--------------------------------------------------------------- Thu Mar 18 15:48:00 CST 1999 Begin setup of products needed Done setup of products needed --------------------------------------------------------------- Thu Mar 18 15:48:03 CST 1999 Begin running the ssc pipeline Executing commands in /p/OSF1/dervish/v7_3b/etc/dervishStartup.tcl: Executing commands in /p/OSF1/astrotools/v4_4/etc/astrotoolsStartup.tcl Executing commands in /p/OSF1/ssc/v3_3/etc/sscStartup.tcl: Done running the ssc pipeline --------------------------------------------------------------- Thu Mar 18 15:48:04 CST 1999 ALL DONE --------------------------------------------------------------- Wed Apr 14 09:59:07 CDT 1999 Begin setup of products needed Done setup of products needed --------------------------------------------------------------- Wed Apr 14 09:59:17 CDT 1999 Begin running the ssc pipeline Executing commands in /p/OSF1/dervish/v7_3b/etc/dervishStartup.tcl: Executing commands in /p/OSF1/dp/v2_3/etc/dpStartup.tcl: loading DP scripts Executing commands in /p/OSF1/astrotools/v4_5/etc/astrotoolsStartup.tcl Executing commands in /p/OSF1/ssc/v3_6/etc/sscStartup.tcl: Cannot find Parameters /scParam.par defaulting to /p/OSF1/ssc/v3_6/etc/scParam.par reading astrom logs for dewar 7 (camRow 6) reading astrom logs for dewar 8 (camRow 7) reading astrom logs for dewar 9 (camRow 8) reading astrom logs for dewar 10 (camRow 9) Entering init_find_photom_matches st_recenter_boxsize is 25 st_object_threshold is 9.0 st_object_nmax is 80 config_hdr is {mjd {51251}} camera_hdr is {mjd {51251}} {scalef {16.596}} init_find_photom_matches: making the following assumptions a. scale factors all 1.0 b. horizontal offsets given by chip center offset in x c. vertical offsets given by chip center offset in y Entering do_init_find_photom_matches setting bncol1(11) to 40 setting noverscan(11) to 20 setting nbias(11) to 40 setting dncol(11) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(21) to 40 setting noverscan(21) to 20 setting nbias(21) to 20 setting dncol(21) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(31) to 40 setting noverscan(31) to 20 setting nbias(31) to 20 setting dncol(31) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(41) to 40 setting noverscan(41) to 20 setting nbias(41) to 20 setting dncol(41) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(51) to 40 setting noverscan(51) to 20 setting nbias(51) to 40 setting dncol(51) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(12) to 40 setting noverscan(12) to 20 setting nbias(12) to 20 setting dncol(12) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(22) to 40 setting noverscan(22) to 20 setting nbias(22) to 20 setting dncol(22) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(32) to 40 setting noverscan(32) to 20 setting nbias(32) to 20 setting dncol(32) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(42) to 40 setting noverscan(42) to 20 setting nbias(42) to 20 setting dncol(42) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(52) to 40 setting noverscan(52) to 20 setting nbias(52) to 20 setting dncol(52) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(13) to 40 setting noverscan(13) to 20 setting nbias(13) to 40 setting dncol(13) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(23) to 40 setting noverscan(23) to 20 setting nbias(23) to 20 setting dncol(23) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(33) to 40 setting noverscan(33) to 20 setting nbias(33) to 20 setting dncol(33) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(43) to 40 setting noverscan(43) to 20 setting nbias(43) to 20 setting dncol(43) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(53) to 40 setting noverscan(53) to 20 setting nbias(53) to 20 setting dncol(53) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(14) to 40 setting noverscan(14) to 20 setting nbias(14) to 20 setting dncol(14) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(24) to 40 setting noverscan(24) to 20 setting nbias(24) to 20 setting dncol(24) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(34) to 40 setting noverscan(34) to 20 setting nbias(34) to 40 setting dncol(34) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(44) to 40 setting noverscan(44) to 20 setting nbias(44) to 20 setting dncol(44) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(54) to 40 setting noverscan(54) to 20 setting nbias(54) to 20 setting dncol(54) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(15) to 40 setting noverscan(15) to 20 setting nbias(15) to 20 setting dncol(15) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(25) to 40 setting noverscan(25) to 20 setting nbias(25) to 40 setting dncol(25) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(35) to 40 setting noverscan(35) to 20 setting nbias(35) to 20 setting dncol(35) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(45) to 40 setting noverscan(45) to 20 setting nbias(45) to 20 setting dncol(45) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(55) to 40 setting noverscan(55) to 20 setting nbias(55) to 20 setting dncol(55) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(16) to 40 setting noverscan(16) to 20 setting nbias(16) to 20 setting dncol(16) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(26) to 40 setting noverscan(26) to 20 setting nbias(26) to 20 setting dncol(26) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(36) to 40 setting noverscan(36) to 20 setting nbias(36) to 40 setting dncol(36) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(46) to 40 setting noverscan(46) to 20 setting nbias(46) to 20 setting dncol(46) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(56) to 40 setting noverscan(56) to 20 setting nbias(56) to 20 setting dncol(56) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(61) to 40 setting noverscan(61) to 20 setting nbias(61) to 40 setting dncol(61) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(62) to 40 setting noverscan(62) to 20 setting nbias(62) to 40 setting dncol(62) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(63) to 40 setting noverscan(63) to 20 setting nbias(63) to 40 setting dncol(63) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(64) to 40 setting noverscan(64) to 20 setting nbias(64) to 40 setting dncol(64) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(65) to 40 setting noverscan(65) to 20 setting nbias(65) to 40 setting dncol(65) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(71) to 40 setting noverscan(71) to 20 setting nbias(71) to 40 setting dncol(71) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(72) to 40 setting noverscan(72) to 20 setting nbias(72) to 40 setting dncol(72) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(73) to 40 setting noverscan(73) to 20 setting nbias(73) to 40 setting dncol(73) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(74) to 40 setting noverscan(74) to 20 setting nbias(74) to 40 setting dncol(74) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(75) to 40 setting noverscan(75) to 20 setting nbias(75) to 40 setting dncol(75) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(76) to 40 setting noverscan(76) to 20 setting nbias(76) to 40 setting dncol(76) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(81) to 40 setting noverscan(81) to 20 setting nbias(81) to 40 setting dncol(81) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(82) to 40 setting noverscan(82) to 20 setting nbias(82) to 40 setting dncol(82) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(83) to 40 setting noverscan(83) to 20 setting nbias(83) to 40 setting dncol(83) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(84) to 40 setting noverscan(84) to 20 setting nbias(84) to 40 setting dncol(84) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(85) to 40 setting noverscan(85) to 20 setting nbias(85) to 40 setting dncol(85) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(86) to 40 setting noverscan(86) to 20 setting nbias(86) to 40 setting dncol(86) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(91) to 40 setting noverscan(91) to 20 setting nbias(91) to 40 setting dncol(91) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(92) to 40 setting noverscan(92) to 20 setting nbias(92) to 40 setting dncol(92) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(93) to 40 setting noverscan(93) to 20 setting nbias(93) to 40 setting dncol(93) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(94) to 40 setting noverscan(94) to 20 setting nbias(94) to 40 setting dncol(94) to 2048 leaving do_init_find_photom_matches Entering do_init_find_photom_matches setting bncol1(95) to 40 setting noverscan(95) to 20 setting nbias(95) to 40 setting dncol(95) to 2048 leaving do_init_find_photom_matches Entering proc init_cut_big_stars init_cut_big_stars: astrometric bridge, do nothing Entering init_measure_photom_stamps init_measure_photom_stamps: make dummies set nedge 0, nsigma 0, niter 0, splitcol(row) 0 Entering proc init_mark_bad_photom_stars Entering proc init_discard_bad_photom_stars_2 Entering init_calc_flats init_calc_flats: nothing to do *** Starting SSC Pipeline for run 727, column 11 *** {ELAPSED 9.000} {CPU {{OVERALL 6.083} {UTIME 5.983} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 11 {ELAPSED 9.000} {CPU {{OVERALL 6.100} {UTIME 6.000} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 11 ==> empty astrom Gang file: /data/dp3.b/data/727/gangs/idGang-000727-r6-0008.fit done with locate_astrom_gangs {ELAPSED 9.000} {CPU {{OVERALL 6.100} {UTIME 6.000} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 11 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 9.000} {CPU {{OVERALL 6.100} {UTIME 6.000} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 11 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 9.000} {CPU {{OVERALL 6.100} {UTIME 6.000} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 9.000} {CPU {{OVERALL 6.100} {UTIME 6.000} {STIME 0.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 9.000} {CPU {{OVERALL 6.133} {UTIME 6.017} {STIME 0.117} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 9.000} {CPU {{OVERALL 6.150} {UTIME 6.033} {STIME 0.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 11 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 9.000} {CPU {{OVERALL 6.150} {UTIME 6.033} {STIME 0.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 11 setting ncols_in_gang by hand to 6; should be done with a proc there is no gang file for chip l, field 11 astrom chip l has 1 total star entries astrom chip t has 48 stars in gang file astrom chip t has 100 total star entries leading ( 0.0, 1548.0) trailing ( 0.0, 1548.0) leading ( 13.0, 762.0) trailing ( 13.0, 762.0) leading ( 62.0, 1548.0) trailing ( 62.0, 1548.0) leading ( 124.0, 1548.0) trailing ( 124.0, 1548.0) leading ( 190.0, 1548.0) trailing ( 190.0, 1548.0) leading ( 215.0, 439.0) trailing ( 215.0, 439.0) leading ( 249.0, 1548.0) trailing ( 249.0, 1548.0) leading ( 308.0, 1289.0) trailing ( 308.0, 1289.0) leading ( 314.0, 1548.0) trailing ( 314.0, 1548.0) leading ( 317.0, 374.0) trailing ( 317.0, 374.0) leading ( 333.0, 179.0) trailing ( 333.0, 179.0) leading ( 342.0, 744.0) trailing ( 342.0, 744.0) leading ( 360.0, 568.0) trailing ( 360.0, 568.0) leading ( 373.0, 1548.0) trailing ( 373.0, 1548.0) leading ( 397.0, 97.0) trailing ( 397.0, 97.0) leading ( 411.0, 1672.0) trailing ( 411.0, 1672.0) leading ( 436.0, 1548.0) trailing ( 436.0, 1548.0) leading ( 498.0, 1548.0) trailing ( 498.0, 1548.0) leading ( 517.0, 196.0) trailing ( 517.0, 196.0) leading ( 557.0, 1548.0) trailing ( 557.0, 1548.0) leading ( 561.0, 886.0) trailing ( 561.0, 886.0) leading ( 603.0, 2016.0) trailing ( 603.0, 2016.0) leading ( 618.0, 1548.0) trailing ( 618.0, 1548.0) leading ( 677.0, 1548.0) trailing ( 677.0, 1548.0) leading ( 705.0, 171.0) trailing ( 705.0, 171.0) leading ( 716.0, 1109.0) trailing ( 716.0, 1109.0) leading ( 733.0, 18.0) trailing ( 733.0, 18.0) leading ( 741.0, 1548.0) trailing ( 741.0, 1548.0) leading ( 749.0, 779.0) trailing ( 749.0, 779.0) leading ( 800.0, 1548.0) trailing ( 800.0, 1548.0) leading ( 801.0, 1609.0) trailing ( 801.0, 1609.0) leading ( 859.0, 1548.0) trailing ( 859.0, 1548.0) leading ( 896.0, 74.0) trailing ( 896.0, 74.0) leading ( 898.0, 711.0) trailing ( 898.0, 711.0) leading ( 925.0, 1548.0) trailing ( 925.0, 1548.0) leading ( 977.0, 1383.0) trailing ( 977.0, 1383.0) leading ( 985.0, 1548.0) trailing ( 985.0, 1548.0) leading ( 1015.0, 1137.0) trailing ( 1015.0, 1137.0) leading ( 1053.0, 1548.0) trailing ( 1053.0, 1548.0) leading ( 1109.0, 1117.0) trailing ( 1109.0, 1117.0) leading ( 1112.0, 1548.0) trailing ( 1112.0, 1548.0) leading ( 1127.0, 387.0) trailing ( 1127.0, 387.0) leading ( 1174.0, 1548.0) trailing ( 1174.0, 1548.0) leading ( 1221.0, 884.0) trailing ( 1221.0, 884.0) leading ( 1241.0, 1390.0) trailing ( 1241.0, 1390.0) leading ( 1242.0, 1548.0) trailing ( 1242.0, 1548.0) leading ( 1301.0, 1548.0) trailing ( 1301.0, 1548.0) leading ( 1314.0, 1392.0) trailing ( 1314.0, 1392.0) astrom chips have 48 matching stars after find_astrom_matches par T 1 after find_astrom_matches par L 48 after find_astrom_matches mch L 48 after find_astrom_matches mch T 48 done with find_astrom_matches {ELAPSED 9.000} {CPU {{OVERALL 6.667} {UTIME 6.550} {STIME 0.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 48 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 48 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 9.000} {CPU {{OVERALL 6.783} {UTIME 6.650} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 48 after discard_bad_astrom_stars mch T 48 Entering proc find_photom_matches for field 11 find_photom_matches: matching 48 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 1 after find_photom_matches T par 48 after find_photom_matches L mch 48 after find_photom_matches T mch 48 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 1 after discard_bad_photom_stars_1 T par 48 after discard_bad_photom_stars_1 L mch 48 after discard_bad_photom_stars_1 T mch 48 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 1 after discard_bad_photom_stars_2 T par 48 after discard_bad_photom_stars_2 L mch 48 after discard_bad_photom_stars_2 T mch 48 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 9.000} {CPU {{OVERALL 6.800} {UTIME 6.667} {STIME 0.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 11 done with write_output {ELAPSED 10.000} {CPU {{OVERALL 6.917} {UTIME 6.767} {STIME 0.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 11 leading ( -0.6, 1548.5) trailing ( -0.6, 1548.5) leading ( 13.5, 762.5) trailing ( 13.5, 762.5) leading ( 67.3, 1548.5) trailing ( 67.3, 1548.5) leading ( 123.9, 1548.5) trailing ( 123.9, 1548.5) leading ( 189.4, 1548.5) trailing ( 189.4, 1548.5) leading ( 215.3, 438.9) trailing ( 215.3, 438.9) leading ( 249.2, 1548.5) trailing ( 249.2, 1548.5) leading ( 308.0, 1289.3) trailing ( 308.0, 1289.3) leading ( 315.2, 1548.5) trailing ( 315.2, 1548.5) leading ( 317.6, 374.1) trailing ( 317.6, 374.1) leading ( 333.3, 178.7) trailing ( 333.3, 178.7) leading ( 342.2, 744.4) trailing ( 342.2, 744.4) leading ( 360.3, 568.3) trailing ( 360.3, 568.3) leading ( 368.5, 1548.5) trailing ( 368.5, 1548.5) leading ( 397.3, 97.5) trailing ( 397.3, 97.5) leading ( 411.7, 1672.8) trailing ( 411.7, 1672.8) leading ( 435.0, 1548.5) trailing ( 435.0, 1548.5) leading ( 497.4, 1548.5) trailing ( 497.4, 1548.5) leading ( 517.5, 196.2) trailing ( 517.5, 196.2) leading ( 558.4, 1548.5) trailing ( 558.4, 1548.5) leading ( 561.4, 886.8) trailing ( 561.4, 886.8) leading ( 604.1, 2016.7) trailing ( 604.1, 2016.7) leading ( 619.2, 1548.5) trailing ( 619.2, 1548.5) leading ( 677.4, 1548.5) trailing ( 677.4, 1548.5) leading ( 705.8, 171.2) trailing ( 705.8, 171.2) leading ( 716.6, 1109.3) trailing ( 716.6, 1109.3) leading ( 733.1, 18.2) trailing ( 733.1, 18.2) leading ( 740.7, 1548.5) trailing ( 740.7, 1548.5) leading ( 750.0, 779.7) trailing ( 750.0, 779.7) leading ( 800.3, 1548.5) trailing ( 800.3, 1548.5) leading ( 801.8, 1610.0) trailing ( 801.8, 1610.0) leading ( 859.7, 1548.5) trailing ( 859.7, 1548.5) leading ( 896.4, 74.4) trailing ( 896.4, 74.4) leading ( 898.0, 711.4) trailing ( 898.0, 711.4) leading ( 925.3, 1548.5) trailing ( 925.3, 1548.5) leading ( 976.9, 1383.4) trailing ( 976.9, 1383.4) leading ( 985.1, 1548.5) trailing ( 985.1, 1548.5) leading ( 1015.5, 1137.9) trailing ( 1015.5, 1137.9) leading ( 1052.9, 1548.5) trailing ( 1052.9, 1548.5) leading ( 1109.7, 1117.5) trailing ( 1109.7, 1117.5) leading ( 1116.8, 1548.5) trailing ( 1116.8, 1548.5) leading ( 1127.0, 387.3) trailing ( 1127.0, 387.3) leading ( 1175.6, 1548.5) trailing ( 1175.6, 1548.5) leading ( 1221.2, 884.8) trailing ( 1221.2, 884.8) leading ( 1241.0, 1390.1) trailing ( 1241.0, 1390.1) leading ( 1243.0, 1548.5) trailing ( 1243.0, 1548.5) leading ( 1306.1, 1548.5) trailing ( 1306.1, 1548.5) leading ( 1314.6, 1392.2) trailing ( 1314.6, 1392.2) done with do_diagnostics {ELAPSED 10.000} {CPU {{OVERALL 7.000} {UTIME 6.833} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 10.000} {CPU {{OVERALL 7.000} {UTIME 6.833} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 11 {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 12 {ELAPSED 10.000} {CPU {{OVERALL 7.017} {UTIME 6.850} {STIME 0.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 12 done with locate_astrom_gangs {ELAPSED 10.000} {CPU {{OVERALL 7.050} {UTIME 6.867} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 12 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 10.000} {CPU {{OVERALL 7.050} {UTIME 6.867} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 12 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 10.000} {CPU {{OVERALL 7.050} {UTIME 6.867} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 10.000} {CPU {{OVERALL 7.050} {UTIME 6.867} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 10.000} {CPU {{OVERALL 7.083} {UTIME 6.900} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 10.000} {CPU {{OVERALL 7.083} {UTIME 6.900} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 12 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 10.000} {CPU {{OVERALL 7.083} {UTIME 6.900} {STIME 0.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 12 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 40 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 14.0, 1222.0) trailing ( 31.0, 1226.0) leading ( 67.0, 1511.0) trailing ( 64.0, 1548.0) leading ( 76.0, 1804.0) trailing ( 97.0, 1809.0) leading ( 122.0, 1994.0) trailing ( 144.0, 1997.0) leading ( 155.0, 1822.0) trailing ( 177.0, 1826.0) leading ( 184.0, 716.0) trailing ( 196.0, 720.0) leading ( 240.0, 532.0) trailing ( 252.0, 535.0) leading ( 243.0, 1072.0) trailing ( 259.0, 1075.0) leading ( 279.0, 1488.0) trailing ( 278.0, 1460.0) leading ( 311.0, 732.0) trailing ( 324.0, 735.0) leading ( 318.0, 882.0) trailing ( 332.0, 886.0) leading ( 410.0, 1162.0) trailing ( 426.0, 1166.0) leading ( 433.0, 1486.0) trailing ( 452.0, 1489.0) leading ( 480.0, 1164.0) trailing ( 497.0, 1167.0) leading ( 557.0, 98.0) trailing ( 566.0, 101.0) leading ( 571.0, 192.0) trailing ( 580.0, 196.0) leading ( 743.0, 22.0) trailing ( 751.0, 25.0) leading ( 811.0, 1950.0) trailing ( 833.0, 1955.0) leading ( 864.0, 112.0) trailing ( 872.0, 117.0) leading ( 923.0, 532.0) trailing ( 934.0, 535.0) leading ( 936.0, 36.0) trailing ( 944.0, 40.0) leading ( 1111.0, 1574.0) trailing ( 1112.0, 1548.0) leading ( 1131.0, 1813.0) trailing ( 1153.0, 1817.0) leading ( 1156.0, 1886.0) trailing ( 1178.0, 1890.0) leading ( 1219.0, 1220.0) trailing ( 1236.0, 1223.0) leading ( 1236.0, 436.0) trailing ( 1247.0, 440.0) astrom chips have 26 matching stars after find_astrom_matches par T 79 after find_astrom_matches par L 79 after find_astrom_matches mch L 79 after find_astrom_matches mch T 79 done with find_astrom_matches {ELAPSED 11.000} {CPU {{OVERALL 7.967} {UTIME 7.750} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 79 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 79 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 79 after discard_bad_astrom_stars mch T 79 Entering proc find_photom_matches for field 12 find_photom_matches: matching 79 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 79 after find_photom_matches T par 79 after find_photom_matches L mch 79 after find_photom_matches T mch 79 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 79 after discard_bad_photom_stars_1 T par 79 after discard_bad_photom_stars_1 L mch 79 after discard_bad_photom_stars_1 T mch 79 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 79 after discard_bad_photom_stars_2 T par 79 after discard_bad_photom_stars_2 L mch 79 after discard_bad_photom_stars_2 T mch 79 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 11.000} {CPU {{OVERALL 8.100} {UTIME 7.883} {STIME 0.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 12 done with write_output {ELAPSED 12.000} {CPU {{OVERALL 8.217} {UTIME 7.983} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 12 leading ( 14.2, 1222.6) trailing ( 30.9, 1225.8) leading ( 70.3, 1509.3) trailing ( 64.5, 1548.5) leading ( 76.4, 1805.7) trailing ( 97.6, 1808.9) leading ( 122.0, 1994.7) trailing ( 144.8, 1997.9) leading ( 155.9, 1823.0) trailing ( 177.3, 1826.2) leading ( 184.2, 717.5) trailing ( 197.0, 720.6) leading ( 241.1, 532.3) trailing ( 252.3, 535.4) leading ( 243.9, 1072.3) trailing ( 259.4, 1075.4) leading ( 279.6, 1489.0) trailing ( 278.9, 1460.4) leading ( 311.3, 732.1) trailing ( 324.1, 735.3) leading ( 318.1, 883.6) trailing ( 332.1, 886.9) leading ( 410.2, 1162.7) trailing ( 426.7, 1166.0) leading ( 433.5, 1486.2) trailing ( 452.5, 1489.7) leading ( 481.1, 1164.1) trailing ( 497.6, 1167.6) leading ( 558.1, 98.5) trailing ( 566.1, 102.0) leading ( 571.4, 193.2) trailing ( 580.1, 196.6) leading ( 743.5, 22.1) trailing ( 750.8, 25.7) leading ( 811.1, 1951.1) trailing ( 833.6, 1954.9) leading ( 864.1, 113.4) trailing ( 872.2, 116.8) leading ( 923.5, 532.4) trailing ( 934.8, 535.8) leading ( 936.9, 36.6) trailing ( 944.3, 40.0) leading ( 1111.9, 1574.8) trailing ( 1107.3, 1548.5) leading ( 1131.9, 1813.8) trailing ( 1153.3, 1817.4) leading ( 1156.2, 1886.1) trailing ( 1178.3, 1889.7) leading ( 1219.7, 1220.7) trailing ( 1236.3, 1224.3) leading ( 1236.9, 437.0) trailing ( 1247.4, 440.6) leading ( 109.8, 665.0) trailing ( 0.0, 0.0) leading ( 174.6, 411.9) trailing ( 0.0, 0.0) leading ( 228.3, 592.3) trailing ( 0.0, 0.0) leading ( 235.2, 155.9) trailing ( 0.0, 0.0) leading ( 458.0, 774.9) trailing ( 0.0, 0.0) leading ( 606.6, 429.5) trailing ( 0.0, 0.0) leading ( 617.4, 554.8) trailing ( 0.0, 0.0) leading ( 651.4, 855.0) trailing ( 0.0, 0.0) leading ( 958.8, 929.0) trailing ( 0.0, 0.0) leading ( 1032.6, 243.6) trailing ( 0.0, 0.0) leading ( 1166.5, 386.9) trailing ( 0.0, 0.0) leading ( 1212.7, 555.0) trailing ( 0.0, 0.0) leading ( 1294.3, 856.9) trailing ( 0.0, 0.0) leading ( 1347.1, 1621.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -0.1, 1548.5) leading ( 0.0, 0.0) trailing ( 42.7, 1907.2) leading ( 0.0, 0.0) trailing ( 123.0, 1548.5) leading ( 0.0, 0.0) trailing ( 150.5, 1695.4) leading ( 0.0, 0.0) trailing ( 153.4, 1474.6) leading ( 0.0, 0.0) trailing ( 185.1, 104.5) leading ( 0.0, 0.0) trailing ( 187.5, 1548.5) leading ( 0.0, 0.0) trailing ( 250.9, 1548.5) leading ( 0.0, 0.0) trailing ( 309.3, 1548.5) leading ( 0.0, 0.0) trailing ( 357.9, 94.0) leading ( 0.0, 0.0) trailing ( 370.2, 408.3) leading ( 0.0, 0.0) trailing ( 371.7, 1548.5) leading ( 0.0, 0.0) trailing ( 413.7, 700.7) leading ( 0.0, 0.0) trailing ( 418.2, 989.6) leading ( 0.0, 0.0) trailing ( 433.8, 1548.5) leading ( 0.0, 0.0) trailing ( 491.3, 1548.5) leading ( 0.0, 0.0) trailing ( 554.9, 1548.5) leading ( 0.0, 0.0) trailing ( 564.4, 1780.0) leading ( 0.0, 0.0) trailing ( 611.1, 1548.5) leading ( 0.0, 0.0) trailing ( 660.8, 1661.0) leading ( 0.0, 0.0) trailing ( 667.6, 1125.4) leading ( 0.0, 0.0) trailing ( 682.5, 1548.5) leading ( 0.0, 0.0) trailing ( 739.0, 1898.7) leading ( 0.0, 0.0) trailing ( 748.4, 1111.6) leading ( 0.0, 0.0) trailing ( 748.7, 1548.5) leading ( 0.0, 0.0) trailing ( 807.8, 1548.5) leading ( 0.0, 0.0) trailing ( 870.2, 1548.5) leading ( 0.0, 0.0) trailing ( 933.0, 1548.5) leading ( 0.0, 0.0) trailing ( 934.8, 1479.4) leading ( 0.0, 0.0) trailing ( 989.5, 1548.5) leading ( 0.0, 0.0) trailing ( 999.2, 1818.0) leading ( 0.0, 0.0) trailing ( 1055.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1175.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1228.7, 112.9) leading ( 0.0, 0.0) trailing ( 1236.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1270.9, 1065.3) leading ( 0.0, 0.0) trailing ( 1293.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1345.8, 1064.8) leading ( 0.0, 0.0) trailing ( 1356.9, 1548.5) done with do_diagnostics {ELAPSED 12.000} {CPU {{OVERALL 8.350} {UTIME 8.117} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 12.000} {CPU {{OVERALL 8.350} {UTIME 8.117} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 12 {ELAPSED 12.000} {CPU {{OVERALL 8.367} {UTIME 8.133} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 13 {ELAPSED 12.000} {CPU {{OVERALL 8.383} {UTIME 8.150} {STIME 0.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 13 done with locate_astrom_gangs {ELAPSED 12.000} {CPU {{OVERALL 8.400} {UTIME 8.150} {STIME 0.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 13 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 12.000} {CPU {{OVERALL 8.400} {UTIME 8.150} {STIME 0.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 13 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 12.000} {CPU {{OVERALL 8.400} {UTIME 8.150} {STIME 0.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 12.000} {CPU {{OVERALL 8.400} {UTIME 8.150} {STIME 0.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 12.000} {CPU {{OVERALL 8.450} {UTIME 8.183} {STIME 0.267} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 12.000} {CPU {{OVERALL 8.450} {UTIME 8.183} {STIME 0.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 13 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 12.000} {CPU {{OVERALL 8.450} {UTIME 8.183} {STIME 0.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 13 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 33 stars in gang file astrom chip l has 100 total star entries astrom chip t has 56 stars in gang file astrom chip t has 100 total star entries leading ( 47.0, 1936.0) trailing ( 70.0, 1940.0) leading ( 54.0, 1620.0) trailing ( 74.0, 1624.0) leading ( 57.0, 1685.0) trailing ( 77.0, 1689.0) leading ( 70.0, 842.0) trailing ( 84.0, 846.0) leading ( 87.0, 325.0) trailing ( 97.0, 328.0) leading ( 157.0, 1132.0) trailing ( 173.0, 1135.0) leading ( 234.0, 1912.0) trailing ( 256.0, 1915.0) leading ( 242.0, 1080.0) trailing ( 257.0, 1084.0) leading ( 339.0, 966.0) trailing ( 354.0, 971.0) leading ( 371.0, 1544.0) trailing ( 370.0, 1548.0) leading ( 449.0, 60.0) trailing ( 457.0, 63.0) leading ( 471.0, 670.0) trailing ( 483.0, 673.0) leading ( 672.0, 1532.0) trailing ( 669.0, 1548.0) leading ( 776.0, 662.0) trailing ( 788.0, 666.0) leading ( 839.0, 38.0) trailing ( 847.0, 41.0) leading ( 945.0, 1618.0) trailing ( 965.0, 1622.0) leading ( 1003.0, 1984.0) trailing ( 1026.0, 1987.0) leading ( 1035.0, 1306.0) trailing ( 1052.0, 1308.0) leading ( 1277.0, 1626.0) trailing ( 1297.0, 1629.0) leading ( 1290.0, 1772.0) trailing ( 1310.0, 1776.0) leading ( 1355.0, 1545.0) trailing ( 1344.0, 1548.0) astrom chips have 21 matching stars after find_astrom_matches par T 68 after find_astrom_matches par L 68 after find_astrom_matches mch L 68 after find_astrom_matches mch T 68 done with find_astrom_matches {ELAPSED 13.000} {CPU {{OVERALL 9.117} {UTIME 8.833} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 68 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 68 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 13.000} {CPU {{OVERALL 9.233} {UTIME 8.950} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 68 after discard_bad_astrom_stars mch T 68 Entering proc find_photom_matches for field 13 find_photom_matches: matching 68 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 13.000} {CPU {{OVERALL 9.233} {UTIME 8.950} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 68 after find_photom_matches T par 68 after find_photom_matches L mch 68 after find_photom_matches T mch 68 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 13.000} {CPU {{OVERALL 9.233} {UTIME 8.950} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 68 after discard_bad_photom_stars_1 T par 68 after discard_bad_photom_stars_1 L mch 68 after discard_bad_photom_stars_1 T mch 68 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 13.000} {CPU {{OVERALL 9.233} {UTIME 8.950} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 13.000} {CPU {{OVERALL 9.250} {UTIME 8.967} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 13.000} {CPU {{OVERALL 9.250} {UTIME 8.967} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 68 after discard_bad_photom_stars_2 T par 68 after discard_bad_photom_stars_2 L mch 68 after discard_bad_photom_stars_2 T mch 68 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 13.000} {CPU {{OVERALL 9.250} {UTIME 8.967} {STIME 0.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 13 done with write_output {ELAPSED 14.000} {CPU {{OVERALL 9.350} {UTIME 9.050} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 13 leading ( 47.8, 1936.9) trailing ( 70.0, 1940.3) leading ( 54.9, 1620.9) trailing ( 74.6, 1624.3) leading ( 57.0, 1685.9) trailing ( 77.3, 1689.4) leading ( 70.3, 842.8) trailing ( 84.0, 846.2) leading ( 87.9, 325.2) trailing ( 97.6, 328.7) leading ( 157.5, 1132.4) trailing ( 173.5, 1135.9) leading ( 234.4, 1912.1) trailing ( 256.5, 1915.4) leading ( 242.4, 1081.0) trailing ( 257.9, 1084.5) leading ( 339.9, 967.5) trailing ( 354.7, 971.0) leading ( 371.3, 1545.7) trailing ( 363.4, 1548.5) leading ( 449.1, 60.3) trailing ( 456.8, 63.6) leading ( 471.3, 670.2) trailing ( 483.6, 673.4) leading ( 672.3, 1532.7) trailing ( 669.2, 1548.5) leading ( 776.5, 662.7) trailing ( 788.7, 666.0) leading ( 839.8, 38.3) trailing ( 847.3, 41.4) leading ( 945.7, 1618.9) trailing ( 965.4, 1622.1) leading ( 1003.7, 1984.6) trailing ( 1026.3, 1987.7) leading ( 1035.7, 1305.9) trailing ( 1052.9, 1308.7) leading ( 1277.8, 1626.0) trailing ( 1297.2, 1629.0) leading ( 1290.3, 1773.3) trailing ( 1311.0, 1776.4) leading ( 1355.3, 1545.7) trailing ( 1343.5, 1548.5) leading ( 24.6, 1332.2) trailing ( 0.0, 0.0) leading ( 305.9, 1209.5) trailing ( 0.0, 0.0) leading ( 350.7, 1343.2) trailing ( 0.0, 0.0) leading ( 508.4, 1184.4) trailing ( 0.0, 0.0) leading ( 610.4, 569.5) trailing ( 0.0, 0.0) leading ( 768.3, 1468.5) trailing ( 0.0, 0.0) leading ( 772.5, 1939.6) trailing ( 0.0, 0.0) leading ( 778.8, 457.6) trailing ( 0.0, 0.0) leading ( 843.1, 1209.7) trailing ( 0.0, 0.0) leading ( 847.4, 1300.0) trailing ( 0.0, 0.0) leading ( 941.4, 1475.5) trailing ( 0.0, 0.0) leading ( 1165.6, 1831.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.3, 1548.5) leading ( 0.0, 0.0) trailing ( 50.6, 1860.5) leading ( 0.0, 0.0) trailing ( 51.4, 1181.4) leading ( 0.0, 0.0) trailing ( 63.6, 1548.5) leading ( 0.0, 0.0) trailing ( 126.4, 1548.5) leading ( 0.0, 0.0) trailing ( 185.1, 1548.5) leading ( 0.0, 0.0) trailing ( 211.4, 1326.0) leading ( 0.0, 0.0) trailing ( 249.8, 1548.5) leading ( 0.0, 0.0) trailing ( 310.4, 1548.5) leading ( 0.0, 0.0) trailing ( 340.5, 124.7) leading ( 0.0, 0.0) trailing ( 393.5, 1415.3) leading ( 0.0, 0.0) trailing ( 429.8, 1548.5) leading ( 0.0, 0.0) trailing ( 488.5, 1548.5) leading ( 0.0, 0.0) trailing ( 550.4, 1548.5) leading ( 0.0, 0.0) trailing ( 556.0, 1791.8) leading ( 0.0, 0.0) trailing ( 610.2, 1548.5) leading ( 0.0, 0.0) trailing ( 663.4, 690.7) leading ( 0.0, 0.0) trailing ( 729.5, 1548.5) leading ( 0.0, 0.0) trailing ( 793.7, 1548.5) leading ( 0.0, 0.0) trailing ( 794.3, 406.3) leading ( 0.0, 0.0) trailing ( 809.7, 1462.2) leading ( 0.0, 0.0) trailing ( 854.7, 1548.5) leading ( 0.0, 0.0) trailing ( 895.6, 1876.3) leading ( 0.0, 0.0) trailing ( 916.3, 1548.5) leading ( 0.0, 0.0) trailing ( 974.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1008.5, 638.4) leading ( 0.0, 0.0) trailing ( 1040.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1080.6, 1752.6) leading ( 0.0, 0.0) trailing ( 1087.1, 906.8) leading ( 0.0, 0.0) trailing ( 1100.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1106.4, 1422.5) leading ( 0.0, 0.0) trailing ( 1157.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1221.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1259.7, 1097.5) leading ( 0.0, 0.0) trailing ( 1284.7, 1548.5) done with do_diagnostics {ELAPSED 14.000} {CPU {{OVERALL 9.433} {UTIME 9.133} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 14.000} {CPU {{OVERALL 9.433} {UTIME 9.133} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 13 {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 14 {ELAPSED 14.000} {CPU {{OVERALL 9.467} {UTIME 9.167} {STIME 0.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 14 done with locate_astrom_gangs {ELAPSED 14.000} {CPU {{OVERALL 9.500} {UTIME 9.183} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 14 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 14.000} {CPU {{OVERALL 9.500} {UTIME 9.183} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 14 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 14.000} {CPU {{OVERALL 9.500} {UTIME 9.183} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 14.000} {CPU {{OVERALL 9.500} {UTIME 9.183} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 14.000} {CPU {{OVERALL 9.533} {UTIME 9.217} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 14.000} {CPU {{OVERALL 9.533} {UTIME 9.217} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 14 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 14.000} {CPU {{OVERALL 9.533} {UTIME 9.217} {STIME 0.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 14 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 63 stars in gang file astrom chip t has 100 total star entries leading ( 22.0, 1112.0) trailing ( 37.0, 1116.0) leading ( 100.0, 690.0) trailing ( 112.0, 693.0) leading ( 111.0, 1166.0) trailing ( 127.0, 1170.0) leading ( 179.0, 1140.0) trailing ( 195.0, 1144.0) leading ( 267.0, 252.0) trailing ( 276.0, 256.0) leading ( 271.0, 1947.0) trailing ( 293.0, 1950.0) leading ( 291.0, 392.0) trailing ( 300.0, 395.0) leading ( 307.0, 1645.0) trailing ( 327.0, 1649.0) leading ( 324.0, 744.0) trailing ( 337.0, 747.0) leading ( 416.0, 472.0) trailing ( 426.0, 475.0) leading ( 443.0, 984.0) trailing ( 457.0, 988.0) leading ( 485.0, 1268.0) trailing ( 502.0, 1270.0) leading ( 522.0, 236.0) trailing ( 530.0, 238.0) leading ( 585.0, 486.0) trailing ( 597.0, 489.0) leading ( 592.0, 1171.0) trailing ( 608.0, 1174.0) leading ( 646.0, 1550.0) trailing ( 680.0, 1548.0) leading ( 670.0, 560.0) trailing ( 681.0, 563.0) leading ( 683.0, 777.0) trailing ( 696.0, 780.0) leading ( 707.0, 304.0) trailing ( 716.0, 308.0) leading ( 767.0, 1192.0) trailing ( 782.0, 1195.0) leading ( 791.0, 1842.0) trailing ( 812.0, 1846.0) leading ( 942.0, 1156.0) trailing ( 957.0, 1158.0) leading ( 954.0, 714.0) trailing ( 966.0, 717.0) leading ( 981.0, 190.0) trailing ( 989.0, 194.0) leading ( 982.0, 352.0) trailing ( 992.0, 355.0) leading ( 1002.0, 526.0) trailing ( 1012.0, 528.0) leading ( 1019.0, 732.0) trailing ( 1031.0, 736.0) leading ( 1141.0, 1372.0) trailing ( 1159.0, 1375.0) leading ( 1142.0, 544.0) trailing ( 1154.0, 548.0) leading ( 1195.0, 59.0) trailing ( 1203.0, 63.0) leading ( 1283.0, 1186.0) trailing ( 1299.0, 1189.0) leading ( 1337.0, 224.0) trailing ( 1345.0, 227.0) leading ( 1339.0, 752.0) trailing ( 1340.0, 788.0) astrom chips have 33 matching stars after find_astrom_matches par T 76 after find_astrom_matches par L 76 after find_astrom_matches mch L 76 after find_astrom_matches mch T 76 done with find_astrom_matches {ELAPSED 15.000} {CPU {{OVERALL 10.400} {UTIME 10.067} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 76 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 76 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 15.000} {CPU {{OVERALL 10.533} {UTIME 10.200} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 76 after discard_bad_astrom_stars mch T 76 Entering proc find_photom_matches for field 14 find_photom_matches: matching 76 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 15.000} {CPU {{OVERALL 10.533} {UTIME 10.200} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 76 after find_photom_matches T par 76 after find_photom_matches L mch 76 after find_photom_matches T mch 76 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 15.000} {CPU {{OVERALL 10.533} {UTIME 10.200} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 76 after discard_bad_photom_stars_1 T par 76 after discard_bad_photom_stars_1 L mch 76 after discard_bad_photom_stars_1 T mch 76 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 15.000} {CPU {{OVERALL 10.550} {UTIME 10.217} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 15.000} {CPU {{OVERALL 10.550} {UTIME 10.217} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 15.000} {CPU {{OVERALL 10.550} {UTIME 10.217} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 76 after discard_bad_photom_stars_2 T par 76 after discard_bad_photom_stars_2 L mch 76 after discard_bad_photom_stars_2 T mch 76 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 15.000} {CPU {{OVERALL 10.550} {UTIME 10.217} {STIME 0.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 14 done with write_output {ELAPSED 16.000} {CPU {{OVERALL 10.667} {UTIME 10.300} {STIME 0.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 14 leading ( 22.5, 1113.0) trailing ( 37.9, 1116.4) leading ( 100.8, 690.2) trailing ( 112.9, 693.5) leading ( 111.3, 1166.9) trailing ( 127.2, 1170.0) leading ( 179.7, 1140.8) trailing ( 195.2, 1144.1) leading ( 267.2, 253.5) trailing ( 275.9, 256.7) leading ( 271.3, 1947.8) trailing ( 293.4, 1950.9) leading ( 291.1, 391.7) trailing ( 300.9, 395.1) leading ( 307.7, 1645.8) trailing ( 327.3, 1649.0) leading ( 324.7, 744.3) trailing ( 337.2, 747.3) leading ( 416.3, 472.9) trailing ( 426.6, 476.1) leading ( 442.9, 985.6) trailing ( 457.5, 988.6) leading ( 485.6, 1267.8) trailing ( 502.4, 1270.7) leading ( 522.1, 235.8) trailing ( 530.9, 238.9) leading ( 586.1, 486.8) trailing ( 596.8, 489.7) leading ( 592.7, 1171.3) trailing ( 608.6, 1174.2) leading ( 646.5, 1550.5) trailing ( 674.7, 1548.5) leading ( 670.2, 560.5) trailing ( 681.3, 563.6) leading ( 683.3, 777.9) trailing ( 696.2, 780.8) leading ( 707.9, 305.1) trailing ( 717.0, 308.1) leading ( 767.1, 1192.8) trailing ( 783.0, 1195.9) leading ( 791.3, 1842.9) trailing ( 812.1, 1845.9) leading ( 942.2, 1155.8) trailing ( 957.6, 1158.7) leading ( 954.5, 714.3) trailing ( 966.6, 717.3) leading ( 981.7, 191.5) trailing ( 989.8, 194.5) leading ( 982.9, 352.5) trailing ( 992.3, 355.4) leading ( 1002.1, 525.9) trailing ( 1012.8, 528.9) leading ( 1019.5, 733.6) trailing ( 1031.7, 736.6) leading ( 1142.0, 1372.1) trailing ( 1159.3, 1375.2) leading ( 1143.2, 545.4) trailing ( 1154.1, 548.6) leading ( 1195.7, 59.9) trailing ( 1203.0, 63.1) leading ( 1283.4, 1186.3) trailing ( 1299.4, 1189.5) leading ( 1337.0, 224.7) trailing ( 1345.5, 227.8) leading ( 1338.9, 752.9) trailing ( 1341.0, 788.1) leading ( 45.1, 1918.8) trailing ( 0.0, 0.0) leading ( 45.5, 2024.2) trailing ( 0.0, 0.0) leading ( 115.7, 2016.8) trailing ( 0.0, 0.0) leading ( 152.4, 391.5) trailing ( 0.0, 0.0) leading ( 153.6, 132.9) trailing ( 0.0, 0.0) leading ( 268.4, 98.4) trailing ( 0.0, 0.0) leading ( 533.4, 1169.3) trailing ( 0.0, 0.0) leading ( 666.6, 1735.7) trailing ( 0.0, 0.0) leading ( 766.8, 1936.2) trailing ( 0.0, 0.0) leading ( 962.0, 793.5) trailing ( 0.0, 0.0) leading ( 1001.6, 1961.4) trailing ( 0.0, 0.0) leading ( 1009.3, 1785.8) trailing ( 0.0, 0.0) leading ( 1273.4, 338.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 4.5, 1548.5) leading ( 0.0, 0.0) trailing ( 10.4, 66.5) leading ( 0.0, 0.0) trailing ( 55.0, 1534.0) leading ( 0.0, 0.0) trailing ( 129.2, 1548.5) leading ( 0.0, 0.0) trailing ( 169.3, 348.2) leading ( 0.0, 0.0) trailing ( 185.5, 1548.5) leading ( 0.0, 0.0) trailing ( 250.1, 1548.5) leading ( 0.0, 0.0) trailing ( 314.4, 1548.5) leading ( 0.0, 0.0) trailing ( 354.4, 1081.5) leading ( 0.0, 0.0) trailing ( 374.3, 1548.5) leading ( 0.0, 0.0) trailing ( 418.9, 1840.4) leading ( 0.0, 0.0) trailing ( 433.8, 1548.5) leading ( 0.0, 0.0) trailing ( 494.5, 1548.5) leading ( 0.0, 0.0) trailing ( 552.8, 1548.5) leading ( 0.0, 0.0) trailing ( 591.1, 605.7) leading ( 0.0, 0.0) trailing ( 616.7, 1548.5) leading ( 0.0, 0.0) trailing ( 744.3, 1548.5) leading ( 0.0, 0.0) trailing ( 806.4, 1548.5) leading ( 0.0, 0.0) trailing ( 870.2, 1548.5) leading ( 0.0, 0.0) trailing ( 926.2, 1548.5) leading ( 0.0, 0.0) trailing ( 988.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1046.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1110.5, 705.5) leading ( 0.0, 0.0) trailing ( 1109.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1139.5, 1911.4) leading ( 0.0, 0.0) trailing ( 1172.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1232.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1276.9, 383.2) leading ( 0.0, 0.0) trailing ( 1301.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1360.4, 1548.5) done with do_diagnostics {ELAPSED 16.000} {CPU {{OVERALL 10.783} {UTIME 10.400} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 16.000} {CPU {{OVERALL 10.783} {UTIME 10.400} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 14 {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 15 {ELAPSED 16.000} {CPU {{OVERALL 10.817} {UTIME 10.433} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 15 done with locate_astrom_gangs {ELAPSED 17.000} {CPU {{OVERALL 10.833} {UTIME 10.450} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 15 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 17.000} {CPU {{OVERALL 10.833} {UTIME 10.450} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 15 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 17.000} {CPU {{OVERALL 10.833} {UTIME 10.450} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 17.000} {CPU {{OVERALL 10.833} {UTIME 10.450} {STIME 0.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 17.000} {CPU {{OVERALL 10.883} {UTIME 10.483} {STIME 0.400} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 17.000} {CPU {{OVERALL 10.883} {UTIME 10.483} {STIME 0.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 15 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 17.000} {CPU {{OVERALL 10.883} {UTIME 10.483} {STIME 0.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 15 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 31 stars in gang file astrom chip l has 100 total star entries astrom chip t has 51 stars in gang file astrom chip t has 100 total star entries leading ( 7.0, 156.0) trailing ( 15.0, 160.0) leading ( 16.0, 1514.0) trailing ( 4.0, 1548.0) leading ( 162.0, 240.0) trailing ( 171.0, 244.0) leading ( 281.0, 1555.0) trailing ( 250.0, 1548.0) leading ( 297.0, 408.0) trailing ( 307.0, 412.0) leading ( 502.0, 693.0) trailing ( 514.0, 697.0) leading ( 545.0, 1489.0) trailing ( 564.0, 1493.0) leading ( 568.0, 1408.0) trailing ( 586.0, 1412.0) leading ( 674.0, 1264.0) trailing ( 691.0, 1268.0) leading ( 708.0, 744.0) trailing ( 721.0, 746.0) leading ( 839.0, 120.0) trailing ( 848.0, 123.0) leading ( 869.0, 784.0) trailing ( 882.0, 787.0) leading ( 902.0, 247.0) trailing ( 911.0, 250.0) leading ( 962.0, 203.0) trailing ( 970.0, 207.0) leading ( 975.0, 1364.0) trailing ( 993.0, 1367.0) leading ( 992.0, 582.0) trailing ( 1003.0, 586.0) leading ( 1103.0, 262.0) trailing ( 1112.0, 264.0) astrom chips have 17 matching stars after find_astrom_matches par T 65 after find_astrom_matches par L 65 after find_astrom_matches mch L 65 after find_astrom_matches mch T 65 done with find_astrom_matches {ELAPSED 17.000} {CPU {{OVERALL 11.517} {UTIME 11.100} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 65 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 65 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 17.000} {CPU {{OVERALL 11.633} {UTIME 11.217} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 65 after discard_bad_astrom_stars mch T 65 Entering proc find_photom_matches for field 15 find_photom_matches: matching 65 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 17.000} {CPU {{OVERALL 11.633} {UTIME 11.217} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 65 after find_photom_matches T par 65 after find_photom_matches L mch 65 after find_photom_matches T mch 65 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 17.000} {CPU {{OVERALL 11.633} {UTIME 11.217} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 65 after discard_bad_photom_stars_1 T par 65 after discard_bad_photom_stars_1 L mch 65 after discard_bad_photom_stars_1 T mch 65 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 17.000} {CPU {{OVERALL 11.650} {UTIME 11.233} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 17.000} {CPU {{OVERALL 11.650} {UTIME 11.233} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 17.000} {CPU {{OVERALL 11.650} {UTIME 11.233} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 65 after discard_bad_photom_stars_2 T par 65 after discard_bad_photom_stars_2 L mch 65 after discard_bad_photom_stars_2 T mch 65 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 17.000} {CPU {{OVERALL 11.650} {UTIME 11.233} {STIME 0.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 15 done with write_output {ELAPSED 18.000} {CPU {{OVERALL 11.750} {UTIME 11.317} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 15 leading ( 7.0, 157.4) trailing ( 15.0, 160.5) leading ( 16.9, 1514.6) trailing ( 3.9, 1548.5) leading ( 163.1, 241.1) trailing ( 171.7, 244.2) leading ( 281.4, 1555.5) trailing ( 250.1, 1548.5) leading ( 298.0, 409.1) trailing ( 307.8, 412.4) leading ( 502.7, 693.9) trailing ( 514.8, 697.2) leading ( 546.0, 1489.8) trailing ( 564.4, 1493.2) leading ( 568.2, 1409.0) trailing ( 585.9, 1412.4) leading ( 674.8, 1265.3) trailing ( 691.5, 1268.6) leading ( 708.6, 743.8) trailing ( 721.1, 747.1) leading ( 839.9, 120.5) trailing ( 847.6, 123.6) leading ( 869.7, 784.9) trailing ( 882.6, 788.0) leading ( 902.5, 247.8) trailing ( 911.4, 251.0) leading ( 962.1, 204.1) trailing ( 970.7, 207.3) leading ( 975.9, 1365.0) trailing ( 993.4, 1367.9) leading ( 992.3, 583.5) trailing ( 1003.8, 586.5) leading ( 1103.0, 261.7) trailing ( 1112.3, 264.6) leading ( 12.5, 1255.6) trailing ( 0.0, 0.0) leading ( 43.1, 810.3) trailing ( 0.0, 0.0) leading ( 59.3, 731.8) trailing ( 0.0, 0.0) leading ( 117.0, 1593.7) trailing ( 0.0, 0.0) leading ( 172.3, 1814.7) trailing ( 0.0, 0.0) leading ( 224.8, 211.1) trailing ( 0.0, 0.0) leading ( 341.9, 805.0) trailing ( 0.0, 0.0) leading ( 374.7, 1801.2) trailing ( 0.0, 0.0) leading ( 503.6, 1603.4) trailing ( 0.0, 0.0) leading ( 549.9, 577.9) trailing ( 0.0, 0.0) leading ( 555.6, 363.2) trailing ( 0.0, 0.0) leading ( 766.4, 319.4) trailing ( 0.0, 0.0) leading ( 1044.4, 1735.2) trailing ( 0.0, 0.0) leading ( 1354.1, 1807.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 65.4, 1548.5) leading ( 0.0, 0.0) trailing ( 112.6, 460.8) leading ( 0.0, 0.0) trailing ( 125.6, 1548.5) leading ( 0.0, 0.0) trailing ( 179.7, 588.7) leading ( 0.0, 0.0) trailing ( 186.7, 1548.5) leading ( 0.0, 0.0) trailing ( 191.5, 1009.2) leading ( 0.0, 0.0) trailing ( 219.5, 1802.3) leading ( 0.0, 0.0) trailing ( 282.6, 1805.1) leading ( 0.0, 0.0) trailing ( 318.9, 1548.5) leading ( 0.0, 0.0) trailing ( 379.5, 1548.5) leading ( 0.0, 0.0) trailing ( 442.9, 1548.5) leading ( 0.0, 0.0) trailing ( 503.3, 1548.5) leading ( 0.0, 0.0) trailing ( 630.3, 1548.5) leading ( 0.0, 0.0) trailing ( 693.0, 1548.5) leading ( 0.0, 0.0) trailing ( 702.5, 199.1) leading ( 0.0, 0.0) trailing ( 753.9, 1548.5) leading ( 0.0, 0.0) trailing ( 816.0, 997.3) leading ( 0.0, 0.0) trailing ( 815.3, 1548.5) leading ( 0.0, 0.0) trailing ( 849.0, 363.7) leading ( 0.0, 0.0) trailing ( 860.4, 1072.3) leading ( 0.0, 0.0) trailing ( 875.9, 1548.5) leading ( 0.0, 0.0) trailing ( 915.7, 1927.7) leading ( 0.0, 0.0) trailing ( 932.4, 1548.5) leading ( 0.0, 0.0) trailing ( 972.4, 1107.5) leading ( 0.0, 0.0) trailing ( 999.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1026.5, 873.6) leading ( 0.0, 0.0) trailing ( 1059.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1093.7, 1261.7) leading ( 0.0, 0.0) trailing ( 1114.2, 845.2) leading ( 0.0, 0.0) trailing ( 1123.1, 359.4) leading ( 0.0, 0.0) trailing ( 1123.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1181.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1243.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1301.3, 1548.5) done with do_diagnostics {ELAPSED 18.000} {CPU {{OVERALL 11.833} {UTIME 11.400} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 18.000} {CPU {{OVERALL 11.833} {UTIME 11.400} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 15 {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 16 {ELAPSED 18.000} {CPU {{OVERALL 11.850} {UTIME 11.417} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 16 done with locate_astrom_gangs {ELAPSED 18.000} {CPU {{OVERALL 11.867} {UTIME 11.433} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 16 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 18.000} {CPU {{OVERALL 11.867} {UTIME 11.433} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 16 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 18.000} {CPU {{OVERALL 11.867} {UTIME 11.433} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 18.000} {CPU {{OVERALL 11.867} {UTIME 11.433} {STIME 0.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 18.000} {CPU {{OVERALL 11.917} {UTIME 11.467} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 18.000} {CPU {{OVERALL 11.917} {UTIME 11.467} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 16 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 18.000} {CPU {{OVERALL 11.917} {UTIME 11.467} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 16 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 68 stars in gang file astrom chip t has 100 total star entries leading ( 22.0, 1850.0) trailing ( 13.0, 1811.0) leading ( 137.0, 606.0) trailing ( 148.0, 609.0) leading ( 220.0, 116.0) trailing ( 228.0, 119.0) leading ( 221.0, 1056.0) trailing ( 236.0, 1059.0) leading ( 226.0, 692.0) trailing ( 238.0, 695.0) leading ( 264.0, 1254.0) trailing ( 281.0, 1257.0) leading ( 379.0, 912.0) trailing ( 392.0, 916.0) leading ( 407.0, 1850.0) trailing ( 428.0, 1854.0) leading ( 413.0, 368.0) trailing ( 423.0, 372.0) leading ( 533.0, 1772.0) trailing ( 554.0, 1774.0) leading ( 579.0, 868.0) trailing ( 591.0, 871.0) leading ( 649.0, 882.0) trailing ( 662.0, 885.0) leading ( 729.0, 1543.0) trailing ( 744.0, 1548.0) leading ( 750.0, 1441.0) trailing ( 768.0, 1444.0) leading ( 808.0, 318.0) trailing ( 817.0, 321.0) leading ( 989.0, 1792.0) trailing ( 1010.0, 1795.0) leading ( 1011.0, 1304.0) trailing ( 1027.0, 1307.0) leading ( 1064.0, 1856.0) trailing ( 1085.0, 1859.0) leading ( 1110.0, 572.0) trailing ( 1120.0, 576.0) leading ( 1132.0, 822.0) trailing ( 1145.0, 827.0) leading ( 1180.0, 26.0) trailing ( 1187.0, 29.0) leading ( 1261.0, 818.0) trailing ( 1273.0, 821.0) leading ( 1288.0, 1472.0) trailing ( 1306.0, 1475.0) astrom chips have 23 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 19.000} {CPU {{OVERALL 12.767} {UTIME 12.317} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 16 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 19.000} {CPU {{OVERALL 12.900} {UTIME 12.450} {STIME 0.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 16 done with write_output {ELAPSED 20.000} {CPU {{OVERALL 13.000} {UTIME 12.533} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 16 leading ( 22.6, 1850.7) trailing ( 13.8, 1811.2) leading ( 138.0, 606.1) trailing ( 148.8, 609.2) leading ( 220.9, 116.7) trailing ( 228.1, 119.9) leading ( 221.7, 1056.8) trailing ( 236.1, 1059.8) leading ( 226.8, 692.4) trailing ( 238.4, 695.5) leading ( 264.6, 1254.3) trailing ( 280.7, 1257.5) leading ( 379.1, 913.6) trailing ( 392.8, 916.8) leading ( 407.4, 1851.0) trailing ( 428.2, 1854.3) leading ( 413.8, 368.9) trailing ( 423.1, 372.2) leading ( 533.5, 1772.2) trailing ( 553.9, 1775.2) leading ( 579.1, 868.8) trailing ( 592.1, 872.0) leading ( 649.3, 882.2) trailing ( 662.4, 885.3) leading ( 729.9, 1543.5) trailing ( 744.9, 1548.5) leading ( 750.7, 1441.6) trailing ( 768.3, 1444.5) leading ( 808.5, 319.1) trailing ( 817.4, 322.0) leading ( 989.8, 1792.0) trailing ( 1010.2, 1795.1) leading ( 1011.0, 1304.2) trailing ( 1027.6, 1307.2) leading ( 1064.7, 1856.4) trailing ( 1085.7, 1859.5) leading ( 1110.2, 572.7) trailing ( 1121.1, 575.9) leading ( 1132.8, 823.7) trailing ( 1145.6, 826.9) leading ( 1180.6, 26.5) trailing ( 1187.0, 29.5) leading ( 1261.1, 818.9) trailing ( 1273.9, 822.0) leading ( 1288.7, 1472.8) trailing ( 1306.3, 1475.7) leading ( 48.4, 147.7) trailing ( 0.0, 0.0) leading ( 126.7, 1705.1) trailing ( 0.0, 0.0) leading ( 172.1, 1913.7) trailing ( 0.0, 0.0) leading ( 251.5, 363.8) trailing ( 0.0, 0.0) leading ( 410.5, 1663.9) trailing ( 0.0, 0.0) leading ( 523.5, 205.4) trailing ( 0.0, 0.0) leading ( 534.6, 668.0) trailing ( 0.0, 0.0) leading ( 655.6, 1139.4) trailing ( 0.0, 0.0) leading ( 661.2, 1716.1) trailing ( 0.0, 0.0) leading ( 845.2, 1711.4) trailing ( 0.0, 0.0) leading ( 973.2, 1996.5) trailing ( 0.0, 0.0) leading ( 983.0, 383.5) trailing ( 0.0, 0.0) leading ( 1174.5, 1719.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.2, 1548.5) leading ( 0.0, 0.0) trailing ( 33.9, 1391.9) leading ( 0.0, 0.0) trailing ( 54.3, 767.1) leading ( 0.0, 0.0) trailing ( 63.8, 1548.5) leading ( 0.0, 0.0) trailing ( 125.7, 1548.5) leading ( 0.0, 0.0) trailing ( 132.6, 1782.2) leading ( 0.0, 0.0) trailing ( 145.6, 1358.0) leading ( 0.0, 0.0) trailing ( 194.6, 1548.5) leading ( 0.0, 0.0) trailing ( 219.5, 888.1) leading ( 0.0, 0.0) trailing ( 252.2, 1548.5) leading ( 0.0, 0.0) trailing ( 312.2, 1548.5) leading ( 0.0, 0.0) trailing ( 345.5, 78.7) leading ( 0.0, 0.0) trailing ( 363.4, 407.7) leading ( 0.0, 0.0) trailing ( 369.6, 1548.5) leading ( 0.0, 0.0) trailing ( 406.5, 712.7) leading ( 0.0, 0.0) trailing ( 426.1, 1614.5) leading ( 0.0, 0.0) trailing ( 431.3, 1548.5) leading ( 0.0, 0.0) trailing ( 458.1, 1303.7) leading ( 0.0, 0.0) trailing ( 491.1, 1548.5) leading ( 0.0, 0.0) trailing ( 557.7, 1548.5) leading ( 0.0, 0.0) trailing ( 618.5, 1548.5) leading ( 0.0, 0.0) trailing ( 653.3, 116.9) leading ( 0.0, 0.0) trailing ( 671.9, 963.7) leading ( 0.0, 0.0) trailing ( 682.2, 1548.5) leading ( 0.0, 0.0) trailing ( 711.7, 223.5) leading ( 0.0, 0.0) trailing ( 753.2, 1316.8) leading ( 0.0, 0.0) trailing ( 782.3, 908.3) leading ( 0.0, 0.0) trailing ( 804.8, 1548.5) leading ( 0.0, 0.0) trailing ( 818.4, 698.8) leading ( 0.0, 0.0) trailing ( 869.5, 1548.5) leading ( 0.0, 0.0) trailing ( 922.4, 598.6) leading ( 0.0, 0.0) trailing ( 931.5, 342.0) leading ( 0.0, 0.0) trailing ( 932.5, 1548.5) leading ( 0.0, 0.0) trailing ( 994.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1053.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1099.1, 1727.5) leading ( 0.0, 0.0) trailing ( 1113.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1178.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1199.5, 1658.2) leading ( 0.0, 0.0) trailing ( 1239.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1284.5, 42.2) leading ( 0.0, 0.0) trailing ( 1293.5, 191.5) leading ( 0.0, 0.0) trailing ( 1300.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1339.8, 314.8) leading ( 0.0, 0.0) trailing ( 1358.3, 382.9) done with do_diagnostics {ELAPSED 20.000} {CPU {{OVERALL 13.117} {UTIME 12.650} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 20.000} {CPU {{OVERALL 13.117} {UTIME 12.650} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 16 {ELAPSED 20.000} {CPU {{OVERALL 13.133} {UTIME 12.667} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 17 {ELAPSED 20.000} {CPU {{OVERALL 13.150} {UTIME 12.683} {STIME 0.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 17 done with locate_astrom_gangs {ELAPSED 20.000} {CPU {{OVERALL 13.167} {UTIME 12.683} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 17 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 20.000} {CPU {{OVERALL 13.167} {UTIME 12.683} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 17 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 20.000} {CPU {{OVERALL 13.167} {UTIME 12.683} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 20.000} {CPU {{OVERALL 13.167} {UTIME 12.683} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 20.000} {CPU {{OVERALL 13.200} {UTIME 12.717} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 20.000} {CPU {{OVERALL 13.200} {UTIME 12.717} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 17 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 20.000} {CPU {{OVERALL 13.200} {UTIME 12.717} {STIME 0.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 17 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 63 stars in gang file astrom chip t has 100 total star entries leading ( 68.0, 718.0) trailing ( 80.0, 722.0) leading ( 114.0, 118.0) trailing ( 122.0, 121.0) leading ( 117.0, 838.0) trailing ( 82.0, 834.0) leading ( 122.0, 1533.0) trailing ( 131.0, 1548.0) leading ( 190.0, 135.0) trailing ( 198.0, 138.0) leading ( 312.0, 1000.0) trailing ( 326.0, 1003.0) leading ( 412.0, 144.0) trailing ( 419.0, 148.0) leading ( 438.0, 1534.0) trailing ( 441.0, 1548.0) leading ( 453.0, 1988.0) trailing ( 476.0, 1991.0) leading ( 577.0, 1398.0) trailing ( 595.0, 1401.0) leading ( 592.0, 546.0) trailing ( 603.0, 550.0) leading ( 608.0, 1970.0) trailing ( 630.0, 1973.0) leading ( 668.0, 1382.0) trailing ( 686.0, 1385.0) leading ( 717.0, 1474.0) trailing ( 735.0, 1476.0) leading ( 791.0, 1363.0) trailing ( 808.0, 1366.0) leading ( 869.0, 1325.0) trailing ( 869.0, 1323.0) leading ( 881.0, 40.0) trailing ( 888.0, 44.0) leading ( 890.0, 827.0) trailing ( 904.0, 829.0) leading ( 923.0, 1467.0) trailing ( 941.0, 1470.0) leading ( 930.0, 132.0) trailing ( 938.0, 135.0) leading ( 986.0, 1670.0) trailing ( 1006.0, 1673.0) leading ( 1346.0, 438.0) trailing ( 1356.0, 442.0) astrom chips have 22 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 21.000} {CPU {{OVERALL 14.017} {UTIME 13.517} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 21.000} {CPU {{OVERALL 14.133} {UTIME 13.633} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 17 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 21.000} {CPU {{OVERALL 14.150} {UTIME 13.650} {STIME 0.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 17 done with write_output {ELAPSED 22.000} {CPU {{OVERALL 14.267} {UTIME 13.750} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 17 leading ( 68.3, 718.9) trailing ( 80.2, 721.8) leading ( 114.8, 118.9) trailing ( 122.1, 121.9) leading ( 117.5, 839.0) trailing ( 82.5, 834.4) leading ( 123.2, 1533.8) trailing ( 128.0, 1548.5) leading ( 190.7, 135.6) trailing ( 198.4, 138.6) leading ( 312.3, 1000.3) trailing ( 326.9, 1003.5) leading ( 412.0, 145.4) trailing ( 419.8, 148.6) leading ( 438.9, 1535.0) trailing ( 440.8, 1548.5) leading ( 454.0, 1988.0) trailing ( 476.2, 1991.4) leading ( 577.9, 1397.8) trailing ( 595.2, 1401.1) leading ( 592.4, 547.5) trailing ( 603.0, 550.7) leading ( 608.4, 1970.8) trailing ( 630.3, 1974.1) leading ( 669.0, 1382.7) trailing ( 686.2, 1386.0) leading ( 717.5, 1473.7) trailing ( 735.4, 1477.0) leading ( 791.6, 1363.4) trailing ( 808.9, 1366.8) leading ( 869.4, 1325.6) trailing ( 869.0, 1324.0) leading ( 881.3, 41.5) trailing ( 888.2, 44.6) leading ( 891.4, 825.9) trailing ( 904.2, 829.5) leading ( 923.4, 1467.9) trailing ( 941.5, 1471.1) leading ( 930.3, 132.1) trailing ( 938.1, 135.2) leading ( 986.7, 1670.9) trailing ( 1006.5, 1674.1) leading ( 1346.2, 439.2) trailing ( 1356.3, 442.4) leading ( 32.5, 371.8) trailing ( 0.0, 0.0) leading ( 430.9, 249.4) trailing ( 0.0, 0.0) leading ( 523.7, 883.5) trailing ( 0.0, 0.0) leading ( 549.7, 165.3) trailing ( 0.0, 0.0) leading ( 670.6, 207.9) trailing ( 0.0, 0.0) leading ( 683.4, 717.5) trailing ( 0.0, 0.0) leading ( 730.7, 821.4) trailing ( 0.0, 0.0) leading ( 919.4, 478.3) trailing ( 0.0, 0.0) leading ( 988.7, 1591.5) trailing ( 0.0, 0.0) leading ( 999.7, 132.5) trailing ( 0.0, 0.0) leading ( 999.9, 853.5) trailing ( 0.0, 0.0) leading ( 1164.3, 1749.9) trailing ( 0.0, 0.0) leading ( 1191.5, 447.4) trailing ( 0.0, 0.0) leading ( 1258.5, 1006.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.7, 1548.5) leading ( 0.0, 0.0) trailing ( 67.8, 905.0) leading ( 0.0, 0.0) trailing ( 71.0, 1548.5) leading ( 0.0, 0.0) trailing ( 139.0, 217.2) leading ( 0.0, 0.0) trailing ( 171.9, 30.9) leading ( 0.0, 0.0) trailing ( 195.3, 1548.5) leading ( 0.0, 0.0) trailing ( 257.6, 1548.5) leading ( 0.0, 0.0) trailing ( 299.4, 1101.5) leading ( 0.0, 0.0) trailing ( 309.6, 534.5) leading ( 0.0, 0.0) trailing ( 316.5, 760.3) leading ( 0.0, 0.0) trailing ( 315.4, 1548.5) leading ( 0.0, 0.0) trailing ( 368.3, 1851.5) leading ( 0.0, 0.0) trailing ( 381.8, 1548.5) leading ( 0.0, 0.0) trailing ( 391.6, 1945.3) leading ( 0.0, 0.0) trailing ( 493.3, 474.7) leading ( 0.0, 0.0) trailing ( 501.0, 1548.5) leading ( 0.0, 0.0) trailing ( 525.6, 1309.8) leading ( 0.0, 0.0) trailing ( 561.2, 1548.5) leading ( 0.0, 0.0) trailing ( 608.7, 668.8) leading ( 0.0, 0.0) trailing ( 618.1, 1548.5) leading ( 0.0, 0.0) trailing ( 680.8, 1548.5) leading ( 0.0, 0.0) trailing ( 743.7, 1548.5) leading ( 0.0, 0.0) trailing ( 755.7, 2012.3) leading ( 0.0, 0.0) trailing ( 760.1, 226.0) leading ( 0.0, 0.0) trailing ( 802.1, 1548.5) leading ( 0.0, 0.0) trailing ( 816.8, 489.7) leading ( 0.0, 0.0) trailing ( 840.5, 763.5) leading ( 0.0, 0.0) trailing ( 849.5, 1187.3) leading ( 0.0, 0.0) trailing ( 866.4, 1548.5) leading ( 0.0, 0.0) trailing ( 919.8, 1548.5) leading ( 0.0, 0.0) trailing ( 942.2, 1175.9) leading ( 0.0, 0.0) trailing ( 988.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1008.3, 66.1) leading ( 0.0, 0.0) trailing ( 1049.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1108.5, 1280.9) leading ( 0.0, 0.0) trailing ( 1110.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1175.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1224.6, 828.4) leading ( 0.0, 0.0) trailing ( 1240.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1245.2, 1300.7) leading ( 0.0, 0.0) trailing ( 1300.2, 1548.5) done with do_diagnostics {ELAPSED 22.000} {CPU {{OVERALL 14.367} {UTIME 13.850} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 22.000} {CPU {{OVERALL 14.367} {UTIME 13.850} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 17 {ELAPSED 22.000} {CPU {{OVERALL 14.383} {UTIME 13.867} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 18 {ELAPSED 22.000} {CPU {{OVERALL 14.400} {UTIME 13.883} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 18 done with locate_astrom_gangs {ELAPSED 22.000} {CPU {{OVERALL 14.400} {UTIME 13.883} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 18 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 22.000} {CPU {{OVERALL 14.400} {UTIME 13.883} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 18 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 22.000} {CPU {{OVERALL 14.400} {UTIME 13.883} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 22.000} {CPU {{OVERALL 14.400} {UTIME 13.883} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 22.000} {CPU {{OVERALL 14.433} {UTIME 13.917} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 22.000} {CPU {{OVERALL 14.433} {UTIME 13.917} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 18 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 22.000} {CPU {{OVERALL 14.433} {UTIME 13.917} {STIME 0.