magSat" type="TFLOAT" default="-999" comment="saturation magnitude level"></column>
-    <column name="analVer" type="TSHORT" default="-999" comment="analysis version index"></column>
-    <column name="nP2Images" type="TSHORT" default="-999" comment="number of P2 images contributing to this cell"></column>
-    <column name="completMag" type="TFLOAT" default="-999" comment="95% completion level in mag"></column>
-    <column name="astroScat" type="TFLOAT" default="-999" comment="astrometric scatter for chip"></column>
-    <column name="photoScat" type="TFLOAT" default="-999" comment="photometric scatter for chip"></column>
-    <column name="nAstroRef" type="TLONG" default="-999" comment="number of astrometric reference sources"></column>
-    <column name="nPhoRef" type="TLONG" default="-999" comment="number of photometric reference sources"></column>
-    <column name="mean" type="TDOUBLE" default="-999" comment="mean PSF FWHM in the stack"></column>
-    <column name="max" type="TDOUBLE" default="-999" comment="maximum PSF FWHM in the stack"></column>
-    <column name="photoZero" type="TFLOAT" default="-999" comment="local derived photometric zero point"></column>
-    <column name="photoColor" type="TFLOAT" default="-999" comment="local derived photometric color term"></column>
-    <column name="ctype1" type="TSTRING" default=" " comment="name of astrometric projection in RA"></column>
-    <column name="ctype2" type="TSTRING" default=" " comment="name of astrometric projection in DEC"></column>
-    <column name="crval1" type="TDOUBLE" default="-999" comment="RA corresponding to reference pixel"></column>
-    <column name="crval2" type="TDOUBLE" default="-999" comment="DEC corresponding to reference pixel"></column>
-    <column name="crpix1" type="TDOUBLE" default="-999" comment="reference pixel value for RA"></column>
-    <column name="crpix2" type="TDOUBLE" default="-999" comment="reference pixel value for DEC"></column>
-    <column name="cdelt1" type="TDOUBLE" default="-999" comment="scale factor for RA"></column>
-    <column name="cdelt2" type="TDOUBLE" default="-999" comment="scale factor for DEC"></column>
-    <column name="pc001001" type="TDOUBLE" default="-999" comment="elements of rotation/Dcale matrix"></column>
-    <column name="pc001002" type="TDOUBLE" default="-999" comment="elements of rotation/Dcale matrix"></column>
-    <column name="pc002001" type="TDOUBLE" default="-999" comment="elements of rotation/Dcale matrix"></column>
-    <column name="pc002002" type="TDOUBLE" default="-999" comment="elements of rotation/Dcale matrix"></column>
-    <column name="calibModNum" type="TSHORT" default="0" comment="calibration modification number"></column>
-    <column name="dataRelease" type="TBYTE" default="0" comment="Data release"></column>
-  </table>
-  <table name="StackDetection">
-    <column name="objID" type="TLONGLONG" default="0" comment="ODM object identifier"></column>
-    <column name="stackDetectID" type="TLONGLONG" default="0" comment="ODM detection identifier"></column>
-    <column name="ippObjID" type="TLONGLONG" default="0" comment="IPP object identifier"></column>
-    <column name="ippDetectID" type="TLONGLONG" default="0" comment="detection ID generated by IPP"></column>
-    <column name="filterID" type="TBYTE" default="0" comment="filter identifier"></column>
-    <column name="stackTypeID" type="TBYTE" default="0" comment="stack type identifier"></column>
-    <column name="stackGroupID" type="TLONG" default="0" comment="stack group id"></column>
-    <column name="surveyID" type="TBYTE" default="0" comment="survey flag identifier"></column>
-    <column name="primaryF" type="TBYTE" default="255" comment="identifies best stack detection for Stacks overlapping the same region of the sky."></column>
-    <column name="stackMetaID" type="TLONGLONG" default="0" comment="stack identifier"></column>
-    <column name="skyCellID" type="TLONG" default="-999" comment="skycell identifier"></column>
-    <column name="projectionCellID" type="TLONG" default="-999" comment="projection cell identifier"></column>
-    <column name="stackVer" type="TSHORT" default="-999" comment="version number of this stack"></column>
-    <column name="obsTime" type="TDOUBLE" default="-999" comment=" Time of mid observation (unit = day)"></column>
-    <column name="xPos" type="TFLOAT" default="-999" comment="measured x on CCD from PSF fit"></column>
-    <column name="yPos" type="TFLOAT" default="-999" comment="measured y on CCD from PSF fit"></column>
-    <column name="xPosErr" type="TFLOAT" default="-999" comment="estimated error in x"></column>
-    <column name="yPosErr" type="TFLOAT" default="-999" comment="estimated error in y"></column>
-    <column name="instFlux" type="TFLOAT" default="-999" comment="PSF instrumental flux"></column>
