
# extra data which belongs to table header
FITSTABLE METADATA
  HEADER METADATA
    COMMENT  STR  MULTI
    COMMENT  STR   
    COMMENT  STR   This HDU applies to all detections that have been analyzed
    COMMENT  STR   with the IPP PSF fitting procedure. Note that the IPP_IDET
    COMMENT  STR   must be unique within a file so as to allow matching up
    COMMENT  STR   sources between the PSF matching and either the alternative
    COMMENT  STR   PSF fits for P2, P4S, and P4D detections or the extended
    COMMENT  STR   source fits to the Image Stack/Cumulative Sky detections.
    COMMENT  STR
    EXTNAME  STR EXTENDED_SRC_PARAMS
  END

  # description of the FITS table columns
  COLUMNS METADATA
    TYPE              TTYPE  TFORM TUNIT            TMIN   TMAX   COMMENT
    IPP_IDET          TTYPE  J     NONE              NONE   NONE  "IPP detection identifer index"
    PET_R             TTYPE  E     ARCSECONDS           0      1  "Petrosian radius"
    PET_MAG           TTYPE  E     MAG                -10    +30  "Petrosian magnitude"
    PET_R50           TTYPE  E     ARCSECONDS           0      1  "Petrosian radius for 50% light"
    PET_R90           TTYPE  E     ARCSECONDS           0      1  "Petrosian radius for 90% light"
    RA_PET            TTYPE  D    "DECIMAL DEGREES"     0    360  "RA from Petrosian fit"
    DEC_PET           TTYPE  D    "DECIMAL DEGREES"   -90    +90  "DEC from Petrosian fit"
    RA_PET_SIG        TTYPE  E     ARCSECONDS           0      1  "Sigma of Petrosian fit RA"
    DEC_PET_SIG       TTYPE  E     ARCSECONDS           0      1  "Sigma of Petrosian fit DEC"
    PET_QF            TTYPE  E     NONE              NONE   NONE  "Petrosian coverage/quality factor"
    DEV_R             TTYPE  E     ARCSECONDS           0      1  "deVaucouleurs radius"
    MAG_DEV           TTYPE  E     MAG                -10    +30  "deVaucouleurs magnitude"
    MAG_DEV_SIG       TTYPE  E     MAG                -10    +30  "Sigma of deVaucouleurs magnitude"
    DEV_AB            TTYPE  E     NONE              NONE   NONE  "deVaucouleurs axis ratio"
    DEV_PHI           TTYPE  E     DEGREES              0    180  "deVaucouleurs orientation angle"
    RA_DEV            TTYPE  D    "DECIMAL DEGREES"     0    360  "RA from deVaucouleurs fit"
    DEC_DEV           TTYPE  D    "DECIMAL DEGREES"   -90    +90  "DEC from deVaucouleurs fit"
    RA_DEV_SIG        TTYPE  E     ARCSECONDS           0      1  "Sigma of deVaucouleurs fit RA"
    DEC_DEV_SIG       TTYPE  E     ARCSECONDS           0      1  "Sigma of deVaucouleurs fit DEC"
    DEV_QF            TTYPE  E     NONE              NONE   NONE  "deVaucouleurs coverage/quality factor"
    EXP_R             TTYPE  E     ARCSECONDS           0      1  "Exponential fit model radius"
    MAG_EXP           TTYPE  E     MAG                -10    +30  "Exponential fit model magnitude"
    MAG__EXP_SIG      TTYPE  E     MAG                -10    +30  "Sigma of Exponential fit model magnitude"
    EXP_AB            TTYPE  E     NONE              NONE   NONE  "Exponential fit model axis ratio"
    EXP_PHI           TTYPE  E     DEGREES              0    180  "Exponetial fit orientation angle"
    RA_EXP            TTYPE  D    "DECIMAL DEGREES"     0    360  "RA from Expondential model fit"
    DEC_EXP           TTYPE  D    "DECIMAL DEGREES"   -90    +90  "DEC from Expondential model fit"
    RA_EXP_SIG        TTYPE  E     ARCSECONDS           0      1  "Sigma of Expondential model fit RA"
    DEC_EXP_SIG       TTYPE  E     ARCSECONDS           0      1  "Sigma of Expondential model fit DEC"
    EXP_QF            TTYPE  E     NONE              NONE   NONE  "Exponential fit coverage/quality factor"
    SER_R             TTYPE  E     ARCSECONDS           0      1  "Sersic fit model radius"
    MAG_SER           TTYPE  E     MAG                -10    +30  "Sersic fit model magnitude"
    MAG_SER_SIG       TTYPE  E     MAG                -10    +30  "Sigma of Sersic fit model magnitude"
    SER_AB            TTYPE  E     NONE              NONE   NONE  "Sersic fit model axis ratio"
    SER_PHI           TTYPE  E     DEGREES              0    180  "Exponetial fit orientation angle"
    SER_NU            TTYPE  E     NONE                 0     10  "Sersic fit index nu"
    RA_SER            TTYPE  D    "DECIMAL DEGREES"     0    360  "RA from Sersic fit"
    DEC_SER           TTYPE  D    "DECIMAL DEGREES"   -90    +90  "DEC from Sersic fit"
    RA_SER_SIG        TTYPE  E     ARCSECONDS           0      1  "Sigma of Sersic fit RA"
    DEC_SER_SIG       TTYPE  E     ARCSECONDS           0      1  "Sigma of Sersic fit DEC"
    SER_QF            TTYPE  E     NONE              NONE   NONE  "Sersic fit coverage/quality factor"
    PCS_R             TTYPE  E     ARCSECONDS           0      1  "PSF Convolved Sersic fit model radius"
    MAG_PSC           TTYPE  E     MAG                -10    +30  "PSF Convolved Sersic fit model magnitude"
    MAG_PSC_SIG       TTYPE  E     MAG                -10    +30  "Sigma of PSF Convolved Sersic fit model magnitude"
    PCS_AB            TTYPE  E     NONE              NONE   NONE  "PSF Convolved Sersic fit model axis ratio"
    PCS_PHI           TTYPE  E     DEGREES              0    180  "Exponetial fit orientation angle"