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 18 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 27 stars in gang file astrom chip l has 100 total star entries astrom chip t has 58 stars in gang file astrom chip t has 100 total star entries leading ( 1.0, 100.0) trailing ( 10.0, 104.0) leading ( 9.0, 534.0) trailing ( 19.0, 538.0) leading ( 40.0, 938.0) trailing ( 54.0, 942.0) leading ( 195.0, 734.0) trailing ( 208.0, 738.0) leading ( 195.0, 1533.0) trailing ( 186.0, 1548.0) leading ( 264.0, 330.0) trailing ( 274.0, 333.0) leading ( 264.0, 1850.0) trailing ( 285.0, 1854.0) leading ( 280.0, 410.0) trailing ( 290.0, 413.0) leading ( 367.0, 830.0) trailing ( 381.0, 833.0) leading ( 438.0, 48.0) trailing ( 445.0, 51.0) leading ( 448.0, 750.0) trailing ( 461.0, 753.0) leading ( 570.0, 737.0) trailing ( 582.0, 740.0) leading ( 662.0, 700.0) trailing ( 674.0, 703.0) leading ( 831.0, 974.0) trailing ( 849.0, 981.0) leading ( 914.0, 992.0) trailing ( 929.0, 995.0) leading ( 1200.0, 1669.0) trailing ( 1220.0, 1673.0) leading ( 1228.0, 1884.0) trailing ( 1250.0, 1886.0) astrom chips have 17 matching stars after find_astrom_matches par T 68 after find_astrom_matches par L 68 after find_astrom_matches mch L 68 after find_astrom_matches mch T 68 done with find_astrom_matches {ELAPSED 23.000} {CPU {{OVERALL 15.117} {UTIME 14.567} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 68 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 68 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 23.000} {CPU {{OVERALL 15.233} {UTIME 14.683} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 68 after discard_bad_astrom_stars mch T 68 Entering proc find_photom_matches for field 18 find_photom_matches: matching 68 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 23.000} {CPU {{OVERALL 15.233} {UTIME 14.683} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 68 after find_photom_matches T par 68 after find_photom_matches L mch 68 after find_photom_matches T mch 68 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 23.000} {CPU {{OVERALL 15.250} {UTIME 14.700} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 68 after discard_bad_photom_stars_1 T par 68 after discard_bad_photom_stars_1 L mch 68 after discard_bad_photom_stars_1 T mch 68 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 23.000} {CPU {{OVERALL 15.250} {UTIME 14.700} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 23.000} {CPU {{OVERALL 15.250} {UTIME 14.700} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 23.000} {CPU {{OVERALL 15.250} {UTIME 14.700} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 68 after discard_bad_photom_stars_2 T par 68 after discard_bad_photom_stars_2 L mch 68 after discard_bad_photom_stars_2 T mch 68 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 23.000} {CPU {{OVERALL 15.250} {UTIME 14.700} {STIME 0.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 18 done with write_output {ELAPSED 23.000} {CPU {{OVERALL 15.350} {UTIME 14.783} {STIME 0.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 18 leading ( 2.1, 101.1) trailing ( 9.7, 104.5) leading ( 9.0, 535.0) trailing ( 19.9, 538.3) leading ( 40.4, 939.3) trailing ( 54.5, 942.6) leading ( 195.6, 735.7) trailing ( 208.0, 738.9) leading ( 195.5, 1533.4) trailing ( 188.9, 1548.5) leading ( 264.9, 330.2) trailing ( 274.1, 333.4) leading ( 264.3, 1851.2) trailing ( 285.6, 1854.7) leading ( 280.8, 410.0) trailing ( 290.6, 413.3) leading ( 368.1, 830.2) trailing ( 381.1, 833.4) leading ( 438.9, 48.7) trailing ( 445.7, 51.7) leading ( 448.7, 750.3) trailing ( 461.0, 753.5) leading ( 570.6, 737.5) trailing ( 582.7, 740.9) leading ( 663.0, 700.5) trailing ( 674.7, 703.9) leading ( 835.3, 978.7) trailing ( 849.4, 982.0) leading ( 914.9, 992.0) trailing ( 929.3, 995.3) leading ( 1200.5, 1669.7) trailing ( 1220.4, 1673.2) leading ( 1228.8, 1883.9) trailing ( 1250.4, 1887.1) leading ( 101.2, 781.3) trailing ( 0.0, 0.0) leading ( 486.8, 256.0) trailing ( 0.0, 0.0) leading ( 487.7, 375.5) trailing ( 0.0, 0.0) leading ( 507.8, 1474.3) trailing ( 0.0, 0.0) leading ( 547.8, 1215.8) trailing ( 0.0, 0.0) leading ( 690.4, 1837.8) trailing ( 0.0, 0.0) leading ( 1049.8, 251.6) trailing ( 0.0, 0.0) leading ( 1067.5, 544.7) trailing ( 0.0, 0.0) leading ( 1135.4, 813.6) trailing ( 0.0, 0.0) leading ( 1352.3, 397.3) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.1, 1548.5) leading ( 0.0, 0.0) trailing ( 12.8, 1338.5) leading ( 0.0, 0.0) trailing ( 61.9, 1548.5) leading ( 0.0, 0.0) trailing ( 81.5, 192.1) leading ( 0.0, 0.0) trailing ( 122.3, 1548.5) leading ( 0.0, 0.0) trailing ( 250.6, 1548.5) leading ( 0.0, 0.0) trailing ( 309.9, 1548.5) leading ( 0.0, 0.0) trailing ( 368.3, 1548.5) leading ( 0.0, 0.0) trailing ( 387.7, 381.3) leading ( 0.0, 0.0) trailing ( 426.7, 1291.4) leading ( 0.0, 0.0) trailing ( 431.7, 1548.5) leading ( 0.0, 0.0) trailing ( 445.4, 228.5) leading ( 0.0, 0.0) trailing ( 467.5, 1224.5) leading ( 0.0, 0.0) trailing ( 497.2, 1548.5) leading ( 0.0, 0.0) trailing ( 499.4, 1778.9) leading ( 0.0, 0.0) trailing ( 525.9, 208.2) leading ( 0.0, 0.0) trailing ( 557.2, 1548.5) leading ( 0.0, 0.0) trailing ( 582.6, 1653.9) leading ( 0.0, 0.0) trailing ( 625.7, 1548.5) leading ( 0.0, 0.0) trailing ( 678.6, 1795.0) leading ( 0.0, 0.0) trailing ( 686.1, 1548.5) leading ( 0.0, 0.0) trailing ( 745.1, 1548.5) leading ( 0.0, 0.0) trailing ( 811.0, 1548.5) leading ( 0.0, 0.0) trailing ( 874.2, 1548.5) leading ( 0.0, 0.0) trailing ( 893.9, 503.3) leading ( 0.0, 0.0) trailing ( 894.5, 420.9) leading ( 0.0, 0.0) trailing ( 937.7, 1548.5) leading ( 0.0, 0.0) trailing ( 941.8, 838.7) leading ( 0.0, 0.0) trailing ( 990.5, 1638.7) leading ( 0.0, 0.0) trailing ( 995.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1027.7, 1172.6) leading ( 0.0, 0.0) trailing ( 1033.3, 729.7) leading ( 0.0, 0.0) trailing ( 1062.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1121.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1182.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1241.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1275.1, 839.6) leading ( 0.0, 0.0) trailing ( 1300.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1304.0, 102.3) leading ( 0.0, 0.0) trailing ( 1351.1, 831.9) leading ( 0.0, 0.0) trailing ( 1362.0, 1548.5) done with do_diagnostics {ELAPSED 23.000} {CPU {{OVERALL 15.467} {UTIME 14.883} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 23.000} {CPU {{OVERALL 15.467} {UTIME 14.883} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.483} {UTIME 14.900} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.483} {UTIME 14.900} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.483} {UTIME 14.900} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 18 {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 19 {ELAPSED 23.000} {CPU {{OVERALL 15.500} {UTIME 14.917} {STIME 0.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 19 done with locate_astrom_gangs {ELAPSED 24.000} {CPU {{OVERALL 15.517} {UTIME 14.917} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 19 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 24.000} {CPU {{OVERALL 15.517} {UTIME 14.917} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 19 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 24.000} {CPU {{OVERALL 15.517} {UTIME 14.917} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 24.000} {CPU {{OVERALL 15.517} {UTIME 14.917} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 24.000} {CPU {{OVERALL 15.550} {UTIME 14.950} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 24.000} {CPU {{OVERALL 15.550} {UTIME 14.950} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 19 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 24.000} {CPU {{OVERALL 15.550} {UTIME 14.950} {STIME 0.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 19 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 40 stars in gang file astrom chip l has 100 total star entries astrom chip t has 55 stars in gang file astrom chip t has 100 total star entries leading ( 8.0, 146.0) trailing ( 16.0, 149.0) leading ( 23.0, 988.0) trailing ( 38.0, 991.0) leading ( 67.0, 644.0) trailing ( 79.0, 648.0) leading ( 112.0, 1988.0) trailing ( 134.0, 1992.0) leading ( 119.0, 1092.0) trailing ( 134.0, 1096.0) leading ( 161.0, 74.0) trailing ( 168.0, 77.0) leading ( 225.0, 750.0) trailing ( 237.0, 755.0) leading ( 245.0, 1458.0) trailing ( 263.0, 1461.0) leading ( 418.0, 488.0) trailing ( 428.0, 492.0) leading ( 432.0, 1270.0) trailing ( 449.0, 1273.0) leading ( 523.0, 920.0) trailing ( 536.0, 923.0) leading ( 543.0, 153.0) trailing ( 550.0, 156.0) leading ( 597.0, 1558.0) trailing ( 569.0, 1548.0) leading ( 642.0, 344.0) trailing ( 651.0, 348.0) leading ( 768.0, 1204.0) trailing ( 784.0, 1207.0) leading ( 771.0, 768.0) trailing ( 784.0, 771.0) leading ( 815.0, 312.0) trailing ( 824.0, 315.0) leading ( 878.0, 52.0) trailing ( 885.0, 55.0) leading ( 936.0, 1446.0) trailing ( 954.0, 1450.0) leading ( 947.0, 1352.0) trailing ( 964.0, 1354.0) leading ( 948.0, 94.0) trailing ( 956.0, 96.0) leading ( 1033.0, 214.0) trailing ( 1042.0, 216.0) leading ( 1128.0, 81.0) trailing ( 1135.0, 85.0) leading ( 1243.0, 1534.0) trailing ( 1245.0, 1548.0) astrom chips have 24 matching stars after find_astrom_matches par T 71 after find_astrom_matches par L 71 after find_astrom_matches mch L 71 after find_astrom_matches mch T 71 done with find_astrom_matches {ELAPSED 24.000} {CPU {{OVERALL 16.317} {UTIME 15.700} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 71 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 71 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 25.000} {CPU {{OVERALL 16.433} {UTIME 15.817} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 71 after discard_bad_astrom_stars mch T 71 Entering proc find_photom_matches for field 19 find_photom_matches: matching 71 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 25.000} {CPU {{OVERALL 16.433} {UTIME 15.817} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 71 after find_photom_matches T par 71 after find_photom_matches L mch 71 after find_photom_matches T mch 71 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 25.000} {CPU {{OVERALL 16.433} {UTIME 15.817} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 71 after discard_bad_photom_stars_1 T par 71 after discard_bad_photom_stars_1 L mch 71 after discard_bad_photom_stars_1 T mch 71 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 25.000} {CPU {{OVERALL 16.450} {UTIME 15.833} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 25.000} {CPU {{OVERALL 16.450} {UTIME 15.833} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 25.000} {CPU {{OVERALL 16.450} {UTIME 15.833} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 71 after discard_bad_photom_stars_2 T par 71 after discard_bad_photom_stars_2 L mch 71 after discard_bad_photom_stars_2 T mch 71 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 25.000} {CPU {{OVERALL 16.450} {UTIME 15.833} {STIME 0.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 19 done with write_output {ELAPSED 25.000} {CPU {{OVERALL 16.567} {UTIME 15.933} {STIME 0.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 19 leading ( 8.9, 146.3) trailing ( 16.7, 149.4) leading ( 23.8, 988.3) trailing ( 38.1, 991.7) leading ( 67.7, 645.2) trailing ( 79.2, 648.6) leading ( 112.9, 1988.5) trailing ( 134.9, 1991.9) leading ( 119.8, 1092.7) trailing ( 134.7, 1096.1) leading ( 161.6, 74.4) trailing ( 168.5, 77.6) leading ( 225.7, 751.1) trailing ( 237.8, 754.5) leading ( 245.6, 1458.2) trailing ( 263.4, 1461.7) leading ( 418.0, 489.1) trailing ( 428.2, 492.1) leading ( 432.8, 1270.1) trailing ( 449.2, 1273.4) leading ( 523.1, 920.8) trailing ( 536.8, 923.9) leading ( 543.4, 153.5) trailing ( 551.0, 156.4) leading ( 597.3, 1559.0) trailing ( 569.9, 1548.5) leading ( 642.8, 345.0) trailing ( 651.9, 348.0) leading ( 768.6, 1204.5) trailing ( 784.5, 1207.7) leading ( 771.8, 768.3) trailing ( 784.2, 771.6) leading ( 815.2, 311.9) trailing ( 824.3, 315.0) leading ( 878.1, 52.1) trailing ( 885.2, 55.1) leading ( 936.4, 1446.8) trailing ( 954.2, 1450.1) leading ( 947.2, 1351.6) trailing ( 964.2, 1354.9) leading ( 948.8, 93.7) trailing ( 956.1, 96.9) leading ( 1033.7, 213.8) trailing ( 1041.9, 216.9) leading ( 1128.8, 81.9) trailing ( 1135.8, 85.1) leading ( 1243.3, 1534.0) trailing ( 1244.8, 1548.5) leading ( 135.6, 650.8) trailing ( 0.0, 0.0) leading ( 158.1, 477.6) trailing ( 0.0, 0.0) leading ( 415.3, 1507.9) trailing ( 0.0, 0.0) leading ( 520.9, 1502.7) trailing ( 0.0, 0.0) leading ( 547.7, 515.4) trailing ( 0.0, 0.0) leading ( 618.6, 497.4) trailing ( 0.0, 0.0) leading ( 642.6, 431.9) trailing ( 0.0, 0.0) leading ( 789.4, 827.5) trailing ( 0.0, 0.0) leading ( 934.7, 709.9) trailing ( 0.0, 0.0) leading ( 971.5, 814.5) trailing ( 0.0, 0.0) leading ( 1090.7, 1885.5) trailing ( 0.0, 0.0) leading ( 1101.5, 1612.0) trailing ( 0.0, 0.0) leading ( 1103.1, 1494.9) trailing ( 0.0, 0.0) leading ( 1122.7, 891.5) trailing ( 0.0, 0.0) leading ( 1345.1, 1338.5) trailing ( 0.0, 0.0) leading ( 1355.2, 1570.2) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.2, 400.6) leading ( 0.0, 0.0) trailing ( 9.6, 1548.5) leading ( 0.0, 0.0) trailing ( 64.4, 1548.5) leading ( 0.0, 0.0) trailing ( 91.2, 121.8) leading ( 0.0, 0.0) trailing ( 126.4, 1403.6) leading ( 0.0, 0.0) trailing ( 134.4, 1548.5) leading ( 0.0, 0.0) trailing ( 198.8, 1548.5) leading ( 0.0, 0.0) trailing ( 260.7, 1113.9) leading ( 0.0, 0.0) trailing ( 259.5, 1548.5) leading ( 0.0, 0.0) trailing ( 326.1, 1548.5) leading ( 0.0, 0.0) trailing ( 381.5, 1548.5) leading ( 0.0, 0.0) trailing ( 446.0, 1548.5) leading ( 0.0, 0.0) trailing ( 472.2, 1634.4) leading ( 0.0, 0.0) trailing ( 492.5, 1044.1) leading ( 0.0, 0.0) trailing ( 508.0, 1548.5) leading ( 0.0, 0.0) trailing ( 631.5, 1548.5) leading ( 0.0, 0.0) trailing ( 691.6, 1548.5) leading ( 0.0, 0.0) trailing ( 705.2, 1295.3) leading ( 0.0, 0.0) trailing ( 713.2, 1812.1) leading ( 0.0, 0.0) trailing ( 751.5, 1548.5) leading ( 0.0, 0.0) trailing ( 807.7, 1548.5) leading ( 0.0, 0.0) trailing ( 870.3, 1548.5) leading ( 0.0, 0.0) trailing ( 933.2, 1548.5) leading ( 0.0, 0.0) trailing ( 992.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1057.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1059.7, 675.3) leading ( 0.0, 0.0) trailing ( 1101.5, 942.9) leading ( 0.0, 0.0) trailing ( 1110.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1175.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1216.2, 79.8) leading ( 0.0, 0.0) trailing ( 1298.3, 1548.5) done with do_diagnostics {ELAPSED 25.000} {CPU {{OVERALL 16.683} {UTIME 16.050} {STIME 0.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 25.000} {CPU {{OVERALL 16.700} {UTIME 16.050} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 19 {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 20 {ELAPSED 25.000} {CPU {{OVERALL 16.717} {UTIME 16.067} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 20 done with locate_astrom_gangs {ELAPSED 25.000} {CPU {{OVERALL 16.733} {UTIME 16.083} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 20 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 25.000} {CPU {{OVERALL 16.733} {UTIME 16.083} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 20 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 25.000} {CPU {{OVERALL 16.733} {UTIME 16.083} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 25.000} {CPU {{OVERALL 16.733} {UTIME 16.083} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 25.000} {CPU {{OVERALL 16.750} {UTIME 16.100} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 25.000} {CPU {{OVERALL 16.767} {UTIME 16.117} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 20 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 25.000} {CPU {{OVERALL 16.767} {UTIME 16.117} {STIME 0.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 20 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 29.0, 902.0) trailing ( 43.0, 905.0) leading ( 104.0, 336.0) trailing ( 114.0, 338.0) leading ( 104.0, 1413.0) trailing ( 122.0, 1416.0) leading ( 151.0, 187.0) trailing ( 159.0, 190.0) leading ( 157.0, 743.0) trailing ( 169.0, 746.0) leading ( 159.0, 1144.0) trailing ( 174.0, 1147.0) leading ( 220.0, 1135.0) trailing ( 235.0, 1138.0) leading ( 257.0, 304.0) trailing ( 267.0, 307.0) leading ( 337.0, 52.0) trailing ( 343.0, 56.0) leading ( 402.0, 1996.0) trailing ( 425.0, 1999.0) leading ( 411.0, 488.0) trailing ( 421.0, 492.0) leading ( 412.0, 1559.0) trailing ( 431.0, 1563.0) leading ( 496.0, 1690.0) trailing ( 515.0, 1694.0) leading ( 512.0, 1754.0) trailing ( 532.0, 1757.0) leading ( 529.0, 32.0) trailing ( 536.0, 35.0) leading ( 584.0, 158.0) trailing ( 592.0, 162.0) leading ( 598.0, 840.0) trailing ( 611.0, 844.0) leading ( 681.0, 1842.0) trailing ( 686.0, 1812.0) leading ( 752.0, 1238.0) trailing ( 768.0, 1241.0) leading ( 859.0, 1640.0) trailing ( 879.0, 1644.0) leading ( 876.0, 377.0) trailing ( 886.0, 380.0) leading ( 891.0, 1536.0) trailing ( 919.0, 1548.0) leading ( 1022.0, 562.0) trailing ( 1034.0, 565.0) leading ( 1042.0, 19.0) trailing ( 1049.0, 23.0) leading ( 1042.0, 442.0) trailing ( 1053.0, 446.0) leading ( 1156.0, 360.0) trailing ( 1166.0, 363.0) leading ( 1173.0, 270.0) trailing ( 1182.0, 274.0) leading ( 1174.0, 1434.0) trailing ( 1192.0, 1438.0) leading ( 1312.0, 1782.0) trailing ( 1333.0, 1785.0) leading ( 1330.0, 2004.0) trailing ( 1353.0, 2007.0) astrom chips have 30 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 27.000} {CPU {{OVERALL 17.767} {UTIME 17.050} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 20 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 27.000} {CPU {{OVERALL 17.900} {UTIME 17.183} {STIME 0.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 20 done with write_output {ELAPSED 27.000} {CPU {{OVERALL 18.017} {UTIME 17.283} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 20 leading ( 29.6, 902.5) trailing ( 43.1, 905.7) leading ( 105.0, 335.9) trailing ( 114.3, 338.9) leading ( 104.7, 1413.7) trailing ( 122.2, 1416.9) leading ( 151.8, 187.5) trailing ( 160.0, 190.5) leading ( 157.3, 743.8) trailing ( 169.6, 746.9) leading ( 159.3, 1144.0) trailing ( 174.8, 1147.1) leading ( 220.5, 1135.6) trailing ( 235.7, 1138.7) leading ( 258.1, 304.8) trailing ( 267.0, 308.0) leading ( 337.2, 53.2) trailing ( 344.2, 56.6) leading ( 402.6, 1996.6) trailing ( 424.8, 2000.2) leading ( 411.5, 488.9) trailing ( 421.7, 492.6) leading ( 412.5, 1559.7) trailing ( 431.1, 1563.4) leading ( 496.6, 1690.5) trailing ( 516.2, 1694.0) leading ( 512.0, 1753.7) trailing ( 532.1, 1757.4) leading ( 529.9, 32.4) trailing ( 536.7, 36.1) leading ( 584.0, 158.1) trailing ( 591.9, 162.0) leading ( 598.6, 840.8) trailing ( 611.8, 844.6) leading ( 681.5, 1843.1) trailing ( 686.5, 1812.6) leading ( 752.3, 1238.2) trailing ( 768.9, 1241.6) leading ( 859.2, 1641.1) trailing ( 879.2, 1644.7) leading ( 876.2, 377.5) trailing ( 886.3, 381.0) leading ( 891.6, 1536.2) trailing ( 919.0, 1548.5) leading ( 1023.0, 562.1) trailing ( 1034.4, 565.5) leading ( 1042.8, 19.5) trailing ( 1049.9, 22.9) leading ( 1042.5, 442.2) trailing ( 1053.1, 445.8) leading ( 1156.7, 360.3) trailing ( 1166.3, 363.8) leading ( 1174.0, 270.5) trailing ( 1182.9, 274.2) leading ( 1173.8, 1435.3) trailing ( 1192.0, 1438.7) leading ( 1312.5, 1781.5) trailing ( 1333.3, 1785.0) leading ( 1330.9, 2005.0) trailing ( 1353.3, 2008.6) leading ( 11.3, 1874.8) trailing ( 0.0, 0.0) leading ( 176.7, 457.1) trailing ( 0.0, 0.0) leading ( 263.6, 1209.1) trailing ( 0.0, 0.0) leading ( 319.4, 1741.3) trailing ( 0.0, 0.0) leading ( 500.2, 1273.6) trailing ( 0.0, 0.0) leading ( 811.5, 1983.7) trailing ( 0.0, 0.0) leading ( 930.6, 1874.4) trailing ( 0.0, 0.0) leading ( 1016.1, 1903.8) trailing ( 0.0, 0.0) leading ( 1033.5, 1225.7) trailing ( 0.0, 0.0) leading ( 1100.0, 845.6) trailing ( 0.0, 0.0) leading ( 1118.3, 1147.2) trailing ( 0.0, 0.0) leading ( 1187.6, 1294.8) trailing ( 0.0, 0.0) leading ( 1219.4, 1070.1) trailing ( 0.0, 0.0) leading ( 1224.5, 1590.2) trailing ( 0.0, 0.0) leading ( 1291.4, 1487.5) trailing ( 0.0, 0.0) leading ( 1351.7, 974.2) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.2, 1548.5) leading ( 0.0, 0.0) trailing ( 34.4, 298.7) leading ( 0.0, 0.0) trailing ( 57.6, 1843.3) leading ( 0.0, 0.0) trailing ( 63.0, 1548.5) leading ( 0.0, 0.0) trailing ( 125.0, 1548.5) leading ( 0.0, 0.0) trailing ( 183.5, 1548.5) leading ( 0.0, 0.0) trailing ( 237.4, 1902.8) leading ( 0.0, 0.0) trailing ( 239.3, 509.0) leading ( 0.0, 0.0) trailing ( 253.2, 1548.5) leading ( 0.0, 0.0) trailing ( 314.4, 1548.5) leading ( 0.0, 0.0) trailing ( 372.0, 1548.5) leading ( 0.0, 0.0) trailing ( 468.5, 1361.0) leading ( 0.0, 0.0) trailing ( 492.0, 1548.5) leading ( 0.0, 0.0) trailing ( 511.3, 1221.6) leading ( 0.0, 0.0) trailing ( 553.5, 1548.5) leading ( 0.0, 0.0) trailing ( 615.5, 1548.5) leading ( 0.0, 0.0) trailing ( 663.2, 121.8) leading ( 0.0, 0.0) trailing ( 681.5, 1548.5) leading ( 0.0, 0.0) trailing ( 737.7, 1548.5) leading ( 0.0, 0.0) trailing ( 790.2, 1548.5) leading ( 0.0, 0.0) trailing ( 859.5, 1548.5) leading ( 0.0, 0.0) trailing ( 882.7, 886.8) leading ( 0.0, 0.0) trailing ( 889.4, 1835.9) leading ( 0.0, 0.0) trailing ( 971.3, 2016.8) leading ( 0.0, 0.0) trailing ( 977.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1039.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1097.2, 1610.1) leading ( 0.0, 0.0) trailing ( 1101.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1126.8, 123.4) leading ( 0.0, 0.0) trailing ( 1166.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1199.3, 1678.4) leading ( 0.0, 0.0) trailing ( 1227.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1256.0, 930.8) leading ( 0.0, 0.0) trailing ( 1272.2, 188.4) leading ( 0.0, 0.0) trailing ( 1286.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1319.1, 359.7) leading ( 0.0, 0.0) trailing ( 1347.7, 1548.5) done with do_diagnostics {ELAPSED 27.000} {CPU {{OVERALL 18.150} {UTIME 17.417} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 27.000} {CPU {{OVERALL 18.150} {UTIME 17.417} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.167} {UTIME 17.433} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.167} {UTIME 17.433} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.167} {UTIME 17.433} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.167} {UTIME 17.433} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.183} {UTIME 17.450} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.183} {UTIME 17.450} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 27.000} {CPU {{OVERALL 18.183} {UTIME 17.450} {STIME 0.733} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 27.000} {CPU {{OVERALL 18.200} {UTIME 17.450} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 20 {ELAPSED 27.000} {CPU {{OVERALL 18.200} {UTIME 17.450} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 21 {ELAPSED 27.000} {CPU {{OVERALL 18.200} {UTIME 17.450} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 21 done with locate_astrom_gangs {ELAPSED 27.000} {CPU {{OVERALL 18.200} {UTIME 17.450} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 21 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 27.000} {CPU {{OVERALL 18.217} {UTIME 17.467} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 21 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 27.000} {CPU {{OVERALL 18.217} {UTIME 17.467} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 27.000} {CPU {{OVERALL 18.217} {UTIME 17.467} {STIME 0.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 27.000} {CPU {{OVERALL 18.267} {UTIME 17.500} {STIME 0.767} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 27.000} {CPU {{OVERALL 18.267} {UTIME 17.500} {STIME 0.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 21 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 27.000} {CPU {{OVERALL 18.267} {UTIME 17.500} {STIME 0.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 21 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 66 stars in gang file astrom chip t has 100 total star entries leading ( 36.0, 32.0) trailing ( 43.0, 35.0) leading ( 54.0, 1543.0) trailing ( 61.0, 1548.0) leading ( 59.0, 779.0) trailing ( 72.0, 783.0) leading ( 89.0, 1370.0) trailing ( 107.0, 1374.0) leading ( 143.0, 592.0) trailing ( 156.0, 575.0) leading ( 145.0, 1198.0) trailing ( 162.0, 1202.0) leading ( 253.0, 1170.0) trailing ( 270.0, 1174.0) leading ( 322.0, 1154.0) trailing ( 339.0, 1158.0) leading ( 326.0, 666.0) trailing ( 338.0, 669.0) leading ( 378.0, 32.0) trailing ( 385.0, 34.0) leading ( 394.0, 509.0) trailing ( 405.0, 512.0) leading ( 464.0, 564.0) trailing ( 475.0, 567.0) leading ( 515.0, 378.0) trailing ( 525.0, 381.0) leading ( 543.0, 1728.0) trailing ( 563.0, 1731.0) leading ( 651.0, 18.0) trailing ( 658.0, 21.0) leading ( 750.0, 1075.0) trailing ( 765.0, 1079.0) leading ( 827.0, 298.0) trailing ( 836.0, 301.0) leading ( 956.0, 586.0) trailing ( 968.0, 612.0) leading ( 1008.0, 1254.0) trailing ( 1024.0, 1258.0) leading ( 1046.0, 34.0) trailing ( 1053.0, 37.0) leading ( 1090.0, 1318.0) trailing ( 1107.0, 1322.0) leading ( 1205.0, 773.0) trailing ( 1217.0, 776.0) leading ( 1216.0, 1736.0) trailing ( 1236.0, 1740.0) leading ( 1222.0, 1040.0) trailing ( 1237.0, 1044.0) leading ( 1223.0, 1240.0) trailing ( 1239.0, 1243.0) astrom chips have 25 matching stars after find_astrom_matches par T 79 after find_astrom_matches par L 79 after find_astrom_matches mch L 79 after find_astrom_matches mch T 79 done with find_astrom_matches {ELAPSED 28.000} {CPU {{OVERALL 19.133} {UTIME 18.350} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 79 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 79 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 28.000} {CPU {{OVERALL 19.267} {UTIME 18.483} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 79 after discard_bad_astrom_stars mch T 79 Entering proc find_photom_matches for field 21 find_photom_matches: matching 79 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 28.000} {CPU {{OVERALL 19.267} {UTIME 18.483} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 79 after find_photom_matches T par 79 after find_photom_matches L mch 79 after find_photom_matches T mch 79 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 28.000} {CPU {{OVERALL 19.267} {UTIME 18.483} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 79 after discard_bad_photom_stars_1 T par 79 after discard_bad_photom_stars_1 L mch 79 after discard_bad_photom_stars_1 T mch 79 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 28.000} {CPU {{OVERALL 19.283} {UTIME 18.500} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 28.000} {CPU {{OVERALL 19.283} {UTIME 18.500} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 28.000} {CPU {{OVERALL 19.283} {UTIME 18.500} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 79 after discard_bad_photom_stars_2 T par 79 after discard_bad_photom_stars_2 L mch 79 after discard_bad_photom_stars_2 T mch 79 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 28.000} {CPU {{OVERALL 19.283} {UTIME 18.500} {STIME 0.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 21 done with write_output {ELAPSED 29.000} {CPU {{OVERALL 19.400} {UTIME 18.600} {STIME 0.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 21 leading ( 36.8, 31.4) trailing ( 43.9, 35.2) leading ( 54.7, 1543.2) trailing ( 57.1, 1548.5) leading ( 59.7, 779.7) trailing ( 72.4, 783.4) leading ( 90.1, 1370.4) trailing ( 107.4, 1374.0) leading ( 143.9, 592.2) trailing ( 156.3, 575.9) leading ( 145.9, 1198.8) trailing ( 162.0, 1202.5) leading ( 254.0, 1171.0) trailing ( 270.1, 1174.7) leading ( 323.0, 1155.2) trailing ( 338.9, 1158.7) leading ( 326.4, 666.2) trailing ( 338.5, 669.6) leading ( 378.0, 31.8) trailing ( 385.2, 35.0) leading ( 394.3, 509.5) trailing ( 405.0, 512.9) leading ( 464.8, 564.2) trailing ( 475.9, 567.6) leading ( 515.4, 378.2) trailing ( 525.2, 381.7) leading ( 543.5, 1727.8) trailing ( 563.7, 1731.1) leading ( 651.5, 17.9) trailing ( 658.5, 21.5) leading ( 750.2, 1075.6) trailing ( 765.2, 1079.1) leading ( 827.6, 298.2) trailing ( 836.3, 301.8) leading ( 956.2, 586.2) trailing ( 968.6, 612.8) leading ( 1008.2, 1255.0) trailing ( 1024.4, 1258.5) leading ( 1046.6, 33.8) trailing ( 1053.2, 37.2) leading ( 1090.8, 1318.4) trailing ( 1107.4, 1321.7) leading ( 1205.2, 773.8) trailing ( 1217.9, 777.0) leading ( 1216.5, 1737.0) trailing ( 1236.7, 1740.2) leading ( 1222.8, 1041.0) trailing ( 1237.6, 1044.2) leading ( 1223.8, 1239.8) trailing ( 1240.2, 1243.1) leading ( 32.2, 285.4) trailing ( 0.0, 0.0) leading ( 250.2, 1979.5) trailing ( 0.0, 0.0) leading ( 373.1, 1489.9) trailing ( 0.0, 0.0) leading ( 522.7, 1365.5) trailing ( 0.0, 0.0) leading ( 884.8, 1667.3) trailing ( 0.0, 0.0) leading ( 889.8, 1857.2) trailing ( 0.0, 0.0) leading ( 953.6, 921.1) trailing ( 0.0, 0.0) leading ( 997.7, 1947.4) trailing ( 0.0, 0.0) leading ( 1140.6, 861.5) trailing ( 0.0, 0.0) leading ( 1312.9, 1383.5) trailing ( 0.0, 0.0) leading ( 1322.3, 1077.7) trailing ( 0.0, 0.0) leading ( 1345.7, 1813.6) trailing ( 0.0, 0.0) leading ( 1355.9, 585.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.2, 1548.5) leading ( 0.0, 0.0) trailing ( 5.0, 978.0) leading ( 0.0, 0.0) trailing ( 93.6, 918.6) leading ( 0.0, 0.0) trailing ( 95.5, 1903.0) leading ( 0.0, 0.0) trailing ( 121.9, 1531.4) leading ( 0.0, 0.0) trailing ( 170.4, 1944.3) leading ( 0.0, 0.0) trailing ( 184.2, 1548.5) leading ( 0.0, 0.0) trailing ( 248.2, 1548.5) leading ( 0.0, 0.0) trailing ( 312.8, 1548.5) leading ( 0.0, 0.0) trailing ( 353.9, 367.8) leading ( 0.0, 0.0) trailing ( 375.0, 1548.5) leading ( 0.0, 0.0) trailing ( 418.4, 1908.5) leading ( 0.0, 0.0) trailing ( 434.1, 1548.5) leading ( 0.0, 0.0) trailing ( 492.0, 1548.5) leading ( 0.0, 0.0) trailing ( 553.1, 1548.5) leading ( 0.0, 0.0) trailing ( 615.9, 1548.5) leading ( 0.0, 0.0) trailing ( 671.9, 1895.5) leading ( 0.0, 0.0) trailing ( 673.1, 1548.5) leading ( 0.0, 0.0) trailing ( 715.3, 100.5) leading ( 0.0, 0.0) trailing ( 737.5, 1548.5) leading ( 0.0, 0.0) trailing ( 795.9, 429.5) leading ( 0.0, 0.0) trailing ( 796.5, 561.4) leading ( 0.0, 0.0) trailing ( 797.5, 1548.5) leading ( 0.0, 0.0) trailing ( 834.8, 1957.6) leading ( 0.0, 0.0) trailing ( 857.8, 1548.5) leading ( 0.0, 0.0) trailing ( 902.9, 1968.0) leading ( 0.0, 0.0) trailing ( 919.2, 1548.5) leading ( 0.0, 0.0) trailing ( 982.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1015.1, 1773.5) leading ( 0.0, 0.0) trailing ( 1030.8, 1119.3) leading ( 0.0, 0.0) trailing ( 1045.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1054.4, 212.4) leading ( 0.0, 0.0) trailing ( 1108.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1134.5, 1074.3) leading ( 0.0, 0.0) trailing ( 1156.5, 1957.4) leading ( 0.0, 0.0) trailing ( 1168.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1230.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1267.1, 32.4) leading ( 0.0, 0.0) trailing ( 1287.1, 1609.0) leading ( 0.0, 0.0) trailing ( 1288.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1350.3, 1548.5) done with do_diagnostics {ELAPSED 29.000} {CPU {{OVERALL 19.517} {UTIME 18.700} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 29.000} {CPU {{OVERALL 19.517} {UTIME 18.700} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 21 {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 22 {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 22 done with locate_astrom_gangs {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 22 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 29.000} {CPU {{OVERALL 19.550} {UTIME 18.733} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 22 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 29.000} {CPU {{OVERALL 19.567} {UTIME 18.750} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 29.000} {CPU {{OVERALL 19.567} {UTIME 18.750} {STIME 0.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 29.000} {CPU {{OVERALL 19.600} {UTIME 18.767} {STIME 0.833} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 29.000} {CPU {{OVERALL 19.600} {UTIME 18.767} {STIME 0.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 22 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 29.000} {CPU {{OVERALL 19.617} {UTIME 18.783} {STIME 0.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 22 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 34 stars in gang file astrom chip l has 100 total star entries astrom chip t has 61 stars in gang file astrom chip t has 100 total star entries leading ( 15.0, 552.0) trailing ( 26.0, 555.0) leading ( 53.0, 1793.0) trailing ( 74.0, 1797.0) leading ( 80.0, 904.0) trailing ( 94.0, 907.0) leading ( 158.0, 797.0) trailing ( 171.0, 801.0) leading ( 253.0, 1292.0) trailing ( 269.0, 1296.0) leading ( 305.0, 110.0) trailing ( 312.0, 113.0) leading ( 333.0, 1382.0) trailing ( 351.0, 1386.0) leading ( 349.0, 586.0) trailing ( 361.0, 589.0) leading ( 403.0, 1577.0) trailing ( 376.0, 1548.0) leading ( 492.0, 786.0) trailing ( 505.0, 789.0) leading ( 715.0, 1942.0) trailing ( 737.0, 1946.0) leading ( 738.0, 1652.0) trailing ( 758.0, 1656.0) leading ( 799.0, 1854.0) trailing ( 820.0, 1858.0) leading ( 839.0, 114.0) trailing ( 847.0, 117.0) leading ( 941.0, 140.0) trailing ( 949.0, 144.0) leading ( 953.0, 1472.0) trailing ( 971.0, 1476.0) leading ( 1014.0, 1154.0) trailing ( 1030.0, 1158.0) leading ( 1021.0, 1910.0) trailing ( 1043.0, 1914.0) leading ( 1032.0, 1323.0) trailing ( 1049.0, 1327.0) leading ( 1130.0, 1150.0) trailing ( 1145.0, 1154.0) leading ( 1140.0, 573.0) trailing ( 1151.0, 577.0) leading ( 1340.0, 1422.0) trailing ( 1358.0, 1427.0) astrom chips have 22 matching stars after find_astrom_matches par T 73 after find_astrom_matches par L 73 after find_astrom_matches mch L 73 after find_astrom_matches mch T 73 done with find_astrom_matches {ELAPSED 30.000} {CPU {{OVERALL 20.367} {UTIME 19.500} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 73 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 73 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 73 after discard_bad_astrom_stars mch T 73 Entering proc find_photom_matches for field 22 find_photom_matches: matching 73 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 73 after find_photom_matches T par 73 after find_photom_matches L mch 73 after find_photom_matches T mch 73 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 73 after discard_bad_photom_stars_1 T par 73 after discard_bad_photom_stars_1 L mch 73 after discard_bad_photom_stars_1 T mch 73 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 73 after discard_bad_photom_stars_2 T par 73 after discard_bad_photom_stars_2 L mch 73 after discard_bad_photom_stars_2 T mch 73 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 30.000} {CPU {{OVERALL 20.500} {UTIME 19.633} {STIME 0.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 22 done with write_output {ELAPSED 30.000} {CPU {{OVERALL 20.617} {UTIME 19.733} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 22 leading ( 15.4, 552.3) trailing ( 26.4, 555.3) leading ( 53.9, 1793.8) trailing ( 74.7, 1797.1) leading ( 80.4, 904.6) trailing ( 94.1, 907.9) leading ( 158.5, 798.0) trailing ( 171.3, 801.3) leading ( 253.2, 1293.3) trailing ( 270.0, 1296.6) leading ( 305.8, 110.2) trailing ( 313.1, 113.3) leading ( 333.3, 1383.2) trailing ( 350.6, 1386.3) leading ( 350.1, 586.0) trailing ( 361.1, 589.4) leading ( 403.0, 1577.3) trailing ( 375.3, 1548.5) leading ( 492.6, 785.9) trailing ( 505.3, 789.3) leading ( 715.2, 1942.2) trailing ( 737.1, 1945.8) leading ( 738.4, 1653.2) trailing ( 758.0, 1656.8) leading ( 799.5, 1854.2) trailing ( 820.7, 1858.0) leading ( 839.7, 114.3) trailing ( 847.3, 117.7) leading ( 941.4, 141.4) trailing ( 949.1, 144.9) leading ( 953.4, 1472.8) trailing ( 971.5, 1476.6) leading ( 1014.6, 1154.9) trailing ( 1030.0, 1158.7) leading ( 1021.7, 1910.8) trailing ( 1043.2, 1914.6) leading ( 1032.7, 1323.6) trailing ( 1049.5, 1327.4) leading ( 1130.5, 1151.1) trailing ( 1146.0, 1154.7) leading ( 1141.0, 574.2) trailing ( 1151.9, 577.8) leading ( 1341.0, 1423.7) trailing ( 1358.3, 1427.4) leading ( 16.4, 832.9) trailing ( 0.0, 0.0) leading ( 24.3, 1691.5) trailing ( 0.0, 0.0) leading ( 34.0, 1355.5) trailing ( 0.0, 0.0) leading ( 238.5, 195.3) trailing ( 0.0, 0.0) leading ( 284.7, 301.9) trailing ( 0.0, 0.0) leading ( 335.6, 1875.5) trailing ( 0.0, 0.0) leading ( 375.2, 1067.7) trailing ( 0.0, 0.0) leading ( 398.6, 212.7) trailing ( 0.0, 0.0) leading ( 440.7, 356.2) trailing ( 0.0, 0.0) leading ( 543.5, 1490.7) trailing ( 0.0, 0.0) leading ( 632.3, 1726.6) trailing ( 0.0, 0.0) leading ( 1279.2, 1045.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.4, 1548.5) leading ( 0.0, 0.0) trailing ( 69.9, 1548.5) leading ( 0.0, 0.0) trailing ( 103.2, 1327.3) leading ( 0.0, 0.0) trailing ( 131.5, 1548.5) leading ( 0.0, 0.0) trailing ( 138.6, 718.5) leading ( 0.0, 0.0) trailing ( 197.6, 1548.5) leading ( 0.0, 0.0) trailing ( 245.3, 254.4) leading ( 0.0, 0.0) trailing ( 251.6, 1548.5) leading ( 0.0, 0.0) trailing ( 318.9, 1548.5) leading ( 0.0, 0.0) trailing ( 342.6, 272.2) leading ( 0.0, 0.0) trailing ( 432.1, 158.3) leading ( 0.0, 0.0) trailing ( 439.0, 1548.5) leading ( 0.0, 0.0) trailing ( 468.9, 472.2) leading ( 0.0, 0.0) trailing ( 489.2, 289.9) leading ( 0.0, 0.0) trailing ( 498.3, 1548.5) leading ( 0.0, 0.0) trailing ( 500.5, 1913.3) leading ( 0.0, 0.0) trailing ( 536.4, 1164.4) leading ( 0.0, 0.0) trailing ( 539.7, 117.9) leading ( 0.0, 0.0) trailing ( 558.4, 1548.5) leading ( 0.0, 0.0) trailing ( 619.4, 1548.5) leading ( 0.0, 0.0) trailing ( 625.2, 631.1) leading ( 0.0, 0.0) trailing ( 649.0, 777.6) leading ( 0.0, 0.0) trailing ( 678.4, 1548.5) leading ( 0.0, 0.0) trailing ( 738.3, 1784.2) leading ( 0.0, 0.0) trailing ( 739.3, 1548.5) leading ( 0.0, 0.0) trailing ( 797.4, 1766.8) leading ( 0.0, 0.0) trailing ( 802.3, 1548.5) leading ( 0.0, 0.0) trailing ( 822.5, 234.5) leading ( 0.0, 0.0) trailing ( 863.9, 1548.5) leading ( 0.0, 0.0) trailing ( 923.4, 1548.5) leading ( 0.0, 0.0) trailing ( 956.7, 211.1) leading ( 0.0, 0.0) trailing ( 983.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1042.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1103.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1159.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1224.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1289.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1301.4, 484.2) leading ( 0.0, 0.0) trailing ( 1344.6, 1548.5) done with do_diagnostics {ELAPSED 30.000} {CPU {{OVERALL 20.700} {UTIME 19.817} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 30.000} {CPU {{OVERALL 20.700} {UTIME 19.817} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 22 {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 23 {ELAPSED 30.000} {CPU {{OVERALL 20.733} {UTIME 19.850} {STIME 0.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 23 done with locate_astrom_gangs {ELAPSED 30.000} {CPU {{OVERALL 20.750} {UTIME 19.850} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 23 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 30.000} {CPU {{OVERALL 20.750} {UTIME 19.850} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 23 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 30.000} {CPU {{OVERALL 20.750} {UTIME 19.850} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 30.000} {CPU {{OVERALL 20.750} {UTIME 19.850} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 30.000} {CPU {{OVERALL 20.783} {UTIME 19.883} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 30.000} {CPU {{OVERALL 20.783} {UTIME 19.883} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 23 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 30.000} {CPU {{OVERALL 20.783} {UTIME 19.883} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 23 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 29 stars in gang file astrom chip l has 100 total star entries astrom chip t has 60 stars in gang file astrom chip t has 100 total star entries leading ( 55.0, 1258.0) trailing ( 71.0, 1262.0) leading ( 55.0, 1652.0) trailing ( 74.0, 1655.0) leading ( 77.0, 1896.0) trailing ( 99.0, 1899.0) leading ( 101.0, 672.0) trailing ( 113.0, 675.0) leading ( 146.0, 772.0) trailing ( 159.0, 775.0) leading ( 180.0, 197.0) trailing ( 188.0, 201.0) leading ( 193.0, 624.0) trailing ( 204.0, 628.0) leading ( 229.0, 1386.0) trailing ( 246.0, 1389.0) leading ( 320.0, 1548.0) trailing ( 309.0, 1548.0) leading ( 348.0, 504.0) trailing ( 358.0, 507.0) leading ( 376.0, 1640.0) trailing ( 396.0, 1643.0) leading ( 649.0, 18.0) trailing ( 656.0, 22.0) leading ( 665.0, 1470.0) trailing ( 683.0, 1473.0) leading ( 724.0, 1514.0) trailing ( 732.0, 1548.0) leading ( 808.0, 1144.0) trailing ( 824.0, 1148.0) leading ( 890.0, 1451.0) trailing ( 908.0, 1455.0) leading ( 901.0, 618.0) trailing ( 912.0, 622.0) leading ( 1010.0, 422.0) trailing ( 1020.0, 427.0) leading ( 1069.0, 820.0) trailing ( 1082.0, 824.0) leading ( 1142.0, 794.0) trailing ( 1155.0, 797.0) leading ( 1144.0, 682.0) trailing ( 1155.0, 687.0) leading ( 1224.0, 1720.0) trailing ( 1244.0, 1724.0) astrom chips have 22 matching stars after find_astrom_matches par T 67 after find_astrom_matches par L 67 after find_astrom_matches mch L 67 after find_astrom_matches mch T 67 done with find_astrom_matches {ELAPSED 31.000} {CPU {{OVERALL 21.400} {UTIME 20.500} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 67 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 67 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 31.000} {CPU {{OVERALL 21.517} {UTIME 20.617} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 67 after discard_bad_astrom_stars mch T 67 Entering proc find_photom_matches for field 23 find_photom_matches: matching 67 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 31.000} {CPU {{OVERALL 21.517} {UTIME 20.617} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 67 after find_photom_matches T par 67 after find_photom_matches L mch 67 after find_photom_matches T mch 67 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 31.000} {CPU {{OVERALL 21.517} {UTIME 20.617} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 67 after discard_bad_photom_stars_1 T par 67 after discard_bad_photom_stars_1 L mch 67 after discard_bad_photom_stars_1 T mch 67 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 31.000} {CPU {{OVERALL 21.533} {UTIME 20.633} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 31.000} {CPU {{OVERALL 21.533} {UTIME 20.633} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 31.000} {CPU {{OVERALL 21.533} {UTIME 20.633} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 67 after discard_bad_photom_stars_2 T par 67 after discard_bad_photom_stars_2 L mch 67 after discard_bad_photom_stars_2 T mch 67 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 31.000} {CPU {{OVERALL 21.533} {UTIME 20.633} {STIME 0.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 23 done with write_output {ELAPSED 31.000} {CPU {{OVERALL 21.633} {UTIME 20.717} {STIME 0.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 23 leading ( 55.8, 1258.5) trailing ( 72.1, 1262.0) leading ( 55.5, 1652.1) trailing ( 74.8, 1655.6) leading ( 77.7, 1895.7) trailing ( 99.0, 1899.2) leading ( 101.4, 671.7) trailing ( 113.2, 675.3) leading ( 147.2, 772.1) trailing ( 159.8, 775.5) leading ( 180.0, 197.5) trailing ( 188.1, 201.2) leading ( 193.5, 624.6) trailing ( 205.0, 628.2) leading ( 229.7, 1385.8) trailing ( 247.0, 1389.3) leading ( 320.2, 1547.7) trailing ( 305.9, 1548.5) leading ( 348.1, 503.9) trailing ( 358.8, 507.4) leading ( 376.8, 1640.0) trailing ( 396.3, 1643.5) leading ( 649.4, 19.4) trailing ( 656.2, 22.8) leading ( 665.2, 1470.9) trailing ( 683.2, 1474.3) leading ( 724.3, 1514.5) trailing ( 732.6, 1548.5) leading ( 808.8, 1144.9) trailing ( 824.1, 1148.3) leading ( 890.5, 1452.0) trailing ( 908.0, 1455.5) leading ( 901.6, 619.0) trailing ( 912.6, 622.7) leading ( 1011.2, 423.5) trailing ( 1020.7, 427.0) leading ( 1069.9, 820.9) trailing ( 1082.6, 824.6) leading ( 1142.9, 794.2) trailing ( 1155.3, 797.9) leading ( 1144.2, 683.3) trailing ( 1155.9, 687.0) leading ( 1224.5, 1720.2) trailing ( 1244.4, 1723.9) leading ( 103.9, 1749.7) trailing ( 0.0, 0.0) leading ( 199.0, 1495.4) trailing ( 0.0, 0.0) leading ( 201.0, 1265.2) trailing ( 0.0, 0.0) leading ( 474.4, 219.3) trailing ( 0.0, 0.0) leading ( 651.4, 297.6) trailing ( 0.0, 0.0) leading ( 806.2, 1591.4) trailing ( 0.0, 0.0) leading ( 833.8, 275.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 4.5, 1548.5) leading ( 0.0, 0.0) trailing ( 7.7, 484.5) leading ( 0.0, 0.0) trailing ( 24.3, 139.9) leading ( 0.0, 0.0) trailing ( 38.5, 751.5) leading ( 0.0, 0.0) trailing ( 66.4, 1548.5) leading ( 0.0, 0.0) trailing ( 71.5, 441.4) leading ( 0.0, 0.0) trailing ( 127.3, 1548.5) leading ( 0.0, 0.0) trailing ( 189.9, 1548.5) leading ( 0.0, 0.0) trailing ( 201.4, 440.8) leading ( 0.0, 0.0) trailing ( 248.0, 1548.5) leading ( 0.0, 0.0) trailing ( 287.1, 585.9) leading ( 0.0, 0.0) trailing ( 362.5, 1548.5) leading ( 0.0, 0.0) trailing ( 432.6, 1548.5) leading ( 0.0, 0.0) trailing ( 494.3, 1548.5) leading ( 0.0, 0.0) trailing ( 551.6, 1548.5) leading ( 0.0, 0.0) trailing ( 566.1, 802.4) leading ( 0.0, 0.0) trailing ( 597.5, 184.7) leading ( 0.0, 0.0) trailing ( 612.3, 1548.5) leading ( 0.0, 0.0) trailing ( 672.2, 1548.5) leading ( 0.0, 0.0) trailing ( 679.1, 245.7) leading ( 0.0, 0.0) trailing ( 756.0, 117.5) leading ( 0.0, 0.0) trailing ( 793.7, 1548.5) leading ( 0.0, 0.0) trailing ( 843.7, 1214.9) leading ( 0.0, 0.0) trailing ( 853.5, 1548.5) leading ( 0.0, 0.0) trailing ( 885.4, 187.3) leading ( 0.0, 0.0) trailing ( 916.5, 1548.5) leading ( 0.0, 0.0) trailing ( 957.9, 561.9) leading ( 0.0, 0.0) trailing ( 973.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1026.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1090.3, 339.6) leading ( 0.0, 0.0) trailing ( 1091.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1151.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1213.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1232.4, 1144.0) leading ( 0.0, 0.0) trailing ( 1260.9, 143.8) leading ( 0.0, 0.0) trailing ( 1276.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1322.9, 1979.5) leading ( 0.0, 0.0) trailing ( 1328.2, 1548.5) done with do_diagnostics {ELAPSED 31.000} {CPU {{OVERALL 21.733} {UTIME 20.800} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 31.000} {CPU {{OVERALL 21.733} {UTIME 20.800} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 23 {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 24 {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 24 done with locate_astrom_gangs {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 24 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 31.000} {CPU {{OVERALL 21.767} {UTIME 20.833} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 24 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 31.000} {CPU {{OVERALL 21.783} {UTIME 20.850} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 31.000} {CPU {{OVERALL 21.783} {UTIME 20.850} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 31.000} {CPU {{OVERALL 21.800} {UTIME 20.867} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 31.000} {CPU {{OVERALL 21.800} {UTIME 20.867} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 24 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 31.000} {CPU {{OVERALL 21.817} {UTIME 20.883} {STIME 0.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 24 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 37 stars in gang file astrom chip l has 100 total star entries astrom chip t has 68 stars in gang file astrom chip t has 100 total star entries leading ( 49.0, 1924.0) trailing ( 71.0, 1928.0) leading ( 75.0, 742.0) trailing ( 88.0, 746.0) leading ( 139.0, 524.0) trailing ( 150.0, 527.0) leading ( 139.0, 930.0) trailing ( 153.0, 933.0) leading ( 188.0, 282.0) trailing ( 197.0, 286.0) leading ( 225.0, 596.0) trailing ( 237.0, 600.0) leading ( 418.0, 260.0) trailing ( 426.0, 263.0) leading ( 533.0, 1698.0) trailing ( 553.0, 1702.0) leading ( 546.0, 1196.0) trailing ( 562.0, 1199.0) leading ( 572.0, 960.0) trailing ( 586.0, 963.0) leading ( 591.0, 1361.0) trailing ( 608.0, 1365.0) leading ( 667.0, 708.0) trailing ( 680.0, 712.0) leading ( 721.0, 506.0) trailing ( 731.0, 510.0) leading ( 743.0, 848.0) trailing ( 756.0, 851.0) leading ( 785.0, 1248.0) trailing ( 802.0, 1252.0) leading ( 925.0, 1335.0) trailing ( 942.0, 1339.0) leading ( 935.0, 1786.0) trailing ( 957.0, 1789.0) leading ( 982.0, 502.0) trailing ( 993.0, 506.0) leading ( 1011.0, 74.0) trailing ( 1019.0, 78.0) leading ( 1041.0, 1668.0) trailing ( 1062.0, 1671.0) leading ( 1066.0, 632.0) trailing ( 1078.0, 635.0) leading ( 1094.0, 372.0) trailing ( 1103.0, 376.0) leading ( 1238.0, 436.0) trailing ( 1248.0, 440.0) leading ( 1255.0, 1092.0) trailing ( 1270.0, 1096.0) leading ( 1336.0, 844.0) trailing ( 1350.0, 849.0) astrom chips have 25 matching stars after find_astrom_matches par T 80 after find_astrom_matches par L 80 after find_astrom_matches mch L 80 after find_astrom_matches mch T 80 done with find_astrom_matches {ELAPSED 32.000} {CPU {{OVERALL 22.650} {UTIME 21.700} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 80 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 80 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 80 after discard_bad_astrom_stars mch T 80 Entering proc find_photom_matches for field 24 find_photom_matches: matching 80 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 80 after find_photom_matches T par 80 after find_photom_matches L mch 80 after find_photom_matches T mch 80 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 80 after discard_bad_photom_stars_1 T par 80 after discard_bad_photom_stars_1 L mch 80 after discard_bad_photom_stars_1 T mch 80 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 80 after discard_bad_photom_stars_2 T par 80 after discard_bad_photom_stars_2 L mch 80 after discard_bad_photom_stars_2 T mch 80 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 32.000} {CPU {{OVERALL 22.783} {UTIME 21.833} {STIME 0.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 24 done with write_output {ELAPSED 33.000} {CPU {{OVERALL 22.883} {UTIME 21.917} {STIME 0.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 24 leading ( 49.8, 1925.0) trailing ( 71.7, 1928.7) leading ( 76.0, 742.5) trailing ( 88.5, 746.0) leading ( 139.7, 523.8) trailing ( 150.4, 527.4) leading ( 139.6, 930.0) trailing ( 153.5, 933.6) leading ( 188.2, 283.4) trailing ( 197.1, 286.9) leading ( 225.7, 596.6) trailing ( 237.0, 600.0) leading ( 418.4, 260.1) trailing ( 426.9, 263.6) leading ( 533.7, 1698.5) trailing ( 553.5, 1702.1) leading ( 546.5, 1196.2) trailing ( 562.4, 1199.8) leading ( 572.4, 960.3) trailing ( 586.4, 963.8) leading ( 591.5, 1361.9) trailing ( 608.7, 1365.4) leading ( 667.9, 709.6) trailing ( 680.1, 713.1) leading ( 721.1, 506.7) trailing ( 731.7, 510.0) leading ( 743.5, 847.8) trailing ( 756.8, 851.1) leading ( 785.5, 1249.5) trailing ( 802.0, 1252.9) leading ( 925.6, 1335.8) trailing ( 942.8, 1339.4) leading ( 936.1, 1786.3) trailing ( 956.9, 1789.9) leading ( 982.8, 502.0) trailing ( 993.3, 505.7) leading ( 1011.8, 75.5) trailing ( 1019.2, 79.1) leading ( 1042.0, 1668.5) trailing ( 1061.7, 1672.2) leading ( 1066.9, 632.5) trailing ( 1078.3, 635.9) leading ( 1094.5, 373.4) trailing ( 1104.0, 376.8) leading ( 1238.2, 437.0) trailing ( 1248.3, 440.3) leading ( 1255.8, 1093.0) trailing ( 1270.9, 1096.5) leading ( 1337.0, 845.5) trailing ( 1350.2, 849.0) leading ( 210.4, 660.7) trailing ( 0.0, 0.0) leading ( 263.5, 1235.6) trailing ( 0.0, 0.0) leading ( 342.2, 1451.4) trailing ( 0.0, 0.0) leading ( 385.7, 465.6) trailing ( 0.0, 0.0) leading ( 525.0, 642.7) trailing ( 0.0, 0.0) leading ( 795.4, 785.8) trailing ( 0.0, 0.0) leading ( 806.5, 912.6) trailing ( 0.0, 0.0) leading ( 863.4, 329.3) trailing ( 0.0, 0.0) leading ( 977.5, 257.7) trailing ( 0.0, 0.0) leading ( 1145.4, 928.5) trailing ( 0.0, 0.0) leading ( 1162.3, 1382.7) trailing ( 0.0, 0.0) leading ( 1202.3, 330.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.6, 1548.5) leading ( 0.0, 0.0) trailing ( 25.4, 71.3) leading ( 0.0, 0.0) trailing ( 35.6, 1067.5) leading ( 0.0, 0.0) trailing ( 66.4, 1548.5) leading ( 0.0, 0.0) trailing ( 126.0, 1548.5) leading ( 0.0, 0.0) trailing ( 184.9, 1548.5) leading ( 0.0, 0.0) trailing ( 191.4, 706.1) leading ( 0.0, 0.0) trailing ( 245.2, 1548.5) leading ( 0.0, 0.0) trailing ( 250.8, 1730.2) leading ( 0.0, 0.0) trailing ( 259.3, 1137.4) leading ( 0.0, 0.0) trailing ( 279.2, 1403.6) leading ( 0.0, 0.0) trailing ( 295.3, 683.6) leading ( 0.0, 0.0) trailing ( 309.6, 1548.5) leading ( 0.0, 0.0) trailing ( 365.1, 1548.5) leading ( 0.0, 0.0) trailing ( 376.2, 193.8) leading ( 0.0, 0.0) trailing ( 419.5, 936.1) leading ( 0.0, 0.0) trailing ( 419.9, 1548.5) leading ( 0.0, 0.0) trailing ( 490.8, 1548.5) leading ( 0.0, 0.0) trailing ( 517.0, 281.7) leading ( 0.0, 0.0) trailing ( 538.7, 103.5) leading ( 0.0, 0.0) trailing ( 551.1, 1548.5) leading ( 0.0, 0.0) trailing ( 589.5, 1044.6) leading ( 0.0, 0.0) trailing ( 612.6, 1548.5) leading ( 0.0, 0.0) trailing ( 643.1, 1809.7) leading ( 0.0, 0.0) trailing ( 676.4, 1548.5) leading ( 0.0, 0.0) trailing ( 738.5, 1548.5) leading ( 0.0, 0.0) trailing ( 798.7, 1548.5) leading ( 0.0, 0.0) trailing ( 859.8, 1548.5) leading ( 0.0, 0.0) trailing ( 863.7, 1389.1) leading ( 0.0, 0.0) trailing ( 876.8, 1316.5) leading ( 0.0, 0.0) trailing ( 908.9, 18.4) leading ( 0.0, 0.0) trailing ( 923.5, 1548.5) leading ( 0.0, 0.0) trailing ( 991.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1048.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1112.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1133.6, 1122.5) leading ( 0.0, 0.0) trailing ( 1175.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1179.2, 1772.6) leading ( 0.0, 0.0) trailing ( 1217.6, 1952.3) leading ( 0.0, 0.0) trailing ( 1235.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1269.5, 309.1) leading ( 0.0, 0.0) trailing ( 1296.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1361.1, 1548.5) done with do_diagnostics {ELAPSED 33.000} {CPU {{OVERALL 23.000} {UTIME 22.017} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 33.000} {CPU {{OVERALL 23.000} {UTIME 22.017} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 24 {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 25 {ELAPSED 33.000} {CPU {{OVERALL 23.033} {UTIME 22.050} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 25 done with locate_astrom_gangs {ELAPSED 33.000} {CPU {{OVERALL 23.050} {UTIME 22.067} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 25 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 33.000} {CPU {{OVERALL 23.050} {UTIME 22.067} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 25 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 33.000} {CPU {{OVERALL 23.050} {UTIME 22.067} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 33.000} {CPU {{OVERALL 23.050} {UTIME 22.067} {STIME 0.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 33.000} {CPU {{OVERALL 23.083} {UTIME 22.083} {STIME 1.000} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 33.000} {CPU {{OVERALL 23.100} {UTIME 22.100} {STIME 1.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 25 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 33.000} {CPU {{OVERALL 23.100} {UTIME 22.100} {STIME 1.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 25 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 59 stars in gang file astrom chip t has 100 total star entries leading ( 52.0, 650.0) trailing ( 64.0, 654.0) leading ( 62.0, 784.0) trailing ( 74.0, 788.0) leading ( 117.0, 1308.0) trailing ( 134.0, 1311.0) leading ( 177.0, 1448.0) trailing ( 195.0, 1453.0) leading ( 235.0, 1146.0) trailing ( 251.0, 1150.0) leading ( 252.0, 226.0) trailing ( 260.0, 231.0) leading ( 327.0, 706.0) trailing ( 339.0, 710.0) leading ( 333.0, 1608.0) trailing ( 353.0, 1613.0) leading ( 365.0, 1788.0) trailing ( 386.0, 1791.0) leading ( 384.0, 1156.0) trailing ( 399.0, 1159.0) leading ( 401.0, 1694.0) trailing ( 422.0, 1698.0) leading ( 437.0, 746.0) trailing ( 449.0, 749.0) leading ( 447.0, 655.0) trailing ( 459.0, 658.0) leading ( 475.0, 844.0) trailing ( 489.0, 848.0) leading ( 495.0, 1696.0) trailing ( 515.0, 1700.0) leading ( 539.0, 277.0) trailing ( 532.0, 313.0) leading ( 634.0, 1932.0) trailing ( 657.0, 1935.0) leading ( 648.0, 22.0) trailing ( 656.0, 27.0) leading ( 663.0, 1476.0) trailing ( 681.0, 1480.0) leading ( 699.0, 1312.0) trailing ( 716.0, 1316.0) leading ( 769.0, 1579.0) trailing ( 742.0, 1548.0) leading ( 819.0, 454.0) trailing ( 830.0, 457.0) leading ( 968.0, 1482.0) trailing ( 987.0, 1485.0) leading ( 983.0, 252.0) trailing ( 991.0, 257.0) leading ( 1031.0, 700.0) trailing ( 1043.0, 704.0) leading ( 1067.0, 1610.0) trailing ( 1087.0, 1614.0) leading ( 1318.0, 1572.0) trailing ( 1298.0, 1548.0) astrom chips have 27 matching stars after find_astrom_matches par T 78 after find_astrom_matches par L 78 after find_astrom_matches mch L 78 after find_astrom_matches mch T 78 done with find_astrom_matches {ELAPSED 34.000} {CPU {{OVERALL 23.967} {UTIME 22.950} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 78 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 78 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 78 after discard_bad_astrom_stars mch T 78 Entering proc find_photom_matches for field 25 find_photom_matches: matching 78 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 78 after find_photom_matches T par 78 after find_photom_matches L mch 78 after find_photom_matches T mch 78 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 78 after discard_bad_photom_stars_1 T par 78 after discard_bad_photom_stars_1 L mch 78 after discard_bad_photom_stars_1 T mch 78 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 78 after discard_bad_photom_stars_2 T par 78 after discard_bad_photom_stars_2 L mch 78 after discard_bad_photom_stars_2 T mch 78 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 34.000} {CPU {{OVERALL 24.100} {UTIME 23.083} {STIME 1.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 25 done with write_output {ELAPSED 34.000} {CPU {{OVERALL 24.200} {UTIME 23.167} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 25 leading ( 53.0, 650.5) trailing ( 64.6, 654.3) leading ( 62.0, 784.7) trailing ( 74.6, 788.6) leading ( 117.9, 1307.8) trailing ( 134.7, 1311.6) leading ( 177.2, 1449.2) trailing ( 195.1, 1453.0) leading ( 236.0, 1146.5) trailing ( 251.5, 1150.2) leading ( 252.5, 227.6) trailing ( 260.9, 231.4) leading ( 327.4, 707.0) trailing ( 339.7, 710.5) leading ( 333.8, 1609.7) trailing ( 353.1, 1613.2) leading ( 366.0, 1787.9) trailing ( 386.6, 1791.4) leading ( 384.1, 1156.4) trailing ( 399.8, 1159.8) leading ( 401.8, 1695.6) trailing ( 421.8, 1699.1) leading ( 437.3, 745.9) trailing ( 450.0, 749.6) leading ( 447.7, 655.4) trailing ( 459.6, 658.9) leading ( 475.9, 845.1) trailing ( 489.4, 848.6) leading ( 495.2, 1696.8) trailing ( 515.4, 1700.3) leading ( 539.8, 277.5) trailing ( 532.6, 313.9) leading ( 635.0, 1932.0) trailing ( 657.1, 1935.6) leading ( 648.6, 23.5) trailing ( 655.8, 27.2) leading ( 663.1, 1476.7) trailing ( 681.6, 1480.2) leading ( 699.2, 1312.5) trailing ( 716.3, 1316.0) leading ( 769.6, 1580.0) trailing ( 747.1, 1548.5) leading ( 820.2, 453.9) trailing ( 830.9, 457.5) leading ( 968.8, 1481.7) trailing ( 987.2, 1485.2) leading ( 983.4, 253.5) trailing ( 992.1, 257.2) leading ( 1031.2, 700.6) trailing ( 1043.3, 704.2) leading ( 1068.2, 1610.7) trailing ( 1087.4, 1614.5) leading ( 1318.6, 1573.3) trailing ( 1298.4, 1548.5) leading ( 13.9, 1381.7) trailing ( 0.0, 0.0) leading ( 151.7, 1851.6) trailing ( 0.0, 0.0) leading ( 419.6, 1312.9) trailing ( 0.0, 0.0) leading ( 423.5, 29.5) trailing ( 0.0, 0.0) leading ( 478.0, 348.3) trailing ( 0.0, 0.0) leading ( 508.1, 682.1) trailing ( 0.0, 0.0) leading ( 561.4, 83.5) trailing ( 0.0, 0.0) leading ( 561.8, 896.1) trailing ( 0.0, 0.0) leading ( 580.5, 1147.5) trailing ( 0.0, 0.0) leading ( 650.3, 183.1) trailing ( 0.0, 0.0) leading ( 781.5, 975.7) trailing ( 0.0, 0.0) leading ( 949.5, 1886.6) trailing ( 0.0, 0.0) leading ( 951.6, 572.7) trailing ( 0.0, 0.0) leading ( 1070.2, 222.1) trailing ( 0.0, 0.0) leading ( 1107.8, 1389.6) trailing ( 0.0, 0.0) leading ( 1171.6, 1631.4) trailing ( 0.0, 0.0) leading ( 1217.4, 1195.2) trailing ( 0.0, 0.0) leading ( 1234.4, 978.6) trailing ( 0.0, 0.0) leading ( 1279.1, 1915.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.1, 1548.5) leading ( 0.0, 0.0) trailing ( 56.6, 1548.5) leading ( 0.0, 0.0) trailing ( 82.9, 269.4) leading ( 0.0, 0.0) trailing ( 121.1, 1548.5) leading ( 0.0, 0.0) trailing ( 187.1, 1548.5) leading ( 0.0, 0.0) trailing ( 202.1, 1745.0) leading ( 0.0, 0.0) trailing ( 219.4, 315.0) leading ( 0.0, 0.0) trailing ( 249.2, 1548.5) leading ( 0.0, 0.0) trailing ( 310.7, 1548.5) leading ( 0.0, 0.0) trailing ( 368.2, 1548.5) leading ( 0.0, 0.0) trailing ( 435.6, 1548.5) leading ( 0.0, 0.0) trailing ( 443.9, 116.4) leading ( 0.0, 0.0) trailing ( 499.9, 1548.5) leading ( 0.0, 0.0) trailing ( 561.5, 1548.5) leading ( 0.0, 0.0) trailing ( 622.4, 1548.5) leading ( 0.0, 0.0) trailing ( 654.1, 1122.2) leading ( 0.0, 0.0) trailing ( 683.3, 1548.5) leading ( 0.0, 0.0) trailing ( 779.4, 1928.8) leading ( 0.0, 0.0) trailing ( 807.8, 1548.5) leading ( 0.0, 0.0) trailing ( 867.4, 1548.5) leading ( 0.0, 0.0) trailing ( 930.0, 1548.5) leading ( 0.0, 0.0) trailing ( 951.4, 1300.0) leading ( 0.0, 0.0) trailing ( 986.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1014.8, 450.8) leading ( 0.0, 0.0) trailing ( 1049.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1050.1, 1118.6) leading ( 0.0, 0.0) trailing ( 1070.3, 1476.0) leading ( 0.0, 0.0) trailing ( 1108.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1168.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1184.4, 1959.4) leading ( 0.0, 0.0) trailing ( 1231.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1358.2, 1548.5) done with do_diagnostics {ELAPSED 34.000} {CPU {{OVERALL 24.300} {UTIME 23.267} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 34.000} {CPU {{OVERALL 24.300} {UTIME 23.267} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 25 {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 26 {ELAPSED 34.000} {CPU {{OVERALL 24.333} {UTIME 23.300} {STIME 1.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 26 done with locate_astrom_gangs {ELAPSED 34.000} {CPU {{OVERALL 24.367} {UTIME 23.317} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 26 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 34.000} {CPU {{OVERALL 24.367} {UTIME 23.317} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 26 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 34.000} {CPU {{OVERALL 24.367} {UTIME 23.317} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 34.000} {CPU {{OVERALL 24.367} {UTIME 23.317} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 34.000} {CPU {{OVERALL 24.383} {UTIME 23.333} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 34.000} {CPU {{OVERALL 24.400} {UTIME 23.350} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 26 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 34.000} {CPU {{OVERALL 24.400} {UTIME 23.350} {STIME 1.