-    <column name="instFluxErr" type="TFLOAT" default="-999" comment="estimated error in instrumental flux"></column>
-    <column name="peakFlux" type="TFLOAT" default="-999" comment="ratio of peak flux to total flux"></column>
-    <column name="sky" type="TFLOAT" default="-999" comment="PSF sky level at source (adu)"></column>
-    <column name="skyErr" type="TFLOAT" default="-999" comment="estimated error in sky"></column>
-    <column name="sgSep" type="TFLOAT" default="-999" comment="star/galaxy separator"></column>
-    <column name="psfWidMajor" type="TFLOAT" default="-999" comment="PSF width in major axis"></column>
-    <column name="psfWidMinor" type="TFLOAT" default="-999" comment="PSF width in minor axis"></column>
-    <column name="psfTheta" type="TFLOAT" default="-999" comment="PSF orientation angle"></column>
-    <column name="psfLikelihood" type="TFLOAT" default="-999" comment="PSF likelihood"></column>
-    <column name="psfCf" type="TFLOAT" default="-999" comment="PSF coverage factor"></column>
-    <column name="infoFlag" type="TLONG" default="-999" comment="indicator of strange propeties"></column>
-    <column name="nFrames" type="TLONG" default="-999" comment="number of frames contributing to source"></column>
-    <column name="activeFlag" type="TBYTE" default="-999" comment="indicates whether this detection/orphan is still a detection/orphan"></column>
-    <column name="assocDate" type="TSTRING" default="28881231" comment="date object association assigned"></column>
-    <column name="historyModNum" type="TSHORT" default="0" comment="modification number in the O-D association history"></column>
-    <column name="dataRelease" type="TBYTE" default="0" comment="Data release when this detection was originally taken."></column>
-  </table>
-  <table name="StackApFlx">
-    <column name="objID" type="TLONGLONG" default="0" comment="ODM object identifier"></column>
-    <column name="stackDetectID" type="TLONGLONG" default="0" comment="ODM detection identifier"></column>
-    <column name="ippObjID" type="TLONGLONG" default="0" comment="IPP object identifier"></column>
-    <column name="ippDetectID" type="TLONGLONG" default="0" comment="detection ID generated by IPP"></column>
-    <column name="filterID" type="TBYTE" default="0" comment="filter identifier"></column>
-    <column name="stackTypeID" type="TBYTE" default="0" comment="stack type identifier"></column>
-    <column name="stackGroupID" type="TLONG" default="0" comment="stack group id"></column>
-    <column name="surveyID" type="TBYTE" default="0" comment="survey flag identifier"></column>
-    <column name="primaryF" type="TBYTE" default="255" comment="identifies best stack detection for Stacks overlapping the same region of the sky."></column>
-    <column name="stackMetaID" type="TLONGLONG" default="0" comment="stack identifier"></column>
-    <column name="isophotMag" type="TFLOAT" default="-999" comment="isophotal magnitude"></column>
-    <column name="isophotMagErr" type="TFLOAT" default="-999" comment="estimated error in isophotal magnitude"></column>
-    <column name="isophotMajAxis" type="TFLOAT" default="-999" comment="isophotal Major Axis"></column>
-    <column name="isophotMajAxisErr" type="TFLOAT" default="-999" comment="estimated error in isophotal Major Axis"></column>
-    <column name="isophotMinAxis" type="TFLOAT" default="-999" comment="isophotal Minor Axis"></column>
-    <column name="isophotMinAxisErr" type="TFLOAT" default="-999" comment="estimated error in isophotal Minor Axis"></column>
-    <column name="isophotMajAxisGrad" type="TFLOAT" default="-999" comment="isophotal major axis gradient"></column>
-    <column name="isophotMinAxisGrad" type="TFLOAT" default="-999" comment="isophotal minor axis gradient"></column>
-    <column name="isophotPA" type="TFLOAT" default="-999" comment="isophotal position angle"></column>
-    <column name="isophotPAErr" type="TFLOAT" default="-999" comment="estimated error in isophotal position angle"></column>
-    <column name="isophotPAGrad" type="TFLOAT" default="-999" comment="isophotal position angle gradient"></column>
-    <column name="petRadius" type="TFLOAT" default="-999" comment="Petrosian radius"></column>
-    <column name="petRadiusErr" type="TFLOAT" default="-999" comment="estimated error inPetrosian radius"></column>
-    <column name="petMag" type="TFLOAT" default="-999" comment="Petrosian magntiude"></column>
-    <column name="petMagErr" type="TFLOAT" default="-999" comment="estimated error in petMag"></column>
-    <column name="petR50" type="TFLOAT" default="-999" comment="Petrosian radius at 50% light"></column>
-    <column name="petR50Err" type="TFLOAT" default="-999" comment="estimated error inPetrosian radius at 50% light"></column>