    PCS_NU            TTYPE  E     NONE                 0     10  "PSF Convolved Sersic fit index nu"
    RA_PSC            TTYPE  D    "DECIMAL DEGREES"     0    360  "RA from PSF Convolved Sersic fit"
    DEC_PSC           TTYPE  D    "DECIMAL DEGREES"   -90    +90  "DEC from PSF Convolved Sersic fit"
    RA_PSC_SIG        TTYPE  E     ARCSECONDS           0      1  "Sigma of PSF Convolved Sersic fit RA"
    DEC_PSC_SIG       TTYPE  E     ARCSECONDS           0      1  "Sigma of PSF Convolved Sersic fit DEC"
    PCS_QF            TTYPE  E     NONE              NONE   NONE  "PSF Convolved Sersic coverage/quality factor"
    WL_SIGMA          TTYPE  E     NONE              NONE   NONE  "Weak lensing sigma"
    EPS_1             TTYPE  E     NONE              NONE   NONE  "Weak lensing eps(1)"
    EPS_2             TTYPE  E     NONE              NONE   NONE  "Weak lensing eps(2)"
    P_SM_1_1          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SM(1,1)"
    P_SM_1_2          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SM(1,2)"
    P_SM_2_1          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SM(2,1)"
    P_SM_2_2          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SM(2,2)"
    P_SH_1_1          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SH(1,1)"
    P_SH_1_2          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SH(1,2)"
    P_SH_2_1          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SH(2,1)"
    P_SH_2_2          TTYPE  E     NONE              NONE   NONE  "Weak lensing P_SH(2,2)"
    SB_R_1            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #1"
    SB_R_1_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #1"
    SB_R_1_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #1"
    SB_R_2            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #2"
    SB_R_2_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #2"
    SB_R_2_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #2"
    SB_R_3            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #3"
    SB_R_3_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #3"
    SB_R_3_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #3"
    SB_R_4            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #4"
    SB_R_4_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #4"
    SB_R_4_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #4"
    SB_R_5            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #5"
    SB_R_5_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #5"
    SB_R_5_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #5"
    SB_R_6            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #6"
    SB_R_6_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #6"
    SB_R_5_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #6"
    SB_R_7            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #7"
    SB_R_7_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #7"
    SB_R_7_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #7"
    SB_R_8            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #8"
    SB_R_8_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #8"
    SB_R_8_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #8"
    SB_R_9            TTYPE  E     MAG                -10    +30  "Surface brightness inside R #9"
    SB_R_9_ERR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #9"
    SB_R_9_VAR        TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #9"
    SB_R_10           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #10"
    SB_R_10_ERR       TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #10"
    SB_R_10_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #10"
    SB_R_11           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #11"
    SB_R_11_ERR       TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #11"
    SB_R_11_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #11"
    SB_R_12           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #12"
    SB_R_12_RR        TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #12"
    SB_R_12_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #12"
    SB_R_13           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #13"
    SB_R_13_ERR       TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #13"
    SB_R_13_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #13"
    SB_R_14           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #14"
    SB_R_14_ERR       TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #14"
    SB_R_14_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #14"
    SB_R_15           TTYPE  E     MAG                -10    +30  "Surface brightness inside R #15"
    SB_R_15_ERR       TTYPE  E     MAG                -10    +30  "Estimated error of SB inside R #15"
    SB_R_15_VAR       TTYPE  E     MAG                -10    +30  "Estimated variance of SB inside R #15"
    LOG_A             TTYPE  E     NONE              NONE   NONE  "Log of asymmetry parameter"
    LOG_C             TTYPE  E     NONE              NONE   NONE  "Log of concentration parameter"
    INCL              TTYPE  E     NONE                 0    180  "Inclination"
  END
END