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 26 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 35 stars in gang file astrom chip l has 100 total star entries astrom chip t has 56 stars in gang file astrom chip t has 100 total star entries leading ( 59.0, 698.0) trailing ( 71.0, 701.0) leading ( 91.0, 916.0) trailing ( 104.0, 920.0) leading ( 136.0, 1332.0) trailing ( 153.0, 1336.0) leading ( 225.0, 608.0) trailing ( 236.0, 611.0) leading ( 278.0, 880.0) trailing ( 292.0, 883.0) leading ( 375.0, 670.0) trailing ( 387.0, 673.0) leading ( 636.0, 223.0) trailing ( 669.0, 224.0) leading ( 690.0, 1134.0) trailing ( 705.0, 1138.0) leading ( 820.0, 474.0) trailing ( 829.0, 478.0) leading ( 903.0, 1144.0) trailing ( 919.0, 1147.0) leading ( 918.0, 66.0) trailing ( 925.0, 69.0) leading ( 971.0, 1104.0) trailing ( 986.0, 1108.0) leading ( 1044.0, 772.0) trailing ( 1057.0, 776.0) leading ( 1045.0, 370.0) trailing ( 1054.0, 374.0) leading ( 1045.0, 1220.0) trailing ( 1062.0, 1224.0) leading ( 1145.0, 808.0) trailing ( 1159.0, 813.0) leading ( 1146.0, 1772.0) trailing ( 1167.0, 1777.0) leading ( 1229.0, 1760.0) trailing ( 1250.0, 1764.0) leading ( 1230.0, 1439.0) trailing ( 1249.0, 1443.0) leading ( 1278.0, 382.0) trailing ( 1288.0, 387.0) leading ( 1294.0, 147.0) trailing ( 1302.0, 151.0) astrom chips have 21 matching stars after find_astrom_matches par T 70 after find_astrom_matches par L 70 after find_astrom_matches mch L 70 after find_astrom_matches mch T 70 done with find_astrom_matches {ELAPSED 35.000} {CPU {{OVERALL 25.083} {UTIME 24.017} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 70 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 70 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 70 after discard_bad_astrom_stars mch T 70 Entering proc find_photom_matches for field 26 find_photom_matches: matching 70 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 70 after find_photom_matches T par 70 after find_photom_matches L mch 70 after find_photom_matches T mch 70 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 70 after discard_bad_photom_stars_1 T par 70 after discard_bad_photom_stars_1 L mch 70 after discard_bad_photom_stars_1 T mch 70 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 70 after discard_bad_photom_stars_2 T par 70 after discard_bad_photom_stars_2 L mch 70 after discard_bad_photom_stars_2 T mch 70 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 35.000} {CPU {{OVERALL 25.217} {UTIME 24.150} {STIME 1.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 26 done with write_output {ELAPSED 35.000} {CPU {{OVERALL 25.317} {UTIME 24.233} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 26 leading ( 59.3, 698.0) trailing ( 71.1, 701.4) leading ( 91.1, 917.2) trailing ( 104.6, 920.6) leading ( 136.2, 1333.3) trailing ( 153.0, 1336.5) leading ( 225.2, 608.7) trailing ( 236.3, 612.0) leading ( 278.5, 880.2) trailing ( 291.8, 883.5) leading ( 375.5, 669.7) trailing ( 387.0, 673.1) leading ( 636.7, 223.1) trailing ( 669.6, 224.4) leading ( 690.7, 1135.4) trailing ( 705.8, 1138.7) leading ( 820.0, 475.1) trailing ( 830.0, 478.5) leading ( 904.1, 1144.1) trailing ( 919.4, 1147.4) leading ( 918.3, 66.4) trailing ( 925.4, 69.7) leading ( 971.7, 1105.4) trailing ( 986.7, 1108.9) leading ( 1045.0, 773.6) trailing ( 1057.3, 777.1) leading ( 1045.3, 371.0) trailing ( 1054.5, 374.4) leading ( 1046.0, 1220.2) trailing ( 1062.0, 1223.8) leading ( 1146.2, 809.5) trailing ( 1159.3, 813.2) leading ( 1146.3, 1773.7) trailing ( 1166.9, 1777.4) leading ( 1229.9, 1760.8) trailing ( 1250.3, 1764.5) leading ( 1231.1, 1439.5) trailing ( 1249.1, 1443.3) leading ( 1279.2, 383.5) trailing ( 1288.9, 387.2) leading ( 1294.6, 147.9) trailing ( 1302.5, 151.5) leading ( 58.8, 1081.4) trailing ( 0.0, 0.0) leading ( 276.1, 527.7) trailing ( 0.0, 0.0) leading ( 308.0, 59.0) trailing ( 0.0, 0.0) leading ( 333.7, 1881.9) trailing ( 0.0, 0.0) leading ( 390.5, 776.7) trailing ( 0.0, 0.0) leading ( 481.9, 277.1) trailing ( 0.0, 0.0) leading ( 598.4, 1861.6) trailing ( 0.0, 0.0) leading ( 634.4, 1499.3) trailing ( 0.0, 0.0) leading ( 766.9, 998.0) trailing ( 0.0, 0.0) leading ( 817.1, 2031.5) trailing ( 0.0, 0.0) leading ( 916.0, 1966.8) trailing ( 0.0, 0.0) leading ( 946.5, 955.3) trailing ( 0.0, 0.0) leading ( 1218.6, 675.4) trailing ( 0.0, 0.0) leading ( 1229.0, 1689.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.1, 1548.5) leading ( 0.0, 0.0) trailing ( 51.9, 1758.3) leading ( 0.0, 0.0) trailing ( 64.0, 1548.5) leading ( 0.0, 0.0) trailing ( 125.3, 1548.5) leading ( 0.0, 0.0) trailing ( 169.6, 140.0) leading ( 0.0, 0.0) trailing ( 188.1, 1548.5) leading ( 0.0, 0.0) trailing ( 205.6, 1088.2) leading ( 0.0, 0.0) trailing ( 207.6, 1658.1) leading ( 0.0, 0.0) trailing ( 252.0, 1548.5) leading ( 0.0, 0.0) trailing ( 292.7, 772.4) leading ( 0.0, 0.0) trailing ( 309.5, 1548.5) leading ( 0.0, 0.0) trailing ( 325.1, 1806.6) leading ( 0.0, 0.0) trailing ( 371.9, 1548.5) leading ( 0.0, 0.0) trailing ( 435.4, 1548.5) leading ( 0.0, 0.0) trailing ( 497.7, 1548.5) leading ( 0.0, 0.0) trailing ( 511.5, 612.3) leading ( 0.0, 0.0) trailing ( 557.5, 1548.5) leading ( 0.0, 0.0) trailing ( 590.8, 884.9) leading ( 0.0, 0.0) trailing ( 619.7, 1548.5) leading ( 0.0, 0.0) trailing ( 681.3, 1548.5) leading ( 0.0, 0.0) trailing ( 745.2, 1548.5) leading ( 0.0, 0.0) trailing ( 785.6, 833.6) leading ( 0.0, 0.0) trailing ( 804.6, 1548.5) leading ( 0.0, 0.0) trailing ( 866.0, 1548.5) leading ( 0.0, 0.0) trailing ( 892.5, 1844.4) leading ( 0.0, 0.0) trailing ( 929.3, 1548.5) leading ( 0.0, 0.0) trailing ( 984.7, 1548.5) leading ( 0.0, 0.0) trailing ( 993.5, 1621.5) leading ( 0.0, 0.0) trailing ( 1056.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1109.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1160.9, 472.3) leading ( 0.0, 0.0) trailing ( 1176.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1235.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1273.7, 1132.4) leading ( 0.0, 0.0) trailing ( 1300.0, 1548.5) done with do_diagnostics {ELAPSED 36.000} {CPU {{OVERALL 25.417} {UTIME 24.333} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 36.000} {CPU {{OVERALL 25.417} {UTIME 24.333} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 26 {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 27 {ELAPSED 36.000} {CPU {{OVERALL 25.433} {UTIME 24.350} {STIME 1.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 27 done with locate_astrom_gangs {ELAPSED 36.000} {CPU {{OVERALL 25.467} {UTIME 24.367} {STIME 1.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 27 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 36.000} {CPU {{OVERALL 25.467} {UTIME 24.367} {STIME 1.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 27 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 36.000} {CPU {{OVERALL 25.467} {UTIME 24.367} {STIME 1.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 36.000} {CPU {{OVERALL 25.467} {UTIME 24.367} {STIME 1.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 36.000} {CPU {{OVERALL 25.517} {UTIME 24.400} {STIME 1.117} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 36.000} {CPU {{OVERALL 25.517} {UTIME 24.400} {STIME 1.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 27 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 36.000} {CPU {{OVERALL 25.517} {UTIME 24.400} {STIME 1.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 27 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 64 stars in gang file astrom chip t has 100 total star entries leading ( 30.0, 976.0) trailing ( 45.0, 980.0) leading ( 124.0, 171.0) trailing ( 132.0, 174.0) leading ( 153.0, 1900.0) trailing ( 175.0, 1904.0) leading ( 190.0, 585.0) trailing ( 202.0, 589.0) leading ( 216.0, 1734.0) trailing ( 236.0, 1736.0) leading ( 311.0, 264.0) trailing ( 320.0, 267.0) leading ( 435.0, 146.0) trailing ( 443.0, 149.0) leading ( 466.0, 534.0) trailing ( 477.0, 537.0) leading ( 478.0, 423.0) trailing ( 488.0, 426.0) leading ( 799.0, 1326.0) trailing ( 816.0, 1330.0) leading ( 828.0, 1836.0) trailing ( 849.0, 1840.0) leading ( 858.0, 404.0) trailing ( 867.0, 408.0) leading ( 876.0, 1524.0) trailing ( 855.0, 1548.0) leading ( 885.0, 1424.0) trailing ( 903.0, 1428.0) leading ( 1030.0, 190.0) trailing ( 1038.0, 193.0) leading ( 1062.0, 1831.0) trailing ( 1095.0, 1821.0) leading ( 1088.0, 914.0) trailing ( 1101.0, 918.0) leading ( 1113.0, 1140.0) trailing ( 1129.0, 1143.0) leading ( 1184.0, 806.0) trailing ( 1197.0, 810.0) leading ( 1248.0, 1924.0) trailing ( 1269.0, 1928.0) leading ( 1289.0, 1553.0) trailing ( 1286.0, 1548.0) leading ( 1321.0, 562.0) trailing ( 1332.0, 566.0) astrom chips have 22 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 37.000} {CPU {{OVERALL 26.367} {UTIME 25.233} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 37.000} {CPU {{OVERALL 26.483} {UTIME 25.350} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 27 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 37.000} {CPU {{OVERALL 26.500} {UTIME 25.367} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 27 done with write_output {ELAPSED 37.000} {CPU {{OVERALL 26.583} {UTIME 25.450} {STIME 1.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 27 leading ( 30.3, 976.8) trailing ( 44.9, 980.4) leading ( 124.1, 171.3) trailing ( 132.3, 174.7) leading ( 153.3, 1901.2) trailing ( 175.0, 1904.7) leading ( 191.0, 585.9) trailing ( 202.1, 589.4) leading ( 216.4, 1733.7) trailing ( 236.6, 1736.9) leading ( 311.5, 264.0) trailing ( 320.2, 267.3) leading ( 435.3, 145.9) trailing ( 443.0, 149.2) leading ( 466.4, 534.6) trailing ( 477.1, 537.7) leading ( 478.1, 423.4) trailing ( 488.0, 426.5) leading ( 799.6, 1326.8) trailing ( 816.4, 1330.1) leading ( 828.7, 1836.4) trailing ( 849.5, 1839.6) leading ( 858.3, 405.4) trailing ( 868.0, 408.6) leading ( 876.9, 1525.4) trailing ( 855.8, 1548.5) leading ( 885.8, 1425.2) trailing ( 903.3, 1428.5) leading ( 1030.4, 190.2) trailing ( 1038.3, 193.5) leading ( 1062.6, 1831.4) trailing ( 1095.7, 1821.3) leading ( 1088.3, 915.2) trailing ( 1101.9, 918.7) leading ( 1113.9, 1139.8) trailing ( 1129.2, 1143.1) leading ( 1184.5, 806.9) trailing ( 1197.3, 810.3) leading ( 1248.2, 1924.9) trailing ( 1269.8, 1928.5) leading ( 1289.3, 1554.0) trailing ( 1286.5, 1548.5) leading ( 1321.2, 563.2) trailing ( 1332.0, 566.6) leading ( 88.3, 1443.5) trailing ( 0.0, 0.0) leading ( 99.0, 1189.5) trailing ( 0.0, 0.0) leading ( 119.5, 1721.5) trailing ( 0.0, 0.0) leading ( 148.9, 490.2) trailing ( 0.0, 0.0) leading ( 293.9, 644.7) trailing ( 0.0, 0.0) leading ( 353.6, 769.5) trailing ( 0.0, 0.0) leading ( 364.5, 551.6) trailing ( 0.0, 0.0) leading ( 476.4, 1223.3) trailing ( 0.0, 0.0) leading ( 583.5, 616.1) trailing ( 0.0, 0.0) leading ( 600.3, 154.4) trailing ( 0.0, 0.0) leading ( 607.4, 1152.8) trailing ( 0.0, 0.0) leading ( 758.3, 1249.1) trailing ( 0.0, 0.0) leading ( 798.5, 39.6) trailing ( 0.0, 0.0) leading ( 951.6, 900.7) trailing ( 0.0, 0.0) leading ( 1045.4, 1488.2) trailing ( 0.0, 0.0) leading ( 1340.7, 1905.1) trailing ( 0.0, 0.0) leading ( 1360.0, 1107.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -2.0, 1548.5) leading ( 0.0, 0.0) trailing ( 57.9, 1548.5) leading ( 0.0, 0.0) trailing ( 74.8, 1627.2) leading ( 0.0, 0.0) trailing ( 87.7, 307.5) leading ( 0.0, 0.0) trailing ( 119.6, 1548.5) leading ( 0.0, 0.0) trailing ( 170.2, 86.4) leading ( 0.0, 0.0) trailing ( 182.1, 1548.5) leading ( 0.0, 0.0) trailing ( 191.4, 159.5) leading ( 0.0, 0.0) trailing ( 239.2, 1548.5) leading ( 0.0, 0.0) trailing ( 299.6, 1548.5) leading ( 0.0, 0.0) trailing ( 367.2, 1548.5) leading ( 0.0, 0.0) trailing ( 397.2, 1323.2) leading ( 0.0, 0.0) trailing ( 411.6, 562.7) leading ( 0.0, 0.0) trailing ( 424.3, 1548.5) leading ( 0.0, 0.0) trailing ( 451.8, 1781.3) leading ( 0.0, 0.0) trailing ( 467.4, 1966.9) leading ( 0.0, 0.0) trailing ( 487.2, 1548.5) leading ( 0.0, 0.0) trailing ( 548.9, 1548.5) leading ( 0.0, 0.0) trailing ( 578.6, 374.6) leading ( 0.0, 0.0) trailing ( 607.8, 1548.5) leading ( 0.0, 0.0) trailing ( 669.9, 1548.5) leading ( 0.0, 0.0) trailing ( 695.5, 1094.6) leading ( 0.0, 0.0) trailing ( 730.1, 1548.5) leading ( 0.0, 0.0) trailing ( 742.9, 1429.6) leading ( 0.0, 0.0) trailing ( 753.5, 983.1) leading ( 0.0, 0.0) trailing ( 763.2, 400.4) leading ( 0.0, 0.0) trailing ( 793.0, 1548.5) leading ( 0.0, 0.0) trailing ( 848.5, 193.3) leading ( 0.0, 0.0) trailing ( 917.7, 1548.5) leading ( 0.0, 0.0) trailing ( 950.6, 955.2) leading ( 0.0, 0.0) trailing ( 979.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1012.8, 110.5) leading ( 0.0, 0.0) trailing ( 1039.8, 552.2) leading ( 0.0, 0.0) trailing ( 1042.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1053.4, 470.3) leading ( 0.0, 0.0) trailing ( 1106.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1106.0, 727.9) leading ( 0.0, 0.0) trailing ( 1164.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1185.5, 201.2) leading ( 0.0, 0.0) trailing ( 1227.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1333.5, 1647.8) leading ( 0.0, 0.0) trailing ( 1350.5, 1548.5) done with do_diagnostics {ELAPSED 37.000} {CPU {{OVERALL 26.700} {UTIME 25.550} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 37.000} {CPU {{OVERALL 26.700} {UTIME 25.550} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 27 {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 28 {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 28 done with locate_astrom_gangs {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 28 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 28 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 37.000} {CPU {{OVERALL 26.733} {UTIME 25.583} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 37.000} {CPU {{OVERALL 26.750} {UTIME 25.600} {STIME 1.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 37.000} {CPU {{OVERALL 26.783} {UTIME 25.617} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 37.000} {CPU {{OVERALL 26.783} {UTIME 25.617} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 28 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 37.000} {CPU {{OVERALL 26.783} {UTIME 25.617} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 28 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 59 stars in gang file astrom chip t has 100 total star entries leading ( 72.0, 286.0) trailing ( 81.0, 289.0) leading ( 131.0, 1418.0) trailing ( 149.0, 1422.0) leading ( 226.0, 923.0) trailing ( 240.0, 926.0) leading ( 337.0, 564.0) trailing ( 320.0, 571.0) leading ( 353.0, 194.0) trailing ( 362.0, 196.0) leading ( 457.0, 1292.0) trailing ( 475.0, 1296.0) leading ( 482.0, 1482.0) trailing ( 501.0, 1485.0) leading ( 548.0, 1525.0) trailing ( 555.0, 1548.0) leading ( 566.0, 344.0) trailing ( 576.0, 347.0) leading ( 641.0, 1246.0) trailing ( 658.0, 1249.0) leading ( 653.0, 162.0) trailing ( 661.0, 165.0) leading ( 720.0, 768.0) trailing ( 732.0, 771.0) leading ( 739.0, 846.0) trailing ( 752.0, 849.0) leading ( 925.0, 1646.0) trailing ( 944.0, 1650.0) leading ( 1120.0, 180.0) trailing ( 1129.0, 183.0) leading ( 1164.0, 349.0) trailing ( 1174.0, 352.0) leading ( 1165.0, 2018.0) trailing ( 1188.0, 2022.0) leading ( 1211.0, 1480.0) trailing ( 1229.0, 1482.0) leading ( 1279.0, 464.0) trailing ( 1289.0, 468.0) leading ( 1310.0, 1517.0) trailing ( 1291.0, 1548.0) astrom chips have 20 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 38.000} {CPU {{OVERALL 27.567} {UTIME 26.400} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 28 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 38.000} {CPU {{OVERALL 27.700} {UTIME 26.533} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 38.000} {CPU {{OVERALL 27.717} {UTIME 26.550} {STIME 1.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 28 done with write_output {ELAPSED 38.000} {CPU {{OVERALL 27.817} {UTIME 26.633} {STIME 1.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 28 leading ( 72.9, 286.3) trailing ( 81.6, 289.8) leading ( 131.9, 1419.0) trailing ( 149.6, 1422.5) leading ( 226.5, 923.3) trailing ( 240.4, 926.6) leading ( 337.1, 564.4) trailing ( 320.6, 572.0) leading ( 353.9, 193.8) trailing ( 362.4, 197.1) leading ( 457.9, 1293.2) trailing ( 475.0, 1296.8) leading ( 482.8, 1482.5) trailing ( 501.5, 1486.0) leading ( 548.9, 1526.0) trailing ( 555.3, 1548.5) leading ( 566.5, 344.2) trailing ( 576.4, 347.9) leading ( 641.7, 1246.0) trailing ( 658.4, 1249.5) leading ( 653.3, 162.3) trailing ( 661.8, 166.0) leading ( 719.9, 767.9) trailing ( 732.9, 771.5) leading ( 739.1, 846.0) trailing ( 752.7, 849.4) leading ( 925.6, 1646.7) trailing ( 945.0, 1649.9) leading ( 1120.8, 180.5) trailing ( 1129.0, 183.6) leading ( 1164.9, 350.0) trailing ( 1174.4, 353.2) leading ( 1165.7, 2019.7) trailing ( 1188.2, 2022.8) leading ( 1211.5, 1480.1) trailing ( 1229.6, 1483.3) leading ( 1279.2, 465.1) trailing ( 1289.5, 468.6) leading ( 1310.6, 1517.6) trailing ( 1293.8, 1548.5) leading ( 5.5, 1444.1) trailing ( 0.0, 0.0) leading ( 57.6, 701.6) trailing ( 0.0, 0.0) leading ( 134.1, 298.4) trailing ( 0.0, 0.0) leading ( 139.7, 1641.3) trailing ( 0.0, 0.0) leading ( 339.6, 743.5) trailing ( 0.0, 0.0) leading ( 369.5, 1051.6) trailing ( 0.0, 0.0) leading ( 406.6, 49.6) trailing ( 0.0, 0.0) leading ( 529.6, 1005.6) trailing ( 0.0, 0.0) leading ( 553.9, 883.5) trailing ( 0.0, 0.0) leading ( 562.4, 810.7) trailing ( 0.0, 0.0) leading ( 602.4, 604.4) trailing ( 0.0, 0.0) leading ( 873.8, 379.2) trailing ( 0.0, 0.0) leading ( 1000.0, 1939.7) trailing ( 0.0, 0.0) leading ( 1034.5, 629.6) trailing ( 0.0, 0.0) leading ( 1151.3, 1231.7) trailing ( 0.0, 0.0) leading ( 1184.3, 1725.0) trailing ( 0.0, 0.0) leading ( 1313.3, 1005.8) trailing ( 0.0, 0.0) leading ( 1336.7, 1892.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.1, 1908.5) leading ( 0.0, 0.0) trailing ( 2.9, 1548.5) leading ( 0.0, 0.0) trailing ( 14.1, 1110.5) leading ( 0.0, 0.0) trailing ( 62.3, 1548.5) leading ( 0.0, 0.0) trailing ( 64.3, 634.5) leading ( 0.0, 0.0) trailing ( 118.6, 124.6) leading ( 0.0, 0.0) trailing ( 120.8, 1319.6) leading ( 0.0, 0.0) trailing ( 121.0, 1548.5) leading ( 0.0, 0.0) trailing ( 176.8, 249.9) leading ( 0.0, 0.0) trailing ( 182.6, 1548.5) leading ( 0.0, 0.0) trailing ( 228.0, 132.3) leading ( 0.0, 0.0) trailing ( 244.8, 1548.5) leading ( 0.0, 0.0) trailing ( 271.5, 1802.7) leading ( 0.0, 0.0) trailing ( 307.9, 1548.5) leading ( 0.0, 0.0) trailing ( 343.5, 1129.2) leading ( 0.0, 0.0) trailing ( 370.6, 1548.5) leading ( 0.0, 0.0) trailing ( 429.8, 948.7) leading ( 0.0, 0.0) trailing ( 436.7, 1548.5) leading ( 0.0, 0.0) trailing ( 463.6, 1423.5) leading ( 0.0, 0.0) trailing ( 493.5, 1548.5) leading ( 0.0, 0.0) trailing ( 504.5, 798.5) leading ( 0.0, 0.0) trailing ( 616.0, 1548.5) leading ( 0.0, 0.0) trailing ( 678.0, 1548.5) leading ( 0.0, 0.0) trailing ( 715.7, 1971.7) leading ( 0.0, 0.0) trailing ( 740.6, 1548.5) leading ( 0.0, 0.0) trailing ( 780.3, 1197.7) leading ( 0.0, 0.0) trailing ( 800.0, 1548.5) leading ( 0.0, 0.0) trailing ( 807.3, 407.5) leading ( 0.0, 0.0) trailing ( 867.1, 1548.5) leading ( 0.0, 0.0) trailing ( 925.3, 1548.5) leading ( 0.0, 0.0) trailing ( 975.1, 1417.5) leading ( 0.0, 0.0) trailing ( 994.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1047.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1117.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1173.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1180.6, 644.8) leading ( 0.0, 0.0) trailing ( 1233.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1296.3, 1262.6) leading ( 0.0, 0.0) trailing ( 1354.2, 1548.5) done with do_diagnostics {ELAPSED 38.000} {CPU {{OVERALL 27.917} {UTIME 26.717} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 38.000} {CPU {{OVERALL 27.917} {UTIME 26.717} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 28 {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 29 {ELAPSED 38.000} {CPU {{OVERALL 27.950} {UTIME 26.750} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 29 done with locate_astrom_gangs {ELAPSED 38.000} {CPU {{OVERALL 27.967} {UTIME 26.767} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 29 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 38.000} {CPU {{OVERALL 27.967} {UTIME 26.767} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 29 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 38.000} {CPU {{OVERALL 27.967} {UTIME 26.767} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 38.000} {CPU {{OVERALL 27.967} {UTIME 26.767} {STIME 1.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 38.000} {CPU {{OVERALL 28.000} {UTIME 26.783} {STIME 1.217} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 38.000} {CPU {{OVERALL 28.017} {UTIME 26.800} {STIME 1.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 29 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 38.000} {CPU {{OVERALL 28.017} {UTIME 26.800} {STIME 1.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 29 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 58 stars in gang file astrom chip t has 100 total star entries leading ( 192.0, 1648.0) trailing ( 216.0, 1645.0) leading ( 359.0, 1180.0) trailing ( 376.0, 1183.0) leading ( 493.0, 192.0) trailing ( 502.0, 195.0) leading ( 511.0, 422.0) trailing ( 521.0, 425.0) leading ( 543.0, 1768.0) trailing ( 564.0, 1771.0) leading ( 594.0, 1587.0) trailing ( 567.0, 1548.0) leading ( 613.0, 568.0) trailing ( 624.0, 572.0) leading ( 716.0, 748.0) trailing ( 729.0, 751.0) leading ( 810.0, 180.0) trailing ( 818.0, 183.0) leading ( 896.0, 1214.0) trailing ( 912.0, 1219.0) leading ( 904.0, 497.0) trailing ( 915.0, 501.0) leading ( 922.0, 1324.0) trailing ( 940.0, 1328.0) leading ( 961.0, 1960.0) trailing ( 984.0, 1964.0) leading ( 1011.0, 1612.0) trailing ( 1030.0, 1616.0) leading ( 1042.0, 1944.0) trailing ( 1065.0, 1947.0) leading ( 1052.0, 1326.0) trailing ( 1069.0, 1330.0) leading ( 1132.0, 1426.0) trailing ( 1103.0, 1461.0) leading ( 1252.0, 906.0) trailing ( 1212.0, 875.0) leading ( 1314.0, 1042.0) trailing ( 1330.0, 1046.0) astrom chips have 19 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 39.000} {CPU {{OVERALL 28.800} {UTIME 27.567} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 39.000} {CPU {{OVERALL 28.933} {UTIME 27.700} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 29 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 39.000} {CPU {{OVERALL 28.933} {UTIME 27.700} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 39.000} {CPU {{OVERALL 28.933} {UTIME 27.700} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 39.000} {CPU {{OVERALL 28.933} {UTIME 27.700} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 39.000} {CPU {{OVERALL 28.933} {UTIME 27.700} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 39.000} {CPU {{OVERALL 28.950} {UTIME 27.717} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 39.000} {CPU {{OVERALL 28.950} {UTIME 27.717} {STIME 1.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 29 done with write_output {ELAPSED 39.000} {CPU {{OVERALL 29.050} {UTIME 27.800} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 29 leading ( 192.8, 1648.6) trailing ( 216.5, 1645.5) leading ( 359.8, 1180.2) trailing ( 375.9, 1183.6) leading ( 493.5, 192.7) trailing ( 502.0, 196.1) leading ( 511.1, 422.4) trailing ( 521.2, 425.9) leading ( 543.8, 1768.3) trailing ( 564.4, 1771.7) leading ( 594.9, 1587.1) trailing ( 570.4, 1548.5) leading ( 613.3, 569.3) trailing ( 624.7, 572.8) leading ( 716.8, 748.3) trailing ( 729.6, 751.8) leading ( 810.1, 179.9) trailing ( 818.5, 183.5) leading ( 896.7, 1215.5) trailing ( 913.2, 1219.0) leading ( 904.7, 497.7) trailing ( 915.7, 501.2) leading ( 922.8, 1325.4) trailing ( 940.2, 1328.9) leading ( 961.5, 1961.0) trailing ( 984.1, 1964.2) leading ( 1011.0, 1612.8) trailing ( 1030.7, 1616.4) leading ( 1043.1, 1944.5) trailing ( 1065.3, 1947.9) leading ( 1052.2, 1327.2) trailing ( 1069.6, 1330.6) leading ( 1133.1, 1426.1) trailing ( 1102.7, 1461.8) leading ( 1252.6, 907.2) trailing ( 1213.0, 875.7) leading ( 1314.9, 1042.5) trailing ( 1329.8, 1046.2) leading ( 37.1, 709.5) trailing ( 0.0, 0.0) leading ( 133.6, 1090.5) trailing ( 0.0, 0.0) leading ( 138.5, 341.1) trailing ( 0.0, 0.0) leading ( 247.6, 1105.7) trailing ( 0.0, 0.0) leading ( 408.5, 629.8) trailing ( 0.0, 0.0) leading ( 419.0, 1680.3) trailing ( 0.0, 0.0) leading ( 456.2, 1169.2) trailing ( 0.0, 0.0) leading ( 558.5, 1995.6) trailing ( 0.0, 0.0) leading ( 675.4, 1055.1) trailing ( 0.0, 0.0) leading ( 686.8, 559.5) trailing ( 0.0, 0.0) leading ( 690.4, 1355.6) trailing ( 0.0, 0.0) leading ( 694.6, 1297.5) trailing ( 0.0, 0.0) leading ( 745.4, 1948.8) trailing ( 0.0, 0.0) leading ( 844.3, 1393.2) trailing ( 0.0, 0.0) leading ( 850.7, 252.0) trailing ( 0.0, 0.0) leading ( 948.5, 1005.7) trailing ( 0.0, 0.0) leading ( 1035.2, 1854.0) trailing ( 0.0, 0.0) leading ( 1062.5, 1093.7) trailing ( 0.0, 0.0) leading ( 1357.5, 1387.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.1, 1548.5) leading ( 0.0, 0.0) trailing ( 58.2, 1295.9) leading ( 0.0, 0.0) trailing ( 69.6, 1548.5) leading ( 0.0, 0.0) trailing ( 100.3, 179.7) leading ( 0.0, 0.0) trailing ( 103.4, 882.8) leading ( 0.0, 0.0) trailing ( 129.1, 1548.5) leading ( 0.0, 0.0) trailing ( 189.3, 1548.5) leading ( 0.0, 0.0) trailing ( 251.6, 1548.5) leading ( 0.0, 0.0) trailing ( 282.2, 1338.6) leading ( 0.0, 0.0) trailing ( 316.5, 466.2) leading ( 0.0, 0.0) trailing ( 317.0, 1548.5) leading ( 0.0, 0.0) trailing ( 365.6, 1700.2) leading ( 0.0, 0.0) trailing ( 383.4, 1548.5) leading ( 0.0, 0.0) trailing ( 388.2, 980.2) leading ( 0.0, 0.0) trailing ( 391.8, 1458.1) leading ( 0.0, 0.0) trailing ( 445.2, 1548.5) leading ( 0.0, 0.0) trailing ( 506.7, 1548.5) leading ( 0.0, 0.0) trailing ( 552.3, 1951.3) leading ( 0.0, 0.0) trailing ( 553.4, 61.5) leading ( 0.0, 0.0) trailing ( 627.8, 1548.5) leading ( 0.0, 0.0) trailing ( 686.8, 1548.5) leading ( 0.0, 0.0) trailing ( 744.7, 1548.5) leading ( 0.0, 0.0) trailing ( 810.0, 1272.8) leading ( 0.0, 0.0) trailing ( 811.4, 1548.5) leading ( 0.0, 0.0) trailing ( 821.7, 1457.5) leading ( 0.0, 0.0) trailing ( 872.5, 1548.5) leading ( 0.0, 0.0) trailing ( 931.4, 1548.5) leading ( 0.0, 0.0) trailing ( 996.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1054.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1112.7, 1253.3) leading ( 0.0, 0.0) trailing ( 1120.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1145.1, 328.1) leading ( 0.0, 0.0) trailing ( 1176.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1191.6, 1355.5) leading ( 0.0, 0.0) trailing ( 1200.1, 1039.5) leading ( 0.0, 0.0) trailing ( 1208.2, 511.1) leading ( 0.0, 0.0) trailing ( 1211.5, 368.3) leading ( 0.0, 0.0) trailing ( 1237.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1300.4, 1548.5) done with do_diagnostics {ELAPSED 40.000} {CPU {{OVERALL 29.133} {UTIME 27.883} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 40.000} {CPU {{OVERALL 29.150} {UTIME 27.900} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 29 {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 30 {ELAPSED 40.000} {CPU {{OVERALL 29.167} {UTIME 27.917} {STIME 1.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 30 done with locate_astrom_gangs {ELAPSED 40.000} {CPU {{OVERALL 29.183} {UTIME 27.917} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 30 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 40.000} {CPU {{OVERALL 29.200} {UTIME 27.933} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 30 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 40.000} {CPU {{OVERALL 29.200} {UTIME 27.933} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 40.000} {CPU {{OVERALL 29.200} {UTIME 27.933} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 40.000} {CPU {{OVERALL 29.217} {UTIME 27.950} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 40.000} {CPU {{OVERALL 29.217} {UTIME 27.950} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 30 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 40.000} {CPU {{OVERALL 29.217} {UTIME 27.950} {STIME 1.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 30 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 43 stars in gang file astrom chip l has 100 total star entries astrom chip t has 70 stars in gang file astrom chip t has 100 total star entries leading ( 9.0, 476.0) trailing ( 20.0, 480.0) leading ( 27.0, 62.0) trailing ( 35.0, 66.0) leading ( 35.0, 722.0) trailing ( 48.0, 726.0) leading ( 70.0, 648.0) trailing ( 82.0, 652.0) leading ( 185.0, 1964.0) trailing ( 207.0, 1968.0) leading ( 270.0, 420.0) trailing ( 281.0, 424.0) leading ( 387.0, 1402.0) trailing ( 404.0, 1406.0) leading ( 395.0, 768.0) trailing ( 407.0, 772.0) leading ( 498.0, 1116.0) trailing ( 514.0, 1121.0) leading ( 648.0, 2015.0) trailing ( 672.0, 2019.0) leading ( 650.0, 1613.0) trailing ( 631.0, 1652.0) leading ( 828.0, 370.0) trailing ( 838.0, 374.0) leading ( 861.0, 1524.0) trailing ( 858.0, 1548.0) leading ( 907.0, 1953.0) trailing ( 929.0, 1957.0) leading ( 914.0, 970.0) trailing ( 928.0, 973.0) leading ( 932.0, 549.0) trailing ( 943.0, 553.0) leading ( 958.0, 1326.0) trailing ( 976.0, 1330.0) leading ( 967.0, 1412.0) trailing ( 985.0, 1415.0) leading ( 973.0, 1170.0) trailing ( 989.0, 1173.0) leading ( 990.0, 2024.0) trailing ( 1013.0, 2028.0) leading ( 1006.0, 1852.0) trailing ( 1028.0, 1856.0) leading ( 1034.0, 885.0) trailing ( 1048.0, 889.0) leading ( 1072.0, 1351.0) trailing ( 1090.0, 1355.0) leading ( 1090.0, 506.0) trailing ( 1100.0, 510.0) leading ( 1272.0, 1048.0) trailing ( 1286.0, 1051.0) leading ( 1322.0, 294.0) trailing ( 1331.0, 297.0) leading ( 1332.0, 1298.0) trailing ( 1349.0, 1301.0) astrom chips have 27 matching stars after find_astrom_matches par T 86 after find_astrom_matches par L 86 after find_astrom_matches mch L 86 after find_astrom_matches mch T 86 done with find_astrom_matches {ELAPSED 41.000} {CPU {{OVERALL 30.200} {UTIME 28.917} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 86 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 86 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 41.000} {CPU {{OVERALL 30.333} {UTIME 29.050} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 86 after discard_bad_astrom_stars mch T 86 Entering proc find_photom_matches for field 30 find_photom_matches: matching 86 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 41.000} {CPU {{OVERALL 30.333} {UTIME 29.050} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 86 after find_photom_matches T par 86 after find_photom_matches L mch 86 after find_photom_matches T mch 86 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 41.000} {CPU {{OVERALL 30.333} {UTIME 29.050} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 86 after discard_bad_photom_stars_1 T par 86 after discard_bad_photom_stars_1 L mch 86 after discard_bad_photom_stars_1 T mch 86 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 41.000} {CPU {{OVERALL 30.350} {UTIME 29.067} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 41.000} {CPU {{OVERALL 30.350} {UTIME 29.067} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 41.000} {CPU {{OVERALL 30.350} {UTIME 29.067} {STIME 1.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 86 after discard_bad_photom_stars_2 T par 86 after discard_bad_photom_stars_2 L mch 86 after discard_bad_photom_stars_2 T mch 86 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 41.000} {CPU {{OVERALL 30.367} {UTIME 29.067} {STIME 1.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 30 done with write_output {ELAPSED 41.000} {CPU {{OVERALL 30.467} {UTIME 29.150} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 30 leading ( 9.4, 477.2) trailing ( 19.9, 480.8) leading ( 27.9, 62.8) trailing ( 35.5, 66.7) leading ( 35.7, 722.3) trailing ( 48.1, 726.1) leading ( 70.5, 648.5) trailing ( 82.5, 652.2) leading ( 185.4, 1964.5) trailing ( 207.6, 1968.1) leading ( 271.0, 421.2) trailing ( 281.1, 424.8) leading ( 387.2, 1402.5) trailing ( 405.0, 1406.2) leading ( 395.3, 768.0) trailing ( 408.1, 771.9) leading ( 498.9, 1117.6) trailing ( 514.6, 1121.3) leading ( 649.1, 2015.7) trailing ( 671.9, 2019.4) leading ( 650.6, 1613.5) trailing ( 631.5, 1652.3) leading ( 828.8, 371.1) trailing ( 838.8, 374.6) leading ( 861.9, 1525.6) trailing ( 860.2, 1548.5) leading ( 907.3, 1953.7) trailing ( 929.6, 1957.1) leading ( 914.6, 969.8) trailing ( 929.0, 973.0) leading ( 932.5, 550.0) trailing ( 943.7, 553.3) leading ( 959.2, 1327.0) trailing ( 976.5, 1330.1) leading ( 967.9, 1411.9) trailing ( 985.8, 1415.1) leading ( 973.1, 1170.2) trailing ( 989.2, 1173.5) leading ( 990.8, 2024.5) trailing ( 1013.7, 2027.8) leading ( 1006.8, 1853.4) trailing ( 1028.2, 1856.6) leading ( 1034.8, 886.0) trailing ( 1048.5, 889.2) leading ( 1072.9, 1351.8) trailing ( 1090.1, 1355.0) leading ( 1090.1, 507.2) trailing ( 1100.7, 510.6) leading ( 1272.0, 1047.7) trailing ( 1286.6, 1051.0) leading ( 1322.4, 294.2) trailing ( 1331.4, 297.7) leading ( 1332.4, 1298.3) trailing ( 1349.1, 1301.5) leading ( 0.2, 1387.3) trailing ( 0.0, 0.0) leading ( 17.7, 1071.3) trailing ( 0.0, 0.0) leading ( 96.3, 440.8) trailing ( 0.0, 0.0) leading ( 240.3, 881.5) trailing ( 0.0, 0.0) leading ( 357.3, 194.2) trailing ( 0.0, 0.0) leading ( 463.8, 1864.3) trailing ( 0.0, 0.0) leading ( 574.7, 273.5) trailing ( 0.0, 0.0) leading ( 651.9, 1899.5) trailing ( 0.0, 0.0) leading ( 676.7, 1455.5) trailing ( 0.0, 0.0) leading ( 756.2, 1091.3) trailing ( 0.0, 0.0) leading ( 1001.5, 543.4) trailing ( 0.0, 0.0) leading ( 1072.6, 269.1) trailing ( 0.0, 0.0) leading ( 1156.2, 738.2) trailing ( 0.0, 0.0) leading ( 1158.7, 1059.9) trailing ( 0.0, 0.0) leading ( 1340.2, 1220.5) trailing ( 0.0, 0.0) leading ( 1356.0, 128.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.9, 1548.5) leading ( 0.0, 0.0) trailing ( 58.3, 1548.5) leading ( 0.0, 0.0) trailing ( 85.8, 1230.5) leading ( 0.0, 0.0) trailing ( 120.2, 1548.5) leading ( 0.0, 0.0) trailing ( 129.4, 867.5) leading ( 0.0, 0.0) trailing ( 162.9, 480.7) leading ( 0.0, 0.0) trailing ( 179.4, 1548.5) leading ( 0.0, 0.0) trailing ( 228.6, 1630.5) leading ( 0.0, 0.0) trailing ( 245.6, 1548.5) leading ( 0.0, 0.0) trailing ( 271.6, 1854.8) leading ( 0.0, 0.0) trailing ( 298.0, 38.5) leading ( 0.0, 0.0) trailing ( 308.2, 1548.5) leading ( 0.0, 0.0) trailing ( 369.1, 1548.5) leading ( 0.0, 0.0) trailing ( 426.9, 1548.5) leading ( 0.0, 0.0) trailing ( 432.0, 935.2) leading ( 0.0, 0.0) trailing ( 487.3, 1548.5) leading ( 0.0, 0.0) trailing ( 512.3, 1625.0) leading ( 0.0, 0.0) trailing ( 556.6, 1548.5) leading ( 0.0, 0.0) trailing ( 575.3, 1461.0) leading ( 0.0, 0.0) trailing ( 603.5, 989.2) leading ( 0.0, 0.0) trailing ( 613.9, 1548.5) leading ( 0.0, 0.0) trailing ( 645.8, 435.7) leading ( 0.0, 0.0) trailing ( 673.5, 1548.5) leading ( 0.0, 0.0) trailing ( 697.5, 824.1) leading ( 0.0, 0.0) trailing ( 736.3, 1548.5) leading ( 0.0, 0.0) trailing ( 780.1, 19.5) leading ( 0.0, 0.0) trailing ( 793.4, 1548.5) leading ( 0.0, 0.0) trailing ( 829.0, 1162.5) leading ( 0.0, 0.0) trailing ( 922.5, 1548.5) leading ( 0.0, 0.0) trailing ( 926.9, 439.4) leading ( 0.0, 0.0) trailing ( 987.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1025.5, 645.7) leading ( 0.0, 0.0) trailing ( 1047.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1079.8, 1194.8) leading ( 0.0, 0.0) trailing ( 1104.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1138.0, 1003.4) leading ( 0.0, 0.0) trailing ( 1157.3, 1195.8) leading ( 0.0, 0.0) trailing ( 1173.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1208.3, 1859.6) leading ( 0.0, 0.0) trailing ( 1231.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1293.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1309.7, 1742.6) leading ( 0.0, 0.0) trailing ( 1353.8, 1548.5) done with do_diagnostics {ELAPSED 41.000} {CPU {{OVERALL 30.583} {UTIME 29.267} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 41.000} {CPU {{OVERALL 30.583} {UTIME 29.267} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 30 {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 31 {ELAPSED 41.000} {CPU {{OVERALL 30.600} {UTIME 29.283} {STIME 1.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 31 done with locate_astrom_gangs {ELAPSED 41.000} {CPU {{OVERALL 30.633} {UTIME 29.300} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 31 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 41.000} {CPU {{OVERALL 30.633} {UTIME 29.300} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 31 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 41.000} {CPU {{OVERALL 30.633} {UTIME 29.300} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 41.000} {CPU {{OVERALL 30.633} {UTIME 29.300} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 41.000} {CPU {{OVERALL 30.667} {UTIME 29.333} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 41.000} {CPU {{OVERALL 30.667} {UTIME 29.333} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 31 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 41.000} {CPU {{OVERALL 30.667} {UTIME 29.333} {STIME 1.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 31 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 29 stars in gang file astrom chip l has 100 total star entries astrom chip t has 66 stars in gang file astrom chip t has 100 total star entries leading ( 36.0, 304.0) trailing ( 45.0, 308.0) leading ( 161.0, 1784.0) trailing ( 182.0, 1788.0) leading ( 283.0, 1166.0) trailing ( 299.0, 1170.0) leading ( 342.0, 168.0) trailing ( 350.0, 172.0) leading ( 482.0, 1700.0) trailing ( 502.0, 1703.0) leading ( 490.0, 1310.0) trailing ( 507.0, 1313.0) leading ( 651.0, 1702.0) trailing ( 671.0, 1705.0) leading ( 662.0, 545.0) trailing ( 673.0, 549.0) leading ( 674.0, 1163.0) trailing ( 690.0, 1167.0) leading ( 710.0, 922.0) trailing ( 724.0, 926.0) leading ( 800.0, 1070.0) trailing ( 816.0, 1074.0) leading ( 931.0, 576.0) trailing ( 943.0, 579.0) leading ( 954.0, 1085.0) trailing ( 969.0, 1088.0) leading ( 1038.0, 238.0) trailing ( 1047.0, 241.0) leading ( 1132.0, 1752.0) trailing ( 1153.0, 1756.0) leading ( 1150.0, 660.0) trailing ( 1162.0, 663.0) leading ( 1245.0, 1244.0) trailing ( 1262.0, 1248.0) leading ( 1266.0, 796.0) trailing ( 1280.0, 799.0) leading ( 1278.0, 416.0) trailing ( 1287.0, 419.0) astrom chips have 19 matching stars after find_astrom_matches par T 76 after find_astrom_matches par L 76 after find_astrom_matches mch L 76 after find_astrom_matches mch T 76 done with find_astrom_matches {ELAPSED 42.000} {CPU {{OVERALL 31.400} {UTIME 30.050} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 76 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 76 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 76 after discard_bad_astrom_stars mch T 76 Entering proc find_photom_matches for field 31 find_photom_matches: matching 76 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 76 after find_photom_matches T par 76 after find_photom_matches L mch 76 after find_photom_matches T mch 76 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 76 after discard_bad_photom_stars_1 T par 76 after discard_bad_photom_stars_1 L mch 76 after discard_bad_photom_stars_1 T mch 76 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 42.000} {CPU {{OVERALL 31.517} {UTIME 30.167} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 76 after discard_bad_photom_stars_2 T par 76 after discard_bad_photom_stars_2 L mch 76 after discard_bad_photom_stars_2 T mch 76 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 42.000} {CPU {{OVERALL 31.533} {UTIME 30.183} {STIME 1.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 31 done with write_output {ELAPSED 42.000} {CPU {{OVERALL 31.633} {UTIME 30.267} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 31 leading ( 37.0, 304.5) trailing ( 46.1, 308.1) leading ( 161.5, 1785.7) trailing ( 182.1, 1789.0) leading ( 283.2, 1166.9) trailing ( 299.1, 1170.4) leading ( 342.5, 168.7) trailing ( 350.6, 172.2) leading ( 482.1, 1699.8) trailing ( 502.2, 1703.6) leading ( 490.5, 1310.4) trailing ( 507.5, 1313.9) leading ( 651.8, 1701.7) trailing ( 671.7, 1705.5) leading ( 662.6, 545.8) trailing ( 673.5, 549.3) leading ( 674.5, 1163.5) trailing ( 690.3, 1167.1) leading ( 710.0, 923.2) trailing ( 723.9, 926.8) leading ( 800.7, 1070.9) trailing ( 815.9, 1074.6) leading ( 931.9, 576.2) trailing ( 943.2, 579.9) leading ( 954.0, 1085.1) trailing ( 969.2, 1088.8) leading ( 1038.6, 238.6) trailing ( 1047.1, 242.3) leading ( 1132.8, 1752.3) trailing ( 1153.2, 1756.1) leading ( 1150.7, 659.7) trailing ( 1162.6, 663.6) leading ( 1246.0, 1244.3) trailing ( 1262.5, 1247.9) leading ( 1267.0, 796.1) trailing ( 1280.0, 799.7) leading ( 1278.0, 415.8) trailing ( 1288.1, 419.4) leading ( 194.6, 848.3) trailing ( 0.0, 0.0) leading ( 277.3, 814.0) trailing ( 0.0, 0.0) leading ( 320.5, 249.7) trailing ( 0.0, 0.0) leading ( 370.2, 365.9) trailing ( 0.0, 0.0) leading ( 496.4, 478.7) trailing ( 0.0, 0.0) leading ( 515.9, 1612.2) trailing ( 0.0, 0.0) leading ( 945.2, 289.2) trailing ( 0.0, 0.0) leading ( 973.1, 1427.6) trailing ( 0.0, 0.0) leading ( 1117.3, 185.0) trailing ( 0.0, 0.0) leading ( 1236.7, 257.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.7, 1548.5) leading ( 0.0, 0.0) trailing ( 2.7, 131.4) leading ( 0.0, 0.0) trailing ( 16.8, 1326.3) leading ( 0.0, 0.0) trailing ( 15.0, 1205.5) leading ( 0.0, 0.0) trailing ( 26.3, 1422.3) leading ( 0.0, 0.0) trailing ( 27.3, 904.9) leading ( 0.0, 0.0) trailing ( 62.2, 1548.5) leading ( 0.0, 0.0) trailing ( 68.5, 53.8) leading ( 0.0, 0.0) trailing ( 116.8, 526.0) leading ( 0.0, 0.0) trailing ( 123.9, 1548.5) leading ( 0.0, 0.0) trailing ( 135.1, 1363.9) leading ( 0.0, 0.0) trailing ( 186.0, 1548.5) leading ( 0.0, 0.0) trailing ( 188.5, 619.5) leading ( 0.0, 0.0) trailing ( 248.7, 1548.5) leading ( 0.0, 0.0) trailing ( 297.9, 1661.5) leading ( 0.0, 0.0) trailing ( 304.3, 1092.0) leading ( 0.0, 0.0) trailing ( 312.4, 1548.5) leading ( 0.0, 0.0) trailing ( 376.7, 1548.5) leading ( 0.0, 0.0) trailing ( 439.4, 1548.5) leading ( 0.0, 0.0) trailing ( 499.2, 1548.5) leading ( 0.0, 0.0) trailing ( 559.8, 1548.5) leading ( 0.0, 0.0) trailing ( 595.1, 475.4) leading ( 0.0, 0.0) trailing ( 617.9, 1548.5) leading ( 0.0, 0.0) trailing ( 672.7, 249.6) leading ( 0.0, 0.0) trailing ( 682.6, 1548.5) leading ( 0.0, 0.0) trailing ( 722.0, 1227.9) leading ( 0.0, 0.0) trailing ( 737.4, 171.5) leading ( 0.0, 0.0) trailing ( 743.3, 1548.5) leading ( 0.0, 0.0) trailing ( 794.0, 1277.9) leading ( 0.0, 0.0) trailing ( 806.7, 1548.5) leading ( 0.0, 0.0) trailing ( 828.5, 122.3) leading ( 0.0, 0.0) trailing ( 870.0, 1548.5) leading ( 0.0, 0.0) trailing ( 934.1, 1548.5) leading ( 0.0, 0.0) trailing ( 977.9, 879.9) leading ( 0.0, 0.0) trailing ( 994.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1021.3, 525.5) leading ( 0.0, 0.0) trailing ( 1061.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1122.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1181.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1187.2, 1857.3) leading ( 0.0, 0.0) trailing ( 1243.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1253.4, 1617.0) leading ( 0.0, 0.0) trailing ( 1285.3, 606.2) leading ( 0.0, 0.0) trailing ( 1288.2, 705.6) leading ( 0.0, 0.0) trailing ( 1297.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1338.1, 1629.5) leading ( 0.0, 0.0) trailing ( 1360.2, 1548.5) done with do_diagnostics {ELAPSED 43.000} {CPU {{OVERALL 31.717} {UTIME 30.350} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 43.000} {CPU {{OVERALL 31.717} {UTIME 30.350} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 31 {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 32 {ELAPSED 43.000} {CPU {{OVERALL 31.750} {UTIME 30.383} {STIME 1.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 32 done with locate_astrom_gangs {ELAPSED 43.000} {CPU {{OVERALL 31.783} {UTIME 30.400} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 32 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 43.000} {CPU {{OVERALL 31.783} {UTIME 30.400} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 32 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 43.000} {CPU {{OVERALL 31.783} {UTIME 30.400} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 43.000} {CPU {{OVERALL 31.783} {UTIME 30.400} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 43.000} {CPU {{OVERALL 31.817} {UTIME 30.433} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 43.000} {CPU {{OVERALL 31.817} {UTIME 30.433} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 32 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 43.000} {CPU {{OVERALL 31.817} {UTIME 30.433} {STIME 1.383} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 32 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 58 stars in gang file astrom chip t has 100 total star entries leading ( 4.0, 1132.0) trailing ( 20.0, 1135.0) leading ( 56.0, 828.0) trailing ( 69.0, 832.0) leading ( 110.0, 418.0) trailing ( 119.0, 422.0) leading ( 194.0, 538.0) trailing ( 204.0, 542.0) leading ( 197.0, 1050.0) trailing ( 212.0, 1054.0) leading ( 329.0, 1466.0) trailing ( 348.0, 1470.0) leading ( 333.0, 1730.0) trailing ( 343.0, 1747.0) leading ( 444.0, 893.0) trailing ( 463.0, 897.0) leading ( 469.0, 1188.0) trailing ( 485.0, 1191.0) leading ( 493.0, 1338.0) trailing ( 512.0, 1342.0) leading ( 510.0, 1043.0) trailing ( 525.0, 1047.0) leading ( 545.0, 770.0) trailing ( 558.0, 774.0) leading ( 654.0, 516.0) trailing ( 665.0, 521.0) leading ( 785.0, 576.0) trailing ( 797.0, 580.0) leading ( 799.0, 236.0) trailing ( 809.0, 240.0) leading ( 925.0, 1975.0) trailing ( 957.0, 1951.0) leading ( 1076.0, 1618.0) trailing ( 1096.0, 1622.0) leading ( 1185.0, 824.0) trailing ( 1198.0, 827.0) leading ( 1191.0, 1680.0) trailing ( 1211.0, 1683.0) leading ( 1202.0, 988.0) trailing ( 1216.0, 991.0) leading ( 1207.0, 366.0) trailing ( 1217.0, 369.0) astrom chips have 21 matching stars after find_astrom_matches par T 75 after find_astrom_matches par L 75 after find_astrom_matches mch L 75 after find_astrom_matches mch T 75 done with find_astrom_matches {ELAPSED 43.000} {CPU {{OVERALL 32.600} {UTIME 31.200} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 75 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 75 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 75 after discard_bad_astrom_stars mch T 75 Entering proc find_photom_matches for field 32 find_photom_matches: matching 75 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 75 after find_photom_matches T par 75 after find_photom_matches L mch 75 after find_photom_matches T mch 75 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 75 after discard_bad_photom_stars_1 T par 75 after discard_bad_photom_stars_1 L mch 75 after discard_bad_photom_stars_1 T mch 75 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 44.000} {CPU {{OVERALL 32.717} {UTIME 31.317} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 75 after discard_bad_photom_stars_2 T par 75 after discard_bad_photom_stars_2 L mch 75 after discard_bad_photom_stars_2 T mch 75 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 44.000} {CPU {{OVERALL 32.733} {UTIME 31.333} {STIME 1.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 32 done with write_output {ELAPSED 44.000} {CPU {{OVERALL 32.833} {UTIME 31.417} {STIME 1.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 32 leading ( 4.4, 1132.5) trailing ( 20.0, 1136.0) leading ( 56.7, 829.2) trailing ( 69.8, 832.6) leading ( 109.8, 418.6) trailing ( 119.8, 421.9) leading ( 193.9, 539.6) trailing ( 204.9, 543.3) leading ( 197.5, 1051.3) trailing ( 212.4, 1054.9) leading ( 329.9, 1466.5) trailing ( 348.2, 1470.4) leading ( 333.4, 1731.7) trailing ( 343.7, 1747.2) leading ( 444.7, 893.3) trailing ( 463.9, 897.9) leading ( 469.2, 1187.9) trailing ( 485.4, 1191.7) leading ( 494.3, 1338.6) trailing ( 511.7, 1342.4) leading ( 510.8, 1043.3) trailing ( 525.8, 1047.2) leading ( 545.4, 771.1) trailing ( 558.3, 774.9) leading ( 654.1, 517.5) trailing ( 665.0, 521.2) leading ( 785.8, 577.3) trailing ( 797.1, 581.1) leading ( 800.0, 237.4) trailing ( 808.7, 241.4) leading ( 925.2, 1975.6) trailing ( 957.4, 1950.9) leading ( 1077.0, 1618.9) trailing ( 1096.5, 1622.7) leading ( 1185.1, 823.9) trailing ( 1198.3, 827.8) leading ( 1191.4, 1680.1) trailing ( 1211.3, 1683.8) leading ( 1202.5, 988.0) trailing ( 1217.0, 991.9) leading ( 1207.5, 365.8) trailing ( 1217.1, 369.6) leading ( 93.2, 238.9) trailing ( 0.0, 0.0) leading ( 471.0, 774.1) trailing ( 0.0, 0.0) leading ( 483.9, 1464.7) trailing ( 0.0, 0.0) leading ( 526.4, 1259.4) trailing ( 0.0, 0.0) leading ( 591.9, 1851.2) trailing ( 0.0, 0.0) leading ( 609.3, 1956.3) trailing ( 0.0, 0.0) leading ( 615.9, 1103.6) trailing ( 0.0, 0.0) leading ( 633.6, 1495.3) trailing ( 0.0, 0.0) leading ( 642.3, 737.5) trailing ( 0.0, 0.0) leading ( 698.1, 618.6) trailing ( 0.0, 0.0) leading ( 816.4, 695.4) trailing ( 0.0, 0.0) leading ( 935.5, 483.2) trailing ( 0.0, 0.0) leading ( 992.3, 1809.5) trailing ( 0.0, 0.0) leading ( 1129.8, 170.8) trailing ( 0.0, 0.0) leading ( 1143.3, 729.4) trailing ( 0.0, 0.0) leading ( 1268.3, 2033.2) trailing ( 0.0, 0.0) leading ( 1291.5, 1937.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.4, 1548.5) leading ( 0.0, 0.0) trailing ( 31.6, 1006.9) leading ( 0.0, 0.0) trailing ( 61.9, 1548.5) leading ( 0.0, 0.0) trailing ( 121.4, 1548.5) leading ( 0.0, 0.0) trailing ( 146.7, 292.9) leading ( 0.0, 0.0) trailing ( 182.8, 1548.5) leading ( 0.0, 0.0) trailing ( 186.5, 928.2) leading ( 0.0, 0.0) trailing ( 242.4, 1548.5) leading ( 0.0, 0.0) trailing ( 245.5, 1938.1) leading ( 0.0, 0.0) trailing ( 283.3, 1713.5) leading ( 0.0, 0.0) trailing ( 303.2, 1548.5) leading ( 0.0, 0.0) trailing ( 343.7, 2028.4) leading ( 0.0, 0.0) trailing ( 348.8, 933.3) leading ( 0.0, 0.0) trailing ( 362.1, 1548.5) leading ( 0.0, 0.0) trailing ( 385.2, 1668.8) leading ( 0.0, 0.0) trailing ( 410.3, 1729.9) leading ( 0.0, 0.0) trailing ( 422.1, 1548.5) leading ( 0.0, 0.0) trailing ( 467.2, 1841.0) leading ( 0.0, 0.0) trailing ( 484.8, 1548.5) leading ( 0.0, 0.0) trailing ( 545.0, 1548.5) leading ( 0.0, 0.0) trailing ( 569.7, 532.6) leading ( 0.0, 0.0) trailing ( 606.1, 1548.5) leading ( 0.0, 0.0) trailing ( 665.0, 1548.5) leading ( 0.0, 0.0) trailing ( 715.6, 1272.3) leading ( 0.0, 0.0) trailing ( 726.9, 1548.5) leading ( 0.0, 0.0) trailing ( 788.8, 1548.5) leading ( 0.0, 0.0) trailing ( 851.5, 1548.5) leading ( 0.0, 0.0) trailing ( 915.3, 1548.5) leading ( 0.0, 0.0) trailing ( 975.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1041.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1101.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1104.8, 1212.7) leading ( 0.0, 0.0) trailing ( 1110.9, 224.4) leading ( 0.0, 0.0) trailing ( 1165.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1228.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1288.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1353.6, 1548.5) done with do_diagnostics {ELAPSED 44.000} {CPU {{OVERALL 32.950} {UTIME 31.517} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 44.000} {CPU {{OVERALL 32.950} {UTIME 31.517} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 32 {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 33 {ELAPSED 44.000} {CPU {{OVERALL 32.967} {UTIME 31.533} {STIME 1.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 33 done with locate_astrom_gangs {ELAPSED 44.000} {CPU {{OVERALL 33.000} {UTIME 31.550} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 33 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 44.000} {CPU {{OVERALL 33.000} {UTIME 31.550} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 33 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 44.000} {CPU {{OVERALL 33.000} {UTIME 31.550} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 44.000} {CPU {{OVERALL 33.000} {UTIME 31.550} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 44.000} {CPU {{OVERALL 33.033} {UTIME 31.583} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 44.000} {CPU {{OVERALL 33.033} {UTIME 31.583} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 33 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 44.000} {CPU {{OVERALL 33.033} {UTIME 31.583} {STIME 1.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 33 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 43 stars in gang file astrom chip l has 100 total star entries astrom chip t has 59 stars in gang file astrom chip t has 100 total star entries leading ( 36.0, 924.0) trailing ( 50.0, 928.0) leading ( 153.0, 352.0) trailing ( 163.0, 355.0) leading ( 238.0, 694.0) trailing ( 250.0, 699.0) leading ( 284.0, 1424.0) trailing ( 301.0, 1428.0) leading ( 335.0, 278.0) trailing ( 344.0, 281.0) leading ( 359.0, 1660.0) trailing ( 380.0, 1664.0) leading ( 377.0, 416.0) trailing ( 388.0, 419.0) leading ( 391.0, 533.0) trailing ( 359.0, 513.0) leading ( 432.0, 657.0) trailing ( 419.0, 659.0) leading ( 576.0, 276.0) trailing ( 585.0, 279.0) leading ( 580.0, 900.0) trailing ( 594.0, 903.0) leading ( 626.0, 1152.0) trailing ( 642.0, 1156.0) leading ( 870.0, 1264.0) trailing ( 886.0, 1268.0) leading ( 882.0, 1157.0) trailing ( 897.0, 1161.0) leading ( 1036.0, 1964.0) trailing ( 1058.0, 1968.0) leading ( 1044.0, 1418.0) trailing ( 1061.0, 1422.0) leading ( 1062.0, 1144.0) trailing ( 1077.0, 1147.0) leading ( 1081.0, 256.0) trailing ( 1089.0, 259.0) leading ( 1133.0, 696.0) trailing ( 1145.0, 699.0) leading ( 1176.0, 596.0) trailing ( 1187.0, 600.0) leading ( 1225.0, 740.0) trailing ( 1237.0, 744.0) astrom chips have 21 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 45.000} {CPU {{OVERALL 33.933} {UTIME 32.467} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 45.000} {CPU {{OVERALL 34.050} {UTIME 32.583} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 33 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 45.000} {CPU {{OVERALL 34.067} {UTIME 32.600} {STIME 1.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 33 done with write_output {ELAPSED 45.000} {CPU {{OVERALL 34.167} {UTIME 32.683} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 33 leading ( 36.5, 925.1) trailing ( 50.2, 928.9) leading ( 153.3, 351.7) trailing ( 162.6, 355.5) leading ( 238.7, 695.4) trailing ( 250.7, 699.2) leading ( 284.1, 1425.2) trailing ( 301.8, 1428.9) leading ( 336.0, 277.9) trailing ( 344.7, 281.5) leading ( 360.0, 1660.8) trailing ( 379.6, 1664.5) leading ( 378.1, 416.2) trailing ( 388.0, 419.7) leading ( 391.6, 533.6) trailing ( 359.4, 514.1) leading ( 432.8, 657.3) trailing ( 420.1, 660.0) leading ( 576.8, 276.1) trailing ( 585.4, 279.3) leading ( 580.4, 900.1) trailing ( 594.1, 903.5) leading ( 627.1, 1153.3) trailing ( 642.8, 1156.4) leading ( 870.1, 1265.3) trailing ( 886.1, 1268.7) leading ( 882.9, 1157.9) trailing ( 898.0, 1161.4) leading ( 1036.7, 1964.6) trailing ( 1058.1, 1968.2) leading ( 1044.7, 1419.5) trailing ( 1061.7, 1423.1) leading ( 1062.8, 1144.2) trailing ( 1077.7, 1147.9) leading ( 1081.5, 255.7) trailing ( 1089.6, 259.1) leading ( 1133.5, 696.0) trailing ( 1144.9, 699.6) leading ( 1176.2, 596.4) trailing ( 1187.0, 600.0) leading ( 1225.2, 741.2) trailing ( 1237.2, 744.5) leading ( 134.6, 235.4) trailing ( 0.0, 0.0) leading ( 149.9, 1267.4) trailing ( 0.0, 0.0) leading ( 186.3, 2015.7) trailing ( 0.0, 0.0) leading ( 288.5, 632.7) trailing ( 0.0, 0.0) leading ( 482.4, 1777.3) trailing ( 0.0, 0.0) leading ( 506.2, 663.5) trailing ( 0.0, 0.0) leading ( 573.1, 1066.0) trailing ( 0.0, 0.0) leading ( 586.9, 101.5) trailing ( 0.0, 0.0) leading ( 621.5, 1461.5) trailing ( 0.0, 0.0) leading ( 628.0, 1822.2) trailing ( 0.0, 0.0) leading ( 874.7, 757.5) trailing ( 0.0, 0.0) leading ( 963.9, 1898.5) trailing ( 0.0, 0.0) leading ( 1026.8, 1597.2) trailing ( 0.0, 0.0) leading ( 1058.4, 877.5) trailing ( 0.0, 0.0) leading ( 1125.4, 1951.2) trailing ( 0.0, 0.0) leading ( 1140.6, 897.6) trailing ( 0.0, 0.0) leading ( 1145.2, 239.5) trailing ( 0.0, 0.0) leading ( 1162.1, 1610.3) trailing ( 0.0, 0.0) leading ( 1185.6, 817.1) trailing ( 0.0, 0.0) leading ( 1250.7, 1962.3) trailing ( 0.0, 0.0) leading ( 1303.5, 207.3) trailing ( 0.0, 0.0) leading ( 1329.6, 706.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -2.1, 1548.5) leading ( 0.0, 0.0) trailing ( 33.6, 1226.5) leading ( 0.0, 0.0) trailing ( 61.1, 1548.5) leading ( 0.0, 0.0) trailing ( 127.5, 1548.5) leading ( 0.0, 0.0) trailing ( 191.0, 1548.5) leading ( 0.0, 0.0) trailing ( 251.4, 1548.5) leading ( 0.0, 0.0) trailing ( 296.7, 479.6) leading ( 0.0, 0.0) trailing ( 311.7, 1548.5) leading ( 0.0, 0.0) trailing ( 335.0, 1984.1) leading ( 0.0, 0.0) trailing ( 374.8, 1548.5) leading ( 0.0, 0.0) trailing ( 431.7, 1548.5) leading ( 0.0, 0.0) trailing ( 443.3, 21.2) leading ( 0.0, 0.0) trailing ( 498.8, 1548.5) leading ( 0.0, 0.0) trailing ( 561.2, 1548.5) leading ( 0.0, 0.0) trailing ( 617.0, 1548.5) leading ( 0.0, 0.0) trailing ( 644.1, 459.3) leading ( 0.0, 0.0) trailing ( 678.1, 1548.5) leading ( 0.0, 0.0) trailing ( 720.8, 229.6) leading ( 0.0, 0.0) trailing ( 742.2, 1548.5) leading ( 0.0, 0.0) trailing ( 769.1, 1932.6) leading ( 0.0, 0.0) trailing ( 801.2, 1548.5) leading ( 0.0, 0.0) trailing ( 806.2, 1812.6) leading ( 0.0, 0.0) trailing ( 839.3, 268.5) leading ( 0.0, 0.0) trailing ( 853.7, 336.1) leading ( 0.0, 0.0) trailing ( 866.1, 1548.5) leading ( 0.0, 0.0) trailing ( 869.6, 621.6) leading ( 0.0, 0.0) trailing ( 929.9, 1548.5) leading ( 0.0, 0.0) trailing ( 935.6, 1942.7) leading ( 0.0, 0.0) trailing ( 988.7, 1548.5) leading ( 0.0, 0.0) trailing ( 995.9, 35.2) leading ( 0.0, 0.0) trailing ( 1047.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1110.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1127.2, 1701.1) leading ( 0.0, 0.0) trailing ( 1168.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1236.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1253.6, 1486.2) leading ( 0.0, 0.0) trailing ( 1300.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1307.4, 406.9) done with do_diagnostics {ELAPSED 45.000} {CPU {{OVERALL 34.267} {UTIME 32.783} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 45.000} {CPU {{OVERALL 34.267} {UTIME 32.783} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 33 {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 34 {ELAPSED 45.000} {CPU {{OVERALL 34.300} {UTIME 32.817} {STIME 1.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 34 done with locate_astrom_gangs {ELAPSED 46.000} {CPU {{OVERALL 34.333} {UTIME 32.833} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 34 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 46.000} {CPU {{OVERALL 34.333} {UTIME 32.833} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 34 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 46.000} {CPU {{OVERALL 34.333} {UTIME 32.833} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 46.000} {CPU {{OVERALL 34.333} {UTIME 32.833} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 46.000} {CPU {{OVERALL 34.350} {UTIME 32.850} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 46.000} {CPU {{OVERALL 34.367} {UTIME 32.867} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 34 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 46.000} {CPU {{OVERALL 34.367} {UTIME 32.867} {STIME 1.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 34 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 56 stars in gang file astrom chip t has 100 total star entries leading ( 5.0, 1136.0) trailing ( 20.0, 1140.0) leading ( 57.0, 35.0) trailing ( 64.0, 38.0) leading ( 79.0, 1520.0) trailing ( 64.0, 1548.0) leading ( 186.0, 1852.0) trailing ( 206.0, 1856.0) leading ( 219.0, 1539.0) trailing ( 190.0, 1548.0) leading ( 232.0, 702.0) trailing ( 244.0, 706.0) leading ( 420.0, 1568.0) trailing ( 436.0, 1548.0) leading ( 439.0, 1044.0) trailing ( 453.0, 1048.0) leading ( 470.0, 1960.0) trailing ( 491.0, 1963.0) leading ( 512.0, 80.0) trailing ( 519.0, 83.0) leading ( 763.0, 770.0) trailing ( 776.0, 773.0) leading ( 859.0, 270.0) trailing ( 867.0, 274.0) leading ( 866.0, 998.0) trailing ( 880.0, 1002.0) leading ( 965.0, 1284.0) trailing ( 981.0, 1287.0) leading ( 974.0, 1840.0) trailing ( 995.0, 1843.0) leading ( 987.0, 1420.0) trailing ( 1004.0, 1424.0) leading ( 988.0, 1006.0) trailing ( 1008.0, 1001.0) leading ( 1047.0, 1310.0) trailing ( 1064.0, 1313.0) leading ( 1133.0, 358.0) trailing ( 1141.0, 363.0) leading ( 1186.0, 804.0) trailing ( 1198.0, 808.0) leading ( 1267.0, 256.0) trailing ( 1275.0, 260.0) leading ( 1283.0, 1176.0) trailing ( 1298.0, 1180.0) leading ( 1294.0, 336.0) trailing ( 1262.0, 374.0) astrom chips have 23 matching stars after find_astrom_matches par T 72 after find_astrom_matches par L 72 after find_astrom_matches mch L 72 after find_astrom_matches mch T 72 done with find_astrom_matches {ELAPSED 47.000} {CPU {{OVERALL 35.117} {UTIME 33.600} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 72 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 72 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 47.000} {CPU {{OVERALL 35.233} {UTIME 33.717} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 72 after discard_bad_astrom_stars mch T 72 Entering proc find_photom_matches for field 34 find_photom_matches: matching 72 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 72 after find_photom_matches T par 72 after find_photom_matches L mch 72 after find_photom_matches T mch 72 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 72 after discard_bad_photom_stars_1 T par 72 after discard_bad_photom_stars_1 L mch 72 after discard_bad_photom_stars_1 T mch 72 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 72 after discard_bad_photom_stars_2 T par 72 after discard_bad_photom_stars_2 L mch 72 after discard_bad_photom_stars_2 T mch 72 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 47.000} {CPU {{OVERALL 35.250} {UTIME 33.733} {STIME 1.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 34 done with write_output {ELAPSED 47.000} {CPU {{OVERALL 35.350} {UTIME 33.817} {STIME 1.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 34 leading ( 5.3, 1137.3) trailing ( 20.5, 1140.5) leading ( 57.5, 36.0) trailing ( 64.1, 39.1) leading ( 79.5, 1521.3) trailing ( 65.5, 1548.5) leading ( 186.0, 1853.0) trailing ( 206.8, 1856.0) leading ( 220.0, 1539.6) trailing ( 191.0, 1548.5) leading ( 232.8, 703.2) trailing ( 244.4, 706.3) leading ( 420.7, 1568.2) trailing ( 436.1, 1548.5) leading ( 439.3, 1045.3) trailing ( 453.6, 1048.4) leading ( 470.2, 1960.7) trailing ( 491.7, 1964.0) leading ( 512.5, 80.2) trailing ( 519.4, 83.6) leading ( 763.8, 770.6) trailing ( 776.0, 773.9) leading ( 859.7, 271.7) trailing ( 867.9, 274.9) leading ( 866.9, 998.8) trailing ( 880.7, 1002.0) leading ( 965.7, 1284.8) trailing ( 981.8, 1288.0) leading ( 975.0, 1840.7) trailing ( 995.5, 1844.1) leading ( 987.2, 1421.2) trailing ( 1004.3, 1424.6) leading ( 988.7, 1006.4) trailing ( 1008.8, 1001.9) leading ( 1048.1, 1310.5) trailing ( 1064.4, 1313.9) leading ( 1133.2, 359.4) trailing ( 1142.0, 363.0) leading ( 1186.4, 804.4) trailing ( 1198.7, 808.0) leading ( 1267.8, 256.9) trailing ( 1275.9, 260.2) leading ( 1283.4, 1177.0) trailing ( 1298.6, 1180.2) leading ( 1294.6, 336.0) trailing ( 1262.3, 374.6) leading ( 74.5, 104.5) trailing ( 0.0, 0.0) leading ( 124.7, 735.3) trailing ( 0.0, 0.0) leading ( 186.6, 1122.2) trailing ( 0.0, 0.0) leading ( 387.3, 778.1) trailing ( 0.0, 0.0) leading ( 412.4, 1359.5) trailing ( 0.0, 0.0) leading ( 427.6, 683.6) trailing ( 0.0, 0.0) leading ( 497.4, 370.7) trailing ( 0.0, 0.0) leading ( 786.1, 1685.5) trailing ( 0.0, 0.0) leading ( 790.3, 1313.0) trailing ( 0.0, 0.0) leading ( 948.5, 2025.5) trailing ( 0.0, 0.0) leading ( 1040.5, 751.6) trailing ( 0.0, 0.0) leading ( 1061.4, 629.5) trailing ( 0.0, 0.0) leading ( 1087.5, 1074.9) trailing ( 0.0, 0.0) leading ( 1200.2, 445.6) trailing ( 0.0, 0.0) leading ( 1314.9, 1233.9) trailing ( 0.0, 0.0) leading ( 1360.0, 1358.