-    <column name="petR90" type="TFLOAT" default="-999" comment="Petrosian radius at 90% light"></column>
-    <column name="petR90Err" type="TFLOAT" default="-999" comment="estimated error in Petrosian radius at 90% light"></column>
-    <column name="petCf" type="TFLOAT" default="-999" comment="Petrosian fit coverage factor"></column>
-    <column name="flxR1" type="TFLOAT" default="-999" comment="Flux inside r = 1"></column>
-    <column name="flxR1Err" type="TFLOAT" default="-999" comment="estimated error is flxR1"></column>
-    <column name="flxR1Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR1"></column>
-    <column name="flxR1Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="flxR2" type="TFLOAT" default="-999" comment="Flux inside r = 2"></column>
-    <column name="flxR2Err" type="TFLOAT" default="-999" comment="estimated error is flxR2"></column>
-    <column name="flxR2Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR2"></column>
-    <column name="flxR2Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="flxR3" type="TFLOAT" default="-999" comment="Flux inside r = 3"></column>
-    <column name="flxR3Err" type="TFLOAT" default="-999" comment="estimated error is flxR3"></column>
-    <column name="flxR3Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR3"></column>
-    <column name="flxR3Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R3"></column>
-    <column name="flxR4" type="TFLOAT" default="-999" comment="Flux inside r = 4"></column>
-    <column name="flxR4Err" type="TFLOAT" default="-999" comment="estimated error is flxR4"></column>
-    <column name="flxR4Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR4"></column>
-    <column name="flxR4Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R4"></column>
-    <column name="flxR5" type="TFLOAT" default="-999" comment="Flux inside r = 5"></column>
-    <column name="flxR5Err" type="TFLOAT" default="-999" comment="estimated error is flxR5"></column>
-    <column name="flxR5Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR5"></column>
-    <column name="flxR5Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R5"></column>
-    <column name="flxR6" type="TFLOAT" default="-999" comment="Flux inside r = 6"></column>
-    <column name="flxR6Err" type="TFLOAT" default="-999" comment="estimated error is flxR6"></column>
-    <column name="flxR6Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR6"></column>
-    <column name="flxR6Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R6"></column>
-    <column name="flxR7" type="TFLOAT" default="-999" comment="Flux inside r = 7"></column>
-    <column name="flxR7Err" type="TFLOAT" default="-999" comment="estimated error is flxR7"></column>
-    <column name="flxR7Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR7"></column>
-    <column name="flxR7Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R7"></column>
-    <column name="flxR8" type="TFLOAT" default="-999" comment="Flux inside r = 8"></column>
-    <column name="flxR8Err" type="TFLOAT" default="-999" comment="estimated error is flxR8"></column>
-    <column name="flxR8Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR8"></column>
-    <column name="flxR8Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R8"></column>
-    <column name="flxR9" type="TFLOAT" default="-999" comment="Flux inside r = 9"></column>
-    <column name="flxR9Err" type="TFLOAT" default="-999" comment="estimated error is flxR9"></column>
-    <column name="flxR9Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR9"></column>
-    <column name="flxR9Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R9"></column>
-    <column name="flxR10" type="TFLOAT" default="-999" comment="Flux inside r = 10"></column>
-    <column name="flxR10Err" type="TFLOAT" default="-999" comment="estimated error is flxR10"></column>
-    <column name="flxR10Std" type="TFLOAT" default="-999" comment="estimated standard deviation in flxR10"></column>
-    <column name="flxR10Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R10"></column>
-    <column name="c1flxR1" type="TFLOAT" default="-999" comment="Flux inside r = 1"></column>
-    <column name="c1flxR1Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR1"></column>
-    <column name="c1flxR1Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR1"></column>
-    <column name="c1flxR1Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="c1flxR2" type="TFLOAT" default="-999" comment="Flux inside r = 2"></column>
-    <column name="c1flxR2Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR2"></column>
-    <column name="c1flxR2Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR2"></column>
-    <column name="c1flxR2Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="c1flxR3" type="TFLOAT" default="-999" comment="Flux inside r = 3"></column>
