\fixlen = T \ Default Data Dictionary \ \ \alias = none \longitude = ra \latitude = dec \primary = cntr \spt_ind = spt_ind \x = x \y = y \z = z \ \ | cntr| name| original_name| description| units| intype| format| dbtype|nulls|tableflg| groupid| irsadef| sel|indx| notes| | integer| char| char| char| char| char| char| char| char| char| char| char|char|char| char| 1 x_pos x_pos x position in image in SIMPLE V1.1 mosaic real smallfloat y 2 1 y y n 2 y_pos y_pos y position in image in SIMPLE V1.1 mosaic real smallfloat y 2 2 y y n 3 id id Source number int integer y 2 3 y y n 4 ra ra Right Ascension (J2000.0) degrees real smallfloat y 2 4 y y n 5 dec dec Declination (J2000.0) degrees real smallfloat y 2 5 y y n 6 f36_ap1 f36_ap1 flux density in IRAC band 1 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 6 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 7 fe36_ap1 fe36_ap1 flux uncertainty in IRAC band 1 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 6 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 8 f36_ap2 f36_ap2 flux density in IRAC band 1 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 8 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 9 fe36_ap2 fe36_ap2 flux uncertainty in IRAC band 1 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 8 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 10 f36_ap3 f36_ap3 flux density in IRAC band 1 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 10 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 11 fe36_ap3 fe36_ap3 flux uncertainty in IRAC band 1 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 10 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 12 f45_ap1 f45_ap1 flux density in IRAC band 2 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 12 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 13 fe45_ap1 fe45_ap1 flux uncertainty in IRAC band 2 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 12 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 14 f45_ap2 f45_ap2 flux density in IRAC band 2 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 14 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 15 fe45_ap2 fe45_ap2 flux uncertainty in IRAC band 2 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 14 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 16 f45_ap3 f45_ap3 flux density in IRAC band 2 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 16 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 17 fe45_ap3 fe45_ap3 flux uncertainty in IRAC band 2 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 16 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 18 f58_ap1 f58_ap1 flux density in IRAC band 3 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 18 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 19 fe58_ap1 fe58_ap1 flux uncertainty in IRAC band 3 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 18 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 20 f58_ap2 f58_ap2 flux density in IRAC band 3 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 20 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 21 fe58_ap2 fe58_ap2 flux uncertainty in IRAC band 3 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 20 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 22 f58_ap3 f58_ap3 flux density in IRAC band 3 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 22 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 23 fe58_ap3 fe58_ap3 flux uncertainty in IRAC band 3 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 22 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 24 f80_ap1 f80_ap1 flux density in IRAC band 4 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 24 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 25 fe80_ap1 fe80_ap1 flux uncertainty in IRAC band 4 in radius=1.5 arcsec 0.363 microJy real smallfloat y 2 24 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 26 f80_ap2 f80_ap2 flux density in IRAC band 4 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 26 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 27 fe80_ap2 fe80_ap2 flux uncertainty in IRAC band 4 in radius=2.0 arcsec 0.363 microJy real smallfloat y 2 26 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 28 f80_ap3 f80_ap3 flux density in IRAC band 4 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 28 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 29 fe80_ap3 fe80_ap3 flux uncertainty in IRAC band 4 in radius=3.0 arcsec 0.363 microJy real smallfloat y 2 28 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 30 f36_tot f36_tot total point source flux density in IRAC band 1 0.363 microJy real smallfloat y 2 30 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 31 fe36_tot fe36_tot total point source flux uncertainty in IRAC band 1 0.363 microJy real smallfloat y 2 30 y y n Note all flux units are relative to ab=25 zeropoint: ABMAG = 25. - 2.5*log10(fluxunits) 32 exp36 exp36 average exposure time in IRAC band 1 in radius=1.5 arcsec kiloseconds real smallfloat y 2 32 y y n 33 exp45 exp45 average exposure time in IRAC band 2 in radius=1.5 arcsec kiloseconds real smallfloat y 2 33 y y n 34 exp58 exp58 average exposure time in IRAC band 3 in radius=1.5 arcsec kiloseconds real smallfloat y 2 34 y y n 35 exp80 exp80 average exposure time in IRAC band 4 in radius=1.5 arcsec kiloseconds real smallfloat y 2 35 y y n 36 flag_muxbleed flag_muxbleed Muxbleed flag int integer y 2 36 y y n 37 flag_blended flag_blended Blending flag int integer y 2 37 y y n