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.6, 1548.5) leading ( 0.0, 0.0) trailing ( 16.5, 360.1) leading ( 0.0, 0.0) trailing ( 37.2, 1967.8) leading ( 0.0, 0.0) trailing ( 131.6, 1548.5) leading ( 0.0, 0.0) trailing ( 251.3, 1418.6) leading ( 0.0, 0.0) trailing ( 251.4, 1548.5) leading ( 0.0, 0.0) trailing ( 316.0, 1548.5) leading ( 0.0, 0.0) trailing ( 374.1, 1548.5) leading ( 0.0, 0.0) trailing ( 494.2, 421.6) leading ( 0.0, 0.0) trailing ( 498.7, 1548.5) leading ( 0.0, 0.0) trailing ( 503.3, 318.7) leading ( 0.0, 0.0) trailing ( 537.9, 548.3) leading ( 0.0, 0.0) trailing ( 561.4, 1548.5) leading ( 0.0, 0.0) trailing ( 617.3, 1548.5) leading ( 0.0, 0.0) trailing ( 676.3, 1548.5) leading ( 0.0, 0.0) trailing ( 695.9, 201.9) leading ( 0.0, 0.0) trailing ( 737.7, 1548.5) leading ( 0.0, 0.0) trailing ( 806.8, 1548.5) leading ( 0.0, 0.0) trailing ( 856.7, 1875.1) leading ( 0.0, 0.0) trailing ( 869.6, 1548.5) leading ( 0.0, 0.0) trailing ( 928.8, 1548.5) leading ( 0.0, 0.0) trailing ( 987.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1047.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1113.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1177.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1178.5, 716.3) leading ( 0.0, 0.0) trailing ( 1218.5, 126.4) leading ( 0.0, 0.0) trailing ( 1235.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1268.1, 870.4) leading ( 0.0, 0.0) trailing ( 1281.4, 1444.4) leading ( 0.0, 0.0) trailing ( 1300.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.2, 2004.2) leading ( 0.0, 0.0) trailing ( 1357.5, 1548.5) done with do_diagnostics {ELAPSED 47.000} {CPU {{OVERALL 35.467} {UTIME 33.917} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 47.000} {CPU {{OVERALL 35.467} {UTIME 33.917} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 34 {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 35 {ELAPSED 47.000} {CPU {{OVERALL 35.483} {UTIME 33.933} {STIME 1.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 35 done with locate_astrom_gangs {ELAPSED 47.000} {CPU {{OVERALL 35.517} {UTIME 33.950} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 35 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 47.000} {CPU {{OVERALL 35.517} {UTIME 33.950} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 35 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 47.000} {CPU {{OVERALL 35.517} {UTIME 33.950} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 47.000} {CPU {{OVERALL 35.517} {UTIME 33.950} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 47.000} {CPU {{OVERALL 35.550} {UTIME 33.983} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 47.000} {CPU {{OVERALL 35.550} {UTIME 33.983} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 35 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 47.000} {CPU {{OVERALL 35.550} {UTIME 33.983} {STIME 1.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 35 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 79 stars in gang file astrom chip t has 100 total star entries leading ( 10.0, 686.0) trailing ( 21.0, 689.0) leading ( 40.0, 1936.0) trailing ( 61.0, 1940.0) leading ( 69.0, 434.0) trailing ( 79.0, 438.0) leading ( 100.0, 585.0) trailing ( 110.0, 588.0) leading ( 109.0, 1427.0) trailing ( 126.0, 1430.0) leading ( 125.0, 1528.0) trailing ( 121.0, 1548.0) leading ( 173.0, 1310.0) trailing ( 190.0, 1314.0) leading ( 280.0, 1434.0) trailing ( 298.0, 1438.0) leading ( 319.0, 906.0) trailing ( 332.0, 909.0) leading ( 320.0, 609.0) trailing ( 331.0, 612.0) leading ( 352.0, 376.0) trailing ( 362.0, 378.0) leading ( 419.0, 1710.0) trailing ( 439.0, 1713.0) leading ( 458.0, 590.0) trailing ( 469.0, 594.0) leading ( 485.0, 129.0) trailing ( 493.0, 132.0) leading ( 521.0, 620.0) trailing ( 532.0, 623.0) leading ( 559.0, 880.0) trailing ( 572.0, 884.0) leading ( 619.0, 1274.0) trailing ( 636.0, 1277.0) leading ( 627.0, 748.0) trailing ( 639.0, 751.0) leading ( 752.0, 970.0) trailing ( 766.0, 974.0) leading ( 784.0, 1700.0) trailing ( 804.0, 1703.0) leading ( 810.0, 1614.0) trailing ( 830.0, 1618.0) leading ( 820.0, 1043.0) trailing ( 835.0, 1047.0) leading ( 928.0, 2014.0) trailing ( 950.0, 2017.0) leading ( 940.0, 1260.0) trailing ( 957.0, 1263.0) leading ( 952.0, 1374.0) trailing ( 969.0, 1378.0) leading ( 1056.0, 1324.0) trailing ( 1073.0, 1327.0) leading ( 1074.0, 454.0) trailing ( 1084.0, 459.0) leading ( 1112.0, 30.0) trailing ( 1119.0, 33.0) leading ( 1146.0, 818.0) trailing ( 1159.0, 822.0) leading ( 1202.0, 1519.0) trailing ( 1175.0, 1548.0) leading ( 1213.0, 1120.0) trailing ( 1229.0, 1125.0) leading ( 1240.0, 1046.0) trailing ( 1255.0, 1049.0) leading ( 1360.0, 237.0) trailing ( 1326.0, 245.0) astrom chips have 33 matching stars after find_astrom_matches par T 92 after find_astrom_matches par L 92 after find_astrom_matches mch L 92 after find_astrom_matches mch T 92 done with find_astrom_matches {ELAPSED 48.000} {CPU {{OVERALL 36.633} {UTIME 35.050} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 92 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 92 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 92 after discard_bad_astrom_stars mch T 92 Entering proc find_photom_matches for field 35 find_photom_matches: matching 92 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 92 after find_photom_matches T par 92 after find_photom_matches L mch 92 after find_photom_matches T mch 92 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 92 after discard_bad_photom_stars_1 T par 92 after discard_bad_photom_stars_1 L mch 92 after discard_bad_photom_stars_1 T mch 92 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 92 after discard_bad_photom_stars_2 T par 92 after discard_bad_photom_stars_2 L mch 92 after discard_bad_photom_stars_2 T mch 92 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 48.000} {CPU {{OVERALL 36.767} {UTIME 35.183} {STIME 1.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 35 done with write_output {ELAPSED 49.000} {CPU {{OVERALL 36.883} {UTIME 35.283} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 35 leading ( 10.7, 686.1) trailing ( 22.1, 689.5) leading ( 40.5, 1937.1) trailing ( 61.7, 1940.2) leading ( 70.1, 435.4) trailing ( 79.6, 438.6) leading ( 100.3, 585.5) trailing ( 111.0, 588.8) leading ( 109.4, 1427.9) trailing ( 126.7, 1431.0) leading ( 125.8, 1529.2) trailing ( 122.1, 1548.5) leading ( 173.7, 1311.5) trailing ( 190.3, 1314.8) leading ( 280.6, 1435.2) trailing ( 298.2, 1438.3) leading ( 319.4, 907.0) trailing ( 332.8, 910.1) leading ( 320.4, 609.7) trailing ( 331.6, 612.8) leading ( 352.5, 375.7) trailing ( 361.9, 378.7) leading ( 419.5, 1710.4) trailing ( 439.1, 1713.6) leading ( 457.9, 591.5) trailing ( 469.0, 594.9) leading ( 486.0, 129.6) trailing ( 493.4, 132.9) leading ( 521.5, 620.7) trailing ( 532.7, 624.2) leading ( 559.5, 880.6) trailing ( 572.5, 884.2) leading ( 620.0, 1274.4) trailing ( 636.1, 1277.9) leading ( 627.1, 748.8) trailing ( 639.2, 752.2) leading ( 752.8, 970.8) trailing ( 766.8, 974.4) leading ( 784.7, 1699.9) trailing ( 804.4, 1703.3) leading ( 810.8, 1615.2) trailing ( 829.8, 1618.7) leading ( 820.9, 1043.7) trailing ( 835.6, 1047.1) leading ( 928.3, 2014.0) trailing ( 950.6, 2017.3) leading ( 940.6, 1260.3) trailing ( 957.0, 1263.9) leading ( 952.6, 1374.7) trailing ( 969.8, 1378.2) leading ( 1056.3, 1323.8) trailing ( 1073.3, 1327.4) leading ( 1074.7, 455.3) trailing ( 1084.9, 459.0) leading ( 1112.1, 30.1) trailing ( 1119.1, 33.3) leading ( 1146.4, 818.9) trailing ( 1159.6, 822.3) leading ( 1202.6, 1519.3) trailing ( 1175.4, 1548.5) leading ( 1213.9, 1121.6) trailing ( 1229.6, 1125.1) leading ( 1240.4, 1046.4) trailing ( 1255.3, 1049.9) leading ( 1360.7, 237.9) trailing ( 1326.3, 245.9) leading ( 51.3, 867.1) trailing ( 0.0, 0.0) leading ( 71.0, 1694.8) trailing ( 0.0, 0.0) leading ( 276.5, 1175.8) trailing ( 0.0, 0.0) leading ( 307.1, 1752.4) trailing ( 0.0, 0.0) leading ( 453.5, 729.2) trailing ( 0.0, 0.0) leading ( 697.5, 1671.4) trailing ( 0.0, 0.0) leading ( 718.5, 881.3) trailing ( 0.0, 0.0) leading ( 1083.0, 1889.4) trailing ( 0.0, 0.0) leading ( 1223.5, 1713.4) trailing ( 0.0, 0.0) leading ( 1286.8, 85.4) trailing ( 0.0, 0.0) leading ( 1336.9, 1300.5) trailing ( 0.0, 0.0) leading ( 1353.5, 52.2) trailing ( 0.0, 0.0) leading ( 1356.5, 1766.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.2, 1548.5) leading ( 0.0, 0.0) trailing ( 15.6, 1361.8) leading ( 0.0, 0.0) trailing ( 59.5, 1129.9) leading ( 0.0, 0.0) trailing ( 61.7, 1548.5) leading ( 0.0, 0.0) trailing ( 117.0, 651.7) leading ( 0.0, 0.0) trailing ( 156.7, 377.7) leading ( 0.0, 0.0) trailing ( 182.7, 1548.5) leading ( 0.0, 0.0) trailing ( 193.7, 70.6) leading ( 0.0, 0.0) trailing ( 211.5, 1146.9) leading ( 0.0, 0.0) trailing ( 227.4, 1970.3) leading ( 0.0, 0.0) trailing ( 247.9, 1548.5) leading ( 0.0, 0.0) trailing ( 307.8, 1548.5) leading ( 0.0, 0.0) trailing ( 330.1, 536.7) leading ( 0.0, 0.0) trailing ( 356.9, 1607.0) leading ( 0.0, 0.0) trailing ( 371.6, 1548.5) leading ( 0.0, 0.0) trailing ( 408.1, 654.1) leading ( 0.0, 0.0) trailing ( 434.2, 1548.5) leading ( 0.0, 0.0) trailing ( 497.2, 1548.5) leading ( 0.0, 0.0) trailing ( 520.1, 485.6) leading ( 0.0, 0.0) trailing ( 521.2, 691.9) leading ( 0.0, 0.0) trailing ( 558.3, 1548.5) leading ( 0.0, 0.0) trailing ( 618.0, 1548.5) leading ( 0.0, 0.0) trailing ( 639.0, 1095.0) leading ( 0.0, 0.0) trailing ( 682.5, 1548.5) leading ( 0.0, 0.0) trailing ( 702.5, 194.7) leading ( 0.0, 0.0) trailing ( 728.5, 500.4) leading ( 0.0, 0.0) trailing ( 740.1, 1548.5) leading ( 0.0, 0.0) trailing ( 758.7, 1419.9) leading ( 0.0, 0.0) trailing ( 802.2, 1269.7) leading ( 0.0, 0.0) trailing ( 811.7, 1548.5) leading ( 0.0, 0.0) trailing ( 854.4, 1168.2) leading ( 0.0, 0.0) trailing ( 875.2, 1548.5) leading ( 0.0, 0.0) trailing ( 880.0, 255.4) leading ( 0.0, 0.0) trailing ( 932.9, 1548.5) leading ( 0.0, 0.0) trailing ( 943.0, 1487.5) leading ( 0.0, 0.0) trailing ( 998.5, 1548.5) leading ( 0.0, 0.0) trailing ( 995.8, 1128.8) leading ( 0.0, 0.0) trailing ( 1050.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1112.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1115.2, 1836.5) leading ( 0.0, 0.0) trailing ( 1123.1, 940.6) leading ( 0.0, 0.0) trailing ( 1198.6, 1455.9) leading ( 0.0, 0.0) trailing ( 1238.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1254.3, 946.5) leading ( 0.0, 0.0) trailing ( 1297.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1357.7, 1548.5) done with do_diagnostics {ELAPSED 49.000} {CPU {{OVERALL 37.000} {UTIME 35.400} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 49.000} {CPU {{OVERALL 37.000} {UTIME 35.400} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 35 {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 36 {ELAPSED 49.000} {CPU {{OVERALL 37.033} {UTIME 35.433} {STIME 1.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 36 done with locate_astrom_gangs {ELAPSED 49.000} {CPU {{OVERALL 37.050} {UTIME 35.433} {STIME 1.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 36 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 49.000} {CPU {{OVERALL 37.050} {UTIME 35.433} {STIME 1.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 36 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 49.000} {CPU {{OVERALL 37.067} {UTIME 35.450} {STIME 1.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 49.000} {CPU {{OVERALL 37.067} {UTIME 35.450} {STIME 1.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 49.000} {CPU {{OVERALL 37.100} {UTIME 35.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 49.000} {CPU {{OVERALL 37.100} {UTIME 35.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 36 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 49.000} {CPU {{OVERALL 37.117} {UTIME 35.483} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 36 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 40 stars in gang file astrom chip l has 100 total star entries astrom chip t has 64 stars in gang file astrom chip t has 100 total star entries leading ( 5.0, 1330.0) trailing ( 21.0, 1334.0) leading ( 141.0, 778.0) trailing ( 154.0, 781.0) leading ( 146.0, 1394.0) trailing ( 163.0, 1398.0) leading ( 211.0, 1510.0) trailing ( 188.0, 1548.0) leading ( 218.0, 570.0) trailing ( 229.0, 574.0) leading ( 222.0, 1299.0) trailing ( 203.0, 1280.0) leading ( 294.0, 1114.0) trailing ( 309.0, 1117.0) leading ( 325.0, 1786.0) trailing ( 346.0, 1790.0) leading ( 334.0, 1046.0) trailing ( 349.0, 1049.0) leading ( 352.0, 462.0) trailing ( 363.0, 464.0) leading ( 511.0, 1258.0) trailing ( 512.0, 1293.0) leading ( 524.0, 967.0) trailing ( 538.0, 971.0) leading ( 566.0, 94.0) trailing ( 573.0, 97.0) leading ( 599.0, 1282.0) trailing ( 616.0, 1286.0) leading ( 654.0, 1764.0) trailing ( 674.0, 1767.0) leading ( 687.0, 450.0) trailing ( 693.0, 452.0) leading ( 749.0, 1526.0) trailing ( 756.0, 1548.0) leading ( 848.0, 1320.0) trailing ( 866.0, 1323.0) leading ( 894.0, 1124.0) trailing ( 908.0, 1127.0) leading ( 1101.0, 1506.0) trailing ( 1120.0, 1509.0) leading ( 1222.0, 1188.0) trailing ( 1238.0, 1191.0) leading ( 1278.0, 1929.0) trailing ( 1311.0, 1964.0) leading ( 1287.0, 824.0) trailing ( 1300.0, 828.0) astrom chips have 23 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 50.000} {CPU {{OVERALL 37.967} {UTIME 36.333} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 50.000} {CPU {{OVERALL 38.083} {UTIME 36.450} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 36 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 50.000} {CPU {{OVERALL 38.083} {UTIME 36.450} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 50.000} {CPU {{OVERALL 38.083} {UTIME 36.450} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 50.000} {CPU {{OVERALL 38.100} {UTIME 36.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 50.000} {CPU {{OVERALL 38.100} {UTIME 36.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 50.000} {CPU {{OVERALL 38.100} {UTIME 36.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 50.000} {CPU {{OVERALL 38.100} {UTIME 36.467} {STIME 1.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 36 done with write_output {ELAPSED 50.000} {CPU {{OVERALL 38.200} {UTIME 36.550} {STIME 1.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 36 leading ( 5.0, 1331.7) trailing ( 21.8, 1334.9) leading ( 141.7, 778.2) trailing ( 154.1, 781.5) leading ( 146.5, 1395.1) trailing ( 163.7, 1398.3) leading ( 212.0, 1510.3) trailing ( 188.4, 1548.5) leading ( 218.9, 571.0) trailing ( 229.6, 574.5) leading ( 222.4, 1300.1) trailing ( 203.3, 1280.4) leading ( 294.7, 1114.7) trailing ( 309.7, 1118.0) leading ( 325.4, 1787.4) trailing ( 345.8, 1790.7) leading ( 334.9, 1046.2) trailing ( 349.5, 1049.5) leading ( 353.1, 461.9) trailing ( 363.1, 465.2) leading ( 511.1, 1259.2) trailing ( 511.8, 1293.4) leading ( 524.3, 968.1) trailing ( 538.4, 971.2) leading ( 566.5, 94.8) trailing ( 573.7, 97.9) leading ( 599.9, 1283.2) trailing ( 616.3, 1286.4) leading ( 654.0, 1763.7) trailing ( 674.3, 1767.1) leading ( 688.0, 450.6) trailing ( 697.9, 453.6) leading ( 749.5, 1527.0) trailing ( 756.7, 1548.5) leading ( 849.5, 1319.9) trailing ( 866.0, 1323.6) leading ( 894.3, 1124.0) trailing ( 909.1, 1127.5) leading ( 1101.9, 1506.5) trailing ( 1120.0, 1509.8) leading ( 1222.2, 1188.1) trailing ( 1237.8, 1191.7) leading ( 1278.5, 1929.1) trailing ( 1311.4, 1964.4) leading ( 1287.1, 825.3) trailing ( 1300.0, 828.9) leading ( 4.1, 243.5) trailing ( 0.0, 0.0) leading ( 155.0, 1779.5) trailing ( 0.0, 0.0) leading ( 157.7, 965.0) trailing ( 0.0, 0.0) leading ( 192.3, 840.8) trailing ( 0.0, 0.0) leading ( 326.9, 1723.5) trailing ( 0.0, 0.0) leading ( 578.6, 679.6) trailing ( 0.0, 0.0) leading ( 582.2, 322.0) trailing ( 0.0, 0.0) leading ( 637.8, 946.3) trailing ( 0.0, 0.0) leading ( 964.6, 1119.2) trailing ( 0.0, 0.0) leading ( 998.8, 1496.0) trailing ( 0.0, 0.0) leading ( 1060.6, 844.2) trailing ( 0.0, 0.0) leading ( 1083.8, 339.5) trailing ( 0.0, 0.0) leading ( 1088.5, 253.5) trailing ( 0.0, 0.0) leading ( 1170.2, 1615.9) trailing ( 0.0, 0.0) leading ( 1178.9, 1837.5) trailing ( 0.0, 0.0) leading ( 1199.5, 2012.4) trailing ( 0.0, 0.0) leading ( 1340.1, 1819.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.6, 1548.5) leading ( 0.0, 0.0) trailing ( 27.7, 752.4) leading ( 0.0, 0.0) trailing ( 50.1, 1116.7) leading ( 0.0, 0.0) trailing ( 61.4, 1548.5) leading ( 0.0, 0.0) trailing ( 125.0, 1548.5) leading ( 0.0, 0.0) trailing ( 198.0, 139.4) leading ( 0.0, 0.0) trailing ( 247.7, 1548.5) leading ( 0.0, 0.0) trailing ( 310.4, 1548.5) leading ( 0.0, 0.0) trailing ( 337.1, 1968.6) leading ( 0.0, 0.0) trailing ( 368.5, 107.5) leading ( 0.0, 0.0) trailing ( 369.5, 1548.5) leading ( 0.0, 0.0) trailing ( 437.4, 1548.5) leading ( 0.0, 0.0) trailing ( 501.1, 1548.5) leading ( 0.0, 0.0) trailing ( 524.7, 198.4) leading ( 0.0, 0.0) trailing ( 532.5, 862.8) leading ( 0.0, 0.0) trailing ( 563.7, 1933.1) leading ( 0.0, 0.0) trailing ( 568.3, 1548.5) leading ( 0.0, 0.0) trailing ( 633.2, 1548.5) leading ( 0.0, 0.0) trailing ( 693.5, 1548.5) leading ( 0.0, 0.0) trailing ( 758.7, 1646.4) leading ( 0.0, 0.0) trailing ( 815.5, 1548.5) leading ( 0.0, 0.0) trailing ( 876.9, 1548.5) leading ( 0.0, 0.0) trailing ( 890.9, 866.5) leading ( 0.0, 0.0) trailing ( 937.6, 1548.5) leading ( 0.0, 0.0) trailing ( 944.0, 1843.4) leading ( 0.0, 0.0) trailing ( 998.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1013.3, 1827.4) leading ( 0.0, 0.0) trailing ( 1058.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1059.5, 1908.5) leading ( 0.0, 0.0) trailing ( 1074.4, 53.2) leading ( 0.0, 0.0) trailing ( 1181.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1188.7, 450.5) leading ( 0.0, 0.0) trailing ( 1192.8, 803.6) leading ( 0.0, 0.0) trailing ( 1201.1, 570.6) leading ( 0.0, 0.0) trailing ( 1241.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1250.4, 2013.7) leading ( 0.0, 0.0) trailing ( 1301.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1313.3, 1686.3) leading ( 0.0, 0.0) trailing ( 1314.8, 628.7) leading ( 0.0, 0.0) trailing ( 1319.2, 527.6) leading ( 0.0, 0.0) trailing ( 1348.7, 262.9) done with do_diagnostics {ELAPSED 50.000} {CPU {{OVERALL 38.333} {UTIME 36.667} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 50.000} {CPU {{OVERALL 38.333} {UTIME 36.667} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 36 {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 37 {ELAPSED 50.000} {CPU {{OVERALL 38.350} {UTIME 36.683} {STIME 1.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 37 done with locate_astrom_gangs {ELAPSED 50.000} {CPU {{OVERALL 38.383} {UTIME 36.700} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 37 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 50.000} {CPU {{OVERALL 38.383} {UTIME 36.700} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 37 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 50.000} {CPU {{OVERALL 38.383} {UTIME 36.700} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 50.000} {CPU {{OVERALL 38.383} {UTIME 36.700} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 50.000} {CPU {{OVERALL 38.417} {UTIME 36.733} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 50.000} {CPU {{OVERALL 38.417} {UTIME 36.733} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 37 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 50.000} {CPU {{OVERALL 38.417} {UTIME 36.733} {STIME 1.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 37 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 59 stars in gang file astrom chip t has 100 total star entries leading ( 120.0, 148.0) trailing ( 128.0, 151.0) leading ( 270.0, 1174.0) trailing ( 285.0, 1177.0) leading ( 275.0, 746.0) trailing ( 288.0, 749.0) leading ( 315.0, 1894.0) trailing ( 337.0, 1897.0) leading ( 431.0, 600.0) trailing ( 442.0, 604.0) leading ( 479.0, 36.0) trailing ( 486.0, 40.0) leading ( 502.0, 514.0) trailing ( 513.0, 518.0) leading ( 522.0, 1721.0) trailing ( 542.0, 1724.0) leading ( 543.0, 1432.0) trailing ( 561.0, 1435.0) leading ( 785.0, 520.0) trailing ( 795.0, 523.0) leading ( 800.0, 1292.0) trailing ( 817.0, 1296.0) leading ( 856.0, 982.0) trailing ( 870.0, 985.0) leading ( 907.0, 1072.0) trailing ( 922.0, 1076.0) leading ( 911.0, 1930.0) trailing ( 933.0, 1934.0) leading ( 942.0, 714.0) trailing ( 954.0, 718.0) leading ( 974.0, 476.0) trailing ( 984.0, 479.0) leading ( 980.0, 1574.0) trailing ( 994.0, 1548.0) leading ( 1264.0, 81.0) trailing ( 1271.0, 84.0) leading ( 1329.0, 1930.0) trailing ( 1350.0, 1933.0) leading ( 1342.0, 936.0) trailing ( 1355.0, 940.0) astrom chips have 20 matching stars after find_astrom_matches par T 75 after find_astrom_matches par L 75 after find_astrom_matches mch L 75 after find_astrom_matches mch T 75 done with find_astrom_matches {ELAPSED 51.000} {CPU {{OVERALL 39.183} {UTIME 37.483} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 75 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 75 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 75 after discard_bad_astrom_stars mch T 75 Entering proc find_photom_matches for field 37 find_photom_matches: matching 75 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 75 after find_photom_matches T par 75 after find_photom_matches L mch 75 after find_photom_matches T mch 75 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 75 after discard_bad_photom_stars_1 T par 75 after discard_bad_photom_stars_1 L mch 75 after discard_bad_photom_stars_1 T mch 75 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 75 after discard_bad_photom_stars_2 T par 75 after discard_bad_photom_stars_2 L mch 75 after discard_bad_photom_stars_2 T mch 75 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 51.000} {CPU {{OVERALL 39.317} {UTIME 37.617} {STIME 1.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 37 done with write_output {ELAPSED 51.000} {CPU {{OVERALL 39.433} {UTIME 37.717} {STIME 1.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 37 leading ( 120.2, 148.1) trailing ( 128.1, 151.5) leading ( 269.9, 1174.5) trailing ( 285.8, 1177.5) leading ( 276.2, 746.2) trailing ( 288.8, 749.2) leading ( 315.1, 1894.2) trailing ( 336.7, 1897.2) leading ( 431.2, 601.6) trailing ( 442.8, 604.6) leading ( 479.4, 37.5) trailing ( 486.6, 40.5) leading ( 502.9, 514.8) trailing ( 513.6, 518.0) leading ( 522.4, 1721.8) trailing ( 542.4, 1724.9) leading ( 543.9, 1432.6) trailing ( 561.6, 1435.7) leading ( 785.6, 520.2) trailing ( 795.9, 523.7) leading ( 801.1, 1292.7) trailing ( 817.4, 1296.1) leading ( 856.8, 982.3) trailing ( 870.5, 985.6) leading ( 907.7, 1072.5) trailing ( 922.0, 1076.0) leading ( 911.3, 1931.5) trailing ( 932.5, 1934.8) leading ( 942.7, 714.9) trailing ( 954.3, 718.1) leading ( 975.1, 475.9) trailing ( 984.7, 479.1) leading ( 981.0, 1574.9) trailing ( 995.7, 1548.5) leading ( 1264.8, 81.9) trailing ( 1271.6, 84.9) leading ( 1329.3, 1930.8) trailing ( 1350.6, 1933.9) leading ( 1342.3, 937.2) trailing ( 1355.8, 940.5) leading ( 2.2, 1885.3) trailing ( 0.0, 0.0) leading ( 3.4, 1989.7) trailing ( 0.0, 0.0) leading ( 16.6, 593.4) trailing ( 0.0, 0.0) leading ( 91.7, 414.8) trailing ( 0.0, 0.0) leading ( 465.5, 1436.9) trailing ( 0.0, 0.0) leading ( 493.6, 175.4) trailing ( 0.0, 0.0) leading ( 584.2, 804.8) trailing ( 0.0, 0.0) leading ( 590.5, 1780.5) trailing ( 0.0, 0.0) leading ( 645.6, 366.3) trailing ( 0.0, 0.0) leading ( 754.8, 1747.9) trailing ( 0.0, 0.0) leading ( 807.6, 2009.5) trailing ( 0.0, 0.0) leading ( 859.0, 1162.2) trailing ( 0.0, 0.0) leading ( 1059.0, 1121.6) trailing ( 0.0, 0.0) leading ( 1089.0, 1424.7) trailing ( 0.0, 0.0) leading ( 1089.8, 588.5) trailing ( 0.0, 0.0) leading ( 1157.6, 517.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -0.1, 1822.6) leading ( 0.0, 0.0) trailing ( 4.7, 1548.5) leading ( 0.0, 0.0) trailing ( 16.3, 1137.3) leading ( 0.0, 0.0) trailing ( 32.4, 742.4) leading ( 0.0, 0.0) trailing ( 65.1, 1548.4) leading ( 0.0, 0.0) trailing ( 82.8, 597.7) leading ( 0.0, 0.0) trailing ( 128.2, 1548.5) leading ( 0.0, 0.0) trailing ( 188.1, 1548.5) leading ( 0.0, 0.0) trailing ( 250.5, 1548.5) leading ( 0.0, 0.0) trailing ( 307.8, 1477.7) leading ( 0.0, 0.0) trailing ( 313.8, 1548.5) leading ( 0.0, 0.0) trailing ( 376.0, 1548.5) leading ( 0.0, 0.0) trailing ( 438.7, 1548.5) leading ( 0.0, 0.0) trailing ( 449.5, 884.7) leading ( 0.0, 0.0) trailing ( 497.0, 1548.5) leading ( 0.0, 0.0) trailing ( 520.0, 285.2) leading ( 0.0, 0.0) trailing ( 558.9, 1548.5) leading ( 0.0, 0.0) trailing ( 617.1, 1548.5) leading ( 0.0, 0.0) trailing ( 630.4, 1974.6) leading ( 0.0, 0.0) trailing ( 681.5, 1548.5) leading ( 0.0, 0.0) trailing ( 735.3, 1475.6) leading ( 0.0, 0.0) trailing ( 743.3, 1548.5) leading ( 0.0, 0.0) trailing ( 804.7, 1548.5) leading ( 0.0, 0.0) trailing ( 813.0, 1045.8) leading ( 0.0, 0.0) trailing ( 831.6, 1208.3) leading ( 0.0, 0.0) trailing ( 833.5, 1651.2) leading ( 0.0, 0.0) trailing ( 865.6, 1548.5) leading ( 0.0, 0.0) trailing ( 934.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1050.3, 1063.9) leading ( 0.0, 0.0) trailing ( 1060.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1114.4, 647.3) leading ( 0.0, 0.0) trailing ( 1118.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1170.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1213.4, 814.0) leading ( 0.0, 0.0) trailing ( 1232.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1242.1, 549.6) leading ( 0.0, 0.0) trailing ( 1300.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1335.9, 2026.9) leading ( 0.0, 0.0) trailing ( 1344.5, 69.3) done with do_diagnostics {ELAPSED 52.000} {CPU {{OVERALL 39.533} {UTIME 37.800} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 52.000} {CPU {{OVERALL 39.533} {UTIME 37.800} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 37 {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 38 {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 38 done with locate_astrom_gangs {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 38 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 38 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 52.000} {CPU {{OVERALL 39.567} {UTIME 37.833} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 52.000} {CPU {{OVERALL 39.583} {UTIME 37.850} {STIME 1.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 52.000} {CPU {{OVERALL 39.617} {UTIME 37.867} {STIME 1.750} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 52.000} {CPU {{OVERALL 39.617} {UTIME 37.867} {STIME 1.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 38 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 52.000} {CPU {{OVERALL 39.617} {UTIME 37.867} {STIME 1.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 38 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 43 stars in gang file astrom chip l has 100 total star entries astrom chip t has 70 stars in gang file astrom chip t has 100 total star entries leading ( 20.0, 1042.0) trailing ( 35.0, 1045.0) leading ( 33.0, 447.0) trailing ( 43.0, 450.0) leading ( 52.0, 1737.0) trailing ( 72.0, 1741.0) leading ( 72.0, 700.0) trailing ( 84.0, 704.0) leading ( 94.0, 141.0) trailing ( 101.0, 144.0) leading ( 113.0, 46.0) trailing ( 120.0, 49.0) leading ( 221.0, 58.0) trailing ( 228.0, 62.0) leading ( 303.0, 1616.0) trailing ( 322.0, 1620.0) leading ( 309.0, 2010.0) trailing ( 331.0, 2014.0) leading ( 328.0, 669.0) trailing ( 340.0, 672.0) leading ( 347.0, 66.0) trailing ( 355.0, 70.0) leading ( 441.0, 455.0) trailing ( 480.0, 472.0) leading ( 474.0, 1544.0) trailing ( 493.0, 1548.0) leading ( 666.0, 876.0) trailing ( 679.0, 880.0) leading ( 841.0, 1844.0) trailing ( 862.0, 1847.0) leading ( 919.0, 1882.0) trailing ( 941.0, 1886.0) leading ( 970.0, 28.0) trailing ( 977.0, 32.0) leading ( 1023.0, 366.0) trailing ( 1033.0, 369.0) leading ( 1151.0, 520.0) trailing ( 1161.0, 523.0) leading ( 1184.0, 1578.0) trailing ( 1171.0, 1548.0) leading ( 1184.0, 1705.0) trailing ( 1204.0, 1709.0) leading ( 1222.0, 1249.0) trailing ( 1239.0, 1253.0) leading ( 1237.0, 1121.0) trailing ( 1252.0, 1125.0) leading ( 1319.0, 860.0) trailing ( 1333.0, 863.0) leading ( 1324.0, 932.0) trailing ( 1338.0, 935.0) astrom chips have 25 matching stars after find_astrom_matches par T 88 after find_astrom_matches par L 88 after find_astrom_matches mch L 88 after find_astrom_matches mch T 88 done with find_astrom_matches {ELAPSED 53.000} {CPU {{OVERALL 40.633} {UTIME 38.867} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 88 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 88 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 88 after discard_bad_astrom_stars mch T 88 Entering proc find_photom_matches for field 38 find_photom_matches: matching 88 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 88 after find_photom_matches T par 88 after find_photom_matches L mch 88 after find_photom_matches T mch 88 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 88 after discard_bad_photom_stars_1 T par 88 after discard_bad_photom_stars_1 L mch 88 after discard_bad_photom_stars_1 T mch 88 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 88 after discard_bad_photom_stars_2 T par 88 after discard_bad_photom_stars_2 L mch 88 after discard_bad_photom_stars_2 T mch 88 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 53.000} {CPU {{OVERALL 40.767} {UTIME 39.000} {STIME 1.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 38 done with write_output {ELAPSED 53.000} {CPU {{OVERALL 40.883} {UTIME 39.100} {STIME 1.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 38 leading ( 20.7, 1042.4) trailing ( 34.9, 1045.6) leading ( 33.9, 447.6) trailing ( 43.5, 450.7) leading ( 52.5, 1738.0) trailing ( 72.1, 1741.2) leading ( 72.8, 701.1) trailing ( 84.4, 704.3) leading ( 94.5, 141.7) trailing ( 101.8, 144.8) leading ( 113.8, 46.2) trailing ( 120.4, 49.4) leading ( 221.9, 59.2) trailing ( 228.6, 62.3) leading ( 303.2, 1617.5) trailing ( 322.2, 1620.7) leading ( 309.3, 2011.1) trailing ( 331.4, 2014.3) leading ( 328.8, 669.6) trailing ( 340.3, 672.7) leading ( 347.9, 67.2) trailing ( 354.9, 70.5) leading ( 441.6, 455.5) trailing ( 480.1, 472.1) leading ( 474.5, 1544.0) trailing ( 493.0, 1548.5) leading ( 666.8, 876.6) trailing ( 679.9, 879.9) leading ( 841.2, 1844.5) trailing ( 861.9, 1847.8) leading ( 919.7, 1883.2) trailing ( 940.8, 1886.5) leading ( 970.5, 28.8) trailing ( 977.1, 32.2) leading ( 1023.7, 366.5) trailing ( 1032.8, 369.9) leading ( 1151.4, 520.0) trailing ( 1161.9, 523.4) leading ( 1184.3, 1578.7) trailing ( 1171.3, 1548.5) leading ( 1184.6, 1705.8) trailing ( 1204.3, 1709.2) leading ( 1223.0, 1250.0) trailing ( 1239.2, 1253.5) leading ( 1237.4, 1121.9) trailing ( 1252.7, 1125.6) leading ( 1320.1, 860.2) trailing ( 1333.4, 863.5) leading ( 1324.7, 932.8) trailing ( 1338.6, 936.3) leading ( 128.2, 628.9) trailing ( 0.0, 0.0) leading ( 164.4, 1599.0) trailing ( 0.0, 0.0) leading ( 215.5, 1877.8) trailing ( 0.0, 0.0) leading ( 532.6, 348.4) trailing ( 0.0, 0.0) leading ( 536.4, 1416.5) trailing ( 0.0, 0.0) leading ( 579.1, 705.2) trailing ( 0.0, 0.0) leading ( 592.6, 1965.5) trailing ( 0.0, 0.0) leading ( 597.4, 1775.5) trailing ( 0.0, 0.0) leading ( 611.8, 1397.7) trailing ( 0.0, 0.0) leading ( 674.4, 1107.7) trailing ( 0.0, 0.0) leading ( 726.5, 829.6) trailing ( 0.0, 0.0) leading ( 821.5, 1217.5) trailing ( 0.0, 0.0) leading ( 832.4, 639.5) trailing ( 0.0, 0.0) leading ( 1043.3, 714.4) trailing ( 0.0, 0.0) leading ( 1054.9, 591.2) trailing ( 0.0, 0.0) leading ( 1096.4, 385.4) trailing ( 0.0, 0.0) leading ( 1279.5, 771.7) trailing ( 0.0, 0.0) leading ( 1353.0, 1730.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.5, 1548.5) leading ( 0.0, 0.0) trailing ( 59.0, 1548.5) leading ( 0.0, 0.0) trailing ( 121.3, 1548.5) leading ( 0.0, 0.0) trailing ( 144.9, 1667.9) leading ( 0.0, 0.0) trailing ( 175.0, 463.9) leading ( 0.0, 0.0) trailing ( 185.7, 1548.5) leading ( 0.0, 0.0) trailing ( 249.1, 1548.5) leading ( 0.0, 0.0) trailing ( 263.2, 1052.6) leading ( 0.0, 0.0) trailing ( 282.1, 1728.4) leading ( 0.0, 0.0) trailing ( 314.9, 1548.5) leading ( 0.0, 0.0) trailing ( 365.9, 1548.5) leading ( 0.0, 0.0) trailing ( 432.5, 1548.5) leading ( 0.0, 0.0) trailing ( 501.5, 2010.3) leading ( 0.0, 0.0) trailing ( 553.1, 1887.7) leading ( 0.0, 0.0) trailing ( 556.7, 1548.5) leading ( 0.0, 0.0) trailing ( 586.5, 1457.5) leading ( 0.0, 0.0) trailing ( 620.6, 1548.5) leading ( 0.0, 0.0) trailing ( 667.8, 733.8) leading ( 0.0, 0.0) trailing ( 668.0, 1534.0) leading ( 0.0, 0.0) trailing ( 683.1, 1733.8) leading ( 0.0, 0.0) trailing ( 738.8, 1548.5) leading ( 0.0, 0.0) trailing ( 763.3, 47.4) leading ( 0.0, 0.0) trailing ( 791.5, 1325.6) leading ( 0.0, 0.0) trailing ( 797.8, 839.7) leading ( 0.0, 0.0) trailing ( 802.4, 1548.5) leading ( 0.0, 0.0) trailing ( 832.3, 753.8) leading ( 0.0, 0.0) trailing ( 863.9, 1548.5) leading ( 0.0, 0.0) trailing ( 902.4, 1280.0) leading ( 0.0, 0.0) trailing ( 919.6, 1365.6) leading ( 0.0, 0.0) trailing ( 923.4, 1548.5) leading ( 0.0, 0.0) trailing ( 968.1, 1198.5) leading ( 0.0, 0.0) trailing ( 984.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1026.2, 1077.6) leading ( 0.0, 0.0) trailing ( 1031.5, 1327.8) leading ( 0.0, 0.0) trailing ( 1049.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1107.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1190.4, 1066.4) leading ( 0.0, 0.0) trailing ( 1240.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1236.6, 1345.6) leading ( 0.0, 0.0) trailing ( 1242.7, 1638.1) leading ( 0.0, 0.0) trailing ( 1293.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1310.4, 1702.6) leading ( 0.0, 0.0) trailing ( 1312.7, 1889.8) leading ( 0.0, 0.0) trailing ( 1352.6, 683.4) leading ( 0.0, 0.0) trailing ( 1351.8, 1548.5) done with do_diagnostics {ELAPSED 53.000} {CPU {{OVERALL 41.000} {UTIME 39.200} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 53.000} {CPU {{OVERALL 41.000} {UTIME 39.200} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 38 {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 39 {ELAPSED 53.000} {CPU {{OVERALL 41.033} {UTIME 39.233} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 39 done with locate_astrom_gangs {ELAPSED 53.000} {CPU {{OVERALL 41.050} {UTIME 39.250} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 39 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 53.000} {CPU {{OVERALL 41.050} {UTIME 39.250} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 39 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 53.000} {CPU {{OVERALL 41.050} {UTIME 39.250} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 53.000} {CPU {{OVERALL 41.050} {UTIME 39.250} {STIME 1.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 53.000} {CPU {{OVERALL 41.100} {UTIME 39.283} {STIME 1.817} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 53.000} {CPU {{OVERALL 41.100} {UTIME 39.283} {STIME 1.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 39 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 53.000} {CPU {{OVERALL 41.100} {UTIME 39.283} {STIME 1.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 39 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 48 stars in gang file astrom chip l has 100 total star entries astrom chip t has 62 stars in gang file astrom chip t has 100 total star entries leading ( 0.0, 896.0) trailing ( 14.0, 900.0) leading ( 29.0, 600.0) trailing ( 41.0, 604.0) leading ( 78.0, 1652.0) trailing ( 97.0, 1655.0) leading ( 145.0, 1666.0) trailing ( 164.0, 1671.0) leading ( 162.0, 995.0) trailing ( 176.0, 998.0) leading ( 181.0, 774.0) trailing ( 193.0, 778.0) leading ( 205.0, 386.0) trailing ( 214.0, 390.0) leading ( 237.0, 644.0) trailing ( 249.0, 648.0) leading ( 272.0, 34.0) trailing ( 278.0, 37.0) leading ( 300.0, 1695.0) trailing ( 319.0, 1699.0) leading ( 306.0, 1584.0) trailing ( 311.0, 1548.0) leading ( 308.0, 164.0) trailing ( 315.0, 167.0) leading ( 310.0, 1758.0) trailing ( 330.0, 1762.0) leading ( 376.0, 298.0) trailing ( 384.0, 302.0) leading ( 377.0, 1512.0) trailing ( 372.0, 1548.0) leading ( 531.0, 1796.0) trailing ( 551.0, 1799.0) leading ( 552.0, 933.0) trailing ( 566.0, 936.0) leading ( 567.0, 184.0) trailing ( 575.0, 188.0) leading ( 586.0, 1344.0) trailing ( 603.0, 1348.0) leading ( 623.0, 1656.0) trailing ( 642.0, 1660.0) leading ( 729.0, 744.0) trailing ( 742.0, 747.0) leading ( 820.0, 1829.0) trailing ( 841.0, 1833.0) leading ( 879.0, 1246.0) trailing ( 895.0, 1250.0) leading ( 969.0, 299.0) trailing ( 978.0, 302.0) leading ( 1035.0, 1954.0) trailing ( 1056.0, 1958.0) leading ( 1201.0, 936.0) trailing ( 1215.0, 940.0) leading ( 1239.0, 583.0) trailing ( 1250.0, 586.0) leading ( 1247.0, 328.0) trailing ( 1256.0, 332.0) leading ( 1335.0, 618.0) trailing ( 1346.0, 622.0) astrom chips have 29 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 54.000} {CPU {{OVERALL 42.050} {UTIME 40.217} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 54.000} {CPU {{OVERALL 42.183} {UTIME 40.350} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 39 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 54.000} {CPU {{OVERALL 42.183} {UTIME 40.350} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 54.000} {CPU {{OVERALL 42.183} {UTIME 40.350} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 54.000} {CPU {{OVERALL 42.183} {UTIME 40.350} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 54.000} {CPU {{OVERALL 42.183} {UTIME 40.350} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 54.000} {CPU {{OVERALL 42.200} {UTIME 40.367} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 54.000} {CPU {{OVERALL 42.200} {UTIME 40.367} {STIME 1.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 39 done with write_output {ELAPSED 55.000} {CPU {{OVERALL 42.300} {UTIME 40.450} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 39 leading ( 0.9, 896.6) trailing ( 14.5, 900.0) leading ( 29.9, 600.8) trailing ( 41.1, 604.0) leading ( 78.4, 1651.8) trailing ( 97.7, 1655.3) leading ( 145.2, 1667.6) trailing ( 164.5, 1671.1) leading ( 162.6, 995.6) trailing ( 176.7, 999.1) leading ( 181.2, 775.5) trailing ( 193.4, 779.0) leading ( 205.2, 387.3) trailing ( 214.5, 390.9) leading ( 237.8, 645.6) trailing ( 249.1, 649.1) leading ( 272.1, 34.4) trailing ( 278.7, 37.9) leading ( 300.2, 1696.0) trailing ( 319.7, 1699.6) leading ( 306.8, 1584.8) trailing ( 309.0, 1548.5) leading ( 308.2, 163.9) trailing ( 315.8, 167.5) leading ( 310.1, 1758.9) trailing ( 330.0, 1762.5) leading ( 376.2, 298.5) trailing ( 384.8, 302.1) leading ( 377.9, 1513.0) trailing ( 372.9, 1548.5) leading ( 531.3, 1795.9) trailing ( 551.7, 1799.4) leading ( 552.7, 933.3) trailing ( 566.4, 936.7) leading ( 567.8, 185.2) trailing ( 575.6, 188.6) leading ( 586.4, 1345.1) trailing ( 603.3, 1348.5) leading ( 623.2, 1657.1) trailing ( 642.4, 1660.4) leading ( 729.9, 744.5) trailing ( 742.1, 747.7) leading ( 820.3, 1830.2) trailing ( 841.0, 1833.5) leading ( 879.0, 1247.2) trailing ( 895.0, 1250.5) leading ( 969.5, 299.7) trailing ( 978.2, 302.9) leading ( 1035.2, 1954.6) trailing ( 1056.9, 1958.0) leading ( 1201.7, 936.9) trailing ( 1215.4, 940.2) leading ( 1239.8, 583.4) trailing ( 1250.8, 586.8) leading ( 1248.0, 328.3) trailing ( 1257.0, 331.3) leading ( 1335.5, 618.5) trailing ( 1346.9, 621.9) leading ( 58.8, 97.7) trailing ( 0.0, 0.0) leading ( 95.6, 1378.4) trailing ( 0.0, 0.0) leading ( 278.6, 1177.0) trailing ( 0.0, 0.0) leading ( 361.5, 489.4) trailing ( 0.0, 0.0) leading ( 363.7, 1139.3) trailing ( 0.0, 0.0) leading ( 500.3, 487.3) trailing ( 0.0, 0.0) leading ( 742.1, 1788.6) trailing ( 0.0, 0.0) leading ( 823.4, 633.5) trailing ( 0.0, 0.0) leading ( 872.8, 1389.5) trailing ( 0.0, 0.0) leading ( 938.1, 1598.4) trailing ( 0.0, 0.0) leading ( 1001.6, 645.1) trailing ( 0.0, 0.0) leading ( 1009.7, 1161.4) trailing ( 0.0, 0.0) leading ( 1048.1, 777.9) trailing ( 0.0, 0.0) leading ( 1053.1, 1400.1) trailing ( 0.0, 0.0) leading ( 1058.9, 1095.2) trailing ( 0.0, 0.0) leading ( 1089.0, 1689.3) trailing ( 0.0, 0.0) leading ( 1096.4, 671.6) trailing ( 0.0, 0.0) leading ( 1355.1, 917.9) trailing ( 0.0, 0.0) leading ( 1357.6, 1454.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.3, 1548.5) leading ( 0.0, 0.0) trailing ( 13.1, 469.5) leading ( 0.0, 0.0) trailing ( 65.8, 1548.5) leading ( 0.0, 0.0) trailing ( 86.5, 1078.4) leading ( 0.0, 0.0) trailing ( 117.3, 1955.6) leading ( 0.0, 0.0) trailing ( 126.6, 1548.5) leading ( 0.0, 0.0) trailing ( 172.5, 1146.8) leading ( 0.0, 0.0) trailing ( 184.6, 1246.7) leading ( 0.0, 0.0) trailing ( 191.6, 1548.5) leading ( 0.0, 0.0) trailing ( 223.1, 1797.5) leading ( 0.0, 0.0) trailing ( 255.6, 1548.5) leading ( 0.0, 0.0) trailing ( 282.5, 479.1) leading ( 0.0, 0.0) trailing ( 431.2, 1043.1) leading ( 0.0, 0.0) trailing ( 432.8, 1548.5) leading ( 0.0, 0.0) trailing ( 492.8, 1548.5) leading ( 0.0, 0.0) trailing ( 535.8, 1194.5) leading ( 0.0, 0.0) trailing ( 553.5, 1548.5) leading ( 0.0, 0.0) trailing ( 616.7, 1548.5) leading ( 0.0, 0.0) trailing ( 674.8, 1548.5) leading ( 0.0, 0.0) trailing ( 732.6, 1548.5) leading ( 0.0, 0.0) trailing ( 797.4, 1548.5) leading ( 0.0, 0.0) trailing ( 860.6, 1548.5) leading ( 0.0, 0.0) trailing ( 922.8, 1548.5) leading ( 0.0, 0.0) trailing ( 969.4, 1135.0) leading ( 0.0, 0.0) trailing ( 984.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1046.5, 1480.7) leading ( 0.0, 0.0) trailing ( 1046.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1106.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1165.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1226.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1272.3, 1160.6) leading ( 0.0, 0.0) trailing ( 1285.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1350.2, 1548.5) done with do_diagnostics {ELAPSED 55.000} {CPU {{OVERALL 42.400} {UTIME 40.550} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 55.000} {CPU {{OVERALL 42.400} {UTIME 40.550} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 39 {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 40 {ELAPSED 55.000} {CPU {{OVERALL 42.433} {UTIME 40.583} {STIME 1.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 40 done with locate_astrom_gangs {ELAPSED 55.000} {CPU {{OVERALL 42.467} {UTIME 40.600} {STIME 1.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 40 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 55.000} {CPU {{OVERALL 42.467} {UTIME 40.600} {STIME 1.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 40 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 55.000} {CPU {{OVERALL 42.467} {UTIME 40.600} {STIME 1.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 55.000} {CPU {{OVERALL 42.467} {UTIME 40.600} {STIME 1.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 55.000} {CPU {{OVERALL 42.500} {UTIME 40.617} {STIME 1.883} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 55.000} {CPU {{OVERALL 42.517} {UTIME 40.633} {STIME 1.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 40 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 55.000} {CPU {{OVERALL 42.517} {UTIME 40.633} {STIME 1.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 40 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 64 stars in gang file astrom chip t has 100 total star entries leading ( 5.0, 1223.0) trailing ( 33.0, 1231.0) leading ( 108.0, 1514.0) trailing ( 129.0, 1548.0) leading ( 119.0, 1389.0) trailing ( 82.0, 1358.0) leading ( 247.0, 528.0) trailing ( 258.0, 532.0) leading ( 257.0, 1174.0) trailing ( 273.0, 1177.0) leading ( 301.0, 948.0) trailing ( 315.0, 950.0) leading ( 335.0, 1448.0) trailing ( 353.0, 1452.0) leading ( 389.0, 1080.0) trailing ( 404.0, 1084.0) leading ( 436.0, 686.0) trailing ( 447.0, 690.0) leading ( 439.0, 1776.0) trailing ( 459.0, 1779.0) leading ( 516.0, 628.0) trailing ( 527.0, 631.0) leading ( 573.0, 510.0) trailing ( 583.0, 513.0) leading ( 680.0, 1304.0) trailing ( 696.0, 1307.0) leading ( 717.0, 1124.0) trailing ( 732.0, 1128.0) leading ( 769.0, 1385.0) trailing ( 786.0, 1389.0) leading ( 796.0, 964.0) trailing ( 810.0, 968.0) leading ( 826.0, 526.0) trailing ( 837.0, 529.0) leading ( 1016.0, 920.0) trailing ( 1021.0, 885.0) leading ( 1091.0, 264.0) trailing ( 1099.0, 267.0) leading ( 1097.0, 452.0) trailing ( 1108.0, 455.0) leading ( 1134.0, 664.0) trailing ( 1146.0, 668.0) leading ( 1137.0, 956.0) trailing ( 1150.0, 960.0) leading ( 1162.0, 1570.0) trailing ( 1164.0, 1548.0) leading ( 1183.0, 582.0) trailing ( 1193.0, 587.0) astrom chips have 24 matching stars after find_astrom_matches par T 79 after find_astrom_matches par L 79 after find_astrom_matches mch L 79 after find_astrom_matches mch T 79 done with find_astrom_matches {ELAPSED 56.000} {CPU {{OVERALL 43.350} {UTIME 41.467} {STIME 1.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 79 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 79 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 56.000} {CPU {{OVERALL 43.483} {UTIME 41.583} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 79 after discard_bad_astrom_stars mch T 79 Entering proc find_photom_matches for field 40 find_photom_matches: matching 79 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 56.000} {CPU {{OVERALL 43.483} {UTIME 41.583} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 79 after find_photom_matches T par 79 after find_photom_matches L mch 79 after find_photom_matches T mch 79 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 56.000} {CPU {{OVERALL 43.483} {UTIME 41.583} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 79 after discard_bad_photom_stars_1 T par 79 after discard_bad_photom_stars_1 L mch 79 after discard_bad_photom_stars_1 T mch 79 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 56.000} {CPU {{OVERALL 43.500} {UTIME 41.600} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 56.000} {CPU {{OVERALL 43.500} {UTIME 41.600} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 56.000} {CPU {{OVERALL 43.500} {UTIME 41.600} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 79 after discard_bad_photom_stars_2 T par 79 after discard_bad_photom_stars_2 L mch 79 after discard_bad_photom_stars_2 T mch 79 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 56.000} {CPU {{OVERALL 43.500} {UTIME 41.600} {STIME 1.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 40 done with write_output {ELAPSED 56.000} {CPU {{OVERALL 43.600} {UTIME 41.683} {STIME 1.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 40 leading ( 5.1, 1223.2) trailing ( 33.5, 1231.5) leading ( 108.1, 1514.9) trailing ( 129.1, 1548.5) leading ( 119.5, 1390.0) trailing ( 82.6, 1358.3) leading ( 247.4, 529.2) trailing ( 258.0, 532.2) leading ( 258.1, 1174.3) trailing ( 273.8, 1177.6) leading ( 301.8, 947.7) trailing ( 315.5, 950.9) leading ( 335.9, 1449.5) trailing ( 353.7, 1452.7) leading ( 389.3, 1081.2) trailing ( 404.1, 1084.6) leading ( 436.3, 687.5) trailing ( 447.8, 690.9) leading ( 439.5, 1776.2) trailing ( 459.6, 1779.6) leading ( 517.0, 628.5) trailing ( 528.0, 631.6) leading ( 574.0, 510.0) trailing ( 584.0, 513.3) leading ( 680.2, 1304.2) trailing ( 696.6, 1307.7) leading ( 717.6, 1125.0) trailing ( 732.5, 1128.4) leading ( 769.7, 1386.0) trailing ( 786.7, 1389.5) leading ( 796.3, 965.0) trailing ( 810.0, 968.3) leading ( 827.1, 526.7) trailing ( 837.3, 530.2) leading ( 1016.2, 921.4) trailing ( 1021.4, 886.1) leading ( 1091.1, 263.8) trailing ( 1099.4, 267.4) leading ( 1098.1, 452.9) trailing ( 1107.8, 456.6) leading ( 1134.9, 664.8) trailing ( 1146.3, 668.5) leading ( 1137.1, 957.3) trailing ( 1150.7, 960.9) leading ( 1162.2, 1570.0) trailing ( 1158.5, 1548.5) leading ( 1183.6, 583.5) trailing ( 1194.3, 587.1) leading ( 72.5, 1110.4) trailing ( 0.0, 0.0) leading ( 139.8, 1635.5) trailing ( 0.0, 0.0) leading ( 150.3, 656.7) trailing ( 0.0, 0.0) leading ( 370.7, 1600.2) trailing ( 0.0, 0.0) leading ( 410.8, 1508.2) trailing ( 0.0, 0.0) leading ( 446.7, 527.1) trailing ( 0.0, 0.0) leading ( 460.7, 1991.9) trailing ( 0.0, 0.0) leading ( 562.1, 1499.6) trailing ( 0.0, 0.0) leading ( 752.8, 380.7) trailing ( 0.0, 0.0) leading ( 949.0, 1316.9) trailing ( 0.0, 0.0) leading ( 1066.3, 529.4) trailing ( 0.0, 0.0) leading ( 1119.4, 1728.1) trailing ( 0.0, 0.0) leading ( 1205.7, 182.2) trailing ( 0.0, 0.0) leading ( 1311.3, 860.6) trailing ( 0.0, 0.0) leading ( 1350.4, 1599.1) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.9, 1548.5) leading ( 0.0, 0.0) trailing ( 7.8, 921.1) leading ( 0.0, 0.0) trailing ( 14.5, 1457.7) leading ( 0.0, 0.0) trailing ( 32.1, 239.6) leading ( 0.0, 0.0) trailing ( 61.8, 1702.5) leading ( 0.0, 0.0) trailing ( 61.9, 1548.5) leading ( 0.0, 0.0) trailing ( 140.5, 1061.3) leading ( 0.0, 0.0) trailing ( 188.4, 1548.5) leading ( 0.0, 0.0) trailing ( 217.6, 86.5) leading ( 0.0, 0.0) trailing ( 251.4, 1548.5) leading ( 0.0, 0.0) trailing ( 308.2, 1548.5) leading ( 0.0, 0.0) trailing ( 361.8, 1346.9) leading ( 0.0, 0.0) trailing ( 367.8, 365.1) leading ( 0.0, 0.0) trailing ( 371.4, 1548.5) leading ( 0.0, 0.0) trailing ( 430.7, 1548.5) leading ( 0.0, 0.0) trailing ( 499.7, 1548.5) leading ( 0.0, 0.0) trailing ( 495.7, 517.7) leading ( 0.0, 0.0) trailing ( 555.5, 1548.5) leading ( 0.0, 0.0) trailing ( 622.4, 1548.5) leading ( 0.0, 0.0) trailing ( 680.9, 1548.5) leading ( 0.0, 0.0) trailing ( 696.4, 1719.5) leading ( 0.0, 0.0) trailing ( 741.4, 1548.5) leading ( 0.0, 0.0) trailing ( 803.6, 1548.5) leading ( 0.0, 0.0) trailing ( 861.8, 1548.5) leading ( 0.0, 0.0) trailing ( 921.5, 1548.5) leading ( 0.0, 0.0) trailing ( 947.9, 1613.0) leading ( 0.0, 0.0) trailing ( 978.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1040.5, 143.0) leading ( 0.0, 0.0) trailing ( 1043.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1048.1, 1383.5) leading ( 0.0, 0.0) trailing ( 1098.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1134.7, 363.1) leading ( 0.0, 0.0) trailing ( 1187.9, 793.4) leading ( 0.0, 0.0) trailing ( 1223.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1225.1, 93.3) leading ( 0.0, 0.0) trailing ( 1286.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1291.7, 1075.9) leading ( 0.0, 0.0) trailing ( 1315.1, 370.0) leading ( 0.0, 0.0) trailing ( 1350.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1348.9, 1641.1) done with do_diagnostics {ELAPSED 56.000} {CPU {{OVERALL 43.717} {UTIME 41.783} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 56.000} {CPU {{OVERALL 43.717} {UTIME 41.783} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.733} {UTIME 41.800} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.733} {UTIME 41.800} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 40 {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 41 {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 41 done with locate_astrom_gangs {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 41 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 41 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 56.000} {CPU {{OVERALL 43.750} {UTIME 41.817} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 56.000} {CPU {{OVERALL 43.767} {UTIME 41.833} {STIME 1.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 56.000} {CPU {{OVERALL 43.800} {UTIME 41.850} {STIME 1.950} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 56.000} {CPU {{OVERALL 43.800} {UTIME 41.850} {STIME 1.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 41 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 56.000} {CPU {{OVERALL 43.800} {UTIME 41.850} {STIME 1.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 41 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 27.0, 1888.0) trailing ( 49.0, 1892.0) leading ( 114.0, 1050.0) trailing ( 129.0, 1054.0) leading ( 129.0, 1185.0) trailing ( 150.0, 1218.0) leading ( 165.0, 1706.0) trailing ( 185.0, 1710.0) leading ( 247.0, 1548.0) trailing ( 258.0, 1548.0) leading ( 263.0, 1618.0) trailing ( 282.0, 1622.0) leading ( 288.0, 1402.0) trailing ( 305.0, 1406.0) leading ( 368.0, 736.0) trailing ( 380.0, 740.0) leading ( 393.0, 1313.0) trailing ( 410.0, 1317.0) leading ( 633.0, 370.0) trailing ( 642.0, 374.0) leading ( 660.0, 734.0) trailing ( 672.0, 738.0) leading ( 723.0, 1224.0) trailing ( 739.0, 1228.0) leading ( 742.0, 560.0) trailing ( 753.0, 564.0) leading ( 783.0, 1841.0) trailing ( 803.0, 1846.0) leading ( 870.0, 1099.0) trailing ( 885.0, 1103.0) leading ( 946.0, 1618.0) trailing ( 964.0, 1621.0) leading ( 947.0, 841.0) trailing ( 960.0, 845.0) leading ( 1000.0, 1432.0) trailing ( 1017.0, 1436.0) leading ( 1021.0, 1972.0) trailing ( 1043.0, 1976.0) leading ( 1053.0, 1796.0) trailing ( 1073.0, 1800.0) leading ( 1172.0, 1262.0) trailing ( 1189.0, 1266.0) leading ( 1194.0, 212.0) trailing ( 1165.0, 225.0) leading ( 1234.0, 1168.0) trailing ( 1250.0, 1173.0) leading ( 1239.0, 580.0) trailing ( 1251.0, 583.0) leading ( 1289.0, 650.0) trailing ( 1300.0, 654.0) leading ( 1333.0, 1406.0) trailing ( 1347.0, 1427.0) leading ( 1336.0, 294.0) trailing ( 1345.0, 297.0) astrom chips have 27 matching stars after find_astrom_matches par T 79 after find_astrom_matches par L 79 after find_astrom_matches mch L 79 after find_astrom_matches mch T 79 done with find_astrom_matches {ELAPSED 57.000} {CPU {{OVERALL 44.667} {UTIME 42.700} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 79 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 79 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 79 after discard_bad_astrom_stars mch T 79 Entering proc find_photom_matches for field 41 find_photom_matches: matching 79 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 79 after find_photom_matches T par 79 after find_photom_matches L mch 79 after find_photom_matches T mch 79 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 79 after discard_bad_photom_stars_1 T par 79 after discard_bad_photom_stars_1 L mch 79 after discard_bad_photom_stars_1 T mch 79 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 79 after discard_bad_photom_stars_2 T par 79 after discard_bad_photom_stars_2 L mch 79 after discard_bad_photom_stars_2 T mch 79 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 57.000} {CPU {{OVERALL 44.817} {UTIME 42.850} {STIME 1.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 41 done with write_output {ELAPSED 58.000} {CPU {{OVERALL 44.933} {UTIME 42.950} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 41 leading ( 27.7, 1889.5) trailing ( 49.0, 1893.2) leading ( 115.0, 1050.4) trailing ( 129.7, 1054.0) leading ( 129.2, 1185.5) trailing ( 150.4, 1218.7) leading ( 165.9, 1706.8) trailing ( 185.7, 1710.5) leading ( 247.9, 1548.6) trailing ( 258.2, 1548.5) leading ( 263.2, 1619.4) trailing ( 282.2, 1622.9) leading ( 288.4, 1403.5) trailing ( 305.7, 1406.9) leading ( 368.7, 736.7) trailing ( 380.7, 740.2) leading ( 393.7, 1313.7) trailing ( 410.1, 1317.1) leading ( 633.3, 370.6) trailing ( 642.6, 374.2) leading ( 660.2, 735.5) trailing ( 672.3, 739.1) leading ( 723.5, 1225.2) trailing ( 739.5, 1228.8) leading ( 742.4, 561.2) trailing ( 753.2, 564.8) leading ( 783.0, 1842.0) trailing ( 803.7, 1846.0) leading ( 870.7, 1099.9) trailing ( 885.6, 1103.8) leading ( 946.2, 1618.0) trailing ( 964.9, 1621.7) leading ( 947.9, 841.6) trailing ( 960.6, 845.4) leading ( 1000.5, 1433.3) trailing ( 1017.8, 1437.0) leading ( 1021.8, 1972.4) trailing ( 1043.2, 1976.1) leading ( 1053.7, 1797.0) trailing ( 1073.9, 1800.8) leading ( 1172.7, 1262.5) trailing ( 1188.9, 1266.0) leading ( 1194.4, 211.8) trailing ( 1165.1, 225.5) leading ( 1234.8, 1169.5) trailing ( 1250.2, 1173.0) leading ( 1239.9, 580.3) trailing ( 1250.8, 583.7) leading ( 1289.1, 651.4) trailing ( 1300.4, 654.8) leading ( 1333.4, 1406.0) trailing ( 1346.8, 1428.0) leading ( 1336.8, 294.6) trailing ( 1345.4, 298.0) leading ( 43.3, 1067.2) trailing ( 0.0, 0.0) leading ( 100.2, 319.0) trailing ( 0.0, 0.0) leading ( 124.7, 783.4) trailing ( 0.0, 0.0) leading ( 143.7, 933.6) trailing ( 0.0, 0.0) leading ( 253.5, 1285.6) trailing ( 0.0, 0.0) leading ( 356.0, 1099.6) trailing ( 0.0, 0.0) leading ( 460.5, 1463.3) trailing ( 0.0, 0.0) leading ( 499.7, 518.5) trailing ( 0.0, 0.0) leading ( 680.7, 591.0) trailing ( 0.0, 0.0) leading ( 1135.5, 2023.2) trailing ( 0.0, 0.0) leading ( 1342.2, 1109.2) trailing ( 0.0, 0.0) leading ( 1352.4, 1978.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.4, 1548.5) leading ( 0.0, 0.0) trailing ( 6.5, 347.7) leading ( 0.0, 0.0) trailing ( 6.2, 1116.6) leading ( 0.0, 0.0) trailing ( 16.5, 1764.0) leading ( 0.0, 0.0) trailing ( 55.5, 242.6) leading ( 0.0, 0.0) trailing ( 65.1, 1548.5) leading ( 0.0, 0.0) trailing ( 98.0, 2009.5) leading ( 0.0, 0.0) trailing ( 101.5, 1639.5) leading ( 0.0, 0.0) trailing ( 104.5, 722.3) leading ( 0.0, 0.0) trailing ( 131.4, 1548.5) leading ( 0.0, 0.0) trailing ( 192.6, 1548.5) leading ( 0.0, 0.0) trailing ( 286.9, 321.6) leading ( 0.0, 0.0) trailing ( 321.7, 1548.5) leading ( 0.0, 0.0) trailing ( 341.2, 16.9) leading ( 0.0, 0.0) trailing ( 383.3, 1548.5) leading ( 0.0, 0.0) trailing ( 435.4, 1653.3) leading ( 0.0, 0.0) trailing ( 445.3, 1548.5) leading ( 0.0, 0.0) trailing ( 508.9, 1548.5) leading ( 0.0, 0.0) trailing ( 570.5, 71.2) leading ( 0.0, 0.0) trailing ( 570.9, 1548.5) leading ( 0.0, 0.0) trailing ( 603.1, 1925.8) leading ( 0.0, 0.0) trailing ( 635.7, 1548.5) leading ( 0.0, 0.0) trailing ( 671.6, 1821.0) leading ( 0.0, 0.0) trailing ( 690.6, 1548.5) leading ( 0.0, 0.0) trailing ( 757.6, 1548.5) leading ( 0.0, 0.0) trailing ( 758.7, 309.2) leading ( 0.0, 0.0) trailing ( 810.0, 36.4) leading ( 0.0, 0.0) trailing ( 819.8, 1548.5) leading ( 0.0, 0.0) trailing ( 876.0, 1548.5) leading ( 0.0, 0.0) trailing ( 936.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1002.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1055.2, 233.5) leading ( 0.0, 0.0) trailing ( 1056.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1096.6, 1303.9) leading ( 0.0, 0.0) trailing ( 1115.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1136.4, 891.6) leading ( 0.0, 0.0) trailing ( 1178.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1222.8, 970.9) leading ( 0.0, 0.0) trailing ( 1240.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1295.7, 1548.5) done with do_diagnostics {ELAPSED 58.000} {CPU {{OVERALL 45.033} {UTIME 43.050} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 58.000} {CPU {{OVERALL 45.033} {UTIME 43.050} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.050} {UTIME 43.067} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.050} {UTIME 43.067} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.050} {UTIME 43.067} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.050} {UTIME 43.067} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 41 {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 42 {ELAPSED 58.000} {CPU {{OVERALL 45.067} {UTIME 43.083} {STIME 1.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 42 done with locate_astrom_gangs {ELAPSED 58.000} {CPU {{OVERALL 45.100} {UTIME 43.083} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 42 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 58.000} {CPU {{OVERALL 45.100} {UTIME 43.083} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 42 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 58.000} {CPU {{OVERALL 45.100} {UTIME 43.083} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 58.000} {CPU {{OVERALL 45.100} {UTIME 43.083} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 58.000} {CPU {{OVERALL 45.133} {UTIME 43.117} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 58.000} {CPU {{OVERALL 45.133} {UTIME 43.117} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 42 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 58.000} {CPU {{OVERALL 45.133} {UTIME 43.117} {STIME 2.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 42 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 62 stars in gang file astrom chip t has 100 total star entries leading ( 172.0, 1990.0) trailing ( 195.0, 1994.0) leading ( 271.0, 1517.0) trailing ( 246.0, 1548.0) leading ( 373.0, 570.0) trailing ( 359.0, 532.0) leading ( 382.0, 380.0) trailing ( 392.0, 385.0) leading ( 385.0, 1795.0) trailing ( 406.0, 1799.0) leading ( 444.0, 1464.0) trailing ( 463.0, 1468.0) leading ( 446.0, 1062.0) trailing ( 461.0, 1066.0) leading ( 447.0, 1344.0) trailing ( 464.0, 1349.0) leading ( 467.0, 1851.0) trailing ( 488.0, 1855.0) leading ( 501.0, 1652.0) trailing ( 522.0, 1656.0) leading ( 502.0, 234.0) trailing ( 512.0, 237.0) leading ( 671.0, 406.0) trailing ( 681.0, 409.0) leading ( 706.0, 1650.0) trailing ( 726.0, 1654.0) leading ( 829.0, 988.0) trailing ( 843.0, 992.0) leading ( 985.0, 1682.0) trailing ( 947.0, 1646.0) leading ( 1036.0, 1308.0) trailing ( 1052.0, 1312.0) leading ( 1084.0, 659.0) trailing ( 1095.0, 663.0) leading ( 1148.0, 74.0) trailing ( 1155.0, 78.0) leading ( 1264.0, 346.0) trailing ( 1273.0, 350.0) leading ( 1274.0, 1993.0) trailing ( 1296.0, 1997.0) leading ( 1323.0, 1285.0) trailing ( 1339.0, 1289.0) astrom chips have 21 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 59.000} {CPU {{OVERALL 45.950} {UTIME 43.900} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 42 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 59.000} {CPU {{OVERALL 46.083} {UTIME 44.033} {STIME 2.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 42 done with write_output {ELAPSED 59.000} {CPU {{OVERALL 46.200} {UTIME 44.133} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 42 leading ( 173.0, 1991.4) trailing ( 195.0, 1994.8) leading ( 271.8, 1517.6) trailing ( 246.6, 1548.5) leading ( 374.1, 570.1) trailing ( 359.6, 532.7) leading ( 382.6, 381.5) trailing ( 392.2, 385.4) leading ( 385.7, 1795.9) trailing ( 406.4, 1800.0) leading ( 444.9, 1464.2) trailing ( 463.1, 1468.0) leading ( 446.0, 1063.0) trailing ( 461.0, 1067.0) leading ( 447.4, 1345.4) trailing ( 464.6, 1349.3) leading ( 467.4, 1851.6) trailing ( 488.7, 1855.4) leading ( 502.0, 1653.5) trailing ( 522.0, 1657.3) leading ( 503.1, 234.4) trailing ( 511.8, 238.2) leading ( 671.2, 406.4) trailing ( 681.3, 409.9) leading ( 706.9, 1651.2) trailing ( 726.7, 1654.8) leading ( 829.1, 989.0) trailing ( 843.4, 992.6) leading ( 985.3, 1683.4) trailing ( 946.8, 1646.9) leading ( 1036.1, 1308.5) trailing ( 1052.8, 1312.0) leading ( 1084.1, 659.9) trailing ( 1095.7, 663.4) leading ( 1148.5, 75.3) trailing ( 1155.4, 78.7) leading ( 1264.6, 347.0) trailing ( 1273.5, 350.5) leading ( 1274.6, 1993.6) trailing ( 1296.4, 1997.1) leading ( 1324.0, 1285.8) trailing ( 1340.1, 1289.2) leading ( 116.9, 1154.7) trailing ( 0.0, 0.0) leading ( 151.5, 1289.3) trailing ( 0.0, 0.0) leading ( 248.5, 1367.5) trailing ( 0.0, 0.0) leading ( 298.3, 532.6) trailing ( 0.0, 0.0) leading ( 450.4, 1271.8) trailing ( 0.0, 0.0) leading ( 455.1, 383.3) trailing ( 0.0, 0.0) leading ( 532.8, 619.5) trailing ( 0.0, 0.0) leading ( 547.4, 1713.2) trailing ( 0.0, 0.0) leading ( 687.0, 1155.4) trailing ( 0.0, 0.0) leading ( 782.8, 364.9) trailing ( 0.0, 0.0) leading ( 841.3, 737.4) trailing ( 0.0, 0.0) leading ( 1113.2, 523.7) trailing ( 0.0, 0.0) leading ( 1198.4, 1339.3) trailing ( 0.0, 0.0) leading ( 1211.5, 517.4) trailing ( 0.0, 0.0) leading ( 1224.7, 1084.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.3, 1548.5) leading ( 0.0, 0.0) trailing ( 4.6, 1431.1) leading ( 0.0, 0.0) trailing ( 7.0, 1752.8) leading ( 0.0, 0.0) trailing ( 63.8, 1548.5) leading ( 0.0, 0.0) trailing ( 86.2, 801.8) leading ( 0.0, 0.0) trailing ( 87.9, 1202.8) leading ( 0.0, 0.0) trailing ( 121.4, 1548.5) leading ( 0.0, 0.0) trailing ( 174.4, 1079.0) leading ( 0.0, 0.0) trailing ( 187.8, 1548.5) leading ( 0.0, 0.0) trailing ( 279.0, 32.4) leading ( 0.0, 0.0) trailing ( 305.4, 1548.5) leading ( 0.0, 0.0) trailing ( 334.4, 968.1) leading ( 0.0, 0.0) trailing ( 361.6, 1548.5) leading ( 0.0, 0.0) trailing ( 414.6, 1210.5) leading ( 0.0, 0.0) trailing ( 427.5, 1548.5) leading ( 0.0, 0.0) trailing ( 487.5, 1548.5) leading ( 0.0, 0.0) trailing ( 556.7, 1548.5) leading ( 0.0, 0.0) trailing ( 607.7, 1221.2) leading ( 0.0, 0.0) trailing ( 609.1, 1548.5) leading ( 0.0, 0.0) trailing ( 613.2, 1929.2) leading ( 0.0, 0.0) trailing ( 641.6, 1867.7) leading ( 0.0, 0.0) trailing ( 650.5, 1478.6) leading ( 0.0, 0.0) trailing ( 662.1, 1754.6) leading ( 0.0, 0.0) trailing ( 670.8, 1548.5) leading ( 0.0, 0.0) trailing ( 738.6, 1548.5) leading ( 0.0, 0.0) trailing ( 759.7, 723.8) leading ( 0.0, 0.0) trailing ( 794.3, 1548.5) leading ( 0.0, 0.0) trailing ( 861.8, 1548.5) leading ( 0.0, 0.0) trailing ( 867.2, 1355.8) leading ( 0.0, 0.0) trailing ( 921.2, 1548.5) leading ( 0.0, 0.0) trailing ( 985.