-    <column name="c1flxR3Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR3"></column>
-    <column name="c1flxR3Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR3"></column>
-    <column name="c1flxR3Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R3"></column>
-    <column name="c1flxR4" type="TFLOAT" default="-999" comment="Flux inside r = 4"></column>
-    <column name="c1flxR4Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR4"></column>
-    <column name="c1flxR4Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR4"></column>
-    <column name="c1flxR4Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R4"></column>
-    <column name="c1flxR5" type="TFLOAT" default="-999" comment="Flux inside r = 5"></column>
-    <column name="c1flxR5Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR5"></column>
-    <column name="c1flxR5Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR5"></column>
-    <column name="c1flxR5Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R5"></column>
-    <column name="c1flxR6" type="TFLOAT" default="-999" comment="Flux inside r = 6"></column>
-    <column name="c1flxR6Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR6"></column>
-    <column name="c1flxR6Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR6"></column>
-    <column name="c1flxR6Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R6"></column>
-    <column name="c1flxR7" type="TFLOAT" default="-999" comment="Flux inside r = 7"></column>
-    <column name="c1flxR7Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR7"></column>
-    <column name="c1flxR7Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR7"></column>
-    <column name="c1flxR7Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R7"></column>
-    <column name="c1flxR8" type="TFLOAT" default="-999" comment="Flux inside r = 8"></column>
-    <column name="c1flxR8Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR8"></column>
-    <column name="c1flxR8Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR8"></column>
-    <column name="c1flxR8Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R8"></column>
-    <column name="c1flxR9" type="TFLOAT" default="-999" comment="Flux inside r = 9"></column>
-    <column name="c1flxR9Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR9"></column>
-    <column name="c1flxR9Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR9"></column>
-    <column name="c1flxR9Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R9"></column>
-    <column name="c1flxR10" type="TFLOAT" default="-999" comment="Flux inside r = 10"></column>
-    <column name="c1flxR10Err" type="TFLOAT" default="-999" comment="estimated error is c1flxR10"></column>
-    <column name="c1flxR10Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c1flxR10"></column>
-    <column name="c1flxR10Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R10"></column>
-    <column name="c2flxR1" type="TFLOAT" default="-999" comment="Flux inside r = 1"></column>
-    <column name="c2flxR1Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR1"></column>
-    <column name="c2flxR1Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR1"></column>
-    <column name="c2flxR1Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="c2flxR2" type="TFLOAT" default="-999" comment="Flux inside r = 2"></column>
-    <column name="c2flxR2Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR2"></column>
-    <column name="c2flxR2Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR2"></column>
-    <column name="c2flxR2Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R1"></column>
-    <column name="c2flxR3" type="TFLOAT" default="-999" comment="Flux inside r = 3"></column>
-    <column name="c2flxR3Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR3"></column>
-    <column name="c2flxR3Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR3"></column>
-    <column name="c2flxR3Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R3"></column>
-    <column name="c2flxR4" type="TFLOAT" default="-999" comment="Flux inside r = 4"></column>
-    <column name="c2flxR4Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR4"></column>
-    <column name="c2flxR4Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR4"></column>
-    <column name="c2flxR4Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R4"></column>
-    <column name="c2flxR5" type="TFLOAT" default="-999" comment="Flux inside r = 5"></column>
-    <column name="c2flxR5Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR5"></column>
-    <column name="c2flxR5Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR5"></column>
-    <column name="c2flxR5Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R5"></column>