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1041.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1053.0, 306.4) leading ( 0.0, 0.0) trailing ( 1104.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1172.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1232.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1265.2, 1374.1) leading ( 0.0, 0.0) trailing ( 1288.4, 1181.0) leading ( 0.0, 0.0) trailing ( 1294.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1353.3, 96.7) leading ( 0.0, 0.0) trailing ( 1355.6, 1548.5) done with do_diagnostics {ELAPSED 59.000} {CPU {{OVERALL 46.300} {UTIME 44.233} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 59.000} {CPU {{OVERALL 46.300} {UTIME 44.233} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.317} {UTIME 44.250} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.317} {UTIME 44.250} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.317} {UTIME 44.250} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.317} {UTIME 44.250} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.317} {UTIME 44.250} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 42 {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 43 {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 43 done with locate_astrom_gangs {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 43 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 43 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 59.000} {CPU {{OVERALL 46.333} {UTIME 44.267} {STIME 2.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 59.000} {CPU {{OVERALL 46.383} {UTIME 44.300} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 59.000} {CPU {{OVERALL 46.383} {UTIME 44.300} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 43 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 59.000} {CPU {{OVERALL 46.383} {UTIME 44.300} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 43 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 47 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 42.0, 810.0) trailing ( 55.0, 813.0) leading ( 119.0, 716.0) trailing ( 131.0, 721.0) leading ( 153.0, 1586.0) trailing ( 128.0, 1548.0) leading ( 164.0, 1686.0) trailing ( 183.0, 1691.0) leading ( 219.0, 385.0) trailing ( 182.0, 382.0) leading ( 321.0, 454.0) trailing ( 332.0, 458.0) leading ( 334.0, 1102.0) trailing ( 349.0, 1105.0) leading ( 444.0, 168.0) trailing ( 453.0, 171.0) leading ( 452.0, 1151.0) trailing ( 467.0, 1155.0) leading ( 498.0, 1826.0) trailing ( 518.0, 1830.0) leading ( 499.0, 317.0) trailing ( 509.0, 320.0) leading ( 547.0, 534.0) trailing ( 558.0, 537.0) leading ( 561.0, 1653.0) trailing ( 589.0, 1637.0) leading ( 571.0, 1396.0) trailing ( 576.0, 1401.0) leading ( 576.0, 1780.0) trailing ( 597.0, 1784.0) leading ( 642.0, 1346.0) trailing ( 659.0, 1350.0) leading ( 645.0, 306.0) trailing ( 654.0, 310.0) leading ( 869.0, 1212.0) trailing ( 885.0, 1217.0) leading ( 988.0, 1457.0) trailing ( 1006.0, 1461.0) leading ( 1036.0, 1927.0) trailing ( 1058.0, 1931.0) leading ( 1045.0, 799.0) trailing ( 1058.0, 803.0) leading ( 1061.0, 318.0) trailing ( 1070.0, 322.0) leading ( 1066.0, 660.0) trailing ( 1078.0, 664.0) leading ( 1067.0, 1140.0) trailing ( 1083.0, 1145.0) leading ( 1136.0, 504.0) trailing ( 1147.0, 507.0) leading ( 1217.0, 958.0) trailing ( 1232.0, 962.0) leading ( 1299.0, 1052.0) trailing ( 1314.0, 1056.0) leading ( 1314.0, 1308.0) trailing ( 1332.0, 1311.0) leading ( 1346.0, 774.0) trailing ( 1358.0, 777.0) astrom chips have 29 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 60.000} {CPU {{OVERALL 47.333} {UTIME 45.250} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 60.000} {CPU {{OVERALL 47.467} {UTIME 45.383} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 43 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 60.000} {CPU {{OVERALL 47.467} {UTIME 45.383} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 60.000} {CPU {{OVERALL 47.467} {UTIME 45.383} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 60.000} {CPU {{OVERALL 47.467} {UTIME 45.383} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 60.000} {CPU {{OVERALL 47.467} {UTIME 45.383} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 60.000} {CPU {{OVERALL 47.483} {UTIME 45.400} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 60.000} {CPU {{OVERALL 47.483} {UTIME 45.400} {STIME 2.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 43 done with write_output {ELAPSED 61.000} {CPU {{OVERALL 47.583} {UTIME 45.483} {STIME 2.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 43 leading ( 42.7, 809.9) trailing ( 55.3, 813.4) leading ( 119.6, 716.9) trailing ( 131.3, 720.6) leading ( 153.9, 1587.0) trailing ( 129.7, 1548.5) leading ( 164.2, 1687.2) trailing ( 183.7, 1690.7) leading ( 219.7, 385.0) trailing ( 182.9, 382.2) leading ( 321.7, 454.9) trailing ( 331.8, 458.3) leading ( 334.6, 1102.2) trailing ( 349.7, 1105.7) leading ( 444.9, 168.8) trailing ( 452.9, 172.2) leading ( 452.3, 1151.8) trailing ( 467.9, 1155.2) leading ( 498.2, 1826.3) trailing ( 519.2, 1830.1) leading ( 499.9, 317.6) trailing ( 509.1, 321.0) leading ( 547.5, 534.6) trailing ( 558.4, 538.0) leading ( 561.4, 1653.6) trailing ( 589.9, 1638.0) leading ( 571.5, 1396.7) trailing ( 575.7, 1401.5) leading ( 577.0, 1781.0) trailing ( 597.4, 1784.8) leading ( 642.3, 1347.1) trailing ( 659.6, 1350.6) leading ( 645.6, 307.2) trailing ( 654.9, 310.6) leading ( 869.3, 1213.6) trailing ( 885.7, 1217.2) leading ( 988.2, 1457.8) trailing ( 1006.6, 1461.7) leading ( 1036.6, 1928.0) trailing ( 1058.7, 1931.8) leading ( 1045.2, 800.0) trailing ( 1058.4, 803.7) leading ( 1061.5, 319.2) trailing ( 1070.9, 322.8) leading ( 1066.5, 660.8) trailing ( 1078.6, 664.4) leading ( 1067.1, 1141.3) trailing ( 1082.9, 1145.0) leading ( 1136.2, 504.3) trailing ( 1147.0, 507.7) leading ( 1218.0, 958.9) trailing ( 1232.3, 962.0) leading ( 1299.6, 1053.0) trailing ( 1314.4, 1056.4) leading ( 1315.2, 1308.3) trailing ( 1332.2, 1311.7) leading ( 1346.4, 774.4) trailing ( 1358.9, 777.9) leading ( 38.0, 1654.1) trailing ( 0.0, 0.0) leading ( 51.8, 709.5) trailing ( 0.0, 0.0) leading ( 193.6, 267.3) trailing ( 0.0, 0.0) leading ( 349.0, 1700.8) trailing ( 0.0, 0.0) leading ( 353.6, 2026.3) trailing ( 0.0, 0.0) leading ( 407.6, 620.4) trailing ( 0.0, 0.0) leading ( 407.3, 1048.0) trailing ( 0.0, 0.0) leading ( 461.4, 1264.0) trailing ( 0.0, 0.0) leading ( 471.5, 67.1) trailing ( 0.0, 0.0) leading ( 502.2, 1048.0) trailing ( 0.0, 0.0) leading ( 550.1, 1493.8) trailing ( 0.0, 0.0) leading ( 633.9, 1705.6) trailing ( 0.0, 0.0) leading ( 829.1, 1595.2) trailing ( 0.0, 0.0) leading ( 836.1, 603.5) trailing ( 0.0, 0.0) leading ( 961.6, 1722.2) trailing ( 0.0, 0.0) leading ( 976.0, 479.5) trailing ( 0.0, 0.0) leading ( 1082.4, 1475.6) trailing ( 0.0, 0.0) leading ( 1227.6, 80.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.2, 1548.5) leading ( 0.0, 0.0) trailing ( 9.1, 1312.0) leading ( 0.0, 0.0) trailing ( 68.2, 1548.5) leading ( 0.0, 0.0) trailing ( 81.6, 1462.5) leading ( 0.0, 0.0) trailing ( 191.3, 1548.5) leading ( 0.0, 0.0) trailing ( 253.5, 1548.5) leading ( 0.0, 0.0) trailing ( 313.9, 1548.5) leading ( 0.0, 0.0) trailing ( 378.6, 1548.5) leading ( 0.0, 0.0) trailing ( 439.8, 1548.5) leading ( 0.0, 0.0) trailing ( 457.6, 738.8) leading ( 0.0, 0.0) trailing ( 492.3, 1399.6) leading ( 0.0, 0.0) trailing ( 506.3, 1548.5) leading ( 0.0, 0.0) trailing ( 532.4, 649.2) leading ( 0.0, 0.0) trailing ( 564.8, 1548.5) leading ( 0.0, 0.0) trailing ( 593.8, 1701.8) leading ( 0.0, 0.0) trailing ( 626.8, 1548.5) leading ( 0.0, 0.0) trailing ( 687.6, 1548.5) leading ( 0.0, 0.0) trailing ( 733.2, 60.0) leading ( 0.0, 0.0) trailing ( 755.0, 1548.5) leading ( 0.0, 0.0) trailing ( 810.2, 1548.5) leading ( 0.0, 0.0) trailing ( 870.6, 1548.5) leading ( 0.0, 0.0) trailing ( 893.8, 1861.4) leading ( 0.0, 0.0) trailing ( 894.4, 566.3) leading ( 0.0, 0.0) trailing ( 897.4, 1283.6) leading ( 0.0, 0.0) trailing ( 932.8, 1548.5) leading ( 0.0, 0.0) trailing ( 993.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1050.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1115.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1173.3, 1976.9) leading ( 0.0, 0.0) trailing ( 1185.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1215.6, 129.7) leading ( 0.0, 0.0) trailing ( 1219.7, 1145.8) leading ( 0.0, 0.0) trailing ( 1236.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1296.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1302.5, 913.3) leading ( 0.0, 0.0) trailing ( 1355.1, 1548.5) done with do_diagnostics {ELAPSED 61.000} {CPU {{OVERALL 47.700} {UTIME 45.583} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 61.000} {CPU {{OVERALL 47.700} {UTIME 45.583} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 43 {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 44 {ELAPSED 61.000} {CPU {{OVERALL 47.733} {UTIME 45.617} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 44 done with locate_astrom_gangs {ELAPSED 61.000} {CPU {{OVERALL 47.750} {UTIME 45.633} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 44 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 61.000} {CPU {{OVERALL 47.750} {UTIME 45.633} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 44 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 61.000} {CPU {{OVERALL 47.750} {UTIME 45.633} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 61.000} {CPU {{OVERALL 47.750} {UTIME 45.633} {STIME 2.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 61.000} {CPU {{OVERALL 47.783} {UTIME 45.650} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 61.000} {CPU {{OVERALL 47.800} {UTIME 45.667} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 44 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 61.000} {CPU {{OVERALL 47.800} {UTIME 45.667} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 44 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 44 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 156.0, 646.0) trailing ( 167.0, 650.0) leading ( 162.0, 1240.0) trailing ( 178.0, 1244.0) leading ( 232.0, 878.0) trailing ( 246.0, 882.0) leading ( 311.0, 1078.0) trailing ( 327.0, 1082.0) leading ( 342.0, 1316.0) trailing ( 360.0, 1320.0) leading ( 438.0, 650.0) trailing ( 450.0, 653.0) leading ( 446.0, 1952.0) trailing ( 468.0, 1955.0) leading ( 597.0, 103.0) trailing ( 596.0, 102.0) leading ( 686.0, 306.0) trailing ( 695.0, 310.0) leading ( 746.0, 1164.0) trailing ( 762.0, 1167.0) leading ( 844.0, 1662.0) trailing ( 864.0, 1666.0) leading ( 930.0, 520.0) trailing ( 941.0, 524.0) leading ( 961.0, 2008.0) trailing ( 983.0, 2012.0) leading ( 1015.0, 798.0) trailing ( 1027.0, 802.0) leading ( 1052.0, 345.0) trailing ( 1061.0, 348.0) leading ( 1133.0, 718.0) trailing ( 1144.0, 721.0) leading ( 1145.0, 542.0) trailing ( 1155.0, 545.0) leading ( 1180.0, 1553.0) trailing ( 1177.0, 1548.0) leading ( 1210.0, 1074.0) trailing ( 1224.0, 1077.0) leading ( 1243.0, 2002.0) trailing ( 1265.0, 2007.0) leading ( 1267.0, 1571.0) trailing ( 1239.0, 1548.0) leading ( 1282.0, 73.0) trailing ( 1283.0, 96.0) astrom chips have 22 matching stars after find_astrom_matches par T 87 after find_astrom_matches par L 87 after find_astrom_matches mch L 87 after find_astrom_matches mch T 87 done with find_astrom_matches {ELAPSED 62.000} {CPU {{OVERALL 48.783} {UTIME 46.650} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 87 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 87 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 87 after discard_bad_astrom_stars mch T 87 Entering proc find_photom_matches for field 44 find_photom_matches: matching 87 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 87 after find_photom_matches T par 87 after find_photom_matches L mch 87 after find_photom_matches T mch 87 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 87 after discard_bad_photom_stars_1 T par 87 after discard_bad_photom_stars_1 L mch 87 after discard_bad_photom_stars_1 T mch 87 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 87 after discard_bad_photom_stars_2 T par 87 after discard_bad_photom_stars_2 L mch 87 after discard_bad_photom_stars_2 T mch 87 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 62.000} {CPU {{OVERALL 48.917} {UTIME 46.783} {STIME 2.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 44 done with write_output {ELAPSED 62.000} {CPU {{OVERALL 49.033} {UTIME 46.883} {STIME 2.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 44 leading ( 156.1, 646.5) trailing ( 167.5, 650.2) leading ( 161.9, 1240.1) trailing ( 178.1, 1243.8) leading ( 232.7, 879.0) trailing ( 246.1, 882.9) leading ( 311.6, 1078.5) trailing ( 326.8, 1082.2) leading ( 343.1, 1316.4) trailing ( 360.3, 1320.0) leading ( 438.6, 650.5) trailing ( 450.6, 654.3) leading ( 446.0, 1952.9) trailing ( 468.2, 1956.3) leading ( 597.4, 103.4) trailing ( 601.1, 98.1) leading ( 685.8, 307.4) trailing ( 695.0, 311.0) leading ( 747.0, 1164.1) trailing ( 762.8, 1167.7) leading ( 844.8, 1662.8) trailing ( 864.1, 1666.3) leading ( 930.7, 520.7) trailing ( 941.1, 524.3) leading ( 962.1, 2008.8) trailing ( 983.9, 2012.3) leading ( 1015.6, 798.6) trailing ( 1027.9, 802.2) leading ( 1052.8, 345.3) trailing ( 1061.6, 348.9) leading ( 1133.2, 717.7) trailing ( 1144.8, 721.3) leading ( 1145.7, 542.2) trailing ( 1156.0, 545.8) leading ( 1180.6, 1553.3) trailing ( 1177.3, 1548.5) leading ( 1210.4, 1074.3) trailing ( 1225.1, 1077.8) leading ( 1243.2, 2003.4) trailing ( 1265.0, 2006.9) leading ( 1267.6, 1571.8) trailing ( 1240.4, 1548.5) leading ( 1282.8, 73.6) trailing ( 1282.9, 96.7) leading ( 15.1, 447.5) trailing ( 0.0, 0.0) leading ( 61.5, 329.6) trailing ( 0.0, 0.0) leading ( 325.5, 630.8) trailing ( 0.0, 0.0) leading ( 334.7, 1969.4) trailing ( 0.0, 0.0) leading ( 459.9, 1729.6) trailing ( 0.0, 0.0) leading ( 479.1, 1788.7) trailing ( 0.0, 0.0) leading ( 501.1, 849.4) trailing ( 0.0, 0.0) leading ( 580.7, 479.7) trailing ( 0.0, 0.0) leading ( 629.7, 909.5) trailing ( 0.0, 0.0) leading ( 651.0, 1238.3) trailing ( 0.0, 0.0) leading ( 709.5, 1888.8) trailing ( 0.0, 0.0) leading ( 769.4, 1910.8) trailing ( 0.0, 0.0) leading ( 771.4, 1005.3) trailing ( 0.0, 0.0) leading ( 795.4, 885.5) trailing ( 0.0, 0.0) leading ( 903.4, 215.6) trailing ( 0.0, 0.0) leading ( 938.6, 459.4) trailing ( 0.0, 0.0) leading ( 944.8, 375.9) trailing ( 0.0, 0.0) leading ( 958.4, 868.4) trailing ( 0.0, 0.0) leading ( 1094.5, 1067.6) trailing ( 0.0, 0.0) leading ( 1253.6, 478.0) trailing ( 0.0, 0.0) leading ( 1328.4, 597.8) trailing ( 0.0, 0.0) leading ( 1355.5, 1376.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.8, 1548.5) leading ( 0.0, 0.0) trailing ( 70.0, 1548.5) leading ( 0.0, 0.0) trailing ( 123.1, 1548.5) leading ( 0.0, 0.0) trailing ( 142.0, 1829.5) leading ( 0.0, 0.0) trailing ( 179.8, 757.9) leading ( 0.0, 0.0) trailing ( 181.4, 896.6) leading ( 0.0, 0.0) trailing ( 190.3, 1548.5) leading ( 0.0, 0.0) trailing ( 206.9, 1306.5) leading ( 0.0, 0.0) trailing ( 256.2, 1548.5) leading ( 0.0, 0.0) trailing ( 323.9, 1548.5) leading ( 0.0, 0.0) trailing ( 347.9, 231.3) leading ( 0.0, 0.0) trailing ( 379.9, 1548.5) leading ( 0.0, 0.0) trailing ( 386.5, 1132.6) leading ( 0.0, 0.0) trailing ( 437.6, 1322.1) leading ( 0.0, 0.0) trailing ( 443.3, 1548.5) leading ( 0.0, 0.0) trailing ( 497.9, 1548.5) leading ( 0.0, 0.0) trailing ( 519.3, 1453.0) leading ( 0.0, 0.0) trailing ( 524.7, 1726.5) leading ( 0.0, 0.0) trailing ( 567.8, 1548.5) leading ( 0.0, 0.0) trailing ( 589.4, 36.4) leading ( 0.0, 0.0) trailing ( 629.7, 1548.5) leading ( 0.0, 0.0) trailing ( 647.1, 21.8) leading ( 0.0, 0.0) trailing ( 655.0, 81.0) leading ( 0.0, 0.0) trailing ( 669.4, 1889.5) leading ( 0.0, 0.0) trailing ( 688.0, 1548.5) leading ( 0.0, 0.0) trailing ( 749.1, 1548.5) leading ( 0.0, 0.0) trailing ( 786.6, 608.4) leading ( 0.0, 0.0) trailing ( 787.5, 1239.2) leading ( 0.0, 0.0) trailing ( 807.0, 1861.8) leading ( 0.0, 0.0) trailing ( 813.4, 1548.5) leading ( 0.0, 0.0) trailing ( 873.9, 1548.5) leading ( 0.0, 0.0) trailing ( 894.6, 1954.4) leading ( 0.0, 0.0) trailing ( 921.3, 1816.6) leading ( 0.0, 0.0) trailing ( 938.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1001.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1029.2, 1700.7) leading ( 0.0, 0.0) trailing ( 1059.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1082.7, 1383.8) leading ( 0.0, 0.0) trailing ( 1116.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1196.5, 1661.7) leading ( 0.0, 0.0) trailing ( 1302.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1310.6, 1167.7) leading ( 0.0, 0.0) trailing ( 1357.9, 1548.5) done with do_diagnostics {ELAPSED 62.000} {CPU {{OVERALL 49.167} {UTIME 47.000} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 62.000} {CPU {{OVERALL 49.167} {UTIME 47.000} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.183} {UTIME 47.017} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.183} {UTIME 47.017} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 44 {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 45 {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 45 done with locate_astrom_gangs {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 45 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 45 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 62.000} {CPU {{OVERALL 49.200} {UTIME 47.033} {STIME 2.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 62.000} {CPU {{OVERALL 49.250} {UTIME 47.067} {STIME 2.183} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 62.000} {CPU {{OVERALL 49.250} {UTIME 47.067} {STIME 2.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 45 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 62.000} {CPU {{OVERALL 49.250} {UTIME 47.067} {STIME 2.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 45 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 63 stars in gang file astrom chip t has 100 total star entries leading ( 77.0, 1642.0) trailing ( 96.0, 1646.0) leading ( 184.0, 274.0) trailing ( 193.0, 277.0) leading ( 287.0, 1818.0) trailing ( 308.0, 1822.0) leading ( 351.0, 1328.0) trailing ( 368.0, 1331.0) leading ( 376.0, 648.0) trailing ( 388.0, 651.0) leading ( 581.0, 1168.0) trailing ( 597.0, 1172.0) leading ( 609.0, 741.0) trailing ( 622.0, 745.0) leading ( 681.0, 1539.0) trailing ( 675.0, 1548.0) leading ( 739.0, 1146.0) trailing ( 756.0, 1150.0) leading ( 763.0, 1523.0) trailing ( 734.0, 1548.0) leading ( 800.0, 834.0) trailing ( 814.0, 837.0) leading ( 893.0, 1464.0) trailing ( 911.0, 1468.0) leading ( 894.0, 30.0) trailing ( 901.0, 32.0) leading ( 896.0, 304.0) trailing ( 906.0, 308.0) leading ( 931.0, 548.0) trailing ( 942.0, 552.0) leading ( 1067.0, 1405.0) trailing ( 1085.0, 1409.0) leading ( 1179.0, 1474.0) trailing ( 1197.0, 1477.0) leading ( 1232.0, 1312.0) trailing ( 1250.0, 1316.0) leading ( 1259.0, 1996.0) trailing ( 1282.0, 1999.0) leading ( 1269.0, 1652.0) trailing ( 1289.0, 1655.0) leading ( 1272.0, 534.0) trailing ( 1283.0, 538.0) astrom chips have 21 matching stars after find_astrom_matches par T 78 after find_astrom_matches par L 78 after find_astrom_matches mch L 78 after find_astrom_matches mch T 78 done with find_astrom_matches {ELAPSED 63.000} {CPU {{OVERALL 50.067} {UTIME 47.867} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 78 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 78 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 78 after discard_bad_astrom_stars mch T 78 Entering proc find_photom_matches for field 45 find_photom_matches: matching 78 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 78 after find_photom_matches T par 78 after find_photom_matches L mch 78 after find_photom_matches T mch 78 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 78 after discard_bad_photom_stars_1 T par 78 after discard_bad_photom_stars_1 L mch 78 after discard_bad_photom_stars_1 T mch 78 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 63.000} {CPU {{OVERALL 50.200} {UTIME 48.000} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 78 after discard_bad_photom_stars_2 T par 78 after discard_bad_photom_stars_2 L mch 78 after discard_bad_photom_stars_2 T mch 78 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 63.000} {CPU {{OVERALL 50.217} {UTIME 48.017} {STIME 2.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 45 done with write_output {ELAPSED 64.000} {CPU {{OVERALL 50.317} {UTIME 48.100} {STIME 2.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 45 leading ( 76.8, 1643.1) trailing ( 96.4, 1646.5) leading ( 184.6, 274.0) trailing ( 193.6, 277.4) leading ( 287.5, 1818.7) trailing ( 308.6, 1822.2) leading ( 351.6, 1328.4) trailing ( 368.9, 1331.8) leading ( 376.8, 648.4) trailing ( 388.8, 651.9) leading ( 581.2, 1169.0) trailing ( 597.6, 1172.2) leading ( 609.2, 741.9) trailing ( 622.4, 745.3) leading ( 681.3, 1539.6) trailing ( 677.7, 1548.5) leading ( 740.2, 1146.6) trailing ( 756.5, 1150.0) leading ( 763.8, 1523.7) trailing ( 734.2, 1548.5) leading ( 800.7, 833.7) trailing ( 814.6, 837.3) leading ( 892.9, 1465.4) trailing ( 911.7, 1469.0) leading ( 894.0, 29.8) trailing ( 901.5, 33.4) leading ( 896.8, 304.9) trailing ( 906.4, 308.6) leading ( 931.2, 548.4) trailing ( 942.7, 552.0) leading ( 1067.4, 1405.9) trailing ( 1085.3, 1409.4) leading ( 1179.4, 1474.6) trailing ( 1197.7, 1477.9) leading ( 1233.2, 1313.0) trailing ( 1250.2, 1316.2) leading ( 1259.6, 1996.4) trailing ( 1282.1, 1999.7) leading ( 1269.8, 1652.4) trailing ( 1289.6, 1655.9) leading ( 1272.9, 535.6) trailing ( 1283.9, 539.0) leading ( 53.9, 572.8) trailing ( 0.0, 0.0) leading ( 65.2, 471.5) trailing ( 0.0, 0.0) leading ( 78.1, 177.5) trailing ( 0.0, 0.0) leading ( 241.8, 1142.7) trailing ( 0.0, 0.0) leading ( 314.8, 146.9) trailing ( 0.0, 0.0) leading ( 622.3, 1500.5) trailing ( 0.0, 0.0) leading ( 716.1, 685.6) trailing ( 0.0, 0.0) leading ( 735.7, 1058.0) trailing ( 0.0, 0.0) leading ( 870.2, 1959.5) trailing ( 0.0, 0.0) leading ( 1066.4, 846.4) trailing ( 0.0, 0.0) leading ( 1144.5, 477.5) trailing ( 0.0, 0.0) leading ( 1161.7, 951.3) trailing ( 0.0, 0.0) leading ( 1217.7, 104.7) trailing ( 0.0, 0.0) leading ( 1306.6, 452.6) trailing ( 0.0, 0.0) leading ( 1312.5, 908.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.6, 1548.5) leading ( 0.0, 0.0) trailing ( 68.0, 1548.5) leading ( 0.0, 0.0) trailing ( 131.3, 1548.5) leading ( 0.0, 0.0) trailing ( 179.6, 391.8) leading ( 0.0, 0.0) trailing ( 186.4, 1548.5) leading ( 0.0, 0.0) trailing ( 204.5, 977.7) leading ( 0.0, 0.0) trailing ( 234.3, 1951.8) leading ( 0.0, 0.0) trailing ( 245.5, 378.1) leading ( 0.0, 0.0) trailing ( 246.5, 1548.5) leading ( 0.0, 0.0) trailing ( 271.3, 168.5) leading ( 0.0, 0.0) trailing ( 304.5, 1548.5) leading ( 0.0, 0.0) trailing ( 319.1, 584.5) leading ( 0.0, 0.0) trailing ( 369.3, 103.4) leading ( 0.0, 0.0) trailing ( 368.7, 1548.5) leading ( 0.0, 0.0) trailing ( 422.9, 1479.5) leading ( 0.0, 0.0) trailing ( 430.8, 1548.5) leading ( 0.0, 0.0) trailing ( 489.7, 1343.3) leading ( 0.0, 0.0) trailing ( 501.6, 1548.5) leading ( 0.0, 0.0) trailing ( 553.6, 1548.5) leading ( 0.0, 0.0) trailing ( 607.9, 1548.5) leading ( 0.0, 0.0) trailing ( 675.0, 658.6) leading ( 0.0, 0.0) trailing ( 740.2, 392.6) leading ( 0.0, 0.0) trailing ( 796.5, 1548.5) leading ( 0.0, 0.0) trailing ( 815.4, 750.0) leading ( 0.0, 0.0) trailing ( 827.5, 99.4) leading ( 0.0, 0.0) trailing ( 856.2, 1548.5) leading ( 0.0, 0.0) trailing ( 918.6, 1548.5) leading ( 0.0, 0.0) trailing ( 952.5, 464.1) leading ( 0.0, 0.0) trailing ( 972.5, 1885.6) leading ( 0.0, 0.0) trailing ( 970.4, 1548.5) leading ( 0.0, 0.0) trailing ( 984.9, 784.4) leading ( 0.0, 0.0) trailing ( 1041.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1055.7, 206.0) leading ( 0.0, 0.0) trailing ( 1104.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1170.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1231.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1249.3, 787.9) leading ( 0.0, 0.0) trailing ( 1256.4, 289.3) leading ( 0.0, 0.0) trailing ( 1271.4, 1715.5) leading ( 0.0, 0.0) trailing ( 1293.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.9, 1807.1) leading ( 0.0, 0.0) trailing ( 1357.7, 1548.5) done with do_diagnostics {ELAPSED 64.000} {CPU {{OVERALL 50.417} {UTIME 48.183} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 64.000} {CPU {{OVERALL 50.433} {UTIME 48.200} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 45 {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 46 {ELAPSED 64.000} {CPU {{OVERALL 50.450} {UTIME 48.217} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 46 done with locate_astrom_gangs {ELAPSED 64.000} {CPU {{OVERALL 50.467} {UTIME 48.233} {STIME 2.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 46 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 64.000} {CPU {{OVERALL 50.483} {UTIME 48.233} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 46 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 64.000} {CPU {{OVERALL 50.483} {UTIME 48.233} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 64.000} {CPU {{OVERALL 50.483} {UTIME 48.233} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 64.000} {CPU {{OVERALL 50.500} {UTIME 48.250} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 64.000} {CPU {{OVERALL 50.517} {UTIME 48.267} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 46 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 64.000} {CPU {{OVERALL 50.517} {UTIME 48.267} {STIME 2.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 46 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 37 stars in gang file astrom chip l has 100 total star entries astrom chip t has 63 stars in gang file astrom chip t has 100 total star entries leading ( 110.0, 364.0) trailing ( 120.0, 368.0) leading ( 134.0, 772.0) trailing ( 147.0, 776.0) leading ( 163.0, 966.0) trailing ( 178.0, 970.0) leading ( 197.0, 1212.0) trailing ( 213.0, 1217.0) leading ( 237.0, 697.0) trailing ( 250.0, 701.0) leading ( 274.0, 102.0) trailing ( 282.0, 105.0) leading ( 319.0, 1294.0) trailing ( 336.0, 1297.0) leading ( 373.0, 2002.0) trailing ( 397.0, 2005.0) leading ( 442.0, 174.0) trailing ( 450.0, 178.0) leading ( 457.0, 1384.0) trailing ( 474.0, 1387.0) leading ( 564.0, 1206.0) trailing ( 580.0, 1210.0) leading ( 565.0, 1838.0) trailing ( 586.0, 1842.0) leading ( 667.0, 210.0) trailing ( 676.0, 213.0) leading ( 839.0, 1822.0) trailing ( 861.0, 1826.0) leading ( 885.0, 416.0) trailing ( 858.0, 388.0) leading ( 1009.0, 1806.0) trailing ( 1029.0, 1809.0) leading ( 1022.0, 219.0) trailing ( 1030.0, 223.0) leading ( 1031.0, 420.0) trailing ( 1041.0, 423.0) leading ( 1043.0, 1522.0) trailing ( 1039.0, 1548.0) leading ( 1048.0, 1688.0) trailing ( 1028.0, 1673.0) leading ( 1165.0, 1269.0) trailing ( 1182.0, 1273.0) leading ( 1217.0, 1470.0) trailing ( 1236.0, 1475.0) leading ( 1269.0, 1070.0) trailing ( 1284.0, 1074.0) leading ( 1286.0, 1158.0) trailing ( 1302.0, 1161.0) leading ( 1317.0, 1778.0) trailing ( 1338.0, 1782.0) astrom chips have 25 matching stars after find_astrom_matches par T 75 after find_astrom_matches par L 75 after find_astrom_matches mch L 75 after find_astrom_matches mch T 75 done with find_astrom_matches {ELAPSED 65.000} {CPU {{OVERALL 51.300} {UTIME 49.033} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 75 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 75 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 65.000} {CPU {{OVERALL 51.417} {UTIME 49.150} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 75 after discard_bad_astrom_stars mch T 75 Entering proc find_photom_matches for field 46 find_photom_matches: matching 75 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 65.000} {CPU {{OVERALL 51.417} {UTIME 49.150} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 75 after find_photom_matches T par 75 after find_photom_matches L mch 75 after find_photom_matches T mch 75 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 65.000} {CPU {{OVERALL 51.417} {UTIME 49.150} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 75 after discard_bad_photom_stars_1 T par 75 after discard_bad_photom_stars_1 L mch 75 after discard_bad_photom_stars_1 T mch 75 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 65.000} {CPU {{OVERALL 51.433} {UTIME 49.167} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 65.000} {CPU {{OVERALL 51.433} {UTIME 49.167} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 65.000} {CPU {{OVERALL 51.433} {UTIME 49.167} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 75 after discard_bad_photom_stars_2 T par 75 after discard_bad_photom_stars_2 L mch 75 after discard_bad_photom_stars_2 T mch 75 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 65.000} {CPU {{OVERALL 51.433} {UTIME 49.167} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 46 done with write_output {ELAPSED 65.000} {CPU {{OVERALL 51.517} {UTIME 49.250} {STIME 2.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 46 leading ( 110.6, 364.8) trailing ( 120.6, 368.4) leading ( 134.1, 773.5) trailing ( 147.3, 777.1) leading ( 163.2, 966.8) trailing ( 178.0, 970.4) leading ( 197.5, 1213.5) trailing ( 214.1, 1217.3) leading ( 237.6, 697.6) trailing ( 250.2, 701.2) leading ( 274.2, 102.4) trailing ( 282.2, 106.0) leading ( 319.1, 1294.1) trailing ( 336.2, 1297.7) leading ( 374.1, 2002.8) trailing ( 396.9, 2006.2) leading ( 442.7, 174.7) trailing ( 451.1, 178.1) leading ( 457.2, 1384.8) trailing ( 475.0, 1388.0) leading ( 564.3, 1206.6) trailing ( 580.8, 1209.9) leading ( 565.1, 1838.6) trailing ( 586.7, 1841.8) leading ( 667.6, 210.7) trailing ( 676.3, 214.0) leading ( 840.1, 1822.8) trailing ( 861.2, 1826.5) leading ( 885.8, 417.3) trailing ( 858.2, 388.0) leading ( 1009.0, 1806.0) trailing ( 1029.8, 1809.5) leading ( 1022.2, 220.1) trailing ( 1030.7, 223.6) leading ( 1031.3, 420.6) trailing ( 1041.2, 424.1) leading ( 1043.5, 1523.1) trailing ( 1039.3, 1548.5) leading ( 1047.8, 1687.4) trailing ( 1028.5, 1673.2) leading ( 1165.5, 1269.8) trailing ( 1182.1, 1273.5) leading ( 1217.6, 1471.4) trailing ( 1235.8, 1475.1) leading ( 1269.4, 1070.2) trailing ( 1284.5, 1074.0) leading ( 1286.1, 1157.7) trailing ( 1301.9, 1161.4) leading ( 1317.7, 1779.2) trailing ( 1338.5, 1782.9) leading ( 84.7, 1315.8) trailing ( 0.0, 0.0) leading ( 283.6, 231.9) trailing ( 0.0, 0.0) leading ( 463.4, 1763.8) trailing ( 0.0, 0.0) leading ( 524.6, 150.1) trailing ( 0.0, 0.0) leading ( 645.1, 321.9) trailing ( 0.0, 0.0) leading ( 717.8, 507.5) trailing ( 0.0, 0.0) leading ( 842.9, 1294.5) trailing ( 0.0, 0.0) leading ( 938.0, 1305.6) trailing ( 0.0, 0.0) leading ( 1111.6, 1382.3) trailing ( 0.0, 0.0) leading ( 1183.6, 1629.4) trailing ( 0.0, 0.0) leading ( 1242.7, 536.0) trailing ( 0.0, 0.0) leading ( 1341.8, 186.2) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.5, 1548.5) leading ( 0.0, 0.0) trailing ( 65.2, 1548.5) leading ( 0.0, 0.0) trailing ( 66.4, 68.6) leading ( 0.0, 0.0) trailing ( 118.4, 1548.5) leading ( 0.0, 0.0) trailing ( 180.2, 1548.5) leading ( 0.0, 0.0) trailing ( 191.6, 545.2) leading ( 0.0, 0.0) trailing ( 246.6, 1548.5) leading ( 0.0, 0.0) trailing ( 265.9, 1982.3) leading ( 0.0, 0.0) trailing ( 305.7, 1548.5) leading ( 0.0, 0.0) trailing ( 352.5, 1711.5) leading ( 0.0, 0.0) trailing ( 367.6, 1548.5) leading ( 0.0, 0.0) trailing ( 428.0, 1548.5) leading ( 0.0, 0.0) trailing ( 483.5, 1210.5) leading ( 0.0, 0.0) trailing ( 492.7, 1548.5) leading ( 0.0, 0.0) trailing ( 542.2, 1548.5) leading ( 0.0, 0.0) trailing ( 572.0, 336.6) leading ( 0.0, 0.0) trailing ( 609.9, 1548.5) leading ( 0.0, 0.0) trailing ( 669.2, 1548.5) leading ( 0.0, 0.0) trailing ( 722.8, 280.8) leading ( 0.0, 0.0) trailing ( 733.2, 1548.5) leading ( 0.0, 0.0) trailing ( 787.9, 1548.5) leading ( 0.0, 0.0) trailing ( 845.8, 932.1) leading ( 0.0, 0.0) trailing ( 851.4, 1548.5) leading ( 0.0, 0.0) trailing ( 923.2, 1548.5) leading ( 0.0, 0.0) trailing ( 976.7, 508.6) leading ( 0.0, 0.0) trailing ( 980.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1022.6, 1887.7) leading ( 0.0, 0.0) trailing ( 1024.5, 354.1) leading ( 0.0, 0.0) trailing ( 1043.5, 127.5) leading ( 0.0, 0.0) trailing ( 1098.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1159.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1207.9, 109.9) leading ( 0.0, 0.0) trailing ( 1217.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1250.2, 19.7) leading ( 0.0, 0.0) trailing ( 1281.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1299.5, 1985.2) leading ( 0.0, 0.0) trailing ( 1307.2, 435.2) leading ( 0.0, 0.0) trailing ( 1342.6, 1548.5) done with do_diagnostics {ELAPSED 65.000} {CPU {{OVERALL 51.633} {UTIME 49.350} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 65.000} {CPU {{OVERALL 51.633} {UTIME 49.350} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.650} {UTIME 49.367} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.650} {UTIME 49.367} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.650} {UTIME 49.367} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.650} {UTIME 49.367} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 46 {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 47 {ELAPSED 65.000} {CPU {{OVERALL 51.667} {UTIME 49.383} {STIME 2.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 47 done with locate_astrom_gangs {ELAPSED 65.000} {CPU {{OVERALL 51.683} {UTIME 49.383} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 47 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 65.000} {CPU {{OVERALL 51.683} {UTIME 49.383} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 47 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 65.000} {CPU {{OVERALL 51.683} {UTIME 49.383} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 65.000} {CPU {{OVERALL 51.683} {UTIME 49.383} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 65.000} {CPU {{OVERALL 51.717} {UTIME 49.417} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 65.000} {CPU {{OVERALL 51.717} {UTIME 49.417} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 47 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 65.000} {CPU {{OVERALL 51.717} {UTIME 49.417} {STIME 2.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 47 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 34 stars in gang file astrom chip l has 100 total star entries astrom chip t has 60 stars in gang file astrom chip t has 100 total star entries leading ( 17.0, 572.0) trailing ( 29.0, 575.0) leading ( 36.0, 1351.0) trailing ( 54.0, 1355.0) leading ( 39.0, 1100.0) trailing ( 55.0, 1104.0) leading ( 114.0, 1968.0) trailing ( 137.0, 1973.0) leading ( 121.0, 1126.0) trailing ( 132.0, 1159.0) leading ( 159.0, 942.0) trailing ( 173.0, 946.0) leading ( 241.0, 513.0) trailing ( 262.0, 480.0) leading ( 343.0, 278.0) trailing ( 353.0, 282.0) leading ( 374.0, 1684.0) trailing ( 395.0, 1687.0) leading ( 377.0, 1130.0) trailing ( 394.0, 1133.0) leading ( 448.0, 206.0) trailing ( 457.0, 210.0) leading ( 469.0, 1331.0) trailing ( 487.0, 1335.0) leading ( 520.0, 1978.0) trailing ( 542.0, 1982.0) leading ( 578.0, 1844.0) trailing ( 599.0, 1848.0) leading ( 659.0, 1758.0) trailing ( 681.0, 1762.0) leading ( 690.0, 340.0) trailing ( 700.0, 343.0) leading ( 772.0, 196.0) trailing ( 781.0, 200.0) leading ( 792.0, 501.0) trailing ( 817.0, 536.0) leading ( 903.0, 964.0) trailing ( 918.0, 968.0) leading ( 985.0, 1954.0) trailing ( 1007.0, 1958.0) leading ( 1012.0, 1096.0) trailing ( 1028.0, 1100.0) leading ( 1151.0, 1948.0) trailing ( 1174.0, 1952.0) leading ( 1281.0, 418.0) trailing ( 1291.0, 422.0) leading ( 1286.0, 1085.0) trailing ( 1311.0, 1081.0) leading ( 1296.0, 734.0) trailing ( 1308.0, 737.0) astrom chips have 25 matching stars after find_astrom_matches par T 69 after find_astrom_matches par L 69 after find_astrom_matches mch L 69 after find_astrom_matches mch T 69 done with find_astrom_matches {ELAPSED 66.000} {CPU {{OVERALL 52.400} {UTIME 50.083} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 69 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 69 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 66.000} {CPU {{OVERALL 52.517} {UTIME 50.200} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 69 after discard_bad_astrom_stars mch T 69 Entering proc find_photom_matches for field 47 find_photom_matches: matching 69 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 69 after find_photom_matches T par 69 after find_photom_matches L mch 69 after find_photom_matches T mch 69 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 69 after discard_bad_photom_stars_1 T par 69 after discard_bad_photom_stars_1 L mch 69 after discard_bad_photom_stars_1 T mch 69 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 69 after discard_bad_photom_stars_2 T par 69 after discard_bad_photom_stars_2 L mch 69 after discard_bad_photom_stars_2 T mch 69 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 66.000} {CPU {{OVERALL 52.533} {UTIME 50.217} {STIME 2.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 47 done with write_output {ELAPSED 66.000} {CPU {{OVERALL 52.633} {UTIME 50.300} {STIME 2.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 47 leading ( 17.9, 572.3) trailing ( 29.3, 575.9) leading ( 36.4, 1351.7) trailing ( 53.9, 1355.4) leading ( 39.7, 1100.7) trailing ( 55.2, 1104.2) leading ( 114.7, 1969.6) trailing ( 137.2, 1973.2) leading ( 121.7, 1126.6) trailing ( 132.8, 1159.5) leading ( 159.2, 943.6) trailing ( 173.7, 946.9) leading ( 241.8, 513.5) trailing ( 262.1, 480.7) leading ( 343.2, 279.0) trailing ( 352.9, 282.4) leading ( 374.6, 1684.2) trailing ( 395.3, 1688.0) leading ( 377.5, 1130.1) trailing ( 393.9, 1133.6) leading ( 448.3, 206.6) trailing ( 457.5, 210.2) leading ( 469.5, 1331.6) trailing ( 487.4, 1335.2) leading ( 520.3, 1978.4) trailing ( 543.3, 1982.1) leading ( 578.1, 1844.5) trailing ( 599.9, 1848.2) leading ( 660.2, 1758.5) trailing ( 681.2, 1762.3) leading ( 690.7, 340.2) trailing ( 700.5, 343.8) leading ( 772.7, 197.0) trailing ( 781.3, 200.5) leading ( 792.2, 501.9) trailing ( 817.2, 536.3) leading ( 903.4, 964.8) trailing ( 918.1, 968.2) leading ( 985.2, 1955.6) trailing ( 1007.5, 1959.0) leading ( 1012.7, 1097.6) trailing ( 1028.2, 1101.0) leading ( 1151.8, 1949.0) trailing ( 1173.8, 1952.6) leading ( 1281.8, 418.6) trailing ( 1292.0, 421.9) leading ( 1286.6, 1085.5) trailing ( 1311.8, 1081.7) leading ( 1296.0, 734.4) trailing ( 1308.7, 737.8) leading ( 14.6, 762.3) trailing ( 0.0, 0.0) leading ( 209.4, 65.1) trailing ( 0.0, 0.0) leading ( 432.8, 1989.2) trailing ( 0.0, 0.0) leading ( 735.7, 1649.2) trailing ( 0.0, 0.0) leading ( 742.9, 1196.7) trailing ( 0.0, 0.0) leading ( 938.2, 1675.7) trailing ( 0.0, 0.0) leading ( 1052.4, 1377.6) trailing ( 0.0, 0.0) leading ( 1115.8, 1820.8) trailing ( 0.0, 0.0) leading ( 1131.7, 742.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.3, 1548.5) leading ( 0.0, 0.0) trailing ( 23.3, 1165.7) leading ( 0.0, 0.0) trailing ( 69.3, 1548.5) leading ( 0.0, 0.0) trailing ( 116.8, 1811.8) leading ( 0.0, 0.0) trailing ( 133.7, 1548.5) leading ( 0.0, 0.0) trailing ( 153.7, 448.0) leading ( 0.0, 0.0) trailing ( 201.1, 1548.5) leading ( 0.0, 0.0) trailing ( 209.0, 1040.0) leading ( 0.0, 0.0) trailing ( 236.3, 315.6) leading ( 0.0, 0.0) trailing ( 257.7, 1548.5) leading ( 0.0, 0.0) trailing ( 321.8, 1548.5) leading ( 0.0, 0.0) trailing ( 389.2, 1548.5) leading ( 0.0, 0.0) trailing ( 444.6, 1548.5) leading ( 0.0, 0.0) trailing ( 507.1, 1548.5) leading ( 0.0, 0.0) trailing ( 570.1, 1548.5) leading ( 0.0, 0.0) trailing ( 634.5, 1548.5) leading ( 0.0, 0.0) trailing ( 703.8, 1548.5) leading ( 0.0, 0.0) trailing ( 755.7, 1548.5) leading ( 0.0, 0.0) trailing ( 819.7, 1548.5) leading ( 0.0, 0.0) trailing ( 845.5, 128.4) leading ( 0.0, 0.0) trailing ( 877.4, 1548.5) leading ( 0.0, 0.0) trailing ( 944.6, 1548.5) leading ( 0.0, 0.0) trailing ( 949.5, 1824.4) leading ( 0.0, 0.0) trailing ( 1004.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1009.6, 1678.8) leading ( 0.0, 0.0) trailing ( 1011.7, 409.4) leading ( 0.0, 0.0) trailing ( 1062.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1088.8, 76.2) leading ( 0.0, 0.0) trailing ( 1100.7, 1878.6) leading ( 0.0, 0.0) trailing ( 1124.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1163.6, 1136.7) leading ( 0.0, 0.0) trailing ( 1189.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1253.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1316.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1333.0, 1969.5) done with do_diagnostics {ELAPSED 66.000} {CPU {{OVERALL 52.733} {UTIME 50.383} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 66.000} {CPU {{OVERALL 52.733} {UTIME 50.383} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 47 {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 48 {ELAPSED 66.000} {CPU {{OVERALL 52.767} {UTIME 50.417} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 48 done with locate_astrom_gangs {ELAPSED 66.000} {CPU {{OVERALL 52.783} {UTIME 50.433} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 48 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 66.000} {CPU {{OVERALL 52.783} {UTIME 50.433} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 48 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 66.000} {CPU {{OVERALL 52.783} {UTIME 50.433} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 66.000} {CPU {{OVERALL 52.783} {UTIME 50.433} {STIME 2.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 66.000} {CPU {{OVERALL 52.817} {UTIME 50.450} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 66.000} {CPU {{OVERALL 52.817} {UTIME 50.450} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 48 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 66.000} {CPU {{OVERALL 52.833} {UTIME 50.467} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 48 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 30 stars in gang file astrom chip l has 100 total star entries astrom chip t has 62 stars in gang file astrom chip t has 100 total star entries leading ( 96.0, 1798.0) trailing ( 118.0, 1801.0) leading ( 428.0, 1418.0) trailing ( 447.0, 1421.0) leading ( 559.0, 1289.0) trailing ( 576.0, 1292.0) leading ( 609.0, 805.0) trailing ( 622.0, 809.0) leading ( 654.0, 1256.0) trailing ( 671.0, 1259.0) leading ( 708.0, 232.0) trailing ( 717.0, 236.0) leading ( 728.0, 810.0) trailing ( 742.0, 814.0) leading ( 735.0, 666.0) trailing ( 748.0, 670.0) leading ( 826.0, 1452.0) trailing ( 844.0, 1456.0) leading ( 848.0, 1796.0) trailing ( 868.0, 1800.0) leading ( 871.0, 1863.0) trailing ( 893.0, 1867.0) leading ( 899.0, 2000.0) trailing ( 922.0, 2004.0) leading ( 977.0, 1790.0) trailing ( 998.0, 1793.0) leading ( 1019.0, 445.0) trailing ( 1030.0, 448.0) leading ( 1107.0, 1274.0) trailing ( 1124.0, 1278.0) leading ( 1143.0, 169.0) trailing ( 1149.0, 147.0) leading ( 1145.0, 896.0) trailing ( 1159.0, 899.0) leading ( 1168.0, 595.0) trailing ( 1203.0, 576.0) leading ( 1276.0, 356.0) trailing ( 1286.0, 359.0) leading ( 1288.0, 1696.0) trailing ( 1308.0, 1700.0) leading ( 1305.0, 1062.0) trailing ( 1321.0, 1066.0) leading ( 1347.0, 842.0) trailing ( 1347.0, 874.0) astrom chips have 22 matching stars after find_astrom_matches par T 70 after find_astrom_matches par L 70 after find_astrom_matches mch L 70 after find_astrom_matches mch T 70 done with find_astrom_matches {ELAPSED 67.000} {CPU {{OVERALL 53.483} {UTIME 51.117} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 70 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 70 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 67.000} {CPU {{OVERALL 53.600} {UTIME 51.233} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 70 after discard_bad_astrom_stars mch T 70 Entering proc find_photom_matches for field 48 find_photom_matches: matching 70 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 67.000} {CPU {{OVERALL 53.600} {UTIME 51.233} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 70 after find_photom_matches T par 70 after find_photom_matches L mch 70 after find_photom_matches T mch 70 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 67.000} {CPU {{OVERALL 53.617} {UTIME 51.250} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 70 after discard_bad_photom_stars_1 T par 70 after discard_bad_photom_stars_1 L mch 70 after discard_bad_photom_stars_1 T mch 70 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 67.000} {CPU {{OVERALL 53.617} {UTIME 51.250} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 67.000} {CPU {{OVERALL 53.617} {UTIME 51.250} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 67.000} {CPU {{OVERALL 53.617} {UTIME 51.250} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 70 after discard_bad_photom_stars_2 T par 70 after discard_bad_photom_stars_2 L mch 70 after discard_bad_photom_stars_2 T mch 70 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 67.000} {CPU {{OVERALL 53.617} {UTIME 51.250} {STIME 2.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 48 done with write_output {ELAPSED 67.000} {CPU {{OVERALL 53.733} {UTIME 51.333} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 48 leading ( 97.1, 1798.1) trailing ( 118.4, 1801.5) leading ( 429.0, 1418.5) trailing ( 447.4, 1422.1) leading ( 559.1, 1289.5) trailing ( 576.4, 1293.1) leading ( 609.3, 806.0) trailing ( 622.8, 809.6) leading ( 654.5, 1255.9) trailing ( 671.6, 1259.4) leading ( 708.2, 232.7) trailing ( 717.3, 236.3) leading ( 728.7, 810.3) trailing ( 742.2, 814.0) leading ( 735.4, 666.7) trailing ( 747.7, 670.3) leading ( 826.7, 1453.0) trailing ( 845.1, 1456.7) leading ( 847.8, 1796.1) trailing ( 868.9, 1799.7) leading ( 872.0, 1863.9) trailing ( 893.6, 1867.5) leading ( 899.7, 2001.2) trailing ( 922.3, 2004.8) leading ( 977.8, 1790.0) trailing ( 999.0, 1793.4) leading ( 1019.5, 445.4) trailing ( 1030.0, 448.9) leading ( 1107.2, 1275.4) trailing ( 1124.4, 1279.0) leading ( 1143.5, 169.7) trailing ( 1149.5, 147.6) leading ( 1144.9, 896.1) trailing ( 1159.1, 899.6) leading ( 1168.5, 595.5) trailing ( 1203.7, 576.4) leading ( 1276.6, 356.3) trailing ( 1286.5, 359.7) leading ( 1288.5, 1697.2) trailing ( 1308.9, 1700.7) leading ( 1305.3, 1063.5) trailing ( 1320.7, 1066.9) leading ( 1347.2, 842.6) trailing ( 1347.6, 874.9) leading ( 51.4, 466.3) trailing ( 0.0, 0.0) leading ( 106.6, 1451.4) trailing ( 0.0, 0.0) leading ( 260.4, 283.1) trailing ( 0.0, 0.0) leading ( 271.7, 1897.5) trailing ( 0.0, 0.0) leading ( 560.3, 1711.8) trailing ( 0.0, 0.0) leading ( 648.2, 1639.1) trailing ( 0.0, 0.0) leading ( 764.4, 1755.6) trailing ( 0.0, 0.0) leading ( 1234.8, 1132.3) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.1, 1548.5) leading ( 0.0, 0.0) trailing ( 28.6, 2006.0) leading ( 0.0, 0.0) trailing ( 49.1, 1419.2) leading ( 0.0, 0.0) trailing ( 67.7, 1548.5) leading ( 0.0, 0.0) trailing ( 134.0, 1548.5) leading ( 0.0, 0.0) trailing ( 136.3, 167.4) leading ( 0.0, 0.0) trailing ( 145.0, 472.2) leading ( 0.0, 0.0) trailing ( 165.7, 73.3) leading ( 0.0, 0.0) trailing ( 195.0, 1548.5) leading ( 0.0, 0.0) trailing ( 256.5, 1548.5) leading ( 0.0, 0.0) trailing ( 285.9, 337.8) leading ( 0.0, 0.0) trailing ( 318.9, 1548.5) leading ( 0.0, 0.0) trailing ( 370.3, 1422.7) leading ( 0.0, 0.0) trailing ( 377.6, 147.0) leading ( 0.0, 0.0) trailing ( 384.9, 1548.5) leading ( 0.0, 0.0) trailing ( 386.5, 1873.6) leading ( 0.0, 0.0) trailing ( 447.3, 1548.5) leading ( 0.0, 0.0) trailing ( 509.4, 1548.5) leading ( 0.0, 0.0) trailing ( 566.9, 1548.5) leading ( 0.0, 0.0) trailing ( 630.2, 1548.5) leading ( 0.0, 0.0) trailing ( 698.0, 1548.5) leading ( 0.0, 0.0) trailing ( 748.0, 1869.7) leading ( 0.0, 0.0) trailing ( 757.7, 1548.5) leading ( 0.0, 0.0) trailing ( 802.4, 777.5) leading ( 0.0, 0.0) trailing ( 821.6, 1548.5) leading ( 0.0, 0.0) trailing ( 884.3, 1548.5) leading ( 0.0, 0.0) trailing ( 904.2, 551.9) leading ( 0.0, 0.0) trailing ( 951.3, 1548.5) leading ( 0.0, 0.0) trailing ( 994.8, 1323.8) leading ( 0.0, 0.0) trailing ( 1009.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1058.5, 754.6) leading ( 0.0, 0.0) trailing ( 1067.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1123.5, 718.3) leading ( 0.0, 0.0) trailing ( 1133.5, 1066.7) leading ( 0.0, 0.0) trailing ( 1132.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1197.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1204.8, 1889.4) leading ( 0.0, 0.0) trailing ( 1259.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1318.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1334.8, 587.2) done with do_diagnostics {ELAPSED 68.000} {CPU {{OVERALL 53.817} {UTIME 51.417} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 68.000} {CPU {{OVERALL 53.817} {UTIME 51.417} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 48 {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 49 {ELAPSED 68.000} {CPU {{OVERALL 53.850} {UTIME 51.450} {STIME 2.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 49 done with locate_astrom_gangs {ELAPSED 68.000} {CPU {{OVERALL 53.867} {UTIME 51.450} {STIME 2.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 49 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 68.000} {CPU {{OVERALL 53.883} {UTIME 51.467} {STIME 2.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 49 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 68.000} {CPU {{OVERALL 53.883} {UTIME 51.467} {STIME 2.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 68.000} {CPU {{OVERALL 53.883} {UTIME 51.467} {STIME 2.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 68.000} {CPU {{OVERALL 53.917} {UTIME 51.483} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 68.000} {CPU {{OVERALL 53.933} {UTIME 51.500} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 49 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 68.000} {CPU {{OVERALL 53.933} {UTIME 51.500} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 49 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 66 stars in gang file astrom chip t has 100 total star entries leading ( 34.0, 1604.0) trailing ( 54.0, 1608.0) leading ( 78.0, 1224.0) trailing ( 95.0, 1228.0) leading ( 96.0, 1976.0) trailing ( 119.0, 1980.0) leading ( 184.0, 682.0) trailing ( 197.0, 686.0) leading ( 209.0, 1569.0) trailing ( 194.0, 1548.0) leading ( 459.0, 477.0) trailing ( 453.0, 511.0) leading ( 488.0, 364.0) trailing ( 498.0, 368.0) leading ( 527.0, 508.0) trailing ( 538.0, 511.0) leading ( 595.0, 1254.0) trailing ( 612.0, 1257.0) leading ( 634.0, 1728.0) trailing ( 656.0, 1732.0) leading ( 691.0, 892.0) trailing ( 705.0, 895.0) leading ( 700.0, 219.0) trailing ( 709.0, 222.0) leading ( 758.0, 1688.0) trailing ( 778.0, 1691.0) leading ( 776.0, 428.0) trailing ( 787.0, 432.0) leading ( 789.0, 662.0) trailing ( 802.0, 666.0) leading ( 869.0, 910.0) trailing ( 884.0, 913.0) leading ( 900.0, 690.0) trailing ( 914.0, 693.0) leading ( 942.0, 1182.0) trailing ( 960.0, 1185.0) leading ( 954.0, 853.0) trailing ( 968.0, 856.0) leading ( 995.0, 394.0) trailing ( 1006.0, 397.0) leading ( 1012.0, 176.0) trailing ( 1021.0, 179.0) leading ( 1162.0, 1866.0) trailing ( 1130.0, 1875.0) leading ( 1281.0, 1946.0) trailing ( 1303.0, 1950.0) leading ( 1293.0, 1334.0) trailing ( 1311.0, 1338.0) leading ( 1313.0, 1573.0) trailing ( 1315.0, 1548.0) astrom chips have 25 matching stars after find_astrom_matches par T 80 after find_astrom_matches par L 80 after find_astrom_matches mch L 80 after find_astrom_matches mch T 80 done with find_astrom_matches {ELAPSED 69.000} {CPU {{OVERALL 54.767} {UTIME 52.333} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 80 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 80 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 80 after discard_bad_astrom_stars mch T 80 Entering proc find_photom_matches for field 49 find_photom_matches: matching 80 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 80 after find_photom_matches T par 80 after find_photom_matches L mch 80 after find_photom_matches T mch 80 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 80 after discard_bad_photom_stars_1 T par 80 after discard_bad_photom_stars_1 L mch 80 after discard_bad_photom_stars_1 T mch 80 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 69.000} {CPU {{OVERALL 54.900} {UTIME 52.467} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 80 after discard_bad_photom_stars_2 T par 80 after discard_bad_photom_stars_2 L mch 80 after discard_bad_photom_stars_2 T mch 80 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 69.000} {CPU {{OVERALL 54.917} {UTIME 52.483} {STIME 2.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 49 done with write_output {ELAPSED 69.000} {CPU {{OVERALL 55.017} {UTIME 52.567} {STIME 2.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 49 leading ( 34.7, 1605.1) trailing ( 54.6, 1608.3) leading ( 78.1, 1224.9) trailing ( 94.9, 1228.2) leading ( 96.7, 1976.6) trailing ( 119.5, 1979.9) leading ( 184.8, 683.6) trailing ( 197.4, 686.8) leading ( 209.4, 1569.6) trailing ( 195.3, 1548.5) leading ( 459.8, 477.1) trailing ( 453.4, 511.4) leading ( 488.4, 364.9) trailing ( 498.6, 368.3) leading ( 527.3, 508.8) trailing ( 538.5, 512.1) leading ( 595.3, 1254.1) trailing ( 612.5, 1257.4) leading ( 635.0, 1729.1) trailing ( 655.9, 1732.5) leading ( 691.1, 891.8) trailing ( 705.4, 895.2) leading ( 700.1, 219.9) trailing ( 709.1, 223.2) leading ( 758.0, 1687.9) trailing ( 778.5, 1691.3) leading ( 776.5, 429.6) trailing ( 787.0, 432.9) leading ( 789.6, 663.0) trailing ( 802.0, 666.4) leading ( 869.3, 910.1) trailing ( 883.7, 913.6) leading ( 901.1, 690.2) trailing ( 913.8, 693.6) leading ( 943.3, 1181.8) trailing ( 959.9, 1185.2) leading ( 954.5, 853.8) trailing ( 968.5, 857.1) leading ( 995.8, 394.8) trailing ( 1006.1, 398.0) leading ( 1012.5, 176.8) trailing ( 1021.2, 180.0) leading ( 1162.7, 1866.8) trailing ( 1130.1, 1875.3) leading ( 1281.7, 1946.5) trailing ( 1303.9, 1949.8) leading ( 1293.6, 1334.8) trailing ( 1311.0, 1338.2) leading ( 1313.6, 1573.2) trailing ( 1312.2, 1548.5) leading ( 23.5, 1149.1) trailing ( 0.0, 0.0) leading ( 63.2, 257.8) trailing ( 0.0, 0.0) leading ( 65.5, 595.4) trailing ( 0.0, 0.0) leading ( 139.8, 1719.6) trailing ( 0.0, 0.0) leading ( 373.3, 1508.1) trailing ( 0.0, 0.0) leading ( 505.5, 1873.8) trailing ( 0.0, 0.0) leading ( 547.7, 203.6) trailing ( 0.0, 0.0) leading ( 1002.2, 1008.6) trailing ( 0.0, 0.0) leading ( 1011.6, 1400.9) trailing ( 0.0, 0.0) leading ( 1031.3, 1659.5) trailing ( 0.0, 0.0) leading ( 1114.5, 1959.0) trailing ( 0.0, 0.0) leading ( 1132.1, 1235.2) trailing ( 0.0, 0.0) leading ( 1136.2, 23.2) trailing ( 0.0, 0.0) leading ( 1198.7, 253.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.9, 1548.5) leading ( 0.0, 0.0) trailing ( 72.3, 1548.5) leading ( 0.0, 0.0) trailing ( 83.6, 1729.3) leading ( 0.0, 0.0) trailing ( 93.4, 1880.4) leading ( 0.0, 0.0) trailing ( 101.8, 1053.2) leading ( 0.0, 0.0) trailing ( 134.5, 1548.5) leading ( 0.0, 0.0) trailing ( 162.9, 1374.2) leading ( 0.0, 0.0) trailing ( 228.7, 1096.7) leading ( 0.0, 0.0) trailing ( 248.6, 524.6) leading ( 0.0, 0.0) trailing ( 259.7, 1548.5) leading ( 0.0, 0.0) trailing ( 325.2, 1548.5) leading ( 0.0, 0.0) trailing ( 328.0, 730.2) leading ( 0.0, 0.0) trailing ( 384.0, 1548.5) leading ( 0.0, 0.0) trailing ( 455.7, 1548.5) leading ( 0.0, 0.0) trailing ( 476.4, 632.0) leading ( 0.0, 0.0) trailing ( 516.2, 1548.5) leading ( 0.0, 0.0) trailing ( 563.6, 1394.7) leading ( 0.0, 0.0) trailing ( 586.5, 1548.5) leading ( 0.0, 0.0) trailing ( 622.3, 1838.2) leading ( 0.0, 0.0) trailing ( 637.8, 542.2) leading ( 0.0, 0.0) trailing ( 642.5, 996.5) leading ( 0.0, 0.0) trailing ( 650.5, 1548.5) leading ( 0.0, 0.0) trailing ( 683.3, 30.5) leading ( 0.0, 0.0) trailing ( 710.3, 1548.5) leading ( 0.0, 0.0) trailing ( 768.5, 1264.8) leading ( 0.0, 0.0) trailing ( 772.3, 1548.5) leading ( 0.0, 0.0) trailing ( 830.5, 1548.5) leading ( 0.0, 0.0) trailing ( 893.6, 1548.5) leading ( 0.0, 0.0) trailing ( 895.4, 1106.5) leading ( 0.0, 0.0) trailing ( 953.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1011.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1072.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1107.0, 188.2) leading ( 0.0, 0.0) trailing ( 1110.2, 1805.5) leading ( 0.0, 0.0) trailing ( 1135.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1189.4, 106.0) leading ( 0.0, 0.0) trailing ( 1194.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1213.9, 1898.4) leading ( 0.0, 0.0) trailing ( 1227.9, 1961.4) leading ( 0.0, 0.0) trailing ( 1255.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1301.6, 1142.7) done with do_diagnostics {ELAPSED 69.000} {CPU {{OVERALL 55.133} {UTIME 52.667} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 69.000} {CPU {{OVERALL 55.133} {UTIME 52.667} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.150} {UTIME 52.683} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.150} {UTIME 52.683} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.150} {UTIME 52.683} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.150} {UTIME 52.683} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 49 {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 50 {ELAPSED 69.000} {CPU {{OVERALL 55.167} {UTIME 52.700} {STIME 2.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 50 done with locate_astrom_gangs {ELAPSED 69.000} {CPU {{OVERALL 55.183} {UTIME 52.700} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 50 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 69.000} {CPU {{OVERALL 55.183} {UTIME 52.700} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 50 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 69.000} {CPU {{OVERALL 55.183} {UTIME 52.700} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 69.000} {CPU {{OVERALL 55.183} {UTIME 52.700} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 69.000} {CPU {{OVERALL 55.217} {UTIME 52.733} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 69.000} {CPU {{OVERALL 55.217} {UTIME 52.733} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 50 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 69.000} {CPU {{OVERALL 55.217} {UTIME 52.733} {STIME 2.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 50 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 51.0, 1042.0) trailing ( 66.0, 1045.0) leading ( 133.0, 356.0) trailing ( 142.0, 358.0) leading ( 223.0, 2012.0) trailing ( 246.0, 2016.0) leading ( 235.0, 1804.0) trailing ( 257.0, 1808.0) leading ( 275.0, 956.0) trailing ( 290.0, 959.0) leading ( 328.0, 147.0) trailing ( 336.0, 150.0) leading ( 379.0, 1186.0) trailing ( 396.0, 1190.0) leading ( 439.0, 1945.0) trailing ( 408.0, 1947.0) leading ( 517.0, 928.0) trailing ( 531.0, 931.0) leading ( 561.0, 1972.0) trailing ( 584.0, 1975.0) leading ( 637.0, 870.0) trailing ( 651.0, 874.0) leading ( 720.0, 406.0) trailing ( 731.0, 408.0) leading ( 738.0, 773.0) trailing ( 751.0, 776.0) leading ( 746.0, 1748.0) trailing ( 761.0, 1769.0) leading ( 785.0, 899.0) trailing ( 799.0, 902.0) leading ( 898.0, 768.0) trailing ( 911.0, 772.0) leading ( 1048.0, 849.0) trailing ( 1062.0, 853.0) leading ( 1098.0, 1941.0) trailing ( 1121.0, 1944.0) leading ( 1131.0, 1385.0) trailing ( 1149.0, 1389.0) leading ( 1175.0, 1798.0) trailing ( 1196.0, 1802.0) leading ( 1189.0, 1252.0) trailing ( 1205.0, 1256.0) leading ( 1307.0, 566.0) trailing ( 1319.0, 569.0) leading ( 1343.0, 938.0) trailing ( 1354.0, 947.0) astrom chips have 23 matching stars after find_astrom_matches par T 81 after find_astrom_matches par L 81 after find_astrom_matches mch L 81 after find_astrom_matches mch T 81 done with find_astrom_matches {ELAPSED 70.000} {CPU {{OVERALL 56.083} {UTIME 53.583} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 81 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 81 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 70.000} {CPU {{OVERALL 56.217} {UTIME 53.717} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 81 after discard_bad_astrom_stars mch T 81 Entering proc find_photom_matches for field 50 find_photom_matches: matching 81 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 70.000} {CPU {{OVERALL 56.217} {UTIME 53.717} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 81 after find_photom_matches T par 81 after find_photom_matches L mch 81 after find_photom_matches T mch 81 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 70.000} {CPU {{OVERALL 56.217} {UTIME 53.717} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 81 after discard_bad_photom_stars_1 T par 81 after discard_bad_photom_stars_1 L mch 81 after discard_bad_photom_stars_1 T mch 81 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 70.000} {CPU {{OVERALL 56.233} {UTIME 53.733} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 70.000} {CPU {{OVERALL 56.233} {UTIME 53.733} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 70.000} {CPU {{OVERALL 56.233} {UTIME 53.733} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 81 after discard_bad_photom_stars_2 T par 81 after discard_bad_photom_stars_2 L mch 81 after discard_bad_photom_stars_2 T mch 81 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 70.000} {CPU {{OVERALL 56.233} {UTIME 53.733} {STIME 2.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 50 done with write_output {ELAPSED 70.000} {CPU {{OVERALL 56.333} {UTIME 53.817} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 50 leading ( 51.5, 1042.5) trailing ( 66.5, 1045.9) leading ( 133.1, 355.8) trailing ( 142.9, 359.1) leading ( 223.8, 2013.6) trailing ( 246.6, 2016.8) leading ( 235.8, 1805.0) trailing ( 256.9, 1808.4) leading ( 275.9, 956.4) trailing ( 290.4, 959.7) leading ( 328.1, 147.5) trailing ( 336.4, 150.9) leading ( 379.3, 1186.9) trailing ( 395.9, 1190.4) leading ( 439.6, 1945.8) trailing ( 407.5, 1948.2) leading ( 517.4, 928.7) trailing ( 531.9, 932.0) leading ( 561.4, 1972.4) trailing ( 584.2, 1975.5) leading ( 637.4, 871.1) trailing ( 651.5, 874.3) leading ( 720.8, 406.0) trailing ( 731.2, 409.1) leading ( 738.1, 773.6) trailing ( 751.4, 776.7) leading ( 746.7, 1748.9) trailing ( 761.5, 1769.1) leading ( 785.2, 899.7) trailing ( 799.5, 902.9) leading ( 898.7, 769.3) trailing ( 912.0, 772.7) leading ( 1048.3, 849.9) trailing ( 1062.0, 853.5) leading ( 1098.9, 1941.3) trailing ( 1121.1, 1944.9) leading ( 1131.5, 1385.8) trailing ( 1149.3, 1389.5) leading ( 1175.5, 1799.2) trailing ( 1196.5, 1802.8) leading ( 1189.1, 1253.4) trailing ( 1205.8, 1257.0) leading ( 1307.9, 566.1) trailing ( 1319.3, 569.7) leading ( 1343.5, 938.3) trailing ( 1357.7, 942.0) leading ( 166.9, 1314.2) trailing ( 0.0, 0.0) leading ( 220.5, 731.3) trailing ( 0.0, 0.0) leading ( 284.8, 268.6) trailing ( 0.0, 0.0) leading ( 322.1, 330.7) trailing ( 0.0, 0.0) leading ( 384.1, 435.3) trailing ( 0.0, 0.0) leading ( 408.1, 298.7) trailing ( 0.0, 0.0) leading ( 628.9, 319.5) trailing ( 0.0, 0.0) leading ( 645.2, 1432.8) trailing ( 0.0, 0.0) leading ( 911.7, 701.5) trailing ( 0.0, 0.0) leading ( 947.9, 1911.5) trailing ( 0.0, 0.0) leading ( 954.3, 1718.4) trailing ( 0.0, 0.0) leading ( 1092.3, 564.7) trailing ( 0.0, 0.0) leading ( 1175.2, 773.4) trailing ( 0.0, 0.0) leading ( 1199.0, 522.3) trailing ( 0.0, 0.0) leading ( 1203.1, 2033.3) trailing ( 0.0, 0.0) leading ( 1335.4, 851.3) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 5.7, 1548.5) leading ( 0.0, 0.0) trailing ( 17.9, 1295.0) leading ( 0.0, 0.0) trailing ( 69.6, 1548.5) leading ( 0.0, 0.0) trailing ( 84.9, 1947.9) leading ( 0.0, 0.0) trailing ( 127.5, 1548.5) leading ( 0.0, 0.0) trailing ( 161.2, 1435.5) leading ( 0.0, 0.0) trailing ( 176.5, 687.5) leading ( 0.0, 0.0) trailing ( 193.2, 1548.5) leading ( 0.0, 0.0) trailing ( 249.9, 1548.5) leading ( 0.0, 0.0) trailing ( 315.9, 1548.5) leading ( 0.0, 0.0) trailing ( 318.6, 422.5) leading ( 0.0, 0.0) trailing ( 373.2, 1548.5) leading ( 0.0, 0.0) trailing ( 426.8, 511.3) leading ( 0.0, 0.0) trailing ( 438.9, 1548.5) leading ( 0.0, 0.0) trailing ( 454.6, 1791.3) leading ( 0.0, 0.0) trailing ( 461.8, 283.5) leading ( 0.0, 0.0) trailing ( 488.1, 1333.3) leading ( 0.0, 0.0) trailing ( 499.8, 1548.5) leading ( 0.0, 0.0) trailing ( 565.6, 1548.5) leading ( 0.0, 0.0) trailing ( 584.1, 715.4) leading ( 0.0, 0.0) trailing ( 617.6, 1548.5) leading ( 0.0, 0.0) trailing ( 628.4, 1623.0) leading ( 0.0, 0.0) trailing ( 668.0, 1390.9) leading ( 0.0, 0.0) trailing ( 687.1, 1548.5) leading ( 0.0, 0.0) trailing ( 726.1, 155.7) leading ( 0.0, 0.0) trailing ( 751.1, 1548.5) leading ( 0.0, 0.0) trailing ( 779.4, 1697.0) leading ( 0.0, 0.0) trailing ( 813.5, 1548.5) leading ( 0.0, 0.0) trailing ( 846.8, 263.5) leading ( 0.0, 0.0) trailing ( 873.2, 1548.5) leading ( 0.0, 0.0) trailing ( 897.0, 360.7) leading ( 0.0, 0.0) trailing ( 911.6, 127.3) leading ( 0.0, 0.0) trailing ( 935.9, 1548.5) leading ( 0.0, 0.0) trailing ( 997.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1020.4, 236.6) leading ( 0.0, 0.0) trailing ( 1060.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1125.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1183.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1215.1, 1082.6) leading ( 0.0, 0.0) trailing ( 1242.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1271.9, 47.0) leading ( 0.0, 0.0) trailing ( 1305.9, 1548.5) done with do_diagnostics {ELAPSED 70.000} {CPU {{OVERALL 56.433} {UTIME 53.917} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 70.000} {CPU {{OVERALL 56.433} {UTIME 53.917} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 50 {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 51 {ELAPSED 71.000} {CPU {{OVERALL 56.467} {UTIME 53.950} {STIME 2.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 51 done with locate_astrom_gangs {ELAPSED 71.000} {CPU {{OVERALL 56.500} {UTIME 53.967} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 51 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 71.000} {CPU {{OVERALL 56.500} {UTIME 53.967} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 51 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 71.000} {CPU {{OVERALL 56.500} {UTIME 53.967} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 71.000} {CPU {{OVERALL 56.500} {UTIME 53.967} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 71.000} {CPU {{OVERALL 56.517} {UTIME 53.983} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 71.000} {CPU {{OVERALL 56.533} {UTIME 54.000} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 51 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 71.000} {CPU {{OVERALL 56.533} {UTIME 54.000} {STIME 2.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 51 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 37 stars in gang file astrom chip l has 100 total star entries astrom chip t has 72 stars in gang file astrom chip t has 100 total star entries leading ( 50.0, 1960.0) trailing ( 73.0, 1964.0) leading ( 63.0, 1088.0) trailing ( 77.0, 1093.0) leading ( 80.0, 1704.0) trailing ( 100.0, 1707.0) leading ( 166.0, 412.0) trailing ( 176.0, 416.0) leading ( 217.0, 1438.0) trailing ( 235.0, 1442.0) leading ( 226.0, 1140.0) trailing ( 242.0, 1144.0) leading ( 239.0, 643.0) trailing ( 251.0, 647.0) leading ( 302.0, 1514.0) trailing ( 308.0, 1548.0) leading ( 318.0, 1878.0) trailing ( 340.0, 1882.0) leading ( 387.0, 1706.0) trailing ( 407.0, 1710.0) leading ( 429.0, 272.0) trailing ( 439.0, 275.0) leading ( 447.0, 1194.0) trailing ( 464.0, 1198.0) leading ( 470.0, 1831.0) trailing ( 491.0, 1835.0) leading ( 575.0, 648.0) trailing ( 586.0, 652.0) leading ( 616.0, 536.0) trailing ( 627.0, 540.0) leading ( 732.0, 612.0) trailing ( 743.0, 616.0) leading ( 743.0, 286.0) trailing ( 753.0, 288.0) leading ( 810.0, 1739.0) trailing ( 831.0, 1743.0) leading ( 830.0, 1956.0) trailing ( 853.0, 1960.0) leading ( 1246.0, 272.0) trailing ( 1255.0, 276.0) leading ( 1266.0, 162.0) trailing ( 1274.0, 166.0) leading ( 1324.0, 1208.0) trailing ( 1340.0, 1212.0) leading ( 1343.0, 782.0) trailing ( 1356.0, 786.0) astrom chips have 23 matching stars after find_astrom_matches par T 86 after find_astrom_matches par L 86 after find_astrom_matches mch L 86 after find_astrom_matches mch T 86 done with find_astrom_matches {ELAPSED 72.000} {CPU {{OVERALL 57.450} {UTIME 54.900} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 86 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 86 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 86 after discard_bad_astrom_stars mch T 86 Entering proc find_photom_matches for field 51 find_photom_matches: matching 86 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 86 after find_photom_matches T par 86 after find_photom_matches L mch 86 after find_photom_matches T mch 86 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 86 after discard_bad_photom_stars_1 T par 86 after discard_bad_photom_stars_1 L mch 86 after discard_bad_photom_stars_1 T mch 86 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 72.000} {CPU {{OVERALL 57.583} {UTIME 55.033} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 86 after discard_bad_photom_stars_2 T par 86 after discard_bad_photom_stars_2 L mch 86 after discard_bad_photom_stars_2 T mch 86 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 72.000} {CPU {{OVERALL 57.600} {UTIME 55.050} {STIME 2.550} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 51 done with write_output {ELAPSED 72.000} {CPU {{OVERALL 57.700} {UTIME 55.133} {STIME 2.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 51 leading ( 50.5, 1961.3) trailing ( 72.8, 1964.8) leading ( 62.6, 1089.7) trailing ( 77.9, 1093.3) leading ( 80.6, 1704.1) trailing ( 100.9, 1707.6) leading ( 166.3, 413.2) trailing ( 176.5, 416.7) leading ( 217.7, 1439.2) trailing ( 235.9, 1442.8) leading ( 226.2, 1140.8) trailing ( 241.9, 1144.4) leading ( 239.9, 643.8) trailing ( 251.9, 647.3) leading ( 303.1, 1515.0) trailing ( 308.5, 1548.5) leading ( 318.9, 1878.5) trailing ( 340.4, 1882.1) leading ( 386.9, 1707.3) trailing ( 407.2, 1711.0) leading ( 430.1, 272.4) trailing ( 439.1, 276.0) leading ( 448.0, 1195.1) trailing ( 464.1, 1198.7) leading ( 470.5, 1832.1) trailing ( 491.7, 1835.8) leading ( 575.1, 649.4) trailing ( 586.9, 653.0) leading ( 616.4, 537.5) trailing ( 627.3, 541.1) leading ( 732.1, 612.9) trailing ( 743.8, 616.3) leading ( 743.8, 285.5) trailing ( 752.9, 288.9) leading ( 810.7, 1739.9) trailing ( 831.2, 1743.4) leading ( 830.7, 1956.8) trailing ( 853.0, 1960.3) leading ( 1246.1, 273.2) trailing ( 1255.3, 276.9) leading ( 1266.1, 163.4) trailing ( 1274.4, 167.2) leading ( 1324.3, 1208.0) trailing ( 1340.7, 1211.7) leading ( 1343.9, 782.6) trailing ( 1356.9, 786.4) leading ( 64.7, 427.7) trailing ( 0.0, 0.0) leading ( 404.4, 1907.4) trailing ( 0.0, 0.0) leading ( 440.6, 885.4) trailing ( 0.0, 0.0) leading ( 444.7, 2029.7) trailing ( 0.0, 0.0) leading ( 497.6, 1482.7) trailing ( 0.0, 0.0) leading ( 681.9, 1145.2) trailing ( 0.0, 0.0) leading ( 760.3, 1355.3) trailing ( 0.0, 0.0) leading ( 831.1, 362.7) trailing ( 0.0, 0.0) leading ( 929.5, 1306.3) trailing ( 0.0, 0.0) leading ( 1035.5, 754.9) trailing ( 0.0, 0.0) leading ( 1088.4, 1278.9) trailing ( 0.0, 0.0) leading ( 1151.6, 933.7) trailing ( 0.0, 0.0) leading ( 1182.5, 831.6) trailing ( 0.0, 0.0) leading ( 1263.5, 846.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.4, 1548.5) leading ( 0.0, 0.0) trailing ( 47.7, 1161.4) leading ( 0.0, 0.0) trailing ( 60.9, 1548.5) leading ( 0.0, 0.0) trailing ( 67.7, 903.8) leading ( 0.0, 0.0) trailing ( 97.5, 542.8) leading ( 0.0, 0.0) trailing ( 108.7, 1311.4) leading ( 0.0, 0.0) trailing ( 121.5, 1548.5) leading ( 0.0, 0.0) trailing ( 160.2, 324.0) leading ( 0.0, 0.0) trailing ( 184.5, 1548.5) leading ( 0.0, 0.0) trailing ( 199.4, 1355.0) leading ( 0.0, 0.0) trailing ( 247.1, 1548.5) leading ( 0.0, 0.0) trailing ( 270.3, 136.9) leading ( 0.0, 0.0) trailing ( 282.6, 59.6) leading ( 0.0, 0.0) trailing ( 368.7, 1548.5) leading ( 0.0, 0.0) trailing ( 428.6, 1548.5) leading ( 0.0, 0.0) trailing ( 439.3, 492.9) leading ( 0.0, 0.0) trailing ( 449.3, 845.0) leading ( 0.0, 0.0) trailing ( 493.6, 1548.5) leading ( 0.0, 0.0) trailing ( 525.1, 18.7) leading ( 0.0, 0.0) trailing ( 550.7, 1548.5) leading ( 0.0, 0.0) trailing ( 597.5, 898.5) leading ( 0.0, 0.0) trailing ( 608.5, 1548.5) leading ( 0.0, 0.0) trailing ( 634.6, 733.1) leading ( 0.0, 0.0) trailing ( 639.1, 1834.5) leading ( 0.0, 0.0) trailing ( 654.4, 1329.5) leading ( 0.0, 0.0) trailing ( 663.6, 1467.8) leading ( 0.0, 0.0) trailing ( 666.6, 1616.0) leading ( 0.0, 0.0) trailing ( 672.1, 1548.5) leading ( 0.0, 0.0) trailing ( 733.5, 1548.5) leading ( 0.0, 0.0) trailing ( 771.4, 925.7) leading ( 0.0, 0.0) trailing ( 794.5, 1548.5) leading ( 0.0, 0.0) trailing ( 794.6, 453.2) leading ( 0.0, 0.0) trailing ( 808.6, 1665.5) leading ( 0.0, 0.0) trailing ( 815.3, 685.1) leading ( 0.0, 0.0) trailing ( 853.6, 1548.5) leading ( 0.0, 0.0) trailing ( 912.6, 1548.5) leading ( 0.0, 0.0) trailing ( 921.4, 639.2) leading ( 0.0, 0.0) trailing ( 970.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1036.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1096.4, 1875.5) leading ( 0.0, 0.0) trailing ( 1096.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1157.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1207.0, 480.3) leading ( 0.0, 0.0) trailing ( 1214.6, 540.7) leading ( 0.0, 0.0) trailing ( 1217.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1274.9, 482.0) leading ( 0.0, 0.0) trailing ( 1276.1, 550.0) leading ( 0.0, 0.0) trailing ( 1279.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1340.6, 1548.5) done with do_diagnostics {ELAPSED 72.000} {CPU {{OVERALL 57.817} {UTIME 55.233} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 72.000} {CPU {{OVERALL 57.817} {UTIME 55.233} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 51 {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 52 {ELAPSED 72.000} {CPU {{OVERALL 57.850} {UTIME 55.267} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 52 done with locate_astrom_gangs {ELAPSED 72.000} {CPU {{OVERALL 57.867} {UTIME 55.283} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 52 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 72.000} {CPU {{OVERALL 57.867} {UTIME 55.283} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 52 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 72.000} {CPU {{OVERALL 57.867} {UTIME 55.283} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 72.000} {CPU {{OVERALL 57.867} {UTIME 55.283} {STIME 2.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 72.000} {CPU {{OVERALL 57.917} {UTIME 55.317} {STIME 2.600} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 72.000} {CPU {{OVERALL 57.917} {UTIME 55.317} {STIME 2.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 52 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 72.000} {CPU {{OVERALL 57.917} {UTIME 55.317} {STIME 2.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 52 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 24.0, 1078.0) trailing ( 39.0, 1081.0) leading ( 40.0, 1671.0) trailing ( 60.0, 1675.0) leading ( 66.0, 858.0) trailing ( 79.0, 863.0) leading ( 184.0, 1066.0) trailing ( 200.0, 1070.0) leading ( 283.0, 444.0) trailing ( 294.0, 448.0) leading ( 372.0, 1796.0) trailing ( 393.0, 1799.0) leading ( 395.0, 1046.0) trailing ( 410.0, 1049.0) leading ( 412.0, 1420.0) trailing ( 431.0, 1423.0) leading ( 424.0, 732.0) trailing ( 437.0, 736.0) leading ( 436.0, 140.0) trailing ( 444.0, 144.0) leading ( 529.0, 1338.0) trailing ( 547.0, 1342.0) leading ( 582.0, 882.0) trailing ( 596.0, 886.0) leading ( 593.0, 1581.0) trailing ( 618.0, 1548.0) leading ( 597.0, 754.0) trailing ( 610.0, 757.0) leading ( 693.0, 1133.0) trailing ( 709.0, 1137.0) leading ( 775.0, 566.0) trailing ( 787.0, 570.0) leading ( 779.0, 766.0) trailing ( 792.0, 770.0) leading ( 782.0, 220.0) trailing ( 791.0, 224.0) leading ( 894.0, 1418.0) trailing ( 912.0, 1423.0) leading ( 970.0, 424.0) trailing ( 980.0, 427.0) leading ( 988.0, 744.0) trailing ( 1001.0, 747.0) leading ( 1056.0, 966.0) trailing ( 1071.0, 970.0) leading ( 1116.0, 224.0) trailing ( 1125.0, 227.0) leading ( 1190.0, 1102.0) trailing ( 1205.0, 1106.0) leading ( 1234.0, 40.0) trailing ( 1242.0, 43.0) leading ( 1305.0, 504.0) trailing ( 1316.0, 507.0) astrom chips have 26 matching stars after find_astrom_matches par T 79 after find_astrom_matches par L 79 after find_astrom_matches mch L 79 after find_astrom_matches mch T 79 done with find_astrom_matches {ELAPSED 73.000} {CPU {{OVERALL 58.750} {UTIME 56.133} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 79 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 79 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 79 after discard_bad_astrom_stars mch T 79 Entering proc find_photom_matches for field 52 find_photom_matches: matching 79 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 79 after find_photom_matches T par 79 after find_photom_matches L mch 79 after find_photom_matches T mch 79 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 79 after discard_bad_photom_stars_1 T par 79 after discard_bad_photom_stars_1 L mch 79 after discard_bad_photom_stars_1 T mch 79 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 73.000} {CPU {{OVERALL 58.883} {UTIME 56.267} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 79 after discard_bad_photom_stars_2 T par 79 after discard_bad_photom_stars_2 L mch 79 after discard_bad_photom_stars_2 T mch 79 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 73.000} {CPU {{OVERALL 58.900} {UTIME 56.283} {STIME 2.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 52 done with write_output {ELAPSED 73.000} {CPU {{OVERALL 59.000} {UTIME 56.367} {STIME 2.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 52 leading ( 24.3, 1078.1) trailing ( 39.5, 1081.7) leading ( 40.5, 1672.0) trailing ( 60.3, 1675.7) leading ( 66.4, 859.3) trailing ( 79.8, 862.9) leading ( 185.1, 1067.4) trailing ( 200.1, 1070.7) leading ( 283.5, 444.8) trailing ( 293.7, 448.3) leading ( 373.0, 1796.8) trailing ( 394.0, 1800.2) leading ( 395.2, 1046.2) trailing ( 410.3, 1049.5) leading ( 413.1, 1420.3) trailing ( 431.1, 1423.7) leading ( 424.6, 733.1) trailing ( 437.3, 736.4) leading ( 436.5, 141.4) trailing ( 444.7, 144.6) leading ( 530.2, 1338.9) trailing ( 547.7, 1342.3) leading ( 582.6, 882.7) trailing ( 596.4, 886.1) leading ( 593.1, 1581.4) trailing ( 616.6, 1548.5) leading ( 597.7, 753.8) trailing ( 610.5, 757.2) leading ( 694.0, 1133.6) trailing ( 709.8, 1137.0) leading ( 776.0, 567.3) trailing ( 787.4, 570.7) leading ( 779.5, 767.6) trailing ( 792.4, 771.0) leading ( 782.3, 221.3) trailing ( 791.0, 224.7) leading ( 894.7, 1419.3) trailing ( 912.9, 1422.8) leading ( 970.6, 424.4) trailing ( 980.9, 427.7) leading ( 988.8, 743.8) trailing ( 1001.7, 747.3) leading ( 1057.0, 967.2) trailing ( 1071.7, 970.6) leading ( 1117.0, 225.0) trailing ( 1125.8, 228.1) leading ( 1189.9, 1103.1) trailing ( 1205.7, 1106.5) leading ( 1234.5, 40.7) trailing ( 1242.0, 44.0) leading ( 1305.0, 503.9) trailing ( 1316.1, 507.3) leading ( 115.3, 1699.1) trailing ( 0.0, 0.0) leading ( 259.5, 804.8) trailing ( 0.0, 0.0) leading ( 416.7, 1612.2) trailing ( 0.0, 0.0) leading ( 560.7, 209.6) trailing ( 0.0, 0.0) leading ( 682.4, 1829.7) trailing ( 0.0, 0.0) leading ( 697.4, 1323.5) trailing ( 0.0, 0.0) leading ( 846.2, 1690.4) trailing ( 0.0, 0.0) leading ( 1067.4, 1625.6) trailing ( 0.0, 0.0) leading ( 1143.1, 130.3) trailing ( 0.0, 0.0) leading ( 1176.8, 1874.7) trailing ( 0.0, 0.0) leading ( 1214.6, 1766.9) trailing ( 0.0, 0.0) leading ( 1333.6, 269.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.5, 1548.5) leading ( 0.0, 0.0) trailing ( 7.5, 1471.5) leading ( 0.0, 0.0) trailing ( 58.6, 1548.5) leading ( 0.0, 0.0) trailing ( 124.2, 1548.5) leading ( 0.0, 0.0) trailing ( 136.8, 618.7) leading ( 0.0, 0.0) trailing ( 157.6, 908.9) leading ( 0.0, 0.0) trailing ( 178.1, 1548.5) leading ( 0.0, 0.0) trailing ( 199.7, 1710.4) leading ( 0.0, 0.0) trailing ( 214.0, 1294.9) leading ( 0.0, 0.0) trailing ( 234.9, 907.5) leading ( 0.0, 0.0) trailing ( 244.5, 1548.5) leading ( 0.0, 0.0) trailing ( 286.0, 763.6) leading ( 0.0, 0.0) trailing ( 294.4, 1789.5) leading ( 0.0, 0.0) trailing ( 300.9, 1548.5) leading ( 0.0, 0.0) trailing ( 323.8, 830.9) leading ( 0.0, 0.0) trailing ( 365.4, 1548.5) leading ( 0.0, 0.0) trailing ( 429.5, 1548.5) leading ( 0.0, 0.0) trailing ( 491.4, 1548.5) leading ( 0.0, 0.0) trailing ( 552.3, 1548.5) leading ( 0.0, 0.0) trailing ( 652.4, 1725.2) leading ( 0.0, 0.0) trailing ( 679.3, 1548.5) leading ( 0.0, 0.0) trailing ( 738.3, 1602.6) leading ( 0.0, 0.0) trailing ( 802.7, 1548.5) leading ( 0.0, 0.0) trailing ( 864.7, 1548.5) leading ( 0.0, 0.0) trailing ( 880.5, 632.4) leading ( 0.0, 0.0) trailing ( 886.6, 1695.5) leading ( 0.0, 0.0) trailing ( 921.1, 1548.5) leading ( 0.0, 0.0) trailing ( 931.3, 981.9) leading ( 0.0, 0.0) trailing ( 989.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1051.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1111.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1115.7, 1747.5) leading ( 0.0, 0.0) trailing ( 1172.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1173.8, 764.3) leading ( 0.0, 0.0) trailing ( 1201.2, 159.0) leading ( 0.0, 0.0) trailing ( 1237.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1274.6, 948.7) leading ( 0.0, 0.0) trailing ( 1277.3, 715.8) leading ( 0.0, 0.0) trailing ( 1305.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.3, 1359.7) leading ( 0.0, 0.0) trailing ( 1358.8, 1548.5) done with do_diagnostics {ELAPSED 73.000} {CPU {{OVERALL 59.117} {UTIME 56.467} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 73.000} {CPU {{OVERALL 59.117} {UTIME 56.467} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.133} {UTIME 56.483} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.133} {UTIME 56.483} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.133} {UTIME 56.483} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 52 {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 53 {ELAPSED 73.000} {CPU {{OVERALL 59.150} {UTIME 56.500} {STIME 2.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 53 done with locate_astrom_gangs {ELAPSED 74.000} {CPU {{OVERALL 59.167} {UTIME 56.500} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 53 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 74.000} {CPU {{OVERALL 59.167} {UTIME 56.500} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 53 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 74.000} {CPU {{OVERALL 59.167} {UTIME 56.500} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 74.000} {CPU {{OVERALL 59.167} {UTIME 56.500} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 74.000} {CPU {{OVERALL 59.200} {UTIME 56.533} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 74.000} {CPU {{OVERALL 59.200} {UTIME 56.533} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 53 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 74.000} {CPU {{OVERALL 59.200} {UTIME 56.533} {STIME 2.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 53 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 36 stars in gang file astrom chip l has 100 total star entries astrom chip t has 52 stars in gang file astrom chip t has 100 total star entries leading ( 205.0, 1800.0) trailing ( 213.0, 1827.0) leading ( 335.0, 681.0) trailing ( 348.0, 684.0) leading ( 399.0, 511.0) trailing ( 382.0, 496.0) leading ( 556.0, 1110.0) trailing ( 572.0, 1114.0) leading ( 587.0, 304.0) trailing ( 597.0, 308.0) leading ( 596.0, 222.0) trailing ( 605.0, 226.0) leading ( 633.0, 1664.0) trailing ( 653.0, 1669.0) leading ( 885.0, 1218.0) trailing ( 902.0, 1222.0) leading ( 1105.0, 470.0) trailing ( 1115.0, 473.0) leading ( 1127.0, 1519.0) trailing ( 1114.0, 1548.0) leading ( 1255.0, 116.0) trailing ( 1263.0, 119.0) leading ( 1261.0, 1458.0) trailing ( 1280.0, 1461.0) leading ( 1278.0, 634.0) trailing ( 1290.0, 637.0) leading ( 1311.0, 1071.0) trailing ( 1302.0, 1073.0) astrom chips have 14 matching stars after find_astrom_matches par T 74 after find_astrom_matches par L 74 after find_astrom_matches mch L 74 after find_astrom_matches mch T 74 done with find_astrom_matches {ELAPSED 74.000} {CPU {{OVERALL 59.967} {UTIME 57.283} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 74 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 74 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 74 after discard_bad_astrom_stars mch T 74 Entering proc find_photom_matches for field 53 find_photom_matches: matching 74 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 74 after find_photom_matches T par 74 after find_photom_matches L mch 74 after find_photom_matches T mch 74 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 74 after discard_bad_photom_stars_1 T par 74 after discard_bad_photom_stars_1 L mch 74 after discard_bad_photom_stars_1 T mch 74 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 74 after discard_bad_photom_stars_2 T par 74 after discard_bad_photom_stars_2 L mch 74 after discard_bad_photom_stars_2 T mch 74 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 74.000} {CPU {{OVERALL 60.100} {UTIME 57.417} {STIME 2.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 53 done with write_output {ELAPSED 75.000} {CPU {{OVERALL 60.217} {UTIME 57.517} {STIME 2.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 53 leading ( 206.1, 1800.3) trailing ( 213.5, 1827.7) leading ( 335.7, 681.8) trailing ( 348.1, 685.1) leading ( 399.1, 512.2) trailing ( 382.4, 496.9) leading ( 556.9, 1110.8) trailing ( 572.7, 1114.4) leading ( 587.8, 305.1) trailing ( 597.3, 308.7) leading ( 596.3, 223.1) trailing ( 605.1, 226.5) leading ( 633.2, 1665.7) trailing ( 653.3, 1669.2) leading ( 886.0, 1218.9) trailing ( 902.3, 1222.3) leading ( 1105.4, 470.0) trailing ( 1115.9, 473.4) leading ( 1127.2, 1519.4) trailing ( 1114.8, 1548.5) leading ( 1255.5, 116.2) trailing ( 1263.3, 119.5) leading ( 1261.5, 1458.3) trailing ( 1279.8, 1461.7) leading ( 1279.0, 634.2) trailing ( 1290.9, 637.5) leading ( 1311.8, 1071.5) trailing ( 1302.1, 1073.3) leading ( 7.5, 1593.5) trailing ( 0.0, 0.0) leading ( 99.7, 1303.3) trailing ( 0.0, 0.0) leading ( 117.6, 992.2) trailing ( 0.0, 0.0) leading ( 123.8, 707.4) trailing ( 0.0, 0.0) leading ( 189.5, 615.8) trailing ( 0.0, 0.0) leading ( 291.7, 796.7) trailing ( 0.0, 0.0) leading ( 415.4, 41.5) trailing ( 0.0, 0.0) leading ( 454.7, 272.4) trailing ( 0.0, 0.0) leading ( 483.8, 731.5) trailing ( 0.0, 0.0) leading ( 518.0, 521.9) trailing ( 0.0, 0.0) leading ( 616.6, 1850.6) trailing ( 0.0, 0.0) leading ( 624.8, 665.4) trailing ( 0.0, 0.0) leading ( 742.2, 1905.6) trailing ( 0.0, 0.0) leading ( 749.9, 567.5) trailing ( 0.0, 0.0) leading ( 821.6, 1479.5) trailing ( 0.0, 0.0) leading ( 852.4, 494.4) trailing ( 0.0, 0.0) leading ( 870.1, 621.2) trailing ( 0.0, 0.0) leading ( 1003.4, 785.5) trailing ( 0.0, 0.0) leading ( 1155.9, 1277.6) trailing ( 0.0, 0.0) leading ( 1198.5, 770.4) trailing ( 0.0, 0.0) leading ( 1240.0, 1955.5) trailing ( 0.0, 0.0) leading ( 1257.5, 389.6) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 6.4, 1548.5) leading ( 0.0, 0.0) trailing ( 71.0, 1548.5) leading ( 0.0, 0.0) trailing ( 132.9, 1548.5) leading ( 0.0, 0.0) trailing ( 171.1, 712.1) leading ( 0.0, 0.0) trailing ( 194.2, 1548.5) leading ( 0.0, 0.0) trailing ( 251.6, 39.0) leading ( 0.0, 0.0) trailing ( 255.9, 1548.5) leading ( 0.0, 0.0) trailing ( 295.7, 844.5) leading ( 0.0, 0.0) trailing ( 315.7, 1548.5) leading ( 0.0, 0.0) trailing ( 362.0, 846.8) leading ( 0.0, 0.0) trailing ( 375.5, 1548.5) leading ( 0.0, 0.0) trailing ( 388.7, 1210.2) leading ( 0.0, 0.0) trailing ( 432.0, 1548.5) leading ( 0.0, 0.0) trailing ( 494.9, 1548.5) leading ( 0.0, 0.0) trailing ( 495.2, 1703.3) leading ( 0.0, 0.0) trailing ( 503.4, 1919.5) leading ( 0.0, 0.0) trailing ( 557.1, 1548.5) leading ( 0.0, 0.0) trailing ( 623.7, 1548.5) leading ( 0.0, 0.0) trailing ( 650.6, 714.7) leading ( 0.0, 0.0) trailing ( 683.6, 1548.5) leading ( 0.0, 0.0) trailing ( 747.2, 1548.5) leading ( 0.0, 0.0) trailing ( 781.8, 1721.3) leading ( 0.0, 0.0) trailing ( 807.3, 1548.5) leading ( 0.0, 0.0) trailing ( 866.6, 1548.5) leading ( 0.0, 0.0) trailing ( 870.0, 1317.7) leading ( 0.0, 0.0) trailing ( 927.9, 1548.5) leading ( 0.0, 0.0) trailing ( 990.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1037.7, 564.7) leading ( 0.0, 0.0) trailing ( 1050.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1053.4, 1039.5) leading ( 0.0, 0.0) trailing ( 1081.9, 1760.8) leading ( 0.0, 0.0) trailing ( 1128.9, 908.5) leading ( 0.0, 0.0) trailing ( 1140.9, 549.5) leading ( 0.0, 0.0) trailing ( 1175.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1214.1, 2015.6) leading ( 0.0, 0.0) trailing ( 1240.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1296.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1359.8, 1548.5) done with do_diagnostics {ELAPSED 75.000} {CPU {{OVERALL 60.317} {UTIME 57.600} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 75.000} {CPU {{OVERALL 60.317} {UTIME 57.600} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 53 {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 54 {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 54 done with locate_astrom_gangs {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 54 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 54 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 75.000} {CPU {{OVERALL 60.350} {UTIME 57.633} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 75.000} {CPU {{OVERALL 60.367} {UTIME 57.650} {STIME 2.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 75.000} {CPU {{OVERALL 60.400} {UTIME 57.667} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 75.000} {CPU {{OVERALL 60.400} {UTIME 57.667} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 54 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 75.000} {CPU {{OVERALL 60.400} {UTIME 57.667} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 54 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 104.0, 1727.0) trailing ( 125.0, 1730.0) leading ( 150.0, 284.0) trailing ( 160.0, 287.0) leading ( 218.0, 112.0) trailing ( 226.0, 115.0) leading ( 441.0, 1342.0) trailing ( 458.0, 1347.0) leading ( 530.0, 1670.0) trailing ( 550.0, 1673.0) leading ( 537.0, 934.0) trailing ( 552.0, 937.0) leading ( 560.0, 782.0) trailing ( 573.0, 786.0) leading ( 564.0, 365.0) trailing ( 574.0, 368.0) leading ( 610.0, 1320.0) trailing ( 627.0, 1323.0) leading ( 611.0, 1902.0) trailing ( 634.0, 1906.0) leading ( 660.0, 955.0) trailing ( 675.0, 958.0) leading ( 663.0, 468.0) trailing ( 674.0, 472.0) leading ( 709.0, 1802.0) trailing ( 731.0, 1806.0) leading ( 797.0, 54.0) trailing ( 804.0, 57.0) leading ( 832.0, 1902.0) trailing ( 854.0, 1904.0) leading ( 867.0, 807.0) trailing ( 880.0, 811.0) leading ( 1016.0, 1644.0) trailing ( 1036.0, 1647.0) leading ( 1030.0, 1990.0) trailing ( 1053.0, 1993.0) leading ( 1071.0, 1430.0) trailing ( 1089.0, 1433.0) leading ( 1142.0, 69.0) trailing ( 1116.0, 59.0) leading ( 1159.0, 657.0) trailing ( 1171.0, 660.0) leading ( 1177.0, 916.0) trailing ( 1191.0, 920.0) leading ( 1179.0, 764.0) trailing ( 1192.0, 769.0) leading ( 1216.0, 318.0) trailing ( 1225.0, 321.0) leading ( 1234.0, 1694.0) trailing ( 1254.0, 1697.0) leading ( 1299.0, 858.0) trailing ( 1312.0, 862.0) leading ( 1330.0, 1908.0) trailing ( 1351.0, 1912.0) leading ( 1344.0, 1076.0) trailing ( 1359.0, 1078.0) astrom chips have 28 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 76.000} {CPU {{OVERALL 61.350} {UTIME 58.617} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 76.000} {CPU {{OVERALL 61.483} {UTIME 58.750} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 54 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 76.000} {CPU {{OVERALL 61.483} {UTIME 58.750} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 76.000} {CPU {{OVERALL 61.483} {UTIME 58.750} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 76.000} {CPU {{OVERALL 61.500} {UTIME 58.767} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 76.000} {CPU {{OVERALL 61.500} {UTIME 58.767} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 76.000} {CPU {{OVERALL 61.500} {UTIME 58.767} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 76.000} {CPU {{OVERALL 61.500} {UTIME 58.767} {STIME 2.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 54 done with write_output {ELAPSED 76.000} {CPU {{OVERALL 61.617} {UTIME 58.850} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 54 leading ( 104.6, 1727.5) trailing ( 125.0, 1730.9) leading ( 151.0, 284.6) trailing ( 160.2, 287.9) leading ( 218.4, 112.1) trailing ( 226.1, 115.3) leading ( 441.1, 1343.6) trailing ( 458.3, 1346.9) leading ( 530.5, 1670.4) trailing ( 550.6, 1673.4) leading ( 538.1, 934.7) trailing ( 552.3, 937.7) leading ( 560.4, 783.5) trailing ( 573.5, 786.7) leading ( 565.0, 365.7) trailing ( 574.8, 368.9) leading ( 610.4, 1320.2) trailing ( 627.8, 1323.3) leading ( 612.0, 1902.9) trailing ( 634.0, 1906.2) leading ( 660.6, 955.6) trailing ( 675.2, 958.7) leading ( 663.6, 469.0) trailing ( 674.4, 472.2) leading ( 709.9, 1803.0) trailing ( 731.1, 1806.2) leading ( 797.2, 54.2) trailing ( 804.7, 57.4) leading ( 832.8, 1901.8) trailing ( 854.7, 1904.9) leading ( 867.2, 807.8) trailing ( 880.4, 811.1) leading ( 1016.7, 1643.6) trailing ( 1036.2, 1646.8) leading ( 1031.1, 1990.0) trailing ( 1053.3, 1993.4) leading ( 1071.1, 1430.0) trailing ( 1088.9, 1433.2) leading ( 1143.0, 69.4) trailing ( 1117.0, 59.7) leading ( 1159.8, 657.5) trailing ( 1171.6, 661.0) leading ( 1177.3, 917.3) trailing ( 1191.1, 920.9) leading ( 1179.4, 765.3) trailing ( 1192.0, 768.9) leading ( 1216.4, 318.3) trailing ( 1225.5, 321.6) leading ( 1234.6, 1694.3) trailing ( 1254.5, 1697.7) leading ( 1299.4, 859.4) trailing ( 1312.8, 862.6) leading ( 1330.2, 1908.9) trailing ( 1351.9, 1912.2) leading ( 1344.1, 1075.8) trailing ( 1359.2, 1079.0) leading ( 79.8, 2007.1) trailing ( 0.0, 0.0) leading ( 271.8, 1693.7) trailing ( 0.0, 0.0) leading ( 301.9, 523.3) trailing ( 0.0, 0.0) leading ( 350.0, 1163.4) trailing ( 0.0, 0.0) leading ( 358.3, 949.5) trailing ( 0.0, 0.0) leading ( 461.8, 1134.8) trailing ( 0.0, 0.0) leading ( 499.4, 563.5) trailing ( 0.0, 0.0) leading ( 667.8, 396.6) trailing ( 0.0, 0.0) leading ( 797.0, 1496.6) trailing ( 0.0, 0.0) leading ( 802.5, 619.5) trailing ( 0.0, 0.0) leading ( 995.4, 969.1) trailing ( 0.0, 0.0) leading ( 1037.8, 1833.2) trailing ( 0.0, 0.0) leading ( 1055.5, 485.6) trailing ( 0.0, 0.0) leading ( 1076.6, 1179.4) trailing ( 0.0, 0.0) leading ( 1267.6, 1942.7) trailing ( 0.0, 0.0) leading ( 1311.3, 25.9) trailing ( 0.0, 0.0) leading ( 1323.5, 790.4) trailing ( 0.0, 0.0) leading ( 1359.7, 1267.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -1.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1.7, 2026.4) leading ( 0.0, 0.0) trailing ( 44.3, 491.0) leading ( 0.0, 0.0) trailing ( 57.4, 1548.5) leading ( 0.0, 0.0) trailing ( 120.5, 1548.5) leading ( 0.0, 0.0) trailing ( 181.1, 1548.5) leading ( 0.0, 0.0) trailing ( 212.8, 715.8) leading ( 0.0, 0.0) trailing ( 243.7, 1548.5) leading ( 0.0, 0.0) trailing ( 304.4, 1548.5) leading ( 0.0, 0.0) trailing ( 360.5, 1548.5) leading ( 0.0, 0.0) trailing ( 382.5, 166.5) leading ( 0.0, 0.0) trailing ( 426.2, 1548.5) leading ( 0.0, 0.0) trailing ( 485.2, 1548.5) leading ( 0.0, 0.0) trailing ( 539.6, 494.4) leading ( 0.0, 0.0) trailing ( 543.6, 1548.5) leading ( 0.0, 0.0) trailing ( 565.5, 596.4) leading ( 0.0, 0.0) trailing ( 600.1, 1548.5) leading ( 0.0, 0.0) trailing ( 668.5, 1548.5) leading ( 0.0, 0.0) trailing ( 727.2, 1548.5) leading ( 0.0, 0.0) trailing ( 786.7, 1548.5) leading ( 0.0, 0.0) trailing ( 847.2, 1548.5) leading ( 0.0, 0.0) trailing ( 915.0, 1548.5) leading ( 0.0, 0.0) trailing ( 969.4, 1211.2) leading ( 0.0, 0.0) trailing ( 974.2, 1548.5) leading ( 0.0, 0.0) trailing ( 987.2, 1965.6) leading ( 0.0, 0.0) trailing ( 1037.2, 224.7) leading ( 0.0, 0.0) trailing ( 1039.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1043.1, 1286.0) leading ( 0.0, 0.0) trailing ( 1059.5, 1065.0) leading ( 0.0, 0.0) trailing ( 1103.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1114.9, 495.3) leading ( 0.0, 0.0) trailing ( 1124.1, 1827.8) leading ( 0.0, 0.0) trailing ( 1133.6, 1054.4) leading ( 0.0, 0.0) trailing ( 1161.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1226.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1287.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1345.2, 1548.5) done with do_diagnostics {ELAPSED 77.000} {CPU {{OVERALL 61.717} {UTIME 58.950} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 77.000} {CPU {{OVERALL 61.717} {UTIME 58.950} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 54 {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 55 {ELAPSED 77.000} {CPU {{OVERALL 61.750} {UTIME 58.983} {STIME 2.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 55 done with locate_astrom_gangs {ELAPSED 77.000} {CPU {{OVERALL 61.783} {UTIME 59.000} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 55 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 77.000} {CPU {{OVERALL 61.783} {UTIME 59.000} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 55 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 77.000} {CPU {{OVERALL 61.783} {UTIME 59.000} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 77.000} {CPU {{OVERALL 61.783} {UTIME 59.000} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 77.000} {CPU {{OVERALL 61.817} {UTIME 59.033} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 77.000} {CPU {{OVERALL 61.817} {UTIME 59.033} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 55 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 77.000} {CPU {{OVERALL 61.817} {UTIME 59.033} {STIME 2.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 55 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 29 stars in gang file astrom chip l has 100 total star entries astrom chip t has 58 stars in gang file astrom chip t has 100 total star entries leading ( 11.0, 1779.0) trailing ( 31.0, 1783.0) leading ( 18.0, 852.0) trailing ( 32.0, 856.0) leading ( 263.0, 1138.0) trailing ( 278.0, 1141.0) leading ( 299.0, 304.0) trailing ( 309.0, 307.0) leading ( 469.0, 92.0) trailing ( 477.0, 94.0) leading ( 501.0, 558.0) trailing ( 513.0, 560.0) leading ( 640.0, 388.0) trailing ( 649.0, 391.0) leading ( 712.0, 856.0) trailing ( 725.0, 860.0) leading ( 783.0, 976.0) trailing ( 798.0, 980.0) leading ( 804.0, 502.0) trailing ( 814.0, 505.0) leading ( 852.0, 1533.0) trailing ( 862.0, 1548.0) leading ( 854.0, 568.0) trailing ( 866.0, 571.0) leading ( 1027.0, 1129.0) trailing ( 1050.0, 1117.0) leading ( 1108.0, 1664.0) trailing ( 1128.0, 1666.0) leading ( 1164.0, 288.0) trailing ( 1173.0, 292.0) leading ( 1260.0, 2004.0) trailing ( 1225.0, 1965.0) leading ( 1331.0, 1774.0) trailing ( 1351.0, 1777.0) astrom chips have 17 matching stars after find_astrom_matches par T 70 after find_astrom_matches par L 70 after find_astrom_matches mch L 70 after find_astrom_matches mch T 70 done with find_astrom_matches {ELAPSED 77.000} {CPU {{OVERALL 62.483} {UTIME 59.683} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 70 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 70 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 77.000} {CPU {{OVERALL 62.600} {UTIME 59.800} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 70 after discard_bad_astrom_stars mch T 70 Entering proc find_photom_matches for field 55 find_photom_matches: matching 70 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 70 after find_photom_matches T par 70 after find_photom_matches L mch 70 after find_photom_matches T mch 70 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 70 after discard_bad_photom_stars_1 T par 70 after discard_bad_photom_stars_1 L mch 70 after discard_bad_photom_stars_1 T mch 70 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 70 after discard_bad_photom_stars_2 T par 70 after discard_bad_photom_stars_2 L mch 70 after discard_bad_photom_stars_2 T mch 70 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 77.000} {CPU {{OVERALL 62.617} {UTIME 59.817} {STIME 2.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 55 done with write_output {ELAPSED 78.000} {CPU {{OVERALL 62.733} {UTIME 59.917} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 55 leading ( 11.2, 1780.2) trailing ( 31.8, 1783.4) leading ( 18.7, 853.2) trailing ( 32.1, 856.5) leading ( 263.0, 1137.7) trailing ( 278.9, 1140.6) leading ( 299.6, 303.9) trailing ( 309.0, 307.0) leading ( 469.4, 91.8) trailing ( 477.2, 94.7) leading ( 501.8, 557.6) trailing ( 513.1, 560.6) leading ( 640.1, 388.9) trailing ( 649.9, 391.9) leading ( 712.0, 857.2) trailing ( 725.5, 860.3) leading ( 784.0, 977.1) trailing ( 798.3, 980.2) leading ( 804.3, 502.3) trailing ( 814.9, 505.3) leading ( 853.0, 1533.9) trailing ( 866.1, 1548.5) leading ( 855.0, 569.5) trailing ( 866.3, 572.4) leading ( 1027.4, 1129.6) trailing ( 1050.7, 1117.2) leading ( 1108.2, 1664.0) trailing ( 1128.0, 1667.0) leading ( 1164.8, 289.4) trailing ( 1173.6, 292.4) leading ( 1260.4, 2004.7) trailing ( 1224.9, 1966.3) leading ( 1330.9, 1774.8) trailing ( 1351.2, 1777.9) leading ( 80.0, 1039.6) trailing ( 0.0, 0.0) leading ( 87.3, 62.7) trailing ( 0.0, 0.0) leading ( 156.9, 71.3) trailing ( 0.0, 0.0) leading ( 175.6, 467.5) trailing ( 0.0, 0.0) leading ( 204.8, 1793.5) trailing ( 0.0, 0.0) leading ( 653.2, 477.2) trailing ( 0.0, 0.0) leading ( 833.4, 205.5) trailing ( 0.0, 0.0) leading ( 873.2, 1729.4) trailing ( 0.0, 0.0) leading ( 963.4, 663.8) trailing ( 0.0, 0.0) leading ( 1176.5, 1907.3) trailing ( 0.0, 0.0) leading ( 1280.4, 459.2) trailing ( 0.0, 0.0) leading ( 1355.1, 907.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.7, 1548.5) leading ( 0.0, 0.0) trailing ( 15.4, 1271.0) leading ( 0.0, 0.0) trailing ( 71.4, 1548.5) leading ( 0.0, 0.0) trailing ( 73.8, 667.5) leading ( 0.0, 0.0) trailing ( 133.6, 1548.5) leading ( 0.0, 0.0) trailing ( 141.8, 1869.2) leading ( 0.0, 0.0) trailing ( 190.3, 1548.5) leading ( 0.0, 0.0) trailing ( 253.0, 1548.5) leading ( 0.0, 0.0) trailing ( 288.1, 1361.5) leading ( 0.0, 0.0) trailing ( 311.3, 1548.5) leading ( 0.0, 0.0) trailing ( 370.5, 1548.5) leading ( 0.0, 0.0) trailing ( 436.2, 1548.5) leading ( 0.0, 0.0) trailing ( 453.3, 18.4) leading ( 0.0, 0.0) trailing ( 494.3, 1548.5) leading ( 0.0, 0.0) trailing ( 555.7, 1548.5) leading ( 0.0, 0.0) trailing ( 621.4, 1548.5) leading ( 0.0, 0.0) trailing ( 664.5, 1075.3) leading ( 0.0, 0.0) trailing ( 685.5, 1548.5) leading ( 0.0, 0.0) trailing ( 702.2, 49.4) leading ( 0.0, 0.0) trailing ( 744.8, 1548.5) leading ( 0.0, 0.0) trailing ( 781.5, 1262.3) leading ( 0.0, 0.0) trailing ( 788.5, 398.9) leading ( 0.0, 0.0) trailing ( 803.1, 1548.5) leading ( 0.0, 0.0) trailing ( 805.0, 1726.2) leading ( 0.0, 0.0) trailing ( 861.5, 642.0) leading ( 0.0, 0.0) trailing ( 901.1, 1162.0) leading ( 0.0, 0.0) trailing ( 926.1, 1548.5) leading ( 0.0, 0.0) trailing ( 984.1, 1427.8) leading ( 0.0, 0.0) trailing ( 992.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1048.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1069.4, 1963.7) leading ( 0.0, 0.0) trailing ( 1109.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1154.6, 1861.3) leading ( 0.0, 0.0) trailing ( 1163.0, 560.4) leading ( 0.0, 0.0) trailing ( 1174.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1216.5, 710.7) leading ( 0.0, 0.0) trailing ( 1236.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1254.8, 830.2) leading ( 0.0, 0.0) trailing ( 1294.6, 1272.8) leading ( 0.0, 0.0) trailing ( 1299.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1358.5, 1548.5) done with do_diagnostics {ELAPSED 78.000} {CPU {{OVERALL 62.817} {UTIME 60.000} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 78.000} {CPU {{OVERALL 62.817} {UTIME 60.000} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 55 {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 56 {ELAPSED 78.000} {CPU {{OVERALL 62.850} {UTIME 60.033} {STIME 2.817} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 56 done with locate_astrom_gangs {ELAPSED 78.000} {CPU {{OVERALL 62.883} {UTIME 60.050} {STIME 2.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 56 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 78.000} {CPU {{OVERALL 62.883} {UTIME 60.050} {STIME 2.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 56 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 78.000} {CPU {{OVERALL 62.883} {UTIME 60.050} {STIME 2.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 78.000} {CPU {{OVERALL 62.883} {UTIME 60.050} {STIME 2.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 78.000} {CPU {{OVERALL 62.917} {UTIME 60.067} {STIME 2.850} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 78.000} {CPU {{OVERALL 62.917} {UTIME 60.067} {STIME 2.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 56 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 78.000} {CPU {{OVERALL 62.933} {UTIME 60.083} {STIME 2.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 56 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 66 stars in gang file astrom chip t has 100 total star entries leading ( 3.0, 256.0) trailing ( 11.0, 258.0) leading ( 62.0, 1154.0) trailing ( 78.0, 1158.0) leading ( 170.0, 1776.0) trailing ( 191.0, 1780.0) leading ( 195.0, 252.0) trailing ( 203.0, 255.0) leading ( 272.0, 380.0) trailing ( 282.0, 383.0) leading ( 284.0, 1602.0) trailing ( 303.0, 1606.0) leading ( 309.0, 46.0) trailing ( 316.0, 49.0) leading ( 342.0, 350.0) trailing ( 351.0, 354.0) leading ( 387.0, 222.0) trailing ( 395.0, 225.0) leading ( 452.0, 328.0) trailing ( 460.0, 332.0) leading ( 468.0, 612.0) trailing ( 479.0, 616.0) leading ( 497.0, 2004.0) trailing ( 519.0, 2007.0) leading ( 531.0, 940.0) trailing ( 545.0, 944.0) leading ( 536.0, 1758.0) trailing ( 556.0, 1761.0) leading ( 553.0, 1676.0) trailing ( 572.0, 1679.0) leading ( 587.0, 574.0) trailing ( 598.0, 577.0) leading ( 620.0, 1838.0) trailing ( 641.0, 1842.0) leading ( 702.0, 818.0) trailing ( 716.0, 822.0) leading ( 724.0, 154.0) trailing ( 732.0, 158.0) leading ( 728.0, 1300.0) trailing ( 744.0, 1304.0) leading ( 807.0, 1450.0) trailing ( 825.0, 1454.0) leading ( 1007.0, 1857.0) trailing ( 1007.0, 1893.0) leading ( 1019.0, 1508.0) trailing ( 1039.0, 1548.0) leading ( 1034.0, 776.0) trailing ( 1047.0, 779.0) leading ( 1117.0, 1559.0) trailing ( 1100.0, 1548.0) leading ( 1213.0, 1965.0) trailing ( 1236.0, 1968.0) leading ( 1281.0, 1724.0) trailing ( 1301.0, 1728.0) leading ( 1284.0, 723.0) trailing ( 1297.0, 727.0) astrom chips have 28 matching stars after find_astrom_matches par T 84 after find_astrom_matches par L 84 after find_astrom_matches mch L 84 after find_astrom_matches mch T 84 done with find_astrom_matches {ELAPSED 79.000} {CPU {{OVERALL 63.900} {UTIME 61.033} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 84 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 84 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 79.000} {CPU {{OVERALL 64.017} {UTIME 61.150} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 84 after discard_bad_astrom_stars mch T 84 Entering proc find_photom_matches for field 56 find_photom_matches: matching 84 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 79.000} {CPU {{OVERALL 64.017} {UTIME 61.150} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 84 after find_photom_matches T par 84 after find_photom_matches L mch 84 after find_photom_matches T mch 84 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 79.000} {CPU {{OVERALL 64.033} {UTIME 61.167} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 84 after discard_bad_photom_stars_1 T par 84 after discard_bad_photom_stars_1 L mch 84 after discard_bad_photom_stars_1 T mch 84 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 79.000} {CPU {{OVERALL 64.033} {UTIME 61.167} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 79.000} {CPU {{OVERALL 64.033} {UTIME 61.167} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 79.000} {CPU {{OVERALL 64.033} {UTIME 61.167} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 84 after discard_bad_photom_stars_2 T par 84 after discard_bad_photom_stars_2 L mch 84 after discard_bad_photom_stars_2 T mch 84 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 79.000} {CPU {{OVERALL 64.033} {UTIME 61.167} {STIME 2.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 56 done with write_output {ELAPSED 79.000} {CPU {{OVERALL 64.150} {UTIME 61.250} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 56 leading ( 3.0, 255.8) trailing ( 11.5, 258.8) leading ( 62.6, 1155.4) trailing ( 78.2, 1158.5) leading ( 170.9, 1777.5) trailing ( 191.1, 1780.8) leading ( 195.5, 252.3) trailing ( 203.9, 255.4) leading ( 272.6, 380.9) trailing ( 282.0, 384.1) leading ( 284.2, 1603.0) trailing ( 303.1, 1606.3) leading ( 309.6, 46.4) trailing ( 316.4, 49.6) leading ( 342.1, 351.2) trailing ( 351.1, 354.6) leading ( 387.8, 222.8) trailing ( 395.8, 226.1) leading ( 452.3, 328.9) trailing ( 461.0, 332.2) leading ( 468.3, 612.6) trailing ( 479.3, 616.0) leading ( 497.8, 2004.4) trailing ( 519.7, 2007.7) leading ( 531.4, 941.0) trailing ( 545.0, 944.2) leading ( 536.6, 1758.5) trailing ( 556.6, 1761.7) leading ( 553.6, 1676.6) trailing ( 572.8, 1679.9) leading ( 587.4, 574.6) trailing ( 598.3, 578.0) leading ( 620.7, 1839.0) trailing ( 641.5, 1842.4) leading ( 702.9, 819.2) trailing ( 715.8, 822.4) leading ( 724.4, 155.2) trailing ( 732.2, 158.5) leading ( 728.2, 1300.6) trailing ( 744.8, 1303.7) leading ( 807.2, 1451.1) trailing ( 825.0, 1454.3) leading ( 1007.6, 1857.5) trailing ( 1007.6, 1893.4) leading ( 1019.5, 1509.5) trailing ( 1039.5, 1548.5) leading ( 1034.4, 776.5) trailing ( 1047.1, 779.5) leading ( 1117.6, 1559.6) trailing ( 1099.5, 1548.5) leading ( 1214.0, 1965.4) trailing ( 1236.2, 1968.7) leading ( 1281.1, 1725.5) trailing ( 1301.3, 1728.9) leading ( 1285.0, 723.7) trailing ( 1297.3, 727.1) leading ( 24.9, 886.6) trailing ( 0.0, 0.0) leading ( 120.6, 445.1) trailing ( 0.0, 0.0) leading ( 171.5, 2004.2) trailing ( 0.0, 0.0) leading ( 222.0, 782.9) trailing ( 0.0, 0.0) leading ( 327.3, 769.8) trailing ( 0.0, 0.0) leading ( 366.2, 1919.4) trailing ( 0.0, 0.0) leading ( 370.6, 1084.7) trailing ( 0.0, 0.0) leading ( 412.6, 1376.4) trailing ( 0.0, 0.0) leading ( 548.4, 1337.0) trailing ( 0.0, 0.0) leading ( 642.9, 395.7) trailing ( 0.0, 0.0) leading ( 783.6, 42.4) trailing ( 0.0, 0.0) leading ( 835.6, 1812.5) trailing ( 0.0, 0.0) leading ( 845.5, 827.5) trailing ( 0.0, 0.0) leading ( 945.8, 1302.4) trailing ( 0.0, 0.0) leading ( 1000.6, 523.0) trailing ( 0.0, 0.0) leading ( 1119.0, 1250.6) trailing ( 0.0, 0.0) leading ( 1280.5, 209.6) trailing ( 0.0, 0.0) leading ( 1353.9, 1118.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.5, 1548.5) leading ( 0.0, 0.0) trailing ( 15.3, 1066.5) leading ( 0.0, 0.0) trailing ( 63.5, 1548.5) leading ( 0.0, 0.0) trailing ( 122.1, 1548.5) leading ( 0.0, 0.0) trailing ( 184.4, 1548.5) leading ( 0.0, 0.0) trailing ( 244.6, 1548.5) leading ( 0.0, 0.0) trailing ( 280.4, 561.1) leading ( 0.0, 0.0) trailing ( 281.1, 651.2) leading ( 0.0, 0.0) trailing ( 304.9, 1548.5) leading ( 0.0, 0.0) trailing ( 339.1, 1369.5) leading ( 0.0, 0.0) trailing ( 364.7, 1548.5) leading ( 0.0, 0.0) trailing ( 421.8, 1548.5) leading ( 0.0, 0.0) trailing ( 471.2, 1062.5) leading ( 0.0, 0.0) trailing ( 487.8, 1548.5) leading ( 0.0, 0.0) trailing ( 545.9, 1548.5) leading ( 0.0, 0.0) trailing ( 580.5, 1877.0) leading ( 0.0, 0.0) trailing ( 609.0, 1548.5) leading ( 0.0, 0.0) trailing ( 638.0, 1150.1) leading ( 0.0, 0.0) trailing ( 664.8, 1377.4) leading ( 0.0, 0.0) trailing ( 667.5, 1548.5) leading ( 0.0, 0.0) trailing ( 731.9, 1548.5) leading ( 0.0, 0.0) trailing ( 793.5, 1548.5) leading ( 0.0, 0.0) trailing ( 806.3, 1094.9) leading ( 0.0, 0.0) trailing ( 854.5, 1548.5) leading ( 0.0, 0.0) trailing ( 917.6, 1548.5) leading ( 0.0, 0.0) trailing ( 930.3, 440.0) leading ( 0.0, 0.0) trailing ( 950.2, 2007.1) leading ( 0.0, 0.0) trailing ( 983.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1037.5, 215.4) leading ( 0.0, 0.0) trailing ( 1160.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1193.1, 1414.6) leading ( 0.0, 0.0) trailing ( 1199.3, 621.2) leading ( 0.0, 0.0) trailing ( 1214.6, 1161.4) leading ( 0.0, 0.0) trailing ( 1222.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1283.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1316.1, 1381.4) leading ( 0.0, 0.0) trailing ( 1319.1, 258.5) leading ( 0.0, 0.0) trailing ( 1346.0, 1548.5) done with do_diagnostics {ELAPSED 79.000} {CPU {{OVERALL 64.267} {UTIME 61.367} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 79.000} {CPU {{OVERALL 64.267} {UTIME 61.367} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.283} {UTIME 61.383} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.283} {UTIME 61.383} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.283} {UTIME 61.383} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.283} {UTIME 61.383} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 56 {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 57 {ELAPSED 79.000} {CPU {{OVERALL 64.300} {UTIME 61.400} {STIME 2.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 57 done with locate_astrom_gangs {ELAPSED 79.000} {CPU {{OVERALL 64.317} {UTIME 61.400} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 57 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 79.000} {CPU {{OVERALL 64.317} {UTIME 61.400} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 57 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 79.000} {CPU {{OVERALL 64.317} {UTIME 61.400} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 79.000} {CPU {{OVERALL 64.317} {UTIME 61.400} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 79.000} {CPU {{OVERALL 64.350} {UTIME 61.433} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 79.000} {CPU {{OVERALL 64.350} {UTIME 61.433} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 57 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 79.000} {CPU {{OVERALL 64.350} {UTIME 61.433} {STIME 2.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 57 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 63.0, 544.0) trailing ( 74.0, 546.0) leading ( 66.0, 2019.0) trailing ( 89.0, 2023.0) leading ( 163.0, 1890.0) trailing ( 185.0, 1894.0) leading ( 235.0, 1100.0) trailing ( 250.0, 1104.0) leading ( 295.0, 1278.0) trailing ( 312.0, 1281.0) leading ( 330.0, 392.0) trailing ( 339.0, 396.0) leading ( 394.0, 930.0) trailing ( 408.0, 933.0) leading ( 401.0, 1280.0) trailing ( 418.0, 1282.0) leading ( 478.0, 902.0) trailing ( 492.0, 905.0) leading ( 519.0, 1312.0) trailing ( 535.0, 1315.0) leading ( 534.0, 64.0) trailing ( 541.0, 67.0) leading ( 611.0, 1614.0) trailing ( 631.0, 1617.0) leading ( 683.0, 884.0) trailing ( 697.0, 887.0) leading ( 712.0, 302.0) trailing ( 721.0, 305.0) leading ( 761.0, 1255.0) trailing ( 778.0, 1259.0) leading ( 780.0, 1174.0) trailing ( 797.0, 1177.0) leading ( 834.0, 412.0) trailing ( 844.0, 416.0) leading ( 839.0, 802.0) trailing ( 818.0, 821.0) leading ( 845.0, 1280.0) trailing ( 862.0, 1283.0) leading ( 848.0, 1468.0) trailing ( 866.0, 1472.0) leading ( 849.0, 48.0) trailing ( 856.0, 51.0) leading ( 911.0, 1578.0) trailing ( 939.0, 1548.0) leading ( 930.0, 1666.0) trailing ( 950.0, 1670.0) leading ( 963.0, 1472.0) trailing ( 982.0, 1475.0) leading ( 1020.0, 717.0) trailing ( 1035.0, 719.0) leading ( 1106.0, 284.0) trailing ( 1115.0, 287.0) leading ( 1148.0, 1048.0) trailing ( 1163.0, 1052.0) leading ( 1168.0, 2006.0) trailing ( 1190.0, 2010.0) leading ( 1201.0, 58.0) trailing ( 1208.0, 62.0) astrom chips have 29 matching stars after find_astrom_matches par T 84 after find_astrom_matches par L 84 after find_astrom_matches mch L 84 after find_astrom_matches mch T 84 done with find_astrom_matches {ELAPSED 80.000} {CPU {{OVERALL 65.317} {UTIME 62.383} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 84 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 84 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 80.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 84 after discard_bad_astrom_stars mch T 84 Entering proc find_photom_matches for field 57 find_photom_matches: matching 84 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 81.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 84 after find_photom_matches T par 84 after find_photom_matches L mch 84 after find_photom_matches T mch 84 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 81.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 84 after discard_bad_photom_stars_1 T par 84 after discard_bad_photom_stars_1 L mch 84 after discard_bad_photom_stars_1 T mch 84 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 81.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 81.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 81.000} {CPU {{OVERALL 65.450} {UTIME 62.517} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 84 after discard_bad_photom_stars_2 T par 84 after discard_bad_photom_stars_2 L mch 84 after discard_bad_photom_stars_2 T mch 84 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 81.000} {CPU {{OVERALL 65.467} {UTIME 62.533} {STIME 2.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 57 done with write_output {ELAPSED 81.000} {CPU {{OVERALL 65.567} {UTIME 62.617} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 57 leading ( 63.7, 544.1) trailing ( 74.5, 547.5) leading ( 66.7, 2019.9) trailing ( 89.5, 2023.1) leading ( 163.2, 1891.3) trailing ( 184.7, 1894.5) leading ( 235.3, 1101.4) trailing ( 250.6, 1104.6) leading ( 295.5, 1278.4) trailing ( 312.2, 1281.7) leading ( 330.2, 392.9) trailing ( 340.0, 396.2) leading ( 394.1, 930.0) trailing ( 408.1, 933.2) leading ( 401.6, 1279.7) trailing ( 418.2, 1282.8) leading ( 478.7, 901.9) trailing ( 492.4, 905.2) leading ( 519.3, 1312.0) trailing ( 536.3, 1315.2) leading ( 534.4, 64.4) trailing ( 541.7, 67.6) leading ( 611.6, 1614.2) trailing ( 631.0, 1617.5) leading ( 683.8, 884.1) trailing ( 697.5, 887.2) leading ( 712.4, 302.7) trailing ( 721.7, 305.8) leading ( 761.3, 1255.9) trailing ( 778.0, 1259.2) leading ( 780.9, 1174.4) trailing ( 796.9, 1177.5) leading ( 834.1, 413.1) trailing ( 844.3, 416.4) leading ( 840.0, 802.8) trailing ( 818.1, 821.3) leading ( 845.3, 1280.5) trailing ( 862.2, 1283.7) leading ( 848.4, 1468.6) trailing ( 866.7, 1471.7) leading ( 849.1, 48.8) trailing ( 856.4, 51.9) leading ( 912.2, 1577.8) trailing ( 942.1, 1548.5) leading ( 930.9, 1666.7) trailing ( 950.7, 1670.1) leading ( 964.0, 1472.2) trailing ( 982.1, 1475.6) leading ( 1022.4, 716.6) trailing ( 1035.2, 719.6) leading ( 1106.7, 284.4) trailing ( 1115.5, 287.7) leading ( 1148.6, 1049.3) trailing ( 1163.4, 1052.5) leading ( 1168.4, 2007.1) trailing ( 1190.7, 2010.5) leading ( 1201.7, 59.3) trailing ( 1208.9, 62.6) leading ( 77.8, 1222.3) trailing ( 0.0, 0.0) leading ( 207.7, 1983.6) trailing ( 0.0, 0.0) leading ( 239.0, 130.2) trailing ( 0.0, 0.0) leading ( 262.0, 232.7) trailing ( 0.0, 0.0) leading ( 466.5, 1947.1) trailing ( 0.0, 0.0) leading ( 574.5, 1719.9) trailing ( 0.0, 0.0) leading ( 582.8, 1504.4) trailing ( 0.0, 0.0) leading ( 609.5, 1195.3) trailing ( 0.0, 0.0) leading ( 629.6, 426.9) trailing ( 0.0, 0.0) leading ( 757.4, 214.2) trailing ( 0.0, 0.0) leading ( 897.5, 473.6) trailing ( 0.0, 0.0) leading ( 925.7, 1966.4) trailing ( 0.0, 0.0) leading ( 981.4, 1893.5) trailing ( 0.0, 0.0) leading ( 1035.3, 1831.5) trailing ( 0.0, 0.0) leading ( 1119.7, 1467.3) trailing ( 0.0, 0.0) leading ( 1246.6, 1279.2) trailing ( 0.0, 0.0) leading ( 1252.5, 1620.1) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.1, 1548.5) leading ( 0.0, 0.0) trailing ( 8.3, 1122.0) leading ( 0.0, 0.0) trailing ( 39.0, 833.6) leading ( 0.0, 0.0) trailing ( 66.1, 1548.5) leading ( 0.0, 0.0) trailing ( 107.8, 1943.5) leading ( 0.0, 0.0) trailing ( 127.9, 1548.5) leading ( 0.0, 0.0) trailing ( 177.5, 1215.5) leading ( 0.0, 0.0) trailing ( 189.4, 1548.5) leading ( 0.0, 0.0) trailing ( 249.4, 1045.8) leading ( 0.0, 0.0) trailing ( 263.4, 1548.5) leading ( 0.0, 0.0) trailing ( 316.5, 1548.5) leading ( 0.0, 0.0) trailing ( 381.8, 1548.5) leading ( 0.0, 0.0) trailing ( 385.3, 1787.5) leading ( 0.0, 0.0) trailing ( 418.7, 1992.2) leading ( 0.0, 0.0) trailing ( 442.8, 1548.5) leading ( 0.0, 0.0) trailing ( 506.1, 1548.5) leading ( 0.0, 0.0) trailing ( 567.4, 1548.5) leading ( 0.0, 0.0) trailing ( 613.5, 383.5) leading ( 0.0, 0.0) trailing ( 629.7, 1548.5) leading ( 0.0, 0.0) trailing ( 657.8, 1137.6) leading ( 0.0, 0.0) trailing ( 691.1, 1548.5) leading ( 0.0, 0.0) trailing ( 745.6, 1548.5) leading ( 0.0, 0.0) trailing ( 816.6, 1548.5) leading ( 0.0, 0.0) trailing ( 858.0, 249.5) leading ( 0.0, 0.0) trailing ( 876.1, 1548.5) leading ( 0.0, 0.0) trailing ( 909.6, 758.3) leading ( 0.0, 0.0) trailing ( 999.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1001.0, 206.2) leading ( 0.0, 0.0) trailing ( 1018.3, 1108.9) leading ( 0.0, 0.0) trailing ( 1059.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1118.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1177.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1220.5, 402.6) leading ( 0.0, 0.0) trailing ( 1234.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1300.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1307.5, 1654.2) leading ( 0.0, 0.0) trailing ( 1343.4, 44.2) leading ( 0.0, 0.0) trailing ( 1360.3, 1548.5) done with do_diagnostics {ELAPSED 81.000} {CPU {{OVERALL 65.667} {UTIME 62.717} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 81.000} {CPU {{OVERALL 65.667} {UTIME 62.717} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.683} {UTIME 62.733} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 57 {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 58 {ELAPSED 81.000} {CPU {{OVERALL 65.700} {UTIME 62.750} {STIME 2.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 58 done with locate_astrom_gangs {ELAPSED 81.000} {CPU {{OVERALL 65.733} {UTIME 62.767} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 58 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 81.000} {CPU {{OVERALL 65.733} {UTIME 62.767} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 58 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 81.000} {CPU {{OVERALL 65.733} {UTIME 62.767} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 81.000} {CPU {{OVERALL 65.733} {UTIME 62.767} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 81.000} {CPU {{OVERALL 65.750} {UTIME 62.783} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 81.000} {CPU {{OVERALL 65.767} {UTIME 62.800} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 58 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 81.000} {CPU {{OVERALL 65.767} {UTIME 62.800} {STIME 2.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 58 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 54 stars in gang file astrom chip l has 100 total star entries astrom chip t has 73 stars in gang file astrom chip t has 100 total star entries leading ( 4.0, 1694.0) trailing ( 25.0, 1697.0) leading ( 5.0, 1066.0) trailing ( 20.0, 1070.0) leading ( 26.0, 1852.0) trailing ( 48.0, 1855.0) leading ( 54.0, 822.0) trailing ( 67.0, 825.0) leading ( 116.0, 33.0) trailing ( 123.0, 37.0) leading ( 163.0, 1317.0) trailing ( 181.0, 1321.0) leading ( 201.0, 804.0) trailing ( 215.0, 807.0) leading ( 276.0, 236.0) trailing ( 285.0, 240.0) leading ( 284.0, 1246.0) trailing ( 301.0, 1249.0) leading ( 379.0, 1066.0) trailing ( 394.0, 1069.0) leading ( 447.0, 436.0) trailing ( 446.0, 421.0) leading ( 574.0, 1356.0) trailing ( 593.0, 1358.0) leading ( 642.0, 462.0) trailing ( 606.0, 488.0) leading ( 651.0, 1620.0) trailing ( 671.0, 1623.0) leading ( 710.0, 1246.0) trailing ( 728.0, 1249.0) leading ( 724.0, 1700.0) trailing ( 745.0, 1704.0) leading ( 734.0, 2003.0) trailing ( 757.0, 2006.0) leading ( 798.0, 1802.0) trailing ( 818.0, 1806.0) leading ( 804.0, 833.0) trailing ( 817.0, 837.0) leading ( 821.0, 1639.0) trailing ( 803.0, 1617.0) leading ( 895.0, 46.0) trailing ( 902.0, 49.0) leading ( 1049.0, 1678.0) trailing ( 1069.0, 1681.0) leading ( 1052.0, 956.0) trailing ( 1066.0, 959.0) leading ( 1054.0, 551.0) trailing ( 1065.0, 554.0) leading ( 1112.0, 1958.0) trailing ( 1134.0, 1961.0) leading ( 1162.0, 1141.0) trailing ( 1153.0, 1128.0) leading ( 1184.0, 1782.0) trailing ( 1205.0, 1785.0) leading ( 1191.0, 974.0) trailing ( 1205.0, 977.0) leading ( 1272.0, 1228.0) trailing ( 1288.0, 1231.0) leading ( 1280.0, 1579.0) trailing ( 1288.0, 1548.0) leading ( 1284.0, 460.0) trailing ( 1295.0, 463.0) leading ( 1286.0, 1712.0) trailing ( 1306.0, 1716.0) leading ( 1305.0, 1824.0) trailing ( 1326.0, 1827.0) astrom chips have 33 matching stars after find_astrom_matches par T 94 after find_astrom_matches par L 94 after find_astrom_matches mch L 94 after find_astrom_matches mch T 94 done with find_astrom_matches {ELAPSED 82.000} {CPU {{OVERALL 66.933} {UTIME 63.950} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 94 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 94 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 94 after discard_bad_astrom_stars mch T 94 Entering proc find_photom_matches for field 58 find_photom_matches: matching 94 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 94 after find_photom_matches T par 94 after find_photom_matches L mch 94 after find_photom_matches T mch 94 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 94 after discard_bad_photom_stars_1 T par 94 after discard_bad_photom_stars_1 L mch 94 after discard_bad_photom_stars_1 T mch 94 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 94 after discard_bad_photom_stars_2 T par 94 after discard_bad_photom_stars_2 L mch 94 after discard_bad_photom_stars_2 T mch 94 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 82.000} {CPU {{OVERALL 67.083} {UTIME 64.100} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 58 done with write_output {ELAPSED 82.000} {CPU {{OVERALL 67.183} {UTIME 64.200} {STIME 2.