-    <column name="c2flxR6" type="TFLOAT" default="-999" comment="Flux inside r = 6"></column>
-    <column name="c2flxR6Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR6"></column>
-    <column name="c2flxR6Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR6"></column>
-    <column name="c2flxR6Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R6"></column>
-    <column name="c2flxR7" type="TFLOAT" default="-999" comment="Flux inside r = 7"></column>
-    <column name="c2flxR7Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR7"></column>
-    <column name="c2flxR7Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR7"></column>
-    <column name="c2flxR7Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R7"></column>
-    <column name="c2flxR8" type="TFLOAT" default="-999" comment="Flux inside r = 8"></column>
-    <column name="c2flxR8Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR8"></column>
-    <column name="c2flxR8Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR8"></column>
-    <column name="c2flxR8Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R8"></column>
-    <column name="c2flxR9" type="TFLOAT" default="-999" comment="Flux inside r = 9"></column>
-    <column name="c2flxR9Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR9"></column>
-    <column name="c2flxR9Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR9"></column>
-    <column name="c2flxR9Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R9"></column>
-    <column name="c2flxR10" type="TFLOAT" default="-999" comment="Flux inside r = 10"></column>
-    <column name="c2flxR10Err" type="TFLOAT" default="-999" comment="estimated error is c2flxR10"></column>
-    <column name="c2flxR10Std" type="TFLOAT" default="-999" comment="estimated standard deviation in c2flxR10"></column>
-    <column name="c2flxR10Fill" type="TFLOAT" default="-999" comment="estimated filling factor at R10"></column>
-    <column name="logC" type="TFLOAT" default="-999" comment="Abraham concentration index"></column>
-    <column name="logA" type="TFLOAT" default="-999" comment="Abraham asymmetry index"></column>
-    <column name="activeFlag" type="TBYTE" default="-999" comment="indicates whether this detection/orphan is still a detection/orphan"></column>
-    <column name="dataRelease" type="TBYTE" default="0" comment="Data release when this detection was taken"></column>
-  </table>
-  <table name="StackModelFit">
-    <column name="objID" type="TLONGLONG" default="0" comment="ODM object identifier"></column>
-    <column name="stackDetectID" type="TLONGLONG" default="0" comment="ODM detection identifier"></column>
-    <column name="ippObjID" type="TLONGLONG" default="0" comment="IPP object identifier"></column>
-    <column name="ippDetectID" type="TLONGLONG" default="0" comment="detection ID generated by IPP"></column>
-    <column name="filterID" type="TBYTE" default="0" comment="filter identifier"></column>
-    <column name="stackTypeID" type="TBYTE" default="0" comment="stack type identifier"></column>
-    <column name="stackGroupID" type="TLONG" default="0" comment="stack group id"></column>
-    <column name="surveyID" type="TBYTE" default="0" comment="survey flag identifier"></column>
-    <column name="primaryF" type="TBYTE" default="255" comment="identifies best stack detection for Stacks overlapping the same region of the sky."></column>
-    <column name="stackMetaID" type="TLONGLONG" default="0" comment="stack identifier"></column>
-    <column name="deVRadius" type="TFLOAT" default="-999" comment="deVaucouleurs radius"></column>
-    <column name="deVRadiusErr" type="TFLOAT" default="-999" comment="estimated error in deVaucouleurs radius"></column>
-    <column name="deVMag" type="TFLOAT" default="-999" comment="deVaucouleurs magntiude"></column>
-    <column name="deVMagErr" type="TFLOAT" default="-999" comment="estimated error in deV_mag"></column>
-    <column name="deVAb" type="TFLOAT" default="-999" comment="deVaucoulerus axis ratio"></column>
-    <column name="deVAbErr" type="TFLOAT" default="-999" comment="estimated error in deVaucoulerus axis ratio"></column>
-    <column name="deVPhi" type="TFLOAT" default="-999" comment="estmated phi of deVaucouleurs axis"></column>
-    <column name="deVPhiErr" type="TFLOAT" default="-999" comment="estmated error of phi of deVaucouleurs axis"></column>
-    <column name="raDeVOff" type="TFLOAT" default="-999" comment="Offset in RA of deVaucouleurs fit from PSF RA"></column>
-    <column name="decDeVOff" type="TFLOAT" default="-999" comment="Offset in DEC of deVaucouleurs fit from PSF DEC"></column>
-    <column name="raDeVOffErr" type="TFLOAT" default="-999" comment="estimated error in ra offset"></column>
-    <column name="decDeVOffErr" type="TFLOAT" default="-999" comment="estimated error in dec offset"></column>