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 58 leading ( 4.8, 1695.1) trailing ( 24.8, 1698.2) leading ( 5.7, 1067.4) trailing ( 20.8, 1070.5) leading ( 27.0, 1852.9) trailing ( 48.3, 1856.1) leading ( 54.2, 822.3) trailing ( 67.4, 825.5) leading ( 116.2, 33.9) trailing ( 123.5, 37.3) leading ( 163.9, 1317.8) trailing ( 181.3, 1321.2) leading ( 201.8, 804.2) trailing ( 215.3, 807.5) leading ( 276.2, 236.9) trailing ( 285.4, 240.0) leading ( 284.2, 1246.5) trailing ( 301.3, 1249.7) leading ( 379.1, 1066.7) trailing ( 394.9, 1069.8) leading ( 447.4, 437.1) trailing ( 446.6, 421.4) leading ( 575.0, 1355.8) trailing ( 593.1, 1358.9) leading ( 642.7, 463.1) trailing ( 606.0, 488.6) leading ( 651.5, 1621.1) trailing ( 671.3, 1624.2) leading ( 710.9, 1246.3) trailing ( 727.8, 1249.5) leading ( 724.7, 1701.4) trailing ( 745.1, 1704.5) leading ( 734.7, 2003.8) trailing ( 757.4, 2006.8) leading ( 798.0, 1803.3) trailing ( 818.9, 1806.2) leading ( 804.1, 834.0) trailing ( 817.5, 837.2) leading ( 821.6, 1639.2) trailing ( 803.4, 1617.4) leading ( 895.6, 46.8) trailing ( 902.7, 49.9) leading ( 1049.8, 1678.7) trailing ( 1069.6, 1682.0) leading ( 1052.3, 956.1) trailing ( 1066.4, 959.4) leading ( 1054.3, 551.8) trailing ( 1065.3, 554.9) leading ( 1112.5, 1958.7) trailing ( 1134.5, 1961.8) leading ( 1162.4, 1141.1) trailing ( 1153.8, 1128.3) leading ( 1184.3, 1782.6) trailing ( 1205.0, 1786.0) leading ( 1190.9, 974.7) trailing ( 1205.3, 978.0) leading ( 1272.2, 1228.7) trailing ( 1288.5, 1232.0) leading ( 1280.4, 1579.5) trailing ( 1288.6, 1548.5) leading ( 1284.9, 461.1) trailing ( 1295.1, 464.2) leading ( 1286.5, 1713.3) trailing ( 1306.6, 1716.7) leading ( 1305.3, 1824.1) trailing ( 1326.2, 1827.3) leading ( 70.4, 1047.5) trailing ( 0.0, 0.0) leading ( 157.0, 1046.8) trailing ( 0.0, 0.0) leading ( 159.5, 271.9) trailing ( 0.0, 0.0) leading ( 250.0, 145.6) trailing ( 0.0, 0.0) leading ( 369.0, 178.7) trailing ( 0.0, 0.0) leading ( 369.3, 939.5) trailing ( 0.0, 0.0) leading ( 420.1, 53.4) trailing ( 0.0, 0.0) leading ( 545.6, 151.8) trailing ( 0.0, 0.0) leading ( 554.6, 741.3) trailing ( 0.0, 0.0) leading ( 558.4, 1653.6) trailing ( 0.0, 0.0) leading ( 609.6, 853.4) trailing ( 0.0, 0.0) leading ( 626.6, 1238.5) trailing ( 0.0, 0.0) leading ( 739.7, 879.7) trailing ( 0.0, 0.0) leading ( 749.5, 1183.6) trailing ( 0.0, 0.0) leading ( 875.8, 340.2) trailing ( 0.0, 0.0) leading ( 949.5, 1503.7) trailing ( 0.0, 0.0) leading ( 1064.4, 1473.6) trailing ( 0.0, 0.0) leading ( 1070.4, 777.7) trailing ( 0.0, 0.0) leading ( 1115.4, 261.6) trailing ( 0.0, 0.0) leading ( 1188.7, 403.1) trailing ( 0.0, 0.0) leading ( 1301.1, 1416.1) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.9, 1548.5) leading ( 0.0, 0.0) trailing ( 68.2, 1548.5) leading ( 0.0, 0.0) trailing ( 123.2, 1548.5) leading ( 0.0, 0.0) trailing ( 153.3, 629.7) leading ( 0.0, 0.0) trailing ( 161.4, 1724.5) leading ( 0.0, 0.0) trailing ( 184.6, 1548.5) leading ( 0.0, 0.0) trailing ( 244.6, 738.4) leading ( 0.0, 0.0) trailing ( 247.9, 1548.5) leading ( 0.0, 0.0) trailing ( 309.3, 1548.5) leading ( 0.0, 0.0) trailing ( 320.1, 1381.5) leading ( 0.0, 0.0) trailing ( 371.6, 834.4) leading ( 0.0, 0.0) trailing ( 371.0, 1548.5) leading ( 0.0, 0.0) trailing ( 430.7, 1548.5) leading ( 0.0, 0.0) trailing ( 472.5, 818.1) leading ( 0.0, 0.0) trailing ( 492.2, 1548.5) leading ( 0.0, 0.0) trailing ( 495.8, 2027.1) leading ( 0.0, 0.0) trailing ( 555.4, 1548.5) leading ( 0.0, 0.0) trailing ( 580.6, 1750.9) leading ( 0.0, 0.0) trailing ( 609.2, 2021.5) leading ( 0.0, 0.0) trailing ( 612.8, 1548.5) leading ( 0.0, 0.0) trailing ( 615.9, 1060.4) leading ( 0.0, 0.0) trailing ( 630.5, 1834.5) leading ( 0.0, 0.0) trailing ( 671.6, 1548.5) leading ( 0.0, 0.0) trailing ( 672.4, 1921.1) leading ( 0.0, 0.0) trailing ( 733.5, 1548.5) leading ( 0.0, 0.0) trailing ( 793.2, 1548.5) leading ( 0.0, 0.0) trailing ( 812.6, 969.1) leading ( 0.0, 0.0) trailing ( 857.7, 1548.5) leading ( 0.0, 0.0) trailing ( 919.2, 1548.5) leading ( 0.0, 0.0) trailing ( 926.8, 1132.2) leading ( 0.0, 0.0) trailing ( 947.8, 1041.8) leading ( 0.0, 0.0) trailing ( 954.4, 313.2) leading ( 0.0, 0.0) trailing ( 972.0, 1909.7) leading ( 0.0, 0.0) trailing ( 982.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1041.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1105.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1169.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1230.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1235.2, 1083.6) leading ( 0.0, 0.0) trailing ( 1349.8, 1548.5) done with do_diagnostics {ELAPSED 83.000} {CPU {{OVERALL 67.317} {UTIME 64.317} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 83.000} {CPU {{OVERALL 67.317} {UTIME 64.317} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.333} {UTIME 64.333} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.333} {UTIME 64.333} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.333} {UTIME 64.333} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 58 {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 59 {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 59 done with locate_astrom_gangs {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 59 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 59 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 83.000} {CPU {{OVERALL 67.350} {UTIME 64.350} {STIME 3.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 83.000} {CPU {{OVERALL 67.400} {UTIME 64.383} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 83.000} {CPU {{OVERALL 67.400} {UTIME 64.383} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 59 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 83.000} {CPU {{OVERALL 67.400} {UTIME 64.383} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 59 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 35 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 60.0, 354.0) trailing ( 70.0, 358.0) leading ( 123.0, 1922.0) trailing ( 145.0, 1925.0) leading ( 205.0, 456.0) trailing ( 215.0, 459.0) leading ( 287.0, 348.0) trailing ( 297.0, 351.0) leading ( 317.0, 527.0) trailing ( 328.0, 531.0) leading ( 374.0, 1396.0) trailing ( 391.0, 1399.0) leading ( 429.0, 1172.0) trailing ( 446.0, 1175.0) leading ( 436.0, 1738.0) trailing ( 456.0, 1741.0) leading ( 508.0, 1866.0) trailing ( 529.0, 1869.0) leading ( 541.0, 716.0) trailing ( 553.0, 720.0) leading ( 721.0, 122.0) trailing ( 729.0, 126.0) leading ( 748.0, 1915.0) trailing ( 770.0, 1919.0) leading ( 755.0, 264.0) trailing ( 763.0, 268.0) leading ( 776.0, 1328.0) trailing ( 792.0, 1332.0) leading ( 797.0, 892.0) trailing ( 810.0, 895.0) leading ( 871.0, 226.0) trailing ( 880.0, 229.0) leading ( 961.0, 342.0) trailing ( 970.0, 345.0) leading ( 1045.0, 1558.0) trailing ( 1040.0, 1548.0) leading ( 1068.0, 1070.0) trailing ( 1083.0, 1073.0) leading ( 1080.0, 1794.0) trailing ( 1100.0, 1797.0) leading ( 1094.0, 1918.0) trailing ( 1116.0, 1920.0) leading ( 1219.0, 1708.0) trailing ( 1240.0, 1711.0) leading ( 1257.0, 2026.0) trailing ( 1280.0, 2028.0) leading ( 1289.0, 1514.0) trailing ( 1283.0, 1548.0) leading ( 1305.0, 628.0) trailing ( 1317.0, 630.0) astrom chips have 25 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 83.000} {CPU {{OVERALL 68.183} {UTIME 65.167} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 84.000} {CPU {{OVERALL 68.300} {UTIME 65.283} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 59 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 84.000} {CPU {{OVERALL 68.300} {UTIME 65.283} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 84.000} {CPU {{OVERALL 68.317} {UTIME 65.300} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 84.000} {CPU {{OVERALL 68.317} {UTIME 65.300} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 84.000} {CPU {{OVERALL 68.317} {UTIME 65.300} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 84.000} {CPU {{OVERALL 68.317} {UTIME 65.300} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 84.000} {CPU {{OVERALL 68.317} {UTIME 65.300} {STIME 3.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 59 done with write_output {ELAPSED 84.000} {CPU {{OVERALL 68.433} {UTIME 65.383} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 59 leading ( 60.8, 355.5) trailing ( 70.0, 358.7) leading ( 123.8, 1922.4) trailing ( 145.4, 1925.6) leading ( 205.5, 456.6) trailing ( 215.5, 459.8) leading ( 287.7, 348.8) trailing ( 297.1, 352.0) leading ( 317.1, 527.9) trailing ( 327.9, 531.1) leading ( 374.2, 1396.5) trailing ( 391.9, 1399.7) leading ( 429.9, 1172.0) trailing ( 445.9, 1175.2) leading ( 436.3, 1738.4) trailing ( 456.7, 1741.7) leading ( 508.7, 1866.7) trailing ( 530.1, 1869.8) leading ( 541.5, 717.5) trailing ( 553.9, 720.7) leading ( 721.9, 122.9) trailing ( 729.5, 125.9) leading ( 748.7, 1916.0) trailing ( 770.2, 1919.2) leading ( 755.2, 265.1) trailing ( 763.7, 268.3) leading ( 776.0, 1329.2) trailing ( 792.7, 1332.3) leading ( 797.5, 892.4) trailing ( 810.8, 895.4) leading ( 872.1, 226.4) trailing ( 880.3, 229.4) leading ( 961.6, 342.5) trailing ( 970.6, 345.3) leading ( 1045.3, 1558.4) trailing ( 1040.5, 1548.5) leading ( 1068.6, 1070.8) trailing ( 1083.1, 1073.5) leading ( 1080.8, 1794.5) trailing ( 1101.0, 1797.2) leading ( 1094.5, 1918.8) trailing ( 1115.6, 1921.3) leading ( 1219.9, 1708.9) trailing ( 1239.9, 1711.8) leading ( 1258.1, 2026.3) trailing ( 1280.7, 2029.2) leading ( 1289.3, 1514.5) trailing ( 1283.6, 1548.5) leading ( 1305.1, 628.3) trailing ( 1316.8, 631.1) leading ( 286.4, 1212.0) trailing ( 0.0, 0.0) leading ( 495.1, 653.5) trailing ( 0.0, 0.0) leading ( 548.4, 832.8) trailing ( 0.0, 0.0) leading ( 575.3, 1619.2) trailing ( 0.0, 0.0) leading ( 689.5, 527.7) trailing ( 0.0, 0.0) leading ( 810.6, 733.4) trailing ( 0.0, 0.0) leading ( 1134.4, 1335.4) trailing ( 0.0, 0.0) leading ( 1154.3, 596.8) trailing ( 0.0, 0.0) leading ( 1217.3, 1498.2) trailing ( 0.0, 0.0) leading ( 1241.6, 595.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.0, 1548.5) leading ( 0.0, 0.0) trailing ( 5.5, 1303.3) leading ( 0.0, 0.0) trailing ( 8.5, 668.4) leading ( 0.0, 0.0) trailing ( 63.6, 1548.5) leading ( 0.0, 0.0) trailing ( 104.6, 504.7) leading ( 0.0, 0.0) trailing ( 121.9, 1661.0) leading ( 0.0, 0.0) trailing ( 125.3, 1548.5) leading ( 0.0, 0.0) trailing ( 146.9, 701.1) leading ( 0.0, 0.0) trailing ( 186.1, 47.4) leading ( 0.0, 0.0) trailing ( 187.2, 1548.5) leading ( 0.0, 0.0) trailing ( 249.4, 1548.5) leading ( 0.0, 0.0) trailing ( 308.1, 1471.4) leading ( 0.0, 0.0) trailing ( 309.0, 1548.5) leading ( 0.0, 0.0) trailing ( 365.8, 1548.5) leading ( 0.0, 0.0) trailing ( 425.3, 1548.5) leading ( 0.0, 0.0) trailing ( 433.0, 704.5) leading ( 0.0, 0.0) trailing ( 487.8, 1548.5) leading ( 0.0, 0.0) trailing ( 491.5, 331.8) leading ( 0.0, 0.0) trailing ( 553.0, 1548.5) leading ( 0.0, 0.0) trailing ( 615.6, 1548.5) leading ( 0.0, 0.0) trailing ( 626.5, 987.8) leading ( 0.0, 0.0) trailing ( 665.5, 357.0) leading ( 0.0, 0.0) trailing ( 674.5, 1548.5) leading ( 0.0, 0.0) trailing ( 684.0, 812.2) leading ( 0.0, 0.0) trailing ( 698.2, 1872.0) leading ( 0.0, 0.0) trailing ( 736.9, 1548.5) leading ( 0.0, 0.0) trailing ( 795.8, 1548.5) leading ( 0.0, 0.0) trailing ( 855.8, 1548.5) leading ( 0.0, 0.0) trailing ( 918.5, 1548.5) leading ( 0.0, 0.0) trailing ( 974.9, 1936.9) leading ( 0.0, 0.0) trailing ( 979.8, 1548.5) leading ( 0.0, 0.0) trailing ( 984.1, 1667.6) leading ( 0.0, 0.0) trailing ( 986.4, 771.9) leading ( 0.0, 0.0) trailing ( 1015.8, 470.0) leading ( 0.0, 0.0) trailing ( 1101.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1161.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1212.8, 1048.1) leading ( 0.0, 0.0) trailing ( 1224.5, 964.5) leading ( 0.0, 0.0) trailing ( 1217.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1262.9, 710.5) leading ( 0.0, 0.0) trailing ( 1344.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1356.6, 337.5) done with do_diagnostics {ELAPSED 84.000} {CPU {{OVERALL 68.533} {UTIME 65.483} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 84.000} {CPU {{OVERALL 68.533} {UTIME 65.483} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.550} {UTIME 65.500} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.550} {UTIME 65.500} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.550} {UTIME 65.500} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.550} {UTIME 65.500} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 59 {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 60 {ELAPSED 84.000} {CPU {{OVERALL 68.567} {UTIME 65.517} {STIME 3.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 60 done with locate_astrom_gangs {ELAPSED 84.000} {CPU {{OVERALL 68.583} {UTIME 65.517} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 60 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 84.000} {CPU {{OVERALL 68.583} {UTIME 65.517} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 60 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 84.000} {CPU {{OVERALL 68.583} {UTIME 65.517} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 84.000} {CPU {{OVERALL 68.583} {UTIME 65.517} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 84.000} {CPU {{OVERALL 68.617} {UTIME 65.550} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 84.000} {CPU {{OVERALL 68.617} {UTIME 65.550} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 60 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 84.000} {CPU {{OVERALL 68.617} {UTIME 65.550} {STIME 3.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 60 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 38 stars in gang file astrom chip l has 100 total star entries astrom chip t has 74 stars in gang file astrom chip t has 100 total star entries leading ( 89.0, 508.0) trailing ( 100.0, 512.0) leading ( 123.0, 574.0) trailing ( 135.0, 576.0) leading ( 125.0, 1396.0) trailing ( 143.0, 1400.0) leading ( 174.0, 846.0) trailing ( 187.0, 849.0) leading ( 174.0, 1894.0) trailing ( 196.0, 1897.0) leading ( 259.0, 984.0) trailing ( 274.0, 987.0) leading ( 326.0, 676.0) trailing ( 339.0, 678.0) leading ( 355.0, 1964.0) trailing ( 377.0, 1967.0) leading ( 411.0, 824.0) trailing ( 423.0, 829.0) leading ( 580.0, 1549.0) trailing ( 552.0, 1548.0) leading ( 633.0, 1118.0) trailing ( 649.0, 1120.0) leading ( 643.0, 1416.0) trailing ( 661.0, 1419.0) leading ( 661.0, 1952.0) trailing ( 684.0, 1955.0) leading ( 747.0, 1620.0) trailing ( 766.0, 1622.0) leading ( 755.0, 216.0) trailing ( 764.0, 219.0) leading ( 763.0, 1255.0) trailing ( 780.0, 1258.0) leading ( 767.0, 1854.0) trailing ( 781.0, 1878.0) leading ( 807.0, 644.0) trailing ( 819.0, 647.0) leading ( 826.0, 1844.0) trailing ( 813.0, 1808.0) leading ( 844.0, 148.0) trailing ( 852.0, 151.0) leading ( 896.0, 444.0) trailing ( 906.0, 448.0) leading ( 963.0, 1236.0) trailing ( 979.0, 1239.0) leading ( 984.0, 1615.0) trailing ( 1003.0, 1618.0) leading ( 1033.0, 334.0) trailing ( 1042.0, 336.0) leading ( 1080.0, 1882.0) trailing ( 1101.0, 1885.0) leading ( 1110.0, 574.0) trailing ( 1121.0, 578.0) leading ( 1133.0, 132.0) trailing ( 1140.0, 136.0) leading ( 1318.0, 520.0) trailing ( 1328.0, 524.0) astrom chips have 28 matching stars after find_astrom_matches par T 84 after find_astrom_matches par L 84 after find_astrom_matches mch L 84 after find_astrom_matches mch T 84 done with find_astrom_matches {ELAPSED 85.000} {CPU {{OVERALL 69.533} {UTIME 66.450} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 84 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 84 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 84 after discard_bad_astrom_stars mch T 84 Entering proc find_photom_matches for field 60 find_photom_matches: matching 84 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 84 after find_photom_matches T par 84 after find_photom_matches L mch 84 after find_photom_matches T mch 84 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 84 after discard_bad_photom_stars_1 T par 84 after discard_bad_photom_stars_1 L mch 84 after discard_bad_photom_stars_1 T mch 84 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 84 after discard_bad_photom_stars_2 T par 84 after discard_bad_photom_stars_2 L mch 84 after discard_bad_photom_stars_2 T mch 84 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 85.000} {CPU {{OVERALL 69.667} {UTIME 66.583} {STIME 3.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 60 done with write_output {ELAPSED 85.000} {CPU {{OVERALL 69.767} {UTIME 66.667} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 60 leading ( 89.1, 509.8) trailing ( 100.1, 512.7) leading ( 123.7, 574.0) trailing ( 135.1, 577.0) leading ( 125.5, 1397.4) trailing ( 143.3, 1400.2) leading ( 174.4, 845.9) trailing ( 187.9, 848.7) leading ( 174.4, 1895.3) trailing ( 196.2, 1898.3) leading ( 260.2, 984.4) trailing ( 274.4, 987.4) leading ( 327.1, 675.9) trailing ( 339.0, 678.9) leading ( 355.2, 1964.2) trailing ( 377.2, 1967.5) leading ( 411.0, 825.5) trailing ( 424.0, 828.8) leading ( 580.6, 1549.4) trailing ( 551.9, 1548.5) leading ( 633.4, 1117.9) trailing ( 649.0, 1121.1) leading ( 643.6, 1417.1) trailing ( 661.5, 1420.1) leading ( 662.1, 1952.9) trailing ( 684.2, 1955.8) leading ( 747.4, 1619.7) trailing ( 766.7, 1622.8) leading ( 756.1, 216.1) trailing ( 764.4, 219.2) leading ( 763.9, 1255.6) trailing ( 780.4, 1258.7) leading ( 769.3, 1852.7) trailing ( 781.0, 1873.4) leading ( 808.0, 644.2) trailing ( 819.5, 647.3) leading ( 812.0, 1830.0) trailing ( 799.0, 1794.0) leading ( 844.6, 149.3) trailing ( 852.2, 152.3) leading ( 896.4, 445.4) trailing ( 906.0, 448.4) leading ( 963.5, 1236.5) trailing ( 979.2, 1239.4) leading ( 984.2, 1615.7) trailing ( 1002.9, 1618.7) leading ( 1033.1, 334.6) trailing ( 1041.6, 337.6) leading ( 1080.8, 1882.6) trailing ( 1101.5, 1885.7) leading ( 1110.6, 575.1) trailing ( 1121.0, 578.1) leading ( 1133.5, 133.3) trailing ( 1140.7, 136.5) leading ( 1318.4, 521.5) trailing ( 1328.6, 524.6) leading ( 70.8, 250.6) trailing ( 0.0, 0.0) leading ( 160.9, 1780.6) trailing ( 0.0, 0.0) leading ( 209.5, 1492.3) trailing ( 0.0, 0.0) leading ( 332.6, 15.3) trailing ( 0.0, 0.0) leading ( 775.6, 865.3) trailing ( 0.0, 0.0) leading ( 797.1, 1179.4) trailing ( 0.0, 0.0) leading ( 987.2, 50.6) trailing ( 0.0, 0.0) leading ( 1143.4, 1468.7) trailing ( 0.0, 0.0) leading ( 1246.7, 531.8) trailing ( 0.0, 0.0) leading ( 1269.2, 290.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.1, 1548.5) leading ( 0.0, 0.0) trailing ( 8.5, 32.2) leading ( 0.0, 0.0) trailing ( 63.4, 366.7) leading ( 0.0, 0.0) trailing ( 63.9, 1548.5) leading ( 0.0, 0.0) trailing ( 116.7, 779.5) leading ( 0.0, 0.0) trailing ( 122.1, 1548.5) leading ( 0.0, 0.0) trailing ( 185.5, 1548.5) leading ( 0.0, 0.0) trailing ( 247.5, 1548.5) leading ( 0.0, 0.0) trailing ( 293.7, 1971.3) leading ( 0.0, 0.0) trailing ( 309.2, 1548.5) leading ( 0.0, 0.0) trailing ( 313.6, 428.0) leading ( 0.0, 0.0) trailing ( 322.0, 283.3) leading ( 0.0, 0.0) trailing ( 336.4, 211.3) leading ( 0.0, 0.0) trailing ( 352.8, 1207.9) leading ( 0.0, 0.0) trailing ( 366.2, 487.1) leading ( 0.0, 0.0) trailing ( 372.6, 1548.5) leading ( 0.0, 0.0) trailing ( 401.2, 1616.7) leading ( 0.0, 0.0) trailing ( 431.3, 1548.5) leading ( 0.0, 0.0) trailing ( 494.6, 1548.5) leading ( 0.0, 0.0) trailing ( 551.0, 1460.7) leading ( 0.0, 0.0) trailing ( 616.5, 1548.5) leading ( 0.0, 0.0) trailing ( 640.6, 825.7) leading ( 0.0, 0.0) trailing ( 675.4, 1548.5) leading ( 0.0, 0.0) trailing ( 696.5, 948.7) leading ( 0.0, 0.0) trailing ( 738.8, 1548.5) leading ( 0.0, 0.0) trailing ( 750.7, 1406.5) leading ( 0.0, 0.0) trailing ( 754.4, 1820.8) leading ( 0.0, 0.0) trailing ( 800.8, 1548.5) leading ( 0.0, 0.0) trailing ( 844.2, 1879.9) leading ( 0.0, 0.0) trailing ( 844.5, 1247.5) leading ( 0.0, 0.0) trailing ( 860.5, 1548.5) leading ( 0.0, 0.0) trailing ( 906.7, 67.4) leading ( 0.0, 0.0) trailing ( 913.5, 1220.7) leading ( 0.0, 0.0) trailing ( 922.1, 1548.5) leading ( 0.0, 0.0) trailing ( 985.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1022.8, 1380.2) leading ( 0.0, 0.0) trailing ( 1040.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1084.2, 520.6) leading ( 0.0, 0.0) trailing ( 1107.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1170.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1171.4, 1191.3) leading ( 0.0, 0.0) trailing ( 1230.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1293.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1293.2, 1719.8) leading ( 0.0, 0.0) trailing ( 1343.5, 1378.5) leading ( 0.0, 0.0) trailing ( 1351.8, 1548.5) done with do_diagnostics {ELAPSED 85.000} {CPU {{OVERALL 69.883} {UTIME 66.783} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 85.000} {CPU {{OVERALL 69.883} {UTIME 66.783} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 85.000} {CPU {{OVERALL 69.900} {UTIME 66.800} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 60 {ELAPSED 85.000} {CPU {{OVERALL 69.917} {UTIME 66.817} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 61 {ELAPSED 85.000} {CPU {{OVERALL 69.917} {UTIME 66.817} {STIME 3.100} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 61 done with locate_astrom_gangs {ELAPSED 85.000} {CPU {{OVERALL 69.933} {UTIME 66.817} {STIME 3.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 61 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 85.000} {CPU {{OVERALL 69.933} {UTIME 66.817} {STIME 3.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 61 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 85.000} {CPU {{OVERALL 69.933} {UTIME 66.817} {STIME 3.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 85.000} {CPU {{OVERALL 69.933} {UTIME 66.817} {STIME 3.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 85.000} {CPU {{OVERALL 69.983} {UTIME 66.850} {STIME 3.133} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 85.000} {CPU {{OVERALL 69.983} {UTIME 66.850} {STIME 3.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 61 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 85.000} {CPU {{OVERALL 69.983} {UTIME 66.850} {STIME 3.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 61 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 41 stars in gang file astrom chip l has 100 total star entries astrom chip t has 59 stars in gang file astrom chip t has 100 total star entries leading ( 9.0, 1954.0) trailing ( 31.0, 1957.0) leading ( 31.0, 1097.0) trailing ( 29.0, 1085.0) leading ( 43.0, 1642.0) trailing ( 63.0, 1646.0) leading ( 149.0, 1568.0) trailing ( 122.0, 1548.0) leading ( 187.0, 1438.0) trailing ( 205.0, 1440.0) leading ( 188.0, 602.0) trailing ( 199.0, 606.0) leading ( 209.0, 1726.0) trailing ( 229.0, 1729.0) leading ( 249.0, 1572.0) trailing ( 243.0, 1548.0) leading ( 291.0, 552.0) trailing ( 301.0, 555.0) leading ( 307.0, 1176.0) trailing ( 323.0, 1179.0) leading ( 370.0, 912.0) trailing ( 383.0, 915.0) leading ( 383.0, 992.0) trailing ( 398.0, 995.0) leading ( 392.0, 742.0) trailing ( 405.0, 746.0) leading ( 432.0, 1958.0) trailing ( 454.0, 1961.0) leading ( 594.0, 1214.0) trailing ( 611.0, 1217.0) leading ( 619.0, 589.0) trailing ( 630.0, 592.0) leading ( 645.0, 1606.0) trailing ( 665.0, 1608.0) leading ( 686.0, 1404.0) trailing ( 704.0, 1407.0) leading ( 753.0, 1744.0) trailing ( 774.0, 1746.0) leading ( 842.0, 708.0) trailing ( 854.0, 711.0) leading ( 868.0, 1200.0) trailing ( 884.0, 1203.0) leading ( 885.0, 638.0) trailing ( 896.0, 641.0) leading ( 986.0, 944.0) trailing ( 1000.0, 948.0) leading ( 1125.0, 92.0) trailing ( 1132.0, 95.0) leading ( 1235.0, 822.0) trailing ( 1248.0, 827.0) astrom chips have 25 matching stars after find_astrom_matches par T 75 after find_astrom_matches par L 75 after find_astrom_matches mch L 75 after find_astrom_matches mch T 75 done with find_astrom_matches {ELAPSED 86.000} {CPU {{OVERALL 70.800} {UTIME 67.650} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 75 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 75 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 86.000} {CPU {{OVERALL 70.917} {UTIME 67.767} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 75 after discard_bad_astrom_stars mch T 75 Entering proc find_photom_matches for field 61 find_photom_matches: matching 75 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 86.000} {CPU {{OVERALL 70.917} {UTIME 67.767} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 75 after find_photom_matches T par 75 after find_photom_matches L mch 75 after find_photom_matches T mch 75 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 86.000} {CPU {{OVERALL 70.917} {UTIME 67.767} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 75 after discard_bad_photom_stars_1 T par 75 after discard_bad_photom_stars_1 L mch 75 after discard_bad_photom_stars_1 T mch 75 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 86.000} {CPU {{OVERALL 70.933} {UTIME 67.783} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 86.000} {CPU {{OVERALL 70.933} {UTIME 67.783} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 86.000} {CPU {{OVERALL 70.933} {UTIME 67.783} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 75 after discard_bad_photom_stars_2 T par 75 after discard_bad_photom_stars_2 L mch 75 after discard_bad_photom_stars_2 T mch 75 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 86.000} {CPU {{OVERALL 70.933} {UTIME 67.783} {STIME 3.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 61 done with write_output {ELAPSED 87.000} {CPU {{OVERALL 71.033} {UTIME 67.867} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 61 leading ( 9.6, 1954.8) trailing ( 31.2, 1957.8) leading ( 31.7, 1097.7) trailing ( 29.7, 1085.2) leading ( 43.6, 1643.3) trailing ( 62.9, 1646.3) leading ( 149.6, 1568.7) trailing ( 119.1, 1548.5) leading ( 187.5, 1438.1) trailing ( 205.0, 1440.9) leading ( 188.4, 603.7) trailing ( 199.3, 606.6) leading ( 209.8, 1726.7) trailing ( 229.6, 1729.7) leading ( 249.4, 1572.6) trailing ( 239.9, 1548.5) leading ( 291.1, 552.7) trailing ( 301.8, 555.5) leading ( 307.5, 1176.7) trailing ( 323.2, 1179.6) leading ( 370.0, 912.2) trailing ( 383.8, 915.1) leading ( 383.8, 992.6) trailing ( 398.1, 995.5) leading ( 392.8, 743.0) trailing ( 405.2, 746.0) leading ( 432.6, 1958.9) trailing ( 454.6, 1961.8) leading ( 594.9, 1214.5) trailing ( 611.1, 1217.4) leading ( 619.0, 590.0) trailing ( 630.4, 593.0) leading ( 645.2, 1606.1) trailing ( 664.5, 1608.9) leading ( 686.9, 1404.8) trailing ( 704.6, 1407.7) leading ( 753.7, 1743.6) trailing ( 774.0, 1746.5) leading ( 842.3, 708.5) trailing ( 854.4, 711.4) leading ( 868.4, 1201.4) trailing ( 884.2, 1204.4) leading ( 885.4, 638.5) trailing ( 897.0, 641.5) leading ( 986.7, 945.1) trailing ( 1000.8, 948.3) leading ( 1125.2, 92.4) trailing ( 1132.5, 95.4) leading ( 1235.4, 823.7) trailing ( 1248.4, 826.9) leading ( 7.9, 662.1) trailing ( 0.0, 0.0) leading ( 80.8, 718.3) trailing ( 0.0, 0.0) leading ( 178.3, 1134.7) trailing ( 0.0, 0.0) leading ( 371.1, 498.4) trailing ( 0.0, 0.0) leading ( 412.3, 684.4) trailing ( 0.0, 0.0) leading ( 473.2, 1169.6) trailing ( 0.0, 0.0) leading ( 480.1, 747.5) trailing ( 0.0, 0.0) leading ( 505.7, 1929.3) trailing ( 0.0, 0.0) leading ( 581.5, 1419.6) trailing ( 0.0, 0.0) leading ( 828.0, 268.7) trailing ( 0.0, 0.0) leading ( 930.8, 1506.4) trailing ( 0.0, 0.0) leading ( 967.6, 1776.0) trailing ( 0.0, 0.0) leading ( 1085.5, 933.6) trailing ( 0.0, 0.0) leading ( 1114.4, 1930.4) trailing ( 0.0, 0.0) leading ( 1149.3, 2002.7) trailing ( 0.0, 0.0) leading ( 1283.5, 597.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.4, 1548.5) leading ( 0.0, 0.0) trailing ( 25.8, 1005.1) leading ( 0.0, 0.0) trailing ( 63.4, 1548.5) leading ( 0.0, 0.0) trailing ( 141.5, 524.4) leading ( 0.0, 0.0) trailing ( 184.9, 1548.5) leading ( 0.0, 0.0) trailing ( 267.3, 1042.7) leading ( 0.0, 0.0) trailing ( 305.3, 1548.5) leading ( 0.0, 0.0) trailing ( 366.9, 1548.5) leading ( 0.0, 0.0) trailing ( 374.4, 439.5) leading ( 0.0, 0.0) trailing ( 428.2, 1548.5) leading ( 0.0, 0.0) trailing ( 445.5, 1359.4) leading ( 0.0, 0.0) trailing ( 488.0, 1548.5) leading ( 0.0, 0.0) trailing ( 533.1, 1371.8) leading ( 0.0, 0.0) trailing ( 547.7, 1081.0) leading ( 0.0, 0.0) trailing ( 548.7, 1548.5) leading ( 0.0, 0.0) trailing ( 565.4, 1478.4) leading ( 0.0, 0.0) trailing ( 599.7, 686.0) leading ( 0.0, 0.0) trailing ( 607.0, 1548.5) leading ( 0.0, 0.0) trailing ( 662.1, 1548.5) leading ( 0.0, 0.0) trailing ( 694.2, 1729.7) leading ( 0.0, 0.0) trailing ( 716.2, 66.5) leading ( 0.0, 0.0) trailing ( 727.4, 1548.5) leading ( 0.0, 0.0) trailing ( 793.5, 951.6) leading ( 0.0, 0.0) trailing ( 794.6, 1548.5) leading ( 0.0, 0.0) trailing ( 858.8, 1548.5) leading ( 0.0, 0.0) trailing ( 920.0, 1548.5) leading ( 0.0, 0.0) trailing ( 986.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1044.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1104.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1174.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1196.3, 376.1) leading ( 0.0, 0.0) trailing ( 1233.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1299.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1356.6, 1548.5) done with do_diagnostics {ELAPSED 87.000} {CPU {{OVERALL 71.117} {UTIME 67.950} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 87.000} {CPU {{OVERALL 71.133} {UTIME 67.967} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 61 {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 62 {ELAPSED 87.000} {CPU {{OVERALL 71.150} {UTIME 67.983} {STIME 3.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 62 done with locate_astrom_gangs {ELAPSED 87.000} {CPU {{OVERALL 71.183} {UTIME 68.000} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 62 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 87.000} {CPU {{OVERALL 71.183} {UTIME 68.000} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 62 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 87.000} {CPU {{OVERALL 71.183} {UTIME 68.000} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 87.000} {CPU {{OVERALL 71.183} {UTIME 68.000} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 87.000} {CPU {{OVERALL 71.200} {UTIME 68.017} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 87.000} {CPU {{OVERALL 71.217} {UTIME 68.033} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 62 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 87.000} {CPU {{OVERALL 71.217} {UTIME 68.033} {STIME 3.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 62 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 37 stars in gang file astrom chip l has 100 total star entries astrom chip t has 62 stars in gang file astrom chip t has 100 total star entries leading ( 52.0, 1670.0) trailing ( 72.0, 1673.0) leading ( 71.0, 940.0) trailing ( 85.0, 944.0) leading ( 256.0, 1328.0) trailing ( 273.0, 1331.0) leading ( 442.0, 365.0) trailing ( 452.0, 368.0) leading ( 470.0, 988.0) trailing ( 485.0, 995.0) leading ( 490.0, 90.0) trailing ( 498.0, 94.0) leading ( 514.0, 1570.0) trailing ( 484.0, 1548.0) leading ( 582.0, 1586.0) trailing ( 605.0, 1548.0) leading ( 661.0, 733.0) trailing ( 674.0, 737.0) leading ( 741.0, 1338.0) trailing ( 759.0, 1342.0) leading ( 782.0, 96.0) trailing ( 790.0, 100.0) leading ( 906.0, 1500.0) trailing ( 921.0, 1473.0) leading ( 985.0, 1232.0) trailing ( 1001.0, 1236.0) leading ( 994.0, 1108.0) trailing ( 994.0, 1077.0) leading ( 1053.0, 98.0) trailing ( 1060.0, 100.0) leading ( 1078.0, 690.0) trailing ( 1090.0, 694.0) leading ( 1085.0, 1362.0) trailing ( 1103.0, 1366.0) leading ( 1238.0, 462.0) trailing ( 1248.0, 466.0) leading ( 1241.0, 1804.0) trailing ( 1261.0, 1807.0) leading ( 1269.0, 1522.0) trailing ( 1271.0, 1548.0) leading ( 1314.0, 1146.0) trailing ( 1329.0, 1150.0) leading ( 1326.0, 958.0) trailing ( 1340.0, 962.0) leading ( 1335.0, 602.0) trailing ( 1346.0, 605.0) leading ( 1341.0, 794.0) trailing ( 1354.0, 797.0) astrom chips have 24 matching stars after find_astrom_matches par T 75 after find_astrom_matches par L 75 after find_astrom_matches mch L 75 after find_astrom_matches mch T 75 done with find_astrom_matches {ELAPSED 88.000} {CPU {{OVERALL 72.000} {UTIME 68.800} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 75 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 75 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 75 after discard_bad_astrom_stars mch T 75 Entering proc find_photom_matches for field 62 find_photom_matches: matching 75 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 75 after find_photom_matches T par 75 after find_photom_matches L mch 75 after find_photom_matches T mch 75 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 75 after discard_bad_photom_stars_1 T par 75 after discard_bad_photom_stars_1 L mch 75 after discard_bad_photom_stars_1 T mch 75 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 88.000} {CPU {{OVERALL 72.117} {UTIME 68.917} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 75 after discard_bad_photom_stars_2 T par 75 after discard_bad_photom_stars_2 L mch 75 after discard_bad_photom_stars_2 T mch 75 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 88.000} {CPU {{OVERALL 72.133} {UTIME 68.933} {STIME 3.200} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 62 done with write_output {ELAPSED 88.000} {CPU {{OVERALL 72.233} {UTIME 69.017} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 62 leading ( 53.0, 1670.2) trailing ( 72.7, 1673.4) leading ( 71.6, 941.4) trailing ( 85.5, 944.5) leading ( 256.4, 1328.1) trailing ( 273.5, 1331.1) leading ( 442.9, 365.5) trailing ( 452.6, 368.7) leading ( 470.7, 988.5) trailing ( 485.7, 995.6) leading ( 490.8, 90.8) trailing ( 498.5, 94.0) leading ( 514.1, 1571.5) trailing ( 483.6, 1548.5) leading ( 582.3, 1586.7) trailing ( 600.7, 1548.5) leading ( 661.9, 733.8) trailing ( 674.7, 737.1) leading ( 741.5, 1339.1) trailing ( 758.9, 1342.5) leading ( 782.5, 96.7) trailing ( 790.0, 100.1) leading ( 906.6, 1500.8) trailing ( 922.0, 1472.9) leading ( 985.3, 1233.6) trailing ( 1001.4, 1237.0) leading ( 995.1, 1107.9) trailing ( 994.7, 1077.8) leading ( 1053.2, 97.6) trailing ( 1060.6, 101.0) leading ( 1078.8, 691.2) trailing ( 1090.5, 694.6) leading ( 1085.8, 1363.2) trailing ( 1102.9, 1366.7) leading ( 1238.2, 463.3) trailing ( 1248.5, 466.6) leading ( 1241.0, 1804.1) trailing ( 1261.7, 1807.4) leading ( 1269.7, 1523.7) trailing ( 1270.7, 1548.5) leading ( 1314.2, 1147.2) trailing ( 1329.9, 1150.5) leading ( 1326.7, 959.4) trailing ( 1341.0, 962.6) leading ( 1335.3, 602.1) trailing ( 1346.8, 605.3) leading ( 1341.4, 794.1) trailing ( 1354.5, 797.4) leading ( 252.6, 1913.5) trailing ( 0.0, 0.0) leading ( 463.5, 1368.9) trailing ( 0.0, 0.0) leading ( 629.6, 1427.6) trailing ( 0.0, 0.0) leading ( 633.6, 1719.5) trailing ( 0.0, 0.0) leading ( 664.4, 1267.4) trailing ( 0.0, 0.0) leading ( 696.5, 290.7) trailing ( 0.0, 0.0) leading ( 760.4, 700.2) trailing ( 0.0, 0.0) leading ( 826.2, 1501.8) trailing ( 0.0, 0.0) leading ( 864.4, 987.1) trailing ( 0.0, 0.0) leading ( 893.5, 1271.2) trailing ( 0.0, 0.0) leading ( 926.4, 1983.6) trailing ( 0.0, 0.0) leading ( 973.8, 1448.8) trailing ( 0.0, 0.0) leading ( 1231.5, 567.2) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.9, 1548.5) leading ( 0.0, 0.0) trailing ( 14.7, 1614.8) leading ( 0.0, 0.0) trailing ( 49.3, 283.4) leading ( 0.0, 0.0) trailing ( 62.0, 1548.5) leading ( 0.0, 0.0) trailing ( 83.8, 457.1) leading ( 0.0, 0.0) trailing ( 92.9, 1162.1) leading ( 0.0, 0.0) trailing ( 122.6, 1548.5) leading ( 0.0, 0.0) trailing ( 160.8, 1887.0) leading ( 0.0, 0.0) trailing ( 170.9, 1040.1) leading ( 0.0, 0.0) trailing ( 186.3, 1548.5) leading ( 0.0, 0.0) trailing ( 237.2, 126.6) leading ( 0.0, 0.0) trailing ( 238.9, 1737.4) leading ( 0.0, 0.0) trailing ( 242.5, 559.6) leading ( 0.0, 0.0) trailing ( 244.5, 1548.5) leading ( 0.0, 0.0) trailing ( 303.0, 1548.5) leading ( 0.0, 0.0) trailing ( 350.0, 1534.0) leading ( 0.0, 0.0) trailing ( 425.4, 1548.5) leading ( 0.0, 0.0) trailing ( 424.7, 1460.7) leading ( 0.0, 0.0) trailing ( 442.0, 1291.7) leading ( 0.0, 0.0) trailing ( 528.4, 1972.7) leading ( 0.0, 0.0) trailing ( 546.6, 1548.5) leading ( 0.0, 0.0) trailing ( 562.9, 761.0) leading ( 0.0, 0.0) trailing ( 620.4, 843.7) leading ( 0.0, 0.0) trailing ( 666.7, 1569.4) leading ( 0.0, 0.0) trailing ( 730.0, 1548.5) leading ( 0.0, 0.0) trailing ( 729.5, 1913.2) leading ( 0.0, 0.0) trailing ( 787.4, 1548.5) leading ( 0.0, 0.0) trailing ( 843.8, 1548.5) leading ( 0.0, 0.0) trailing ( 907.8, 1548.5) leading ( 0.0, 0.0) trailing ( 917.7, 1324.6) leading ( 0.0, 0.0) trailing ( 970.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1032.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1085.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1152.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1214.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1276.7, 1674.7) leading ( 0.0, 0.0) trailing ( 1332.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1341.0, 1260.5) done with do_diagnostics {ELAPSED 88.000} {CPU {{OVERALL 72.333} {UTIME 69.117} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 88.000} {CPU {{OVERALL 72.333} {UTIME 69.117} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 62 {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 63 {ELAPSED 88.000} {CPU {{OVERALL 72.350} {UTIME 69.133} {STIME 3.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 63 done with locate_astrom_gangs {ELAPSED 88.000} {CPU {{OVERALL 72.383} {UTIME 69.150} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 63 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 88.000} {CPU {{OVERALL 72.383} {UTIME 69.150} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 63 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 88.000} {CPU {{OVERALL 72.383} {UTIME 69.150} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 88.000} {CPU {{OVERALL 72.383} {UTIME 69.150} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 88.000} {CPU {{OVERALL 72.417} {UTIME 69.183} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 88.000} {CPU {{OVERALL 72.417} {UTIME 69.183} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 63 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 88.000} {CPU {{OVERALL 72.417} {UTIME 69.183} {STIME 3.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 63 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 42 stars in gang file astrom chip l has 100 total star entries astrom chip t has 58 stars in gang file astrom chip t has 100 total star entries leading ( 77.0, 534.0) trailing ( 88.0, 538.0) leading ( 189.0, 400.0) trailing ( 199.0, 405.0) leading ( 255.0, 302.0) trailing ( 265.0, 306.0) leading ( 293.0, 1184.0) trailing ( 310.0, 1187.0) leading ( 414.0, 848.0) trailing ( 427.0, 852.0) leading ( 440.0, 164.0) trailing ( 448.0, 168.0) leading ( 535.0, 1168.0) trailing ( 551.0, 1171.0) leading ( 588.0, 438.0) trailing ( 598.0, 441.0) leading ( 630.0, 944.0) trailing ( 644.0, 948.0) leading ( 656.0, 694.0) trailing ( 668.0, 698.0) leading ( 842.0, 1520.0) trailing ( 856.0, 1548.0) leading ( 940.0, 472.0) trailing ( 950.0, 474.0) leading ( 985.0, 1830.0) trailing ( 1006.0, 1834.0) leading ( 989.0, 530.0) trailing ( 1000.0, 534.0) leading ( 1068.0, 1576.0) trailing ( 1040.0, 1548.0) leading ( 1103.0, 1197.0) trailing ( 1119.0, 1201.0) leading ( 1118.0, 1514.0) trailing ( 1106.0, 1548.0) leading ( 1160.0, 548.0) trailing ( 1171.0, 551.0) leading ( 1175.0, 930.0) trailing ( 1189.0, 933.0) leading ( 1229.0, 190.0) trailing ( 1238.0, 193.0) leading ( 1260.0, 526.0) trailing ( 1271.0, 530.0) leading ( 1316.0, 1812.0) trailing ( 1338.0, 1816.0) astrom chips have 22 matching stars after find_astrom_matches par T 78 after find_astrom_matches par L 78 after find_astrom_matches mch L 78 after find_astrom_matches mch T 78 done with find_astrom_matches {ELAPSED 89.000} {CPU {{OVERALL 73.267} {UTIME 70.017} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 78 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 78 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 78 after discard_bad_astrom_stars mch T 78 Entering proc find_photom_matches for field 63 find_photom_matches: matching 78 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 78 after find_photom_matches T par 78 after find_photom_matches L mch 78 after find_photom_matches T mch 78 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 78 after discard_bad_photom_stars_1 T par 78 after discard_bad_photom_stars_1 L mch 78 after discard_bad_photom_stars_1 T mch 78 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 78 after discard_bad_photom_stars_2 T par 78 after discard_bad_photom_stars_2 L mch 78 after discard_bad_photom_stars_2 T mch 78 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 89.000} {CPU {{OVERALL 73.400} {UTIME 70.150} {STIME 3.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 63 done with write_output {ELAPSED 89.000} {CPU {{OVERALL 73.517} {UTIME 70.250} {STIME 3.267} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 63 leading ( 77.8, 535.3) trailing ( 88.7, 538.5) leading ( 189.5, 401.4) trailing ( 199.5, 404.6) leading ( 255.8, 303.5) trailing ( 265.0, 306.8) leading ( 293.8, 1184.8) trailing ( 309.8, 1188.2) leading ( 414.7, 848.7) trailing ( 428.0, 852.2) leading ( 440.3, 165.1) trailing ( 448.2, 168.5) leading ( 535.6, 1168.4) trailing ( 551.5, 1171.8) leading ( 588.1, 438.2) trailing ( 598.4, 441.6) leading ( 630.3, 944.8) trailing ( 644.5, 948.0) leading ( 656.3, 695.0) trailing ( 668.6, 698.4) leading ( 842.8, 1519.9) trailing ( 855.7, 1548.5) leading ( 940.4, 472.3) trailing ( 950.6, 475.6) leading ( 985.7, 1831.0) trailing ( 1006.3, 1834.4) leading ( 989.8, 531.5) trailing ( 1000.4, 534.9) leading ( 1068.2, 1577.5) trailing ( 1040.4, 1548.5) leading ( 1104.0, 1197.8) trailing ( 1119.8, 1201.2) leading ( 1118.7, 1514.3) trailing ( 1106.4, 1548.5) leading ( 1159.9, 548.0) trailing ( 1170.9, 551.4) leading ( 1175.5, 930.0) trailing ( 1189.4, 933.4) leading ( 1229.8, 189.9) trailing ( 1238.1, 193.1) leading ( 1260.7, 527.3) trailing ( 1271.5, 530.7) leading ( 1316.7, 1813.0) trailing ( 1337.5, 1816.5) leading ( 183.7, 769.8) trailing ( 0.0, 0.0) leading ( 193.3, 31.8) trailing ( 0.0, 0.0) leading ( 210.8, 561.4) trailing ( 0.0, 0.0) leading ( 236.5, 163.1) trailing ( 0.0, 0.0) leading ( 247.6, 497.6) trailing ( 0.0, 0.0) leading ( 311.7, 926.4) trailing ( 0.0, 0.0) leading ( 334.7, 1597.5) trailing ( 0.0, 0.0) leading ( 403.8, 1637.5) trailing ( 0.0, 0.0) leading ( 459.5, 1255.5) trailing ( 0.0, 0.0) leading ( 689.6, 1045.5) trailing ( 0.0, 0.0) leading ( 703.9, 1969.6) trailing ( 0.0, 0.0) leading ( 746.4, 67.0) trailing ( 0.0, 0.0) leading ( 852.5, 570.5) trailing ( 0.0, 0.0) leading ( 1037.9, 1489.3) trailing ( 0.0, 0.0) leading ( 1045.8, 296.7) trailing ( 0.0, 0.0) leading ( 1048.5, 1944.5) trailing ( 0.0, 0.0) leading ( 1142.3, 1687.5) trailing ( 0.0, 0.0) leading ( 1165.2, 403.5) trailing ( 0.0, 0.0) leading ( 1292.1, 1411.2) trailing ( 0.0, 0.0) leading ( 1320.3, 1597.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.0, 1548.5) leading ( 0.0, 0.0) trailing ( 63.0, 1548.5) leading ( 0.0, 0.0) trailing ( 124.4, 1548.5) leading ( 0.0, 0.0) trailing ( 161.4, 86.0) leading ( 0.0, 0.0) trailing ( 183.2, 1548.5) leading ( 0.0, 0.0) trailing ( 241.8, 1548.5) leading ( 0.0, 0.0) trailing ( 290.5, 411.2) leading ( 0.0, 0.0) trailing ( 303.7, 1548.5) leading ( 0.0, 0.0) trailing ( 363.6, 1548.5) leading ( 0.0, 0.0) trailing ( 405.6, 1769.4) leading ( 0.0, 0.0) trailing ( 421.8, 1548.5) leading ( 0.0, 0.0) trailing ( 454.8, 17.3) leading ( 0.0, 0.0) trailing ( 481.1, 1548.5) leading ( 0.0, 0.0) trailing ( 482.0, 591.7) leading ( 0.0, 0.0) trailing ( 495.8, 1930.8) leading ( 0.0, 0.0) trailing ( 518.1, 913.1) leading ( 0.0, 0.0) trailing ( 541.7, 259.4) leading ( 0.0, 0.0) trailing ( 541.5, 1548.5) leading ( 0.0, 0.0) trailing ( 586.4, 1645.2) leading ( 0.0, 0.0) trailing ( 602.2, 1548.5) leading ( 0.0, 0.0) trailing ( 665.2, 1548.5) leading ( 0.0, 0.0) trailing ( 727.0, 1450.0) leading ( 0.0, 0.0) trailing ( 730.8, 1548.5) leading ( 0.0, 0.0) trailing ( 757.6, 932.9) leading ( 0.0, 0.0) trailing ( 795.4, 1548.5) leading ( 0.0, 0.0) trailing ( 819.2, 849.0) leading ( 0.0, 0.0) trailing ( 914.8, 1548.5) leading ( 0.0, 0.0) trailing ( 937.4, 1229.3) leading ( 0.0, 0.0) trailing ( 974.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1168.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1216.7, 1164.6) leading ( 0.0, 0.0) trailing ( 1229.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1296.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1300.6, 902.3) leading ( 0.0, 0.0) trailing ( 1308.5, 1746.7) leading ( 0.0, 0.0) trailing ( 1351.3, 1548.5) done with do_diagnostics {ELAPSED 89.000} {CPU {{OVERALL 73.633} {UTIME 70.350} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 89.000} {CPU {{OVERALL 73.633} {UTIME 70.350} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.650} {UTIME 70.367} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.650} {UTIME 70.367} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.650} {UTIME 70.367} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.650} {UTIME 70.367} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 63 {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 64 {ELAPSED 89.000} {CPU {{OVERALL 73.667} {UTIME 70.383} {STIME 3.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 64 done with locate_astrom_gangs {ELAPSED 90.000} {CPU {{OVERALL 73.683} {UTIME 70.383} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 64 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 90.000} {CPU {{OVERALL 73.683} {UTIME 70.383} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 64 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 90.000} {CPU {{OVERALL 73.683} {UTIME 70.383} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 90.000} {CPU {{OVERALL 73.683} {UTIME 70.383} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 90.000} {CPU {{OVERALL 73.717} {UTIME 70.417} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 90.000} {CPU {{OVERALL 73.717} {UTIME 70.417} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 64 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 90.000} {CPU {{OVERALL 73.717} {UTIME 70.417} {STIME 3.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 64 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 43 stars in gang file astrom chip l has 100 total star entries astrom chip t has 68 stars in gang file astrom chip t has 100 total star entries leading ( 27.0, 1042.0) trailing ( 42.0, 1046.0) leading ( 27.0, 1617.0) trailing ( 1.0, 1620.0) leading ( 62.0, 1294.0) trailing ( 79.0, 1297.0) leading ( 104.0, 40.0) trailing ( 112.0, 44.0) leading ( 109.0, 1079.0) trailing ( 124.0, 1083.0) leading ( 198.0, 140.0) trailing ( 206.0, 144.0) leading ( 219.0, 722.0) trailing ( 232.0, 726.0) leading ( 271.0, 1640.0) trailing ( 291.0, 1643.0) leading ( 317.0, 1738.0) trailing ( 338.0, 1741.0) leading ( 504.0, 1080.0) trailing ( 519.0, 1082.0) leading ( 531.0, 834.0) trailing ( 545.0, 839.0) leading ( 580.0, 660.0) trailing ( 593.0, 663.0) leading ( 638.0, 846.0) trailing ( 652.0, 850.0) leading ( 681.0, 1086.0) trailing ( 697.0, 1090.0) leading ( 698.0, 386.0) trailing ( 709.0, 389.0) leading ( 710.0, 1764.0) trailing ( 731.0, 1767.0) leading ( 807.0, 941.0) trailing ( 821.0, 945.0) leading ( 953.0, 1816.0) trailing ( 975.0, 1820.0) leading ( 999.0, 1706.0) trailing ( 1019.0, 1710.0) leading ( 1031.0, 1190.0) trailing ( 1048.0, 1193.0) leading ( 1078.0, 229.0) trailing ( 1087.0, 232.0) leading ( 1099.0, 1233.0) trailing ( 1117.0, 1271.0) leading ( 1173.0, 976.0) trailing ( 1188.0, 980.0) leading ( 1179.0, 655.0) trailing ( 1191.0, 659.0) leading ( 1192.0, 16.0) trailing ( 1199.0, 20.0) leading ( 1248.0, 1922.0) trailing ( 1270.0, 1926.0) leading ( 1261.0, 1206.0) trailing ( 1278.0, 1210.0) leading ( 1338.0, 1202.0) trailing ( 1354.0, 1205.0) astrom chips have 28 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 90.000} {CPU {{OVERALL 74.650} {UTIME 71.333} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 64 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 91.000} {CPU {{OVERALL 74.783} {UTIME 71.467} {STIME 3.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 64 done with write_output {ELAPSED 91.000} {CPU {{OVERALL 74.883} {UTIME 71.550} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 64 leading ( 27.9, 1042.6) trailing ( 42.7, 1046.1) leading ( 27.2, 1617.8) trailing ( 0.8, 1620.9) leading ( 62.9, 1294.4) trailing ( 79.7, 1297.8) leading ( 104.9, 41.0) trailing ( 111.9, 44.3) leading ( 109.9, 1079.7) trailing ( 125.0, 1083.1) leading ( 198.7, 141.0) trailing ( 206.3, 144.6) leading ( 219.7, 723.1) trailing ( 231.9, 726.5) leading ( 271.2, 1639.8) trailing ( 290.6, 1643.3) leading ( 318.1, 1738.5) trailing ( 338.4, 1742.0) leading ( 504.3, 1079.7) trailing ( 519.8, 1082.9) leading ( 531.6, 835.7) trailing ( 545.2, 839.1) leading ( 580.9, 660.2) trailing ( 593.2, 663.3) leading ( 638.4, 847.1) trailing ( 652.1, 850.2) leading ( 681.6, 1087.3) trailing ( 697.3, 1090.4) leading ( 699.0, 386.5) trailing ( 709.2, 389.7) leading ( 710.5, 1764.7) trailing ( 731.5, 1768.0) leading ( 807.5, 941.9) trailing ( 822.0, 945.2) leading ( 954.0, 1816.8) trailing ( 975.1, 1820.3) leading ( 999.3, 1707.1) trailing ( 1019.6, 1710.5) leading ( 1031.7, 1190.2) trailing ( 1048.0, 1193.5) leading ( 1078.3, 229.8) trailing ( 1087.2, 233.0) leading ( 1099.5, 1233.5) trailing ( 1117.3, 1271.6) leading ( 1173.3, 977.4) trailing ( 1187.8, 980.7) leading ( 1179.4, 655.7) trailing ( 1191.5, 659.1) leading ( 1192.3, 17.4) trailing ( 1199.5, 20.7) leading ( 1249.0, 1923.0) trailing ( 1271.0, 1926.1) leading ( 1261.1, 1207.7) trailing ( 1277.7, 1211.0) leading ( 1338.2, 1202.7) trailing ( 1354.8, 1206.0) leading ( 79.9, 1890.4) trailing ( 0.0, 0.0) leading ( 98.6, 931.3) trailing ( 0.0, 0.0) leading ( 126.5, 1487.8) trailing ( 0.0, 0.0) leading ( 415.6, 507.7) trailing ( 0.0, 0.0) leading ( 431.1, 809.7) trailing ( 0.0, 0.0) leading ( 500.6, 947.7) trailing ( 0.0, 0.0) leading ( 525.3, 16.0) trailing ( 0.0, 0.0) leading ( 601.2, 1771.9) trailing ( 0.0, 0.0) leading ( 739.8, 853.5) trailing ( 0.0, 0.0) leading ( 799.3, 501.1) trailing ( 0.0, 0.0) leading ( 915.5, 758.6) trailing ( 0.0, 0.0) leading ( 921.0, 1507.0) trailing ( 0.0, 0.0) leading ( 1290.6, 17.4) trailing ( 0.0, 0.0) leading ( 1325.5, 75.8) trailing ( 0.0, 0.0) leading ( 1358.1, 788.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.7, 1548.5) leading ( 0.0, 0.0) trailing ( 65.1, 1548.5) leading ( 0.0, 0.0) trailing ( 67.7, 294.9) leading ( 0.0, 0.0) trailing ( 124.4, 1548.5) leading ( 0.0, 0.0) trailing ( 144.9, 510.7) leading ( 0.0, 0.0) trailing ( 179.5, 1143.6) leading ( 0.0, 0.0) trailing ( 182.4, 1548.5) leading ( 0.0, 0.0) trailing ( 183.3, 2019.0) leading ( 0.0, 0.0) trailing ( 184.4, 1419.5) leading ( 0.0, 0.0) trailing ( 239.6, 1548.5) leading ( 0.0, 0.0) trailing ( 265.8, 234.6) leading ( 0.0, 0.0) trailing ( 300.3, 1548.5) leading ( 0.0, 0.0) trailing ( 326.7, 1853.3) leading ( 0.0, 0.0) trailing ( 342.8, 895.5) leading ( 0.0, 0.0) trailing ( 365.2, 1548.5) leading ( 0.0, 0.0) trailing ( 429.4, 1548.5) leading ( 0.0, 0.0) trailing ( 483.2, 1548.5) leading ( 0.0, 0.0) trailing ( 546.4, 1548.5) leading ( 0.0, 0.0) trailing ( 608.9, 1548.5) leading ( 0.0, 0.0) trailing ( 658.7, 1925.0) leading ( 0.0, 0.0) trailing ( 669.4, 1548.5) leading ( 0.0, 0.0) trailing ( 728.0, 1548.5) leading ( 0.0, 0.0) trailing ( 752.3, 1223.7) leading ( 0.0, 0.0) trailing ( 785.9, 1548.5) leading ( 0.0, 0.0) trailing ( 806.5, 193.3) leading ( 0.0, 0.0) trailing ( 820.4, 1823.3) leading ( 0.0, 0.0) trailing ( 843.5, 1548.5) leading ( 0.0, 0.0) trailing ( 874.0, 192.8) leading ( 0.0, 0.0) trailing ( 908.3, 1548.5) leading ( 0.0, 0.0) trailing ( 913.7, 501.8) leading ( 0.0, 0.0) trailing ( 973.8, 1548.5) leading ( 0.0, 0.0) trailing ( 980.5, 728.9) leading ( 0.0, 0.0) trailing ( 984.7, 1910.3) leading ( 0.0, 0.0) trailing ( 1034.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1096.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1159.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1219.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1259.3, 984.7) leading ( 0.0, 0.0) trailing ( 1285.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1344.8, 1548.5) done with do_diagnostics {ELAPSED 91.000} {CPU {{OVERALL 75.000} {UTIME 71.667} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 91.000} {CPU {{OVERALL 75.000} {UTIME 71.667} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.017} {UTIME 71.683} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.017} {UTIME 71.683} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.017} {UTIME 71.683} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 64 {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 65 {ELAPSED 91.000} {CPU {{OVERALL 75.033} {UTIME 71.700} {STIME 3.333} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 65 done with locate_astrom_gangs {ELAPSED 91.000} {CPU {{OVERALL 75.050} {UTIME 71.700} {STIME 3.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 65 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 91.000} {CPU {{OVERALL 75.050} {UTIME 71.700} {STIME 3.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 65 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 91.000} {CPU {{OVERALL 75.050} {UTIME 71.700} {STIME 3.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 91.000} {CPU {{OVERALL 75.050} {UTIME 71.700} {STIME 3.350} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 91.000} {CPU {{OVERALL 75.100} {UTIME 71.733} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 91.000} {CPU {{OVERALL 75.100} {UTIME 71.733} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 65 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 91.000} {CPU {{OVERALL 75.100} {UTIME 71.733} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 65 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 51 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 16.0, 840.0) trailing ( 30.0, 844.0) leading ( 33.0, 478.0) trailing ( 44.0, 482.0) leading ( 84.0, 1188.0) trailing ( 101.0, 1191.0) leading ( 128.0, 864.0) trailing ( 142.0, 867.0) leading ( 128.0, 1350.0) trailing ( 146.0, 1353.0) leading ( 133.0, 444.0) trailing ( 144.0, 448.0) leading ( 142.0, 798.0) trailing ( 155.0, 802.0) leading ( 203.0, 55.0) trailing ( 211.0, 58.0) leading ( 239.0, 1246.0) trailing ( 256.0, 1249.0) leading ( 253.0, 819.0) trailing ( 267.0, 823.0) leading ( 503.0, 202.0) trailing ( 512.0, 205.0) leading ( 517.0, 1358.0) trailing ( 534.0, 1360.0) leading ( 537.0, 328.0) trailing ( 547.0, 331.0) leading ( 587.0, 1546.0) trailing ( 561.0, 1548.0) leading ( 629.0, 1434.0) trailing ( 647.0, 1437.0) leading ( 655.0, 1206.0) trailing ( 671.0, 1208.0) leading ( 721.0, 132.0) trailing ( 729.0, 135.0) leading ( 776.0, 1324.0) trailing ( 793.0, 1327.0) leading ( 831.0, 450.0) trailing ( 841.0, 452.0) leading ( 839.0, 211.0) trailing ( 848.0, 214.0) leading ( 964.0, 256.0) trailing ( 973.0, 259.0) leading ( 986.0, 122.0) trailing ( 994.0, 125.0) leading ( 1001.0, 450.0) trailing ( 1011.0, 454.0) leading ( 1048.0, 86.0) trailing ( 1056.0, 89.0) leading ( 1096.0, 1658.0) trailing ( 1116.0, 1661.0) leading ( 1170.0, 134.0) trailing ( 1178.0, 136.0) leading ( 1218.0, 586.0) trailing ( 1229.0, 588.0) astrom chips have 27 matching stars after find_astrom_matches par T 91 after find_astrom_matches par L 91 after find_astrom_matches mch L 91 after find_astrom_matches mch T 91 done with find_astrom_matches {ELAPSED 92.000} {CPU {{OVERALL 76.200} {UTIME 72.833} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 91 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 91 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 92.000} {CPU {{OVERALL 76.333} {UTIME 72.967} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 91 after discard_bad_astrom_stars mch T 91 Entering proc find_photom_matches for field 65 find_photom_matches: matching 91 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 91 after find_photom_matches T par 91 after find_photom_matches L mch 91 after find_photom_matches T mch 91 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 91 after discard_bad_photom_stars_1 T par 91 after discard_bad_photom_stars_1 L mch 91 after discard_bad_photom_stars_1 T mch 91 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 91 after discard_bad_photom_stars_2 T par 91 after discard_bad_photom_stars_2 L mch 91 after discard_bad_photom_stars_2 T mch 91 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 92.000} {CPU {{OVERALL 76.350} {UTIME 72.983} {STIME 3.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 65 done with write_output {ELAPSED 92.000} {CPU {{OVERALL 76.467} {UTIME 73.067} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 65 leading ( 16.5, 841.4) trailing ( 30.2, 844.7) leading ( 33.7, 479.2) trailing ( 44.5, 482.6) leading ( 84.4, 1188.3) trailing ( 100.7, 1191.6) leading ( 128.8, 864.5) trailing ( 142.5, 867.9) leading ( 128.5, 1349.8) trailing ( 146.2, 1353.1) leading ( 133.8, 445.2) trailing ( 144.4, 448.6) leading ( 142.5, 798.6) trailing ( 155.7, 802.0) leading ( 204.0, 55.7) trailing ( 211.5, 58.9) leading ( 239.9, 1246.1) trailing ( 256.6, 1249.4) leading ( 254.0, 819.7) trailing ( 267.4, 823.0) leading ( 503.8, 202.1) trailing ( 512.2, 205.0) leading ( 517.0, 1358.6) trailing ( 534.5, 1361.7) leading ( 537.7, 328.1) trailing ( 547.1, 331.3) leading ( 587.8, 1547.0) trailing ( 566.6, 1548.5) leading ( 629.5, 1434.3) trailing ( 647.4, 1437.7) leading ( 655.8, 1205.7) trailing ( 671.8, 1209.0) leading ( 721.4, 132.1) trailing ( 728.9, 135.3) leading ( 776.9, 1324.4) trailing ( 793.7, 1327.5) leading ( 831.6, 450.4) trailing ( 841.5, 453.4) leading ( 840.0, 211.4) trailing ( 848.1, 214.4) leading ( 965.0, 256.7) trailing ( 973.7, 259.8) leading ( 986.4, 122.4) trailing ( 994.2, 125.5) leading ( 1001.6, 450.8) trailing ( 1011.9, 454.1) leading ( 1048.2, 85.6) trailing ( 1055.8, 88.9) leading ( 1096.8, 1658.2) trailing ( 1116.6, 1661.5) leading ( 1170.6, 133.9) trailing ( 1178.5, 136.9) leading ( 1218.1, 585.9) trailing ( 1229.3, 589.0) leading ( 2.4, 138.6) trailing ( 0.0, 0.0) leading ( 38.4, 199.7) trailing ( 0.0, 0.0) leading ( 51.5, 1949.7) trailing ( 0.0, 0.0) leading ( 74.5, 258.4) trailing ( 0.0, 0.0) leading ( 111.3, 319.9) trailing ( 0.0, 0.0) leading ( 146.5, 377.4) trailing ( 0.0, 0.0) leading ( 250.5, 1411.7) trailing ( 0.0, 0.0) leading ( 319.4, 506.0) trailing ( 0.0, 0.0) leading ( 449.2, 484.8) trailing ( 0.0, 0.0) leading ( 558.2, 586.3) trailing ( 0.0, 0.0) leading ( 616.6, 66.7) trailing ( 0.0, 0.0) leading ( 627.5, 958.4) trailing ( 0.0, 0.0) leading ( 704.6, 279.4) trailing ( 0.0, 0.0) leading ( 812.5, 1477.4) trailing ( 0.0, 0.0) leading ( 830.8, 1972.5) trailing ( 0.0, 0.0) leading ( 925.3, 1003.1) trailing ( 0.0, 0.0) leading ( 942.6, 777.3) trailing ( 0.0, 0.0) leading ( 989.9, 1862.2) trailing ( 0.0, 0.0) leading ( 1111.2, 781.6) trailing ( 0.0, 0.0) leading ( 1131.3, 848.8) trailing ( 0.0, 0.0) leading ( 1188.0, 1289.3) trailing ( 0.0, 0.0) leading ( 1223.2, 1445.9) trailing ( 0.0, 0.0) leading ( 1328.5, 1868.4) trailing ( 0.0, 0.0) leading ( 1356.3, 1191.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.6, 1548.5) leading ( 0.0, 0.0) trailing ( 68.0, 1548.5) leading ( 0.0, 0.0) trailing ( 122.4, 1548.5) leading ( 0.0, 0.0) trailing ( 174.8, 1889.7) leading ( 0.0, 0.0) trailing ( 183.9, 1548.5) leading ( 0.0, 0.0) trailing ( 219.8, 1143.9) leading ( 0.0, 0.0) trailing ( 244.2, 1548.5) leading ( 0.0, 0.0) trailing ( 248.2, 1002.6) leading ( 0.0, 0.0) trailing ( 301.7, 1548.5) leading ( 0.0, 0.0) trailing ( 366.9, 1548.5) leading ( 0.0, 0.0) trailing ( 393.2, 1149.5) leading ( 0.0, 0.0) trailing ( 436.9, 1548.5) leading ( 0.0, 0.0) trailing ( 501.8, 1548.5) leading ( 0.0, 0.0) trailing ( 621.0, 1548.5) leading ( 0.0, 0.0) trailing ( 656.5, 150.5) leading ( 0.0, 0.0) trailing ( 682.7, 1548.5) leading ( 0.0, 0.0) trailing ( 685.7, 998.9) leading ( 0.0, 0.0) trailing ( 701.5, 882.6) leading ( 0.0, 0.0) trailing ( 719.8, 696.3) leading ( 0.0, 0.0) trailing ( 743.4, 1548.5) leading ( 0.0, 0.0) trailing ( 785.5, 1062.7) leading ( 0.0, 0.0) trailing ( 803.0, 1548.5) leading ( 0.0, 0.0) trailing ( 838.1, 1883.9) leading ( 0.0, 0.0) trailing ( 864.3, 1548.5) leading ( 0.0, 0.0) trailing ( 910.0, 1982.3) leading ( 0.0, 0.0) trailing ( 912.2, 1618.3) leading ( 0.0, 0.0) trailing ( 924.4, 1548.5) leading ( 0.0, 0.0) trailing ( 925.7, 720.1) leading ( 0.0, 0.0) trailing ( 977.0, 829.2) leading ( 0.0, 0.0) trailing ( 972.0, 1534.0) leading ( 0.0, 0.0) trailing ( 1043.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1107.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1163.8, 1862.9) leading ( 0.0, 0.0) trailing ( 1173.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1205.9, 1732.5) leading ( 0.0, 0.0) trailing ( 1213.2, 1946.0) leading ( 0.0, 0.0) trailing ( 1232.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1283.9, 1609.5) leading ( 0.0, 0.0) trailing ( 1298.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1355.6, 1548.5) done with do_diagnostics {ELAPSED 93.000} {CPU {{OVERALL 76.583} {UTIME 73.183} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 93.000} {CPU {{OVERALL 76.583} {UTIME 73.183} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 65 {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 66 {ELAPSED 93.000} {CPU {{OVERALL 76.617} {UTIME 73.217} {STIME 3.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 66 done with locate_astrom_gangs {ELAPSED 93.000} {CPU {{OVERALL 76.650} {UTIME 73.233} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 66 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 93.000} {CPU {{OVERALL 76.650} {UTIME 73.233} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 66 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 93.000} {CPU {{OVERALL 76.650} {UTIME 73.233} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 93.000} {CPU {{OVERALL 76.650} {UTIME 73.233} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 93.000} {CPU {{OVERALL 76.683} {UTIME 73.267} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 93.000} {CPU {{OVERALL 76.683} {UTIME 73.267} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 66 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 93.000} {CPU {{OVERALL 76.683} {UTIME 73.267} {STIME 3.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 66 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 53 stars in gang file astrom chip l has 100 total star entries astrom chip t has 80 stars in gang file astrom chip t has 100 total star entries leading ( 16.0, 84.0) trailing ( 24.0, 86.0) leading ( 29.0, 958.0) trailing ( 43.0, 961.0) leading ( 33.0, 1516.0) trailing ( 3.0, 1548.0) leading ( 40.0, 1752.0) trailing ( 60.0, 1756.0) leading ( 49.0, 784.0) trailing ( 62.0, 787.0) leading ( 80.0, 264.0) trailing ( 89.0, 268.0) leading ( 97.0, 1366.0) trailing ( 114.0, 1369.0) leading ( 221.0, 1970.0) trailing ( 244.0, 1972.0) leading ( 226.0, 612.0) trailing ( 237.0, 615.0) leading ( 251.0, 287.0) trailing ( 260.0, 291.0) leading ( 292.0, 758.0) trailing ( 305.0, 762.0) leading ( 367.0, 1296.0) trailing ( 384.0, 1298.0) leading ( 385.0, 1184.0) trailing ( 401.0, 1188.0) leading ( 448.0, 468.0) trailing ( 458.0, 472.0) leading ( 450.0, 1790.0) trailing ( 470.0, 1793.0) leading ( 479.0, 996.0) trailing ( 494.0, 999.0) leading ( 577.0, 836.0) trailing ( 590.0, 840.0) leading ( 598.0, 1830.0) trailing ( 619.0, 1834.0) leading ( 667.0, 2026.0) trailing ( 690.0, 2029.0) leading ( 672.0, 1134.0) trailing ( 687.0, 1137.0) leading ( 783.0, 1660.0) trailing ( 802.0, 1664.0) leading ( 839.0, 240.0) trailing ( 832.0, 213.0) leading ( 845.0, 916.0) trailing ( 859.0, 919.0) leading ( 904.0, 565.0) trailing ( 915.0, 569.0) leading ( 922.0, 364.0) trailing ( 932.0, 367.0) leading ( 971.0, 1944.0) trailing ( 993.0, 1946.0) leading ( 1020.0, 998.0) trailing ( 1035.0, 1001.0) leading ( 1039.0, 1342.0) trailing ( 1056.0, 1345.0) leading ( 1040.0, 1658.0) trailing ( 1060.0, 1662.0) leading ( 1125.0, 550.0) trailing ( 1136.0, 553.0) leading ( 1140.0, 1396.0) trailing ( 1158.0, 1399.0) leading ( 1207.0, 988.0) trailing ( 1221.0, 991.0) leading ( 1219.0, 2006.0) trailing ( 1242.0, 2010.0) leading ( 1277.0, 597.0) trailing ( 1288.0, 601.0) leading ( 1290.0, 2023.0) trailing ( 1313.0, 2026.0) leading ( 1334.0, 276.0) trailing ( 1343.0, 280.0) astrom chips have 36 matching stars after find_astrom_matches par T 97 after find_astrom_matches par L 97 after find_astrom_matches mch L 97 after find_astrom_matches mch T 97 done with find_astrom_matches {ELAPSED 94.000} {CPU {{OVERALL 77.950} {UTIME 74.500} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 97 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 97 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 94.000} {CPU {{OVERALL 78.083} {UTIME 74.633} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 97 after discard_bad_astrom_stars mch T 97 Entering proc find_photom_matches for field 66 find_photom_matches: matching 97 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 97 after find_photom_matches T par 97 after find_photom_matches L mch 97 after find_photom_matches T mch 97 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 97 after discard_bad_photom_stars_1 T par 97 after discard_bad_photom_stars_1 L mch 97 after discard_bad_photom_stars_1 T mch 97 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 97 after discard_bad_photom_stars_2 T par 97 after discard_bad_photom_stars_2 L mch 97 after discard_bad_photom_stars_2 T mch 97 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 94.000} {CPU {{OVERALL 78.100} {UTIME 74.650} {STIME 3.