-    <column name="deVCf" type="TFLOAT" default="-999" comment="deVaucouleurs fit coverage factor"></column>
-    <column name="deVLikelihood" type="TFLOAT" default="-999" comment="deVaucouleurs fit likelihood factor"></column>
-    <column name="deVCovar11" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar12" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar13" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar14" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar15" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar16" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar17" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar22" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar23" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar24" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar25" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar26" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar27" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar33" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar34" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar35" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar36" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar37" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar44" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar45" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar46" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar47" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar55" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar56" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar57" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar66" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar67" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="deVCovar77" type="TFLOAT" default="-999" comment="covariance for deVaucouleurs fit"></column>
-    <column name="expRadius" type="TFLOAT" default="-999" comment="Exponential fit radius"></column>
-    <column name="expRadiusErr" type="TFLOAT" default="-999" comment="estimated error in Exponential fit radius"></column>
-    <column name="expMag" type="TFLOAT" default="-999" comment="Exponential fit magntiude"></column>
-    <column name="expMagErr" type="TFLOAT" default="-999" comment="estimated error in expMag"></column>
-    <column name="expAb" type="TFLOAT" default="-999" comment="Exponential fit axis ratio"></column>
-    <column name="expAbErr" type="TFLOAT" default="-999" comment="estimated error in Exponential fit axis ratio"></column>
-    <column name="expPhi" type="TFLOAT" default="-999" comment="estmated phi of Exponential axis"></column>
-    <column name="expPhiErr" type="TFLOAT" default="-999" comment="estmated error of phi of Exponential axis"></column>
-    <column name="raExpOff" type="TFLOAT" default="-999" comment="Offset in RA of Exponential fit from PSF RA"></column>
-    <column name="decExpOff" type="TFLOAT" default="-999" comment="Offset in DEC of Exponential fit from PSF DEC"></column>
-    <column name="raExpOffErr" type="TFLOAT" default="-999" comment="estimated error in raExpOff"></column>
-    <column name="decExpOffErr" type="TFLOAT" default="-999" comment="estimated error in decExpOff"></column>
-    <column name="expCf" type="TFLOAT" default="-999" comment="Exponential fit coverage factor"></column>
-    <column name="expLikelihood" type="TFLOAT" default="-999" comment="Exponential fit likelihood factor"></column>
-    <column name="expCovar11" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar12" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar13" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar14" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar15" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar16" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar17" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar22" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar23" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar24" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar25" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar26" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar27" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar33" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar34" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar35" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar36" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar37" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar44" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar45" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar46" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar47" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar55" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar56" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar57" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar66" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar67" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="expCovar77" type="TFLOAT" default="-999" comment="covariance for Exponential fit"></column>
-    <column name="serRadius" type="TFLOAT" default="-999" comment="Sersic radius"></column>
-    <column name="serRadiusErr" type="TFLOAT" default="-999" comment="estimated error in Sersic radius"></column>
-    <column name="serMag" type="TFLOAT" default="-999" comment="Sersic magntiude"></column>
-    <column name="serMagErr" type="TFLOAT" default="-999" comment="estimated error in serMag"></column>
-    <column name="serAb" type="TFLOAT" default="-999" comment="Sersic axis ratio"></column>
-    <column name="serAbErr" type="TFLOAT" default="-999" comment="estimated error in Sersic axis ratio"></column>
-    <column name="serNu" type="TFLOAT" default="-999" comment="Sersic index"></column>
-    <column name="serNuErr" type="TFLOAT" default="-999" comment="estimated error in Sersic index"></column>
-    <column name="serPhi" type="TFLOAT" default="-999" comment="estmated phi of Sersic axis"></column>
-    <column name="serPhiErr" type="TFLOAT" default="-999" comment="estmated error of phi of Sersic axis"></column>
-    <column name="raSerOff" type="TFLOAT" default="-999" comment="Offset in RA of Sersic fit from PSF RA"></column>
-    <column name="decSerOff" type="TFLOAT" default="-999" comment="Offset in DEC of Sersic fit from PSF DEC"></column>
-    <column name="raSerOffErr" type="TFLOAT" default="-999" comment="estimated error in raSerOff"></column>
-    <column name="decSerOffErr" type="TFLOAT" default="-999" comment="estimated error in decSerOff"></column>
-    <column name="serCf" type="TFLOAT" default="-999" comment="Sersic fit coverage factor"></column>
-    <column name="serLikelihood" type="TFLOAT" default="-999" comment="Sersic fit likelihood factor"></column>
-    <column name="sersicCovar11" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar12" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar13" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar14" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar15" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar16" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar17" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar18" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar22" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar23" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar24" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar25" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar26" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar27" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar28" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar33" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar34" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar35" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar36" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar37" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar38" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar44" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar45" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar46" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar47" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar48" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar55" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar56" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar57" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar58" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar66" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar67" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar68" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar77" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar78" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="sersicCovar88" type="TFLOAT" default="-999" comment="covariance for Sersic fit"></column>
-    <column name="activeFlag" type="TBYTE" default="-999" comment="indicates whether this detection/orphan is still a detection/orphan"></column>
-    <column name="dataRelease" type="TBYTE" default="0" comment="Data release when this detection was taken"></column>
-  </table>
-  <table name="StackToImage">
-    <column name="stackMetaID" type="TLONGLONG" default="0" comment="stack identifier"></column>
-    <column name="imageID" type="TLONGLONG" default="0" comment="hashed exposure-ccdID identifier"></column>
-  </table>
-</tableDescriptions>