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 66 done with write_output {ELAPSED 94.000} {CPU {{OVERALL 78.200} {UTIME 74.733} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 66 leading ( 16.8, 84.3) trailing ( 24.2, 87.2) leading ( 29.0, 958.3) trailing ( 43.1, 961.4) leading ( 33.5, 1516.0) trailing ( 3.6, 1548.5) leading ( 40.8, 1753.7) trailing ( 61.2, 1756.6) leading ( 49.6, 784.0) trailing ( 62.4, 787.1) leading ( 80.3, 265.6) trailing ( 89.0, 268.6) leading ( 97.5, 1365.8) trailing ( 114.7, 1368.8) leading ( 221.9, 1970.0) trailing ( 244.1, 1973.2) leading ( 226.3, 612.2) trailing ( 237.8, 615.4) leading ( 251.3, 288.1) trailing ( 260.3, 291.3) leading ( 292.7, 759.4) trailing ( 305.2, 762.5) leading ( 367.7, 1296.2) trailing ( 384.5, 1299.3) leading ( 385.6, 1185.2) trailing ( 401.5, 1188.4) leading ( 448.9, 468.8) trailing ( 459.1, 472.1) leading ( 450.3, 1790.2) trailing ( 470.9, 1793.5) leading ( 479.8, 996.7) trailing ( 494.1, 1000.1) leading ( 577.4, 836.7) trailing ( 590.5, 840.0) leading ( 598.5, 1830.9) trailing ( 619.5, 1834.4) leading ( 668.1, 2026.0) trailing ( 690.5, 2029.4) leading ( 672.0, 1134.1) trailing ( 687.5, 1137.6) leading ( 783.6, 1660.5) trailing ( 803.1, 1664.1) leading ( 839.2, 241.4) trailing ( 832.7, 213.5) leading ( 845.8, 916.3) trailing ( 859.6, 919.4) leading ( 904.1, 565.6) trailing ( 915.2, 569.1) leading ( 922.6, 364.4) trailing ( 932.3, 368.0) leading ( 971.0, 1943.7) trailing ( 992.9, 1947.0) leading ( 1020.3, 998.3) trailing ( 1034.8, 1001.8) leading ( 1039.5, 1342.5) trailing ( 1056.7, 1345.8) leading ( 1040.7, 1658.8) trailing ( 1060.2, 1662.2) leading ( 1126.0, 549.9) trailing ( 1137.0, 553.2) leading ( 1140.8, 1396.2) trailing ( 1158.4, 1399.5) leading ( 1207.4, 988.1) trailing ( 1221.8, 991.4) leading ( 1219.9, 2007.4) trailing ( 1242.4, 2010.6) leading ( 1277.3, 598.0) trailing ( 1288.6, 601.0) leading ( 1291.0, 2023.7) trailing ( 1313.4, 2027.0) leading ( 1334.5, 277.3) trailing ( 1343.4, 280.5) leading ( 0.5, 415.0) trailing ( 0.0, 0.0) leading ( 114.4, 1846.5) trailing ( 0.0, 0.0) leading ( 232.1, 408.1) trailing ( 0.0, 0.0) leading ( 278.5, 1061.2) trailing ( 0.0, 0.0) leading ( 318.7, 630.4) trailing ( 0.0, 0.0) leading ( 401.9, 235.0) trailing ( 0.0, 0.0) leading ( 469.2, 89.6) trailing ( 0.0, 0.0) leading ( 534.5, 1136.4) trailing ( 0.0, 0.0) leading ( 921.2, 1315.2) trailing ( 0.0, 0.0) leading ( 997.3, 490.5) trailing ( 0.0, 0.0) leading ( 1040.5, 1424.5) trailing ( 0.0, 0.0) leading ( 1106.2, 1621.2) trailing ( 0.0, 0.0) leading ( 1192.7, 146.5) trailing ( 0.0, 0.0) leading ( 1251.5, 1620.5) trailing ( 0.0, 0.0) leading ( 1277.7, 1329.3) trailing ( 0.0, 0.0) leading ( 1291.4, 784.0) trailing ( 0.0, 0.0) leading ( 1336.2, 449.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 11.3, 1194.4) leading ( 0.0, 0.0) trailing ( 42.9, 1665.4) leading ( 0.0, 0.0) trailing ( 47.1, 1333.9) leading ( 0.0, 0.0) trailing ( 67.6, 1548.5) leading ( 0.0, 0.0) trailing ( 123.3, 1548.5) leading ( 0.0, 0.0) trailing ( 132.1, 177.2) leading ( 0.0, 0.0) trailing ( 186.7, 436.9) leading ( 0.0, 0.0) trailing ( 191.7, 1548.5) leading ( 0.0, 0.0) trailing ( 255.9, 1548.5) leading ( 0.0, 0.0) trailing ( 319.9, 1548.5) leading ( 0.0, 0.0) trailing ( 374.7, 1548.5) leading ( 0.0, 0.0) trailing ( 394.6, 1687.1) leading ( 0.0, 0.0) trailing ( 409.6, 1085.7) leading ( 0.0, 0.0) trailing ( 437.5, 1548.5) leading ( 0.0, 0.0) trailing ( 438.3, 36.5) leading ( 0.0, 0.0) trailing ( 479.5, 200.1) leading ( 0.0, 0.0) trailing ( 498.3, 1548.5) leading ( 0.0, 0.0) trailing ( 560.0, 1548.5) leading ( 0.0, 0.0) trailing ( 592.5, 1439.5) leading ( 0.0, 0.0) trailing ( 611.5, 1630.8) leading ( 0.0, 0.0) trailing ( 618.8, 1548.5) leading ( 0.0, 0.0) trailing ( 679.1, 1548.5) leading ( 0.0, 0.0) trailing ( 697.9, 397.9) leading ( 0.0, 0.0) trailing ( 705.6, 28.6) leading ( 0.0, 0.0) trailing ( 742.7, 1548.5) leading ( 0.0, 0.0) trailing ( 791.6, 938.6) leading ( 0.0, 0.0) trailing ( 800.3, 1548.5) leading ( 0.0, 0.0) trailing ( 848.2, 73.4) leading ( 0.0, 0.0) trailing ( 863.4, 1507.3) leading ( 0.0, 0.0) trailing ( 922.5, 1548.5) leading ( 0.0, 0.0) trailing ( 983.9, 1548.5) leading ( 0.0, 0.0) trailing ( 986.4, 1874.8) leading ( 0.0, 0.0) trailing ( 1044.7, 296.6) leading ( 0.0, 0.0) trailing ( 1041.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1052.7, 532.9) leading ( 0.0, 0.0) trailing ( 1095.8, 1993.3) leading ( 0.0, 0.0) trailing ( 1106.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1163.4, 1121.7) leading ( 0.0, 0.0) trailing ( 1172.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1183.7, 34.4) leading ( 0.0, 0.0) trailing ( 1226.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1285.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1338.2, 802.5) leading ( 0.0, 0.0) trailing ( 1346.1, 1548.5) done with do_diagnostics {ELAPSED 94.000} {CPU {{OVERALL 78.317} {UTIME 74.850} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 94.000} {CPU {{OVERALL 78.317} {UTIME 74.850} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 66 {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 67 {ELAPSED 95.000} {CPU {{OVERALL 78.350} {UTIME 74.883} {STIME 3.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 67 done with locate_astrom_gangs {ELAPSED 95.000} {CPU {{OVERALL 78.383} {UTIME 74.900} {STIME 3.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 67 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 95.000} {CPU {{OVERALL 78.383} {UTIME 74.900} {STIME 3.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 67 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 95.000} {CPU {{OVERALL 78.383} {UTIME 74.900} {STIME 3.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 95.000} {CPU {{OVERALL 78.383} {UTIME 74.900} {STIME 3.483} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 95.000} {CPU {{OVERALL 78.433} {UTIME 74.933} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 95.000} {CPU {{OVERALL 78.433} {UTIME 74.933} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 67 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 95.000} {CPU {{OVERALL 78.433} {UTIME 74.933} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 67 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 40 stars in gang file astrom chip l has 100 total star entries astrom chip t has 63 stars in gang file astrom chip t has 100 total star entries leading ( 33.0, 434.0) trailing ( 43.0, 437.0) leading ( 91.0, 269.0) trailing ( 100.0, 273.0) leading ( 167.0, 1900.0) trailing ( 189.0, 1904.0) leading ( 244.0, 337.0) trailing ( 253.0, 341.0) leading ( 261.0, 1290.0) trailing ( 277.0, 1293.0) leading ( 272.0, 978.0) trailing ( 286.0, 982.0) leading ( 294.0, 1172.0) trailing ( 310.0, 1175.0) leading ( 345.0, 1510.0) trailing ( 361.0, 1548.0) leading ( 384.0, 1908.0) trailing ( 404.0, 1913.0) leading ( 407.0, 716.0) trailing ( 419.0, 720.0) leading ( 570.0, 605.0) trailing ( 581.0, 608.0) leading ( 591.0, 66.0) trailing ( 584.0, 54.0) leading ( 598.0, 1566.0) trailing ( 604.0, 1548.0) leading ( 602.0, 804.0) trailing ( 615.0, 807.0) leading ( 658.0, 1470.0) trailing ( 675.0, 1473.0) leading ( 716.0, 1582.0) trailing ( 725.0, 1548.0) leading ( 778.0, 58.0) trailing ( 739.0, 93.0) leading ( 796.0, 998.0) trailing ( 811.0, 1001.0) leading ( 825.0, 336.0) trailing ( 834.0, 339.0) leading ( 931.0, 873.0) trailing ( 945.0, 877.0) leading ( 987.0, 460.0) trailing ( 998.0, 464.0) leading ( 998.0, 1940.0) trailing ( 1020.0, 1944.0) leading ( 1039.0, 272.0) trailing ( 1047.0, 276.0) leading ( 1045.0, 774.0) trailing ( 1058.0, 778.0) leading ( 1064.0, 660.0) trailing ( 1076.0, 664.0) leading ( 1141.0, 126.0) trailing ( 1148.0, 131.0) leading ( 1160.0, 1550.0) trailing ( 1154.0, 1548.0) leading ( 1171.0, 1742.0) trailing ( 1192.0, 1746.0) leading ( 1281.0, 618.0) trailing ( 1293.0, 622.0) astrom chips have 29 matching stars after find_astrom_matches par T 74 after find_astrom_matches par L 74 after find_astrom_matches mch L 74 after find_astrom_matches mch T 74 done with find_astrom_matches {ELAPSED 95.000} {CPU {{OVERALL 79.200} {UTIME 75.700} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 74 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 74 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 74 after discard_bad_astrom_stars mch T 74 Entering proc find_photom_matches for field 67 find_photom_matches: matching 74 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 74 after find_photom_matches T par 74 after find_photom_matches L mch 74 after find_photom_matches T mch 74 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 74 after discard_bad_photom_stars_1 T par 74 after discard_bad_photom_stars_1 L mch 74 after discard_bad_photom_stars_1 T mch 74 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 74 after discard_bad_photom_stars_2 T par 74 after discard_bad_photom_stars_2 L mch 74 after discard_bad_photom_stars_2 T mch 74 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 96.000} {CPU {{OVERALL 79.333} {UTIME 75.833} {STIME 3.500} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 67 done with write_output {ELAPSED 96.000} {CPU {{OVERALL 79.433} {UTIME 75.917} {STIME 3.517} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 67 leading ( 33.6, 433.8) trailing ( 43.7, 437.0) leading ( 91.6, 269.8) trailing ( 100.4, 273.3) leading ( 167.8, 1900.7) trailing ( 189.1, 1904.3) leading ( 244.6, 337.8) trailing ( 253.6, 341.4) leading ( 261.7, 1289.9) trailing ( 277.9, 1293.5) leading ( 272.2, 979.5) trailing ( 286.2, 983.2) leading ( 294.7, 1172.6) trailing ( 310.1, 1176.0) leading ( 345.1, 1509.9) trailing ( 362.0, 1548.5) leading ( 384.0, 1909.7) trailing ( 405.1, 1913.4) leading ( 407.5, 716.8) trailing ( 419.3, 720.5) leading ( 570.4, 605.5) trailing ( 581.4, 609.2) leading ( 591.8, 66.9) trailing ( 584.8, 53.2) leading ( 599.0, 1566.0) trailing ( 600.9, 1548.5) leading ( 602.8, 804.0) trailing ( 615.3, 807.7) leading ( 658.1, 1470.1) trailing ( 675.9, 1473.7) leading ( 716.2, 1583.2) trailing ( 723.3, 1548.5) leading ( 778.9, 58.2) trailing ( 739.4, 93.6) leading ( 796.5, 997.8) trailing ( 810.8, 1001.4) leading ( 825.1, 336.5) trailing ( 834.3, 340.0) leading ( 931.8, 873.7) trailing ( 945.4, 877.2) leading ( 988.0, 460.9) trailing ( 998.3, 464.1) leading ( 998.7, 1940.7) trailing ( 1020.7, 1944.0) leading ( 1039.1, 272.5) trailing ( 1048.0, 275.7) leading ( 1045.0, 775.1) trailing ( 1057.8, 778.2) leading ( 1064.1, 661.5) trailing ( 1076.0, 664.8) leading ( 1141.2, 127.3) trailing ( 1148.9, 130.7) leading ( 1161.0, 1550.1) trailing ( 1151.3, 1548.5) leading ( 1171.6, 1743.3) trailing ( 1192.0, 1746.5) leading ( 1281.6, 619.6) trailing ( 1293.1, 622.8) leading ( 175.7, 2031.2) trailing ( 0.0, 0.0) leading ( 212.1, 671.7) trailing ( 0.0, 0.0) leading ( 266.4, 2001.8) trailing ( 0.0, 0.0) leading ( 516.0, 775.1) trailing ( 0.0, 0.0) leading ( 819.5, 720.3) trailing ( 0.0, 0.0) leading ( 842.5, 1624.6) trailing ( 0.0, 0.0) leading ( 989.6, 1833.4) trailing ( 0.0, 0.0) leading ( 1017.6, 1748.3) trailing ( 0.0, 0.0) leading ( 1064.8, 23.5) trailing ( 0.0, 0.0) leading ( 1102.3, 387.5) trailing ( 0.0, 0.0) leading ( 1262.6, 1627.3) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.4, 1548.5) leading ( 0.0, 0.0) trailing ( 66.4, 1548.5) leading ( 0.0, 0.0) trailing ( 122.2, 1548.5) leading ( 0.0, 0.0) trailing ( 162.6, 1440.6) leading ( 0.0, 0.0) trailing ( 175.6, 1548.5) leading ( 0.0, 0.0) trailing ( 221.2, 1456.5) leading ( 0.0, 0.0) trailing ( 241.3, 1548.5) leading ( 0.0, 0.0) trailing ( 257.3, 628.3) leading ( 0.0, 0.0) trailing ( 299.7, 1548.5) leading ( 0.0, 0.0) trailing ( 314.6, 307.1) leading ( 0.0, 0.0) trailing ( 354.7, 110.4) leading ( 0.0, 0.0) trailing ( 368.4, 1387.4) leading ( 0.0, 0.0) trailing ( 420.5, 1548.5) leading ( 0.0, 0.0) trailing ( 466.7, 982.6) leading ( 0.0, 0.0) trailing ( 485.3, 1548.5) leading ( 0.0, 0.0) trailing ( 537.4, 1614.6) leading ( 0.0, 0.0) trailing ( 545.4, 1548.5) leading ( 0.0, 0.0) trailing ( 666.4, 1548.5) leading ( 0.0, 0.0) trailing ( 711.1, 795.9) leading ( 0.0, 0.0) trailing ( 738.2, 307.9) leading ( 0.0, 0.0) trailing ( 784.7, 1548.5) leading ( 0.0, 0.0) trailing ( 849.5, 1548.5) leading ( 0.0, 0.0) trailing ( 890.6, 136.4) leading ( 0.0, 0.0) trailing ( 911.2, 1548.5) leading ( 0.0, 0.0) trailing ( 971.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1037.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1095.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1125.8, 222.3) leading ( 0.0, 0.0) trailing ( 1194.7, 317.9) leading ( 0.0, 0.0) trailing ( 1211.5, 479.1) leading ( 0.0, 0.0) trailing ( 1215.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1276.2, 935.4) leading ( 0.0, 0.0) trailing ( 1278.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1336.2, 1548.5) done with do_diagnostics {ELAPSED 96.000} {CPU {{OVERALL 79.550} {UTIME 76.017} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 96.000} {CPU {{OVERALL 79.550} {UTIME 76.017} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.567} {UTIME 76.033} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 67 {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 68 {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 68 done with locate_astrom_gangs {ELAPSED 96.000} {CPU {{OVERALL 79.583} {UTIME 76.050} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 68 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 96.000} {CPU {{OVERALL 79.600} {UTIME 76.067} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 68 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 96.000} {CPU {{OVERALL 79.600} {UTIME 76.067} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 96.000} {CPU {{OVERALL 79.600} {UTIME 76.067} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 96.000} {CPU {{OVERALL 79.617} {UTIME 76.083} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 96.000} {CPU {{OVERALL 79.633} {UTIME 76.100} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 68 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 96.000} {CPU {{OVERALL 79.633} {UTIME 76.100} {STIME 3.533} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 68 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 53 stars in gang file astrom chip l has 100 total star entries astrom chip t has 68 stars in gang file astrom chip t has 100 total star entries leading ( 0.0, 604.0) trailing ( 1.0, 582.0) leading ( 12.0, 1152.0) trailing ( 27.0, 1154.0) leading ( 101.0, 962.0) trailing ( 115.0, 965.0) leading ( 122.0, 1858.0) trailing ( 143.0, 1861.0) leading ( 139.0, 1754.0) trailing ( 107.0, 1768.0) leading ( 142.0, 1583.0) trailing ( 127.0, 1548.0) leading ( 193.0, 1429.0) trailing ( 211.0, 1432.0) leading ( 277.0, 568.0) trailing ( 287.0, 572.0) leading ( 321.0, 951.0) trailing ( 333.0, 947.0) leading ( 347.0, 58.0) trailing ( 354.0, 62.0) leading ( 350.0, 1138.0) trailing ( 365.0, 1140.0) leading ( 436.0, 386.0) trailing ( 446.0, 389.0) leading ( 498.0, 1302.0) trailing ( 498.0, 1283.0) leading ( 509.0, 280.0) trailing ( 518.0, 284.0) leading ( 510.0, 1000.0) trailing ( 525.0, 1002.0) leading ( 534.0, 1676.0) trailing ( 554.0, 1680.0) leading ( 535.0, 436.0) trailing ( 545.0, 439.0) leading ( 543.0, 514.0) trailing ( 554.0, 517.0) leading ( 640.0, 466.0) trailing ( 651.0, 470.0) leading ( 762.0, 574.0) trailing ( 773.0, 578.0) leading ( 794.0, 1390.0) trailing ( 811.0, 1394.0) leading ( 921.0, 264.0) trailing ( 929.0, 269.0) leading ( 935.0, 377.0) trailing ( 916.0, 354.0) leading ( 986.0, 154.0) trailing ( 994.0, 156.0) leading ( 1062.0, 323.0) trailing ( 1070.0, 327.0) leading ( 1086.0, 1276.0) trailing ( 1103.0, 1279.0) leading ( 1086.0, 1626.0) trailing ( 1105.0, 1631.0) leading ( 1099.0, 930.0) trailing ( 1112.0, 934.0) leading ( 1110.0, 803.0) trailing ( 1123.0, 806.0) leading ( 1170.0, 1208.0) trailing ( 1186.0, 1212.0) leading ( 1204.0, 1876.0) trailing ( 1224.0, 1879.0) leading ( 1215.0, 174.0) trailing ( 1223.0, 176.0) leading ( 1224.0, 1537.0) trailing ( 1240.0, 1548.0) leading ( 1226.0, 368.0) trailing ( 1236.0, 371.0) leading ( 1234.0, 1940.0) trailing ( 1256.0, 1943.0) leading ( 1262.0, 986.0) trailing ( 1276.0, 989.0) leading ( 1307.0, 1438.0) trailing ( 1325.0, 1442.0) astrom chips have 37 matching stars after find_astrom_matches par T 84 after find_astrom_matches par L 84 after find_astrom_matches mch L 84 after find_astrom_matches mch T 84 done with find_astrom_matches {ELAPSED 97.000} {CPU {{OVERALL 80.683} {UTIME 77.117} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 84 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 84 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 97.000} {CPU {{OVERALL 80.817} {UTIME 77.250} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 84 after discard_bad_astrom_stars mch T 84 Entering proc find_photom_matches for field 68 find_photom_matches: matching 84 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 97.000} {CPU {{OVERALL 80.817} {UTIME 77.250} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 84 after find_photom_matches T par 84 after find_photom_matches L mch 84 after find_photom_matches T mch 84 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 97.000} {CPU {{OVERALL 80.817} {UTIME 77.250} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 84 after discard_bad_photom_stars_1 T par 84 after discard_bad_photom_stars_1 L mch 84 after discard_bad_photom_stars_1 T mch 84 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 97.000} {CPU {{OVERALL 80.833} {UTIME 77.267} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 97.000} {CPU {{OVERALL 80.833} {UTIME 77.267} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 97.000} {CPU {{OVERALL 80.833} {UTIME 77.267} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 84 after discard_bad_photom_stars_2 T par 84 after discard_bad_photom_stars_2 L mch 84 after discard_bad_photom_stars_2 T mch 84 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 97.000} {CPU {{OVERALL 80.833} {UTIME 77.267} {STIME 3.567} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 68 done with write_output {ELAPSED 97.000} {CPU {{OVERALL 80.933} {UTIME 77.350} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 68 leading ( 0.5, 604.9) trailing ( 0.6, 582.5) leading ( 12.1, 1152.0) trailing ( 27.7, 1155.2) leading ( 101.1, 962.8) trailing ( 115.0, 966.0) leading ( 123.1, 1858.4) trailing ( 143.9, 1861.5) leading ( 142.3, 1754.8) trailing ( 107.9, 1769.1) leading ( 142.1, 1583.3) trailing ( 128.0, 1548.5) leading ( 193.6, 1429.6) trailing ( 211.0, 1432.9) leading ( 277.2, 569.5) trailing ( 288.0, 572.6) leading ( 322.1, 951.6) trailing ( 334.2, 947.9) leading ( 347.4, 59.3) trailing ( 354.3, 62.4) leading ( 350.3, 1137.8) trailing ( 365.5, 1140.9) leading ( 436.2, 386.5) trailing ( 445.7, 389.6) leading ( 498.6, 1302.5) trailing ( 497.6, 1283.8) leading ( 509.6, 281.2) trailing ( 518.4, 284.3) leading ( 511.1, 999.8) trailing ( 525.4, 1002.9) leading ( 534.8, 1677.6) trailing ( 554.4, 1680.6) leading ( 535.8, 436.4) trailing ( 545.7, 439.4) leading ( 544.1, 514.6) trailing ( 554.6, 517.7) leading ( 640.4, 467.4) trailing ( 650.5, 470.7) leading ( 762.3, 575.2) trailing ( 773.2, 578.6) leading ( 793.9, 1391.4) trailing ( 811.2, 1394.7) leading ( 921.5, 265.7) trailing ( 930.0, 269.1) leading ( 935.4, 377.9) trailing ( 916.6, 354.2) leading ( 986.7, 154.0) trailing ( 994.3, 157.3) leading ( 1062.2, 323.7) trailing ( 1070.9, 327.1) leading ( 1086.9, 1276.5) trailing ( 1103.1, 1279.8) leading ( 1086.1, 1627.6) trailing ( 1104.9, 1631.0) leading ( 1099.2, 931.0) trailing ( 1112.6, 934.4) leading ( 1110.9, 803.4) trailing ( 1123.3, 806.8) leading ( 1170.5, 1209.2) trailing ( 1186.1, 1212.7) leading ( 1204.2, 1876.3) trailing ( 1224.9, 1879.7) leading ( 1215.8, 174.0) trailing ( 1223.3, 177.3) leading ( 1225.0, 1537.7) trailing ( 1242.2, 1548.5) leading ( 1226.6, 368.0) trailing ( 1235.5, 371.4) leading ( 1234.9, 1940.3) trailing ( 1256.1, 1943.8) leading ( 1262.9, 986.5) trailing ( 1276.7, 990.0) leading ( 1307.7, 1438.9) trailing ( 1325.0, 1442.3) leading ( 195.6, 59.4) trailing ( 0.0, 0.0) leading ( 195.7, 1081.5) trailing ( 0.0, 0.0) leading ( 199.6, 1795.5) trailing ( 0.0, 0.0) leading ( 289.4, 1237.0) trailing ( 0.0, 0.0) leading ( 337.0, 830.4) trailing ( 0.0, 0.0) leading ( 390.1, 1711.6) trailing ( 0.0, 0.0) leading ( 429.4, 492.9) trailing ( 0.0, 0.0) leading ( 600.5, 597.3) trailing ( 0.0, 0.0) leading ( 663.2, 1301.9) trailing ( 0.0, 0.0) leading ( 743.7, 1741.0) trailing ( 0.0, 0.0) leading ( 854.6, 229.3) trailing ( 0.0, 0.0) leading ( 962.0, 1217.6) trailing ( 0.0, 0.0) leading ( 1093.3, 1887.5) trailing ( 0.0, 0.0) leading ( 1156.6, 541.5) trailing ( 0.0, 0.0) leading ( 1161.4, 987.5) trailing ( 0.0, 0.0) leading ( 1353.2, 691.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 1.4, 1548.5) leading ( 0.0, 0.0) trailing ( 56.5, 1548.5) leading ( 0.0, 0.0) trailing ( 149.4, 751.5) leading ( 0.0, 0.0) trailing ( 186.9, 1548.5) leading ( 0.0, 0.0) trailing ( 196.8, 1364.5) leading ( 0.0, 0.0) trailing ( 254.3, 1548.5) leading ( 0.0, 0.0) trailing ( 251.7, 1622.6) leading ( 0.0, 0.0) trailing ( 273.5, 1362.2) leading ( 0.0, 0.0) trailing ( 306.4, 1548.5) leading ( 0.0, 0.0) trailing ( 367.9, 1548.5) leading ( 0.0, 0.0) trailing ( 429.0, 1548.5) leading ( 0.0, 0.0) trailing ( 444.3, 771.6) leading ( 0.0, 0.0) trailing ( 491.6, 1548.5) leading ( 0.0, 0.0) trailing ( 551.5, 1548.5) leading ( 0.0, 0.0) trailing ( 571.5, 1874.5) leading ( 0.0, 0.0) trailing ( 604.0, 1548.5) leading ( 0.0, 0.0) trailing ( 676.0, 1548.5) leading ( 0.0, 0.0) trailing ( 744.7, 1548.5) leading ( 0.0, 0.0) trailing ( 760.8, 1132.9) leading ( 0.0, 0.0) trailing ( 802.9, 1548.5) leading ( 0.0, 0.0) trailing ( 868.7, 1548.5) leading ( 0.0, 0.0) trailing ( 930.6, 1548.5) leading ( 0.0, 0.0) trailing ( 957.8, 1326.0) leading ( 0.0, 0.0) trailing ( 989.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1053.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1088.2, 499.1) leading ( 0.0, 0.0) trailing ( 1112.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1178.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1193.5, 1426.1) leading ( 0.0, 0.0) trailing ( 1298.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1316.7, 147.0) done with do_diagnostics {ELAPSED 97.000} {CPU {{OVERALL 81.033} {UTIME 77.450} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 97.000} {CPU {{OVERALL 81.033} {UTIME 77.450} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 68 {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 69 {ELAPSED 98.000} {CPU {{OVERALL 81.067} {UTIME 77.483} {STIME 3.583} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 69 done with locate_astrom_gangs {ELAPSED 98.000} {CPU {{OVERALL 81.100} {UTIME 77.500} {STIME 3.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 69 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 98.000} {CPU {{OVERALL 81.100} {UTIME 77.500} {STIME 3.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 69 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 98.000} {CPU {{OVERALL 81.100} {UTIME 77.500} {STIME 3.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 98.000} {CPU {{OVERALL 81.100} {UTIME 77.500} {STIME 3.600} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 98.000} {CPU {{OVERALL 81.133} {UTIME 77.517} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 98.000} {CPU {{OVERALL 81.133} {UTIME 77.517} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 69 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 98.000} {CPU {{OVERALL 81.150} {UTIME 77.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 69 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 44 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 10.0, 1868.0) trailing ( 31.0, 1872.0) leading ( 30.0, 274.0) trailing ( 38.0, 276.0) leading ( 51.0, 395.0) trailing ( 60.0, 398.0) leading ( 103.0, 1838.0) trailing ( 124.0, 1842.0) leading ( 204.0, 655.0) trailing ( 215.0, 658.0) leading ( 207.0, 846.0) trailing ( 220.0, 850.0) leading ( 231.0, 1856.0) trailing ( 252.0, 1860.0) leading ( 348.0, 1443.0) trailing ( 379.0, 1457.0) leading ( 393.0, 1169.0) trailing ( 409.0, 1173.0) leading ( 394.0, 376.0) trailing ( 404.0, 378.0) leading ( 442.0, 1094.0) trailing ( 457.0, 1097.0) leading ( 471.0, 1634.0) trailing ( 490.0, 1638.0) leading ( 483.0, 1224.0) trailing ( 500.0, 1228.0) leading ( 508.0, 615.0) trailing ( 519.0, 619.0) leading ( 695.0, 1804.0) trailing ( 715.0, 1807.0) leading ( 703.0, 1130.0) trailing ( 718.0, 1135.0) leading ( 743.0, 1924.0) trailing ( 765.0, 1927.0) leading ( 796.0, 738.0) trailing ( 809.0, 741.0) leading ( 893.0, 414.0) trailing ( 885.0, 421.0) leading ( 906.0, 1294.0) trailing ( 876.0, 1321.0) leading ( 959.0, 1580.0) trailing ( 977.0, 1548.0) leading ( 1043.0, 519.0) trailing ( 1054.0, 522.0) leading ( 1057.0, 1338.0) trailing ( 1074.0, 1341.0) leading ( 1065.0, 782.0) trailing ( 1078.0, 784.0) leading ( 1085.0, 641.0) trailing ( 1097.0, 644.0) leading ( 1172.0, 610.0) trailing ( 1184.0, 614.0) leading ( 1200.0, 1504.0) trailing ( 1218.0, 1509.0) leading ( 1217.0, 236.0) trailing ( 1225.0, 240.0) leading ( 1350.0, 164.0) trailing ( 1358.0, 166.0) astrom chips have 29 matching stars after find_astrom_matches par T 80 after find_astrom_matches par L 80 after find_astrom_matches mch L 80 after find_astrom_matches mch T 80 done with find_astrom_matches {ELAPSED 99.000} {CPU {{OVERALL 82.017} {UTIME 78.400} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 80 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 80 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 80 after discard_bad_astrom_stars mch T 80 Entering proc find_photom_matches for field 69 find_photom_matches: matching 80 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 80 after find_photom_matches T par 80 after find_photom_matches L mch 80 after find_photom_matches T mch 80 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 80 after discard_bad_photom_stars_1 T par 80 after discard_bad_photom_stars_1 L mch 80 after discard_bad_photom_stars_1 T mch 80 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 99.000} {CPU {{OVERALL 82.150} {UTIME 78.533} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 80 after discard_bad_photom_stars_2 T par 80 after discard_bad_photom_stars_2 L mch 80 after discard_bad_photom_stars_2 T mch 80 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 99.000} {CPU {{OVERALL 82.167} {UTIME 78.550} {STIME 3.617} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 69 done with write_output {ELAPSED 99.000} {CPU {{OVERALL 82.267} {UTIME 78.633} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 69 leading ( 10.3, 1869.0) trailing ( 31.1, 1872.4) leading ( 30.2, 273.9) trailing ( 38.5, 277.1) leading ( 51.3, 395.2) trailing ( 60.5, 398.4) leading ( 103.8, 1839.1) trailing ( 124.3, 1842.6) leading ( 204.4, 655.4) trailing ( 215.8, 658.6) leading ( 207.7, 847.2) trailing ( 220.6, 850.5) leading ( 231.3, 1857.5) trailing ( 252.0, 1860.8) leading ( 348.2, 1443.5) trailing ( 379.5, 1457.2) leading ( 393.6, 1170.0) trailing ( 408.9, 1173.2) leading ( 394.9, 375.8) trailing ( 404.1, 379.0) leading ( 443.1, 1094.1) trailing ( 457.9, 1097.4) leading ( 471.6, 1634.7) trailing ( 490.6, 1637.9) leading ( 484.0, 1224.8) trailing ( 499.9, 1228.2) leading ( 508.6, 615.8) trailing ( 519.7, 619.2) leading ( 695.4, 1804.1) trailing ( 716.0, 1807.6) leading ( 703.6, 1131.6) trailing ( 719.0, 1134.8) leading ( 744.0, 1924.2) trailing ( 765.7, 1927.4) leading ( 796.8, 737.9) trailing ( 809.1, 741.1) leading ( 893.8, 415.4) trailing ( 885.4, 421.8) leading ( 906.4, 1294.5) trailing ( 875.9, 1322.0) leading ( 958.7, 1580.1) trailing ( 976.9, 1548.5) leading ( 1043.7, 519.6) trailing ( 1054.4, 522.9) leading ( 1057.3, 1339.3) trailing ( 1074.4, 1342.6) leading ( 1066.2, 781.7) trailing ( 1078.9, 784.9) leading ( 1085.8, 641.4) trailing ( 1097.5, 644.7) leading ( 1172.4, 611.2) trailing ( 1183.8, 614.4) leading ( 1200.5, 1505.8) trailing ( 1218.9, 1509.1) leading ( 1217.8, 237.4) trailing ( 1226.3, 240.6) leading ( 1350.7, 164.2) trailing ( 1358.6, 167.2) leading ( 69.1, 662.3) trailing ( 0.0, 0.0) leading ( 145.6, 726.8) trailing ( 0.0, 0.0) leading ( 177.9, 2011.0) trailing ( 0.0, 0.0) leading ( 311.9, 417.6) trailing ( 0.0, 0.0) leading ( 339.9, 1370.3) trailing ( 0.0, 0.0) leading ( 468.4, 466.2) trailing ( 0.0, 0.0) leading ( 485.5, 535.6) trailing ( 0.0, 0.0) leading ( 558.0, 1885.5) trailing ( 0.0, 0.0) leading ( 654.6, 75.6) trailing ( 0.0, 0.0) leading ( 808.6, 1281.6) trailing ( 0.0, 0.0) leading ( 850.5, 1632.3) trailing ( 0.0, 0.0) leading ( 855.7, 783.9) trailing ( 0.0, 0.0) leading ( 981.9, 190.0) trailing ( 0.0, 0.0) leading ( 1185.2, 27.6) trailing ( 0.0, 0.0) leading ( 1346.3, 2025.4) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.7, 695.1) leading ( 0.0, 0.0) trailing ( 3.2, 1548.5) leading ( 0.0, 0.0) trailing ( 38.3, 753.2) leading ( 0.0, 0.0) trailing ( 64.7, 1548.5) leading ( 0.0, 0.0) trailing ( 125.3, 1548.5) leading ( 0.0, 0.0) trailing ( 141.5, 395.8) leading ( 0.0, 0.0) trailing ( 186.8, 1548.5) leading ( 0.0, 0.0) trailing ( 209.9, 922.3) leading ( 0.0, 0.0) trailing ( 254.3, 1548.5) leading ( 0.0, 0.0) trailing ( 280.8, 15.3) leading ( 0.0, 0.0) trailing ( 285.5, 671.1) leading ( 0.0, 0.0) trailing ( 310.9, 1548.5) leading ( 0.0, 0.0) trailing ( 376.6, 1548.5) leading ( 0.0, 0.0) trailing ( 438.9, 1548.5) leading ( 0.0, 0.0) trailing ( 500.3, 1548.5) leading ( 0.0, 0.0) trailing ( 523.2, 1293.5) leading ( 0.0, 0.0) trailing ( 525.2, 239.4) leading ( 0.0, 0.0) trailing ( 531.8, 1086.5) leading ( 0.0, 0.0) trailing ( 558.6, 1548.5) leading ( 0.0, 0.0) trailing ( 618.1, 1548.5) leading ( 0.0, 0.0) trailing ( 675.8, 1548.5) leading ( 0.0, 0.0) trailing ( 743.9, 1548.5) leading ( 0.0, 0.0) trailing ( 799.1, 1548.5) leading ( 0.0, 0.0) trailing ( 858.5, 1548.5) leading ( 0.0, 0.0) trailing ( 915.5, 1548.5) leading ( 0.0, 0.0) trailing ( 956.0, 520.9) leading ( 0.0, 0.0) trailing ( 971.9, 1775.7) leading ( 0.0, 0.0) trailing ( 980.9, 258.0) leading ( 0.0, 0.0) trailing ( 1038.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1056.9, 459.7) leading ( 0.0, 0.0) trailing ( 1096.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1161.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1190.9, 1751.4) leading ( 0.0, 0.0) trailing ( 1283.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.2, 1073.4) leading ( 0.0, 0.0) trailing ( 1339.2, 1548.5) done with do_diagnostics {ELAPSED 99.000} {CPU {{OVERALL 82.367} {UTIME 78.733} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 99.000} {CPU {{OVERALL 82.367} {UTIME 78.733} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.383} {UTIME 78.750} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.383} {UTIME 78.750} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.383} {UTIME 78.750} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 69 {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 70 {ELAPSED 99.000} {CPU {{OVERALL 82.400} {UTIME 78.767} {STIME 3.633} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 70 done with locate_astrom_gangs {ELAPSED 99.000} {CPU {{OVERALL 82.417} {UTIME 78.767} {STIME 3.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 70 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 99.000} {CPU {{OVERALL 82.417} {UTIME 78.767} {STIME 3.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 70 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 99.000} {CPU {{OVERALL 82.417} {UTIME 78.767} {STIME 3.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 99.000} {CPU {{OVERALL 82.417} {UTIME 78.767} {STIME 3.650} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 99.000} {CPU {{OVERALL 82.467} {UTIME 78.800} {STIME 3.667} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 99.000} {CPU {{OVERALL 82.467} {UTIME 78.800} {STIME 3.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 70 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 99.000} {CPU {{OVERALL 82.467} {UTIME 78.800} {STIME 3.667} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 70 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 42 stars in gang file astrom chip l has 100 total star entries astrom chip t has 57 stars in gang file astrom chip t has 100 total star entries leading ( 30.0, 926.0) trailing ( 44.0, 929.0) leading ( 51.0, 606.0) trailing ( 63.0, 610.0) leading ( 85.0, 1976.0) trailing ( 107.0, 1979.0) leading ( 101.0, 1267.0) trailing ( 118.0, 1270.0) leading ( 105.0, 286.0) trailing ( 115.0, 289.0) leading ( 226.0, 350.0) trailing ( 236.0, 354.0) leading ( 239.0, 760.0) trailing ( 252.0, 764.0) leading ( 305.0, 606.0) trailing ( 317.0, 609.0) leading ( 307.0, 524.0) trailing ( 317.0, 527.0) leading ( 325.0, 1098.0) trailing ( 340.0, 1101.0) leading ( 388.0, 1637.0) trailing ( 408.0, 1641.0) leading ( 417.0, 750.0) trailing ( 430.0, 754.0) leading ( 478.0, 1224.0) trailing ( 495.0, 1226.0) leading ( 628.0, 801.0) trailing ( 643.0, 788.0) leading ( 647.0, 607.0) trailing ( 658.0, 611.0) leading ( 656.0, 316.0) trailing ( 665.0, 320.0) leading ( 688.0, 1818.0) trailing ( 708.0, 1822.0) leading ( 756.0, 1058.0) trailing ( 771.0, 1062.0) leading ( 797.0, 1144.0) trailing ( 812.0, 1146.0) leading ( 821.0, 576.0) trailing ( 833.0, 579.0) leading ( 823.0, 1874.0) trailing ( 844.0, 1878.0) leading ( 1040.0, 346.0) trailing ( 1049.0, 349.0) leading ( 1080.0, 578.0) trailing ( 1091.0, 581.0) leading ( 1113.0, 294.0) trailing ( 1122.0, 297.0) leading ( 1289.0, 798.0) trailing ( 1325.0, 798.0) leading ( 1322.0, 254.0) trailing ( 1330.0, 258.0) astrom chips have 26 matching stars after find_astrom_matches par T 73 after find_astrom_matches par L 73 after find_astrom_matches mch L 73 after find_astrom_matches mch T 73 done with find_astrom_matches {ELAPSED 100.000} {CPU {{OVERALL 83.267} {UTIME 79.583} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 73 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 73 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 73 after discard_bad_astrom_stars mch T 73 Entering proc find_photom_matches for field 70 find_photom_matches: matching 73 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 73 after find_photom_matches T par 73 after find_photom_matches L mch 73 after find_photom_matches T mch 73 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 73 after discard_bad_photom_stars_1 T par 73 after discard_bad_photom_stars_1 L mch 73 after discard_bad_photom_stars_1 T mch 73 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 73 after discard_bad_photom_stars_2 T par 73 after discard_bad_photom_stars_2 L mch 73 after discard_bad_photom_stars_2 T mch 73 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 100.000} {CPU {{OVERALL 83.383} {UTIME 79.700} {STIME 3.683} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 70 done with write_output {ELAPSED 100.000} {CPU {{OVERALL 83.500} {UTIME 79.800} {STIME 3.700} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 70 leading ( 30.1, 927.3) trailing ( 44.0, 930.1) leading ( 51.8, 607.2) trailing ( 63.1, 610.2) leading ( 85.7, 1976.7) trailing ( 107.9, 1979.6) leading ( 101.4, 1267.6) trailing ( 117.9, 1270.5) leading ( 105.9, 287.1) trailing ( 114.6, 290.1) leading ( 226.5, 351.2) trailing ( 235.9, 354.2) leading ( 239.7, 760.4) trailing ( 252.1, 763.7) leading ( 305.4, 605.8) trailing ( 316.9, 609.2) leading ( 307.0, 524.3) trailing ( 317.7, 527.7) leading ( 325.4, 1098.1) trailing ( 340.6, 1101.5) leading ( 388.3, 1637.6) trailing ( 407.7, 1641.1) leading ( 417.7, 751.2) trailing ( 430.3, 754.7) leading ( 478.7, 1224.2) trailing ( 494.9, 1227.5) leading ( 628.4, 801.4) trailing ( 644.0, 788.6) leading ( 647.5, 607.4) trailing ( 658.7, 610.8) leading ( 656.7, 316.8) trailing ( 665.6, 320.3) leading ( 688.1, 1819.0) trailing ( 708.9, 1822.4) leading ( 756.6, 1059.5) trailing ( 771.3, 1062.7) leading ( 796.6, 1143.8) trailing ( 812.0, 1146.9) leading ( 822.0, 577.3) trailing ( 832.9, 580.3) leading ( 823.8, 1874.7) trailing ( 844.9, 1878.0) leading ( 1040.5, 346.9) trailing ( 1049.4, 350.0) leading ( 1080.9, 579.2) trailing ( 1091.6, 582.4) leading ( 1113.5, 294.5) trailing ( 1121.8, 297.6) leading ( 1289.4, 798.5) trailing ( 1325.6, 798.6) leading ( 1323.0, 255.1) trailing ( 1331.0, 258.3) leading ( 144.5, 33.5) trailing ( 0.0, 0.0) leading ( 215.1, 197.6) trailing ( 0.0, 0.0) leading ( 241.0, 1625.8) trailing ( 0.0, 0.0) leading ( 252.6, 1150.4) trailing ( 0.0, 0.0) leading ( 563.5, 1657.9) trailing ( 0.0, 0.0) leading ( 610.3, 1859.3) trailing ( 0.0, 0.0) leading ( 679.1, 1361.9) trailing ( 0.0, 0.0) leading ( 700.6, 485.1) trailing ( 0.0, 0.0) leading ( 746.9, 869.4) trailing ( 0.0, 0.0) leading ( 830.5, 1081.9) trailing ( 0.0, 0.0) leading ( 913.4, 747.5) trailing ( 0.0, 0.0) leading ( 988.2, 1467.3) trailing ( 0.0, 0.0) leading ( 1178.1, 1130.4) trailing ( 0.0, 0.0) leading ( 1274.6, 1903.4) trailing ( 0.0, 0.0) leading ( 1313.5, 984.7) trailing ( 0.0, 0.0) leading ( 1350.5, 1768.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 0.5, 1548.5) leading ( 0.0, 0.0) trailing ( 21.2, 1127.7) leading ( 0.0, 0.0) trailing ( 64.3, 1548.5) leading ( 0.0, 0.0) trailing ( 79.5, 1678.0) leading ( 0.0, 0.0) trailing ( 83.2, 746.8) leading ( 0.0, 0.0) trailing ( 97.4, 1901.6) leading ( 0.0, 0.0) trailing ( 125.4, 1548.5) leading ( 0.0, 0.0) trailing ( 184.2, 1548.5) leading ( 0.0, 0.0) trailing ( 247.0, 1548.5) leading ( 0.0, 0.0) trailing ( 309.8, 1548.5) leading ( 0.0, 0.0) trailing ( 372.1, 1548.5) leading ( 0.0, 0.0) trailing ( 430.4, 1548.5) leading ( 0.0, 0.0) trailing ( 492.8, 1548.5) leading ( 0.0, 0.0) trailing ( 553.0, 1548.5) leading ( 0.0, 0.0) trailing ( 610.4, 1548.5) leading ( 0.0, 0.0) trailing ( 646.4, 1422.1) leading ( 0.0, 0.0) trailing ( 667.7, 105.2) leading ( 0.0, 0.0) trailing ( 675.1, 1548.5) leading ( 0.0, 0.0) trailing ( 734.2, 1548.5) leading ( 0.0, 0.0) trailing ( 797.3, 1548.5) leading ( 0.0, 0.0) trailing ( 862.1, 1548.5) leading ( 0.0, 0.0) trailing ( 916.3, 1129.8) leading ( 0.0, 0.0) trailing ( 916.6, 1548.5) leading ( 0.0, 0.0) trailing ( 978.3, 1548.5) leading ( 0.0, 0.0) trailing ( 979.3, 466.4) leading ( 0.0, 0.0) trailing ( 1039.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1102.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1165.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1226.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1289.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.4, 1548.5) done with do_diagnostics {ELAPSED 100.000} {CPU {{OVERALL 83.600} {UTIME 79.883} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 100.000} {CPU {{OVERALL 83.600} {UTIME 79.883} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.617} {UTIME 79.900} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 70 {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 71 {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 71 done with locate_astrom_gangs {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 71 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 71 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 101.000} {CPU {{OVERALL 83.633} {UTIME 79.917} {STIME 3.717} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 101.000} {CPU {{OVERALL 83.683} {UTIME 79.950} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 101.000} {CPU {{OVERALL 83.683} {UTIME 79.950} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 71 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 101.000} {CPU {{OVERALL 83.683} {UTIME 79.950} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 71 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 40 stars in gang file astrom chip l has 100 total star entries astrom chip t has 56 stars in gang file astrom chip t has 100 total star entries leading ( 25.0, 1532.0) trailing ( 3.0, 1548.0) leading ( 117.0, 417.0) trailing ( 128.0, 421.0) leading ( 117.0, 1620.0) trailing ( 136.0, 1624.0) leading ( 150.0, 1798.0) trailing ( 172.0, 1801.0) leading ( 152.0, 686.0) trailing ( 164.0, 690.0) leading ( 163.0, 68.0) trailing ( 171.0, 71.0) leading ( 182.0, 1532.0) trailing ( 186.0, 1548.0) leading ( 295.0, 174.0) trailing ( 303.0, 177.0) leading ( 299.0, 1994.0) trailing ( 322.0, 1997.0) leading ( 300.0, 1910.0) trailing ( 322.0, 1914.0) leading ( 335.0, 1442.0) trailing ( 353.0, 1446.0) leading ( 373.0, 1778.0) trailing ( 394.0, 1782.0) leading ( 435.0, 334.0) trailing ( 445.0, 338.0) leading ( 508.0, 1782.0) trailing ( 529.0, 1785.0) leading ( 530.0, 1956.0) trailing ( 552.0, 1961.0) leading ( 583.0, 1293.0) trailing ( 600.0, 1297.0) leading ( 595.0, 238.0) trailing ( 605.0, 242.0) leading ( 865.0, 121.0) trailing ( 873.0, 125.0) leading ( 887.0, 379.0) trailing ( 897.0, 383.0) leading ( 939.0, 1568.0) trailing ( 920.0, 1548.0) leading ( 978.0, 2008.0) trailing ( 1001.0, 2012.0) leading ( 1160.0, 1688.0) trailing ( 1195.0, 1707.0) leading ( 1165.0, 1276.0) trailing ( 1183.0, 1281.0) leading ( 1228.0, 1604.0) trailing ( 1248.0, 1607.0) astrom chips have 24 matching stars after find_astrom_matches par T 72 after find_astrom_matches par L 72 after find_astrom_matches mch L 72 after find_astrom_matches mch T 72 done with find_astrom_matches {ELAPSED 101.000} {CPU {{OVERALL 84.433} {UTIME 80.700} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 72 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 72 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 72 after discard_bad_astrom_stars mch T 72 Entering proc find_photom_matches for field 71 find_photom_matches: matching 72 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 72 after find_photom_matches T par 72 after find_photom_matches L mch 72 after find_photom_matches T mch 72 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 72 after discard_bad_photom_stars_1 T par 72 after discard_bad_photom_stars_1 L mch 72 after discard_bad_photom_stars_1 T mch 72 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 72 after discard_bad_photom_stars_2 T par 72 after discard_bad_photom_stars_2 L mch 72 after discard_bad_photom_stars_2 T mch 72 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 102.000} {CPU {{OVERALL 84.567} {UTIME 80.833} {STIME 3.733} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 71 done with write_output {ELAPSED 102.000} {CPU {{OVERALL 84.667} {UTIME 80.917} {STIME 3.750} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 71 leading ( 25.8, 1532.4) trailing ( 8.2, 1548.5) leading ( 118.0, 417.7) trailing ( 127.9, 421.1) leading ( 117.4, 1620.5) trailing ( 136.8, 1623.7) leading ( 151.0, 1798.3) trailing ( 171.9, 1801.6) leading ( 153.0, 686.9) trailing ( 165.2, 690.2) leading ( 163.7, 68.3) trailing ( 171.2, 71.6) leading ( 182.3, 1532.4) trailing ( 187.0, 1548.5) leading ( 295.4, 174.4) trailing ( 303.5, 177.7) leading ( 299.8, 1994.0) trailing ( 322.2, 1997.6) leading ( 300.7, 1910.6) trailing ( 322.4, 1914.0) leading ( 336.0, 1442.6) trailing ( 354.6, 1450.5) leading ( 373.5, 1779.1) trailing ( 394.3, 1782.4) leading ( 435.8, 335.4) trailing ( 445.3, 339.1) leading ( 508.7, 1781.9) trailing ( 529.5, 1785.5) leading ( 530.0, 1957.7) trailing ( 552.3, 1961.1) leading ( 583.6, 1293.6) trailing ( 600.7, 1297.0) leading ( 596.0, 239.1) trailing ( 605.0, 242.7) leading ( 865.7, 121.6) trailing ( 873.8, 125.0) leading ( 887.3, 379.8) trailing ( 897.2, 383.3) leading ( 939.7, 1568.1) trailing ( 920.8, 1548.5) leading ( 978.5, 2008.5) trailing ( 1001.1, 2012.2) leading ( 1160.6, 1688.6) trailing ( 1194.7, 1707.4) leading ( 1165.9, 1276.7) trailing ( 1182.8, 1280.3) leading ( 1229.1, 1605.0) trailing ( 1248.9, 1608.4) leading ( 52.7, 741.9) trailing ( 0.0, 0.0) leading ( 131.5, 964.2) trailing ( 0.0, 0.0) leading ( 190.5, 457.5) trailing ( 0.0, 0.0) leading ( 237.4, 1603.1) trailing ( 0.0, 0.0) leading ( 253.2, 32.0) trailing ( 0.0, 0.0) leading ( 268.4, 507.4) trailing ( 0.0, 0.0) leading ( 315.4, 822.8) trailing ( 0.0, 0.0) leading ( 448.5, 131.1) trailing ( 0.0, 0.0) leading ( 681.1, 1359.5) trailing ( 0.0, 0.0) leading ( 683.6, 1724.8) trailing ( 0.0, 0.0) leading ( 714.6, 399.3) trailing ( 0.0, 0.0) leading ( 726.3, 295.4) trailing ( 0.0, 0.0) leading ( 847.7, 843.8) trailing ( 0.0, 0.0) leading ( 1002.6, 931.5) trailing ( 0.0, 0.0) leading ( 1175.2, 1438.4) trailing ( 0.0, 0.0) leading ( 1257.3, 1886.1) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 9.7, 1772.1) leading ( 0.0, 0.0) trailing ( 64.3, 1548.5) leading ( 0.0, 0.0) trailing ( 123.7, 1548.5) leading ( 0.0, 0.0) trailing ( 200.3, 318.1) leading ( 0.0, 0.0) trailing ( 241.4, 1548.5) leading ( 0.0, 0.0) trailing ( 306.5, 1548.5) leading ( 0.0, 0.0) trailing ( 368.8, 1548.5) leading ( 0.0, 0.0) trailing ( 376.7, 1196.5) leading ( 0.0, 0.0) trailing ( 395.0, 771.9) leading ( 0.0, 0.0) trailing ( 428.5, 1548.5) leading ( 0.0, 0.0) trailing ( 489.7, 1128.5) leading ( 0.0, 0.0) trailing ( 491.2, 1548.5) leading ( 0.0, 0.0) trailing ( 503.3, 30.8) leading ( 0.0, 0.0) trailing ( 561.8, 1548.5) leading ( 0.0, 0.0) trailing ( 587.7, 837.8) leading ( 0.0, 0.0) trailing ( 617.1, 1548.5) leading ( 0.0, 0.0) trailing ( 677.0, 1548.5) leading ( 0.0, 0.0) trailing ( 703.5, 27.7) leading ( 0.0, 0.0) trailing ( 735.2, 1697.4) leading ( 0.0, 0.0) trailing ( 735.7, 1548.5) leading ( 0.0, 0.0) trailing ( 801.4, 1548.5) leading ( 0.0, 0.0) trailing ( 827.3, 2003.0) leading ( 0.0, 0.0) trailing ( 859.3, 1548.5) leading ( 0.0, 0.0) trailing ( 872.9, 1477.1) leading ( 0.0, 0.0) trailing ( 876.2, 466.0) leading ( 0.0, 0.0) trailing ( 988.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1039.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1103.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1163.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1223.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1281.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1343.3, 1548.5) done with do_diagnostics {ELAPSED 102.000} {CPU {{OVERALL 84.783} {UTIME 81.017} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 102.000} {CPU {{OVERALL 84.783} {UTIME 81.017} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 102.000} {CPU {{OVERALL 84.800} {UTIME 81.033} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 102.000} {CPU {{OVERALL 84.817} {UTIME 81.050} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 71 {ELAPSED 102.000} {CPU {{OVERALL 84.817} {UTIME 81.050} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 72 {ELAPSED 102.000} {CPU {{OVERALL 84.817} {UTIME 81.050} {STIME 3.767} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 72 done with locate_astrom_gangs {ELAPSED 102.000} {CPU {{OVERALL 84.833} {UTIME 81.050} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 72 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 102.000} {CPU {{OVERALL 84.833} {UTIME 81.050} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 72 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 102.000} {CPU {{OVERALL 84.833} {UTIME 81.050} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 102.000} {CPU {{OVERALL 84.833} {UTIME 81.050} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 102.000} {CPU {{OVERALL 84.867} {UTIME 81.083} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 102.000} {CPU {{OVERALL 84.867} {UTIME 81.083} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 72 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 102.000} {CPU {{OVERALL 84.867} {UTIME 81.083} {STIME 3.783} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 72 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 35 stars in gang file astrom chip l has 100 total star entries astrom chip t has 55 stars in gang file astrom chip t has 100 total star entries leading ( 12.0, 576.0) trailing ( 24.0, 580.0) leading ( 42.0, 1247.0) trailing ( 59.0, 1251.0) leading ( 106.0, 236.0) trailing ( 115.0, 241.0) leading ( 157.0, 1836.0) trailing ( 178.0, 1840.0) leading ( 172.0, 1174.0) trailing ( 188.0, 1178.0) leading ( 218.0, 568.0) trailing ( 228.0, 573.0) leading ( 410.0, 1708.0) trailing ( 431.0, 1711.0) leading ( 571.0, 944.0) trailing ( 585.0, 948.0) leading ( 759.0, 592.0) trailing ( 770.0, 596.0) leading ( 770.0, 1338.0) trailing ( 787.0, 1341.0) leading ( 771.0, 1840.0) trailing ( 792.0, 1843.0) leading ( 822.0, 1092.0) trailing ( 788.0, 1120.0) leading ( 942.0, 1124.0) trailing ( 958.0, 1127.0) leading ( 951.0, 1234.0) trailing ( 967.0, 1238.0) leading ( 956.0, 1434.0) trailing ( 975.0, 1438.0) leading ( 1021.0, 800.0) trailing ( 1034.0, 803.0) leading ( 1032.0, 348.0) trailing ( 1042.0, 352.0) leading ( 1179.0, 306.0) trailing ( 1188.0, 310.0) leading ( 1200.0, 2011.0) trailing ( 1222.0, 2014.0) leading ( 1296.0, 1131.0) trailing ( 1311.0, 1135.0) leading ( 1296.0, 1806.0) trailing ( 1317.0, 1810.0) leading ( 1307.0, 522.0) trailing ( 1317.0, 526.0) astrom chips have 22 matching stars after find_astrom_matches par T 68 after find_astrom_matches par L 68 after find_astrom_matches mch L 68 after find_astrom_matches mch T 68 done with find_astrom_matches {ELAPSED 103.000} {CPU {{OVERALL 85.550} {UTIME 81.750} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 68 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 68 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 103.000} {CPU {{OVERALL 85.667} {UTIME 81.867} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 68 after discard_bad_astrom_stars mch T 68 Entering proc find_photom_matches for field 72 find_photom_matches: matching 68 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 103.000} {CPU {{OVERALL 85.667} {UTIME 81.867} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 68 after find_photom_matches T par 68 after find_photom_matches L mch 68 after find_photom_matches T mch 68 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 103.000} {CPU {{OVERALL 85.683} {UTIME 81.883} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 68 after discard_bad_photom_stars_1 T par 68 after discard_bad_photom_stars_1 L mch 68 after discard_bad_photom_stars_1 T mch 68 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 103.000} {CPU {{OVERALL 85.683} {UTIME 81.883} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 103.000} {CPU {{OVERALL 85.683} {UTIME 81.883} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 103.000} {CPU {{OVERALL 85.683} {UTIME 81.883} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 68 after discard_bad_photom_stars_2 T par 68 after discard_bad_photom_stars_2 L mch 68 after discard_bad_photom_stars_2 T mch 68 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 103.000} {CPU {{OVERALL 85.683} {UTIME 81.883} {STIME 3.800} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 72 done with write_output {ELAPSED 103.000} {CPU {{OVERALL 85.800} {UTIME 81.967} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 72 leading ( 12.8, 577.3) trailing ( 24.1, 580.8) leading ( 43.0, 1247.9) trailing ( 59.4, 1251.4) leading ( 106.8, 237.2) trailing ( 115.2, 241.0) leading ( 157.4, 1837.1) trailing ( 178.4, 1840.8) leading ( 172.3, 1174.9) trailing ( 188.1, 1178.7) leading ( 218.1, 569.1) trailing ( 229.0, 572.9) leading ( 411.2, 1708.5) trailing ( 431.4, 1711.8) leading ( 571.8, 944.8) trailing ( 585.7, 948.0) leading ( 759.5, 592.9) trailing ( 770.4, 596.4) leading ( 770.3, 1338.6) trailing ( 787.3, 1341.9) leading ( 771.6, 1840.5) trailing ( 792.5, 1843.9) leading ( 822.7, 1093.2) trailing ( 790.5, 1117.6) leading ( 942.9, 1123.9) trailing ( 958.3, 1127.2) leading ( 951.4, 1235.6) trailing ( 967.6, 1238.9) leading ( 956.7, 1434.7) trailing ( 974.6, 1438.0) leading ( 1021.6, 800.1) trailing ( 1034.5, 803.5) leading ( 1032.3, 349.1) trailing ( 1041.8, 352.5) leading ( 1179.6, 307.4) trailing ( 1188.5, 310.4) leading ( 1200.9, 2011.5) trailing ( 1223.0, 2014.6) leading ( 1296.2, 1132.1) trailing ( 1311.5, 1135.3) leading ( 1296.5, 1806.7) trailing ( 1317.2, 1810.0) leading ( 1307.3, 523.1) trailing ( 1317.7, 526.4) leading ( 149.7, 745.6) trailing ( 0.0, 0.0) leading ( 168.6, 72.0) trailing ( 0.0, 0.0) leading ( 248.4, 1371.3) trailing ( 0.0, 0.0) leading ( 477.4, 175.3) trailing ( 0.0, 0.0) leading ( 558.4, 653.2) trailing ( 0.0, 0.0) leading ( 591.3, 1178.3) trailing ( 0.0, 0.0) leading ( 834.5, 2032.4) trailing ( 0.0, 0.0) leading ( 867.6, 659.6) trailing ( 0.0, 0.0) leading ( 916.0, 33.4) trailing ( 0.0, 0.0) leading ( 956.3, 800.2) trailing ( 0.0, 0.0) leading ( 1095.7, 1399.3) trailing ( 0.0, 0.0) leading ( 1215.7, 1057.5) trailing ( 0.0, 0.0) leading ( 1330.8, 895.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 6.7, 1548.5) leading ( 0.0, 0.0) trailing ( 68.1, 1548.5) leading ( 0.0, 0.0) trailing ( 76.6, 895.7) leading ( 0.0, 0.0) trailing ( 128.7, 1548.5) leading ( 0.0, 0.0) trailing ( 189.3, 1548.5) leading ( 0.0, 0.0) trailing ( 250.0, 1548.5) leading ( 0.0, 0.0) trailing ( 315.3, 1548.5) leading ( 0.0, 0.0) trailing ( 373.8, 1548.5) leading ( 0.0, 0.0) trailing ( 437.6, 375.5) leading ( 0.0, 0.0) trailing ( 442.4, 1548.5) leading ( 0.0, 0.0) trailing ( 500.6, 1548.5) leading ( 0.0, 0.0) trailing ( 560.5, 1548.5) leading ( 0.0, 0.0) trailing ( 568.2, 1806.1) leading ( 0.0, 0.0) trailing ( 619.8, 1548.5) leading ( 0.0, 0.0) trailing ( 682.3, 1548.5) leading ( 0.0, 0.0) trailing ( 699.3, 342.8) leading ( 0.0, 0.0) trailing ( 750.0, 1548.5) leading ( 0.0, 0.0) trailing ( 808.2, 1548.5) leading ( 0.0, 0.0) trailing ( 836.4, 362.7) leading ( 0.0, 0.0) trailing ( 868.3, 1473.5) leading ( 0.0, 0.0) trailing ( 869.7, 1548.5) leading ( 0.0, 0.0) trailing ( 931.1, 1548.5) leading ( 0.0, 0.0) trailing ( 989.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1051.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1071.5, 202.2) leading ( 0.0, 0.0) trailing ( 1113.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1138.5, 123.5) leading ( 0.0, 0.0) trailing ( 1162.8, 1151.6) leading ( 0.0, 0.0) trailing ( 1173.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1234.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1298.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1338.7, 675.7) leading ( 0.0, 0.0) trailing ( 1341.7, 1656.8) done with do_diagnostics {ELAPSED 103.000} {CPU {{OVERALL 85.900} {UTIME 82.067} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 103.000} {CPU {{OVERALL 85.900} {UTIME 82.067} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 72 {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 73 {ELAPSED 103.000} {CPU {{OVERALL 85.917} {UTIME 82.083} {STIME 3.833} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 73 done with locate_astrom_gangs {ELAPSED 103.000} {CPU {{OVERALL 85.950} {UTIME 82.100} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 73 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 103.000} {CPU {{OVERALL 85.950} {UTIME 82.100} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 73 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 103.000} {CPU {{OVERALL 85.950} {UTIME 82.100} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 103.000} {CPU {{OVERALL 85.950} {UTIME 82.100} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 103.000} {CPU {{OVERALL 85.983} {UTIME 82.133} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 103.000} {CPU {{OVERALL 85.983} {UTIME 82.133} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 73 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 103.000} {CPU {{OVERALL 85.983} {UTIME 82.133} {STIME 3.850} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 73 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 44 stars in gang file astrom chip l has 100 total star entries astrom chip t has 65 stars in gang file astrom chip t has 100 total star entries leading ( 38.0, 1560.0) trailing ( 59.0, 1548.0) leading ( 42.0, 168.0) trailing ( 51.0, 172.0) leading ( 49.0, 2004.0) trailing ( 71.0, 2007.0) leading ( 244.0, 850.0) trailing ( 257.0, 854.0) leading ( 265.0, 562.0) trailing ( 276.0, 565.0) leading ( 311.0, 946.0) trailing ( 324.0, 950.0) leading ( 365.0, 372.0) trailing ( 374.0, 375.0) leading ( 366.0, 1392.0) trailing ( 383.0, 1396.0) leading ( 484.0, 1166.0) trailing ( 500.0, 1169.0) leading ( 486.0, 440.0) trailing ( 496.0, 443.0) leading ( 496.0, 1732.0) trailing ( 516.0, 1735.0) leading ( 523.0, 310.0) trailing ( 532.0, 314.0) leading ( 571.0, 1630.0) trailing ( 591.0, 1634.0) leading ( 594.0, 1404.0) trailing ( 612.0, 1406.0) leading ( 656.0, 1483.0) trailing ( 674.0, 1486.0) leading ( 836.0, 536.0) trailing ( 846.0, 540.0) leading ( 839.0, 176.0) trailing ( 847.0, 179.0) leading ( 882.0, 42.0) trailing ( 889.0, 46.0) leading ( 927.0, 744.0) trailing ( 939.0, 748.0) leading ( 977.0, 1194.0) trailing ( 993.0, 1197.0) leading ( 1075.0, 407.0) trailing ( 1084.0, 411.0) leading ( 1106.0, 348.0) trailing ( 1115.0, 352.0) leading ( 1125.0, 1484.0) trailing ( 1144.0, 1488.0) leading ( 1135.0, 1675.0) trailing ( 1155.0, 1678.0) leading ( 1164.0, 1388.0) trailing ( 1182.0, 1390.0) leading ( 1251.0, 432.0) trailing ( 1261.0, 436.0) astrom chips have 26 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 104.000} {CPU {{OVERALL 86.933} {UTIME 83.067} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 73 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 104.000} {CPU {{OVERALL 87.067} {UTIME 83.200} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 104.000} {CPU {{OVERALL 87.083} {UTIME 83.217} {STIME 3.867} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 73 done with write_output {ELAPSED 104.000} {CPU {{OVERALL 87.183} {UTIME 83.300} {STIME 3.883} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 73 leading ( 39.0, 1561.2) trailing ( 59.3, 1548.5) leading ( 43.3, 169.2) trailing ( 51.0, 172.4) leading ( 49.2, 2003.8) trailing ( 71.3, 2007.3) leading ( 244.2, 851.1) trailing ( 257.1, 854.5) leading ( 265.4, 562.2) trailing ( 276.0, 565.6) leading ( 311.2, 946.2) trailing ( 325.0, 949.7) leading ( 365.6, 372.2) trailing ( 374.9, 375.7) leading ( 366.4, 1393.3) trailing ( 383.7, 1396.9) leading ( 484.7, 1166.3) trailing ( 500.4, 1169.7) leading ( 487.0, 440.6) trailing ( 496.9, 443.9) leading ( 496.4, 1732.3) trailing ( 516.5, 1735.7) leading ( 523.1, 311.3) trailing ( 532.1, 314.5) leading ( 571.8, 1631.6) trailing ( 591.1, 1634.8) leading ( 594.7, 1404.0) trailing ( 612.2, 1407.3) leading ( 656.2, 1483.7) trailing ( 674.3, 1487.0) leading ( 836.5, 536.4) trailing ( 847.0, 540.0) leading ( 839.8, 176.0) trailing ( 847.6, 179.4) leading ( 883.1, 43.3) trailing ( 889.7, 46.8) leading ( 927.2, 745.0) trailing ( 939.5, 748.6) leading ( 977.1, 1194.4) trailing ( 993.2, 1197.9) leading ( 1075.0, 407.8) trailing ( 1084.8, 411.2) leading ( 1106.8, 349.0) trailing ( 1116.1, 352.5) leading ( 1126.0, 1485.0) trailing ( 1144.7, 1488.9) leading ( 1135.3, 1675.5) trailing ( 1155.2, 1679.0) leading ( 1164.4, 1387.8) trailing ( 1182.1, 1391.1) leading ( 1252.0, 432.9) trailing ( 1261.9, 436.4) leading ( 148.5, 867.5) trailing ( 0.0, 0.0) leading ( 196.4, 1295.4) trailing ( 0.0, 0.0) leading ( 290.5, 233.9) trailing ( 0.0, 0.0) leading ( 319.6, 499.9) trailing ( 0.0, 0.0) leading ( 386.9, 1947.6) trailing ( 0.0, 0.0) leading ( 575.0, 603.2) trailing ( 0.0, 0.0) leading ( 719.0, 1457.6) trailing ( 0.0, 0.0) leading ( 776.8, 219.2) trailing ( 0.0, 0.0) leading ( 818.7, 1855.5) trailing ( 0.0, 0.0) leading ( 861.4, 261.2) trailing ( 0.0, 0.0) leading ( 888.8, 893.5) trailing ( 0.0, 0.0) leading ( 902.5, 543.3) trailing ( 0.0, 0.0) leading ( 944.2, 1490.7) trailing ( 0.0, 0.0) leading ( 968.5, 327.5) trailing ( 0.0, 0.0) leading ( 1285.7, 350.4) trailing ( 0.0, 0.0) leading ( 1303.0, 1733.6) trailing ( 0.0, 0.0) leading ( 1352.0, 1144.8) trailing ( 0.0, 0.0) leading ( 1355.9, 1907.1) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( -0.6, 1548.5) leading ( 0.0, 0.0) trailing ( 63.8, 1871.2) leading ( 0.0, 0.0) trailing ( 113.2, 122.4) leading ( 0.0, 0.0) trailing ( 120.7, 1548.5) leading ( 0.0, 0.0) trailing ( 181.1, 1548.5) leading ( 0.0, 0.0) trailing ( 198.3, 999.4) leading ( 0.0, 0.0) trailing ( 241.0, 1548.5) leading ( 0.0, 0.0) trailing ( 300.7, 1548.5) leading ( 0.0, 0.0) trailing ( 353.6, 1776.7) leading ( 0.0, 0.0) trailing ( 361.3, 1548.5) leading ( 0.0, 0.0) trailing ( 372.4, 1856.5) leading ( 0.0, 0.0) trailing ( 421.4, 1548.5) leading ( 0.0, 0.0) trailing ( 486.3, 1548.5) leading ( 0.0, 0.0) trailing ( 515.8, 728.8) leading ( 0.0, 0.0) trailing ( 547.5, 1548.5) leading ( 0.0, 0.0) trailing ( 607.8, 1548.5) leading ( 0.0, 0.0) trailing ( 665.3, 1548.5) leading ( 0.0, 0.0) trailing ( 727.9, 1548.5) leading ( 0.0, 0.0) trailing ( 757.0, 1403.6) leading ( 0.0, 0.0) trailing ( 793.1, 1548.5) leading ( 0.0, 0.0) trailing ( 853.6, 1548.5) leading ( 0.0, 0.0) trailing ( 882.8, 1408.0) leading ( 0.0, 0.0) trailing ( 911.3, 1548.5) leading ( 0.0, 0.0) trailing ( 913.3, 632.3) leading ( 0.0, 0.0) trailing ( 973.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1031.4, 1288.3) leading ( 0.0, 0.0) trailing ( 1032.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1050.6, 821.1) leading ( 0.0, 0.0) trailing ( 1062.9, 105.2) leading ( 0.0, 0.0) trailing ( 1065.7, 1617.8) leading ( 0.0, 0.0) trailing ( 1072.9, 1124.2) leading ( 0.0, 0.0) trailing ( 1096.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1134.3, 1965.6) leading ( 0.0, 0.0) trailing ( 1154.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1219.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1254.6, 1401.9) leading ( 0.0, 0.0) trailing ( 1280.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1311.5, 929.7) leading ( 0.0, 0.0) trailing ( 1343.1, 1548.5) done with do_diagnostics {ELAPSED 105.000} {CPU {{OVERALL 87.317} {UTIME 83.417} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 105.000} {CPU {{OVERALL 87.317} {UTIME 83.417} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.333} {UTIME 83.433} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.333} {UTIME 83.433} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.333} {UTIME 83.433} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.333} {UTIME 83.433} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 73 {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 74 {ELAPSED 105.000} {CPU {{OVERALL 87.350} {UTIME 83.450} {STIME 3.900} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 74 done with locate_astrom_gangs {ELAPSED 105.000} {CPU {{OVERALL 87.367} {UTIME 83.450} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 74 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 105.000} {CPU {{OVERALL 87.367} {UTIME 83.450} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 74 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 105.000} {CPU {{OVERALL 87.367} {UTIME 83.450} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 105.000} {CPU {{OVERALL 87.367} {UTIME 83.450} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 105.000} {CPU {{OVERALL 87.400} {UTIME 83.483} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 105.000} {CPU {{OVERALL 87.400} {UTIME 83.483} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 74 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 105.000} {CPU {{OVERALL 87.400} {UTIME 83.483} {STIME 3.917} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 74 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 56 stars in gang file astrom chip t has 100 total star entries leading ( 3.0, 1552.0) trailing ( 2.0, 1548.0) leading ( 126.0, 706.0) trailing ( 139.0, 711.0) leading ( 235.0, 1444.0) trailing ( 254.0, 1448.0) leading ( 387.0, 1700.0) trailing ( 408.0, 1704.0) leading ( 513.0, 2012.0) trailing ( 535.0, 2014.0) leading ( 530.0, 849.0) trailing ( 544.0, 853.0) leading ( 536.0, 1363.0) trailing ( 554.0, 1367.0) leading ( 560.0, 758.0) trailing ( 573.0, 762.0) leading ( 578.0, 1814.0) trailing ( 598.0, 1817.0) leading ( 740.0, 936.0) trailing ( 755.0, 939.0) leading ( 745.0, 1182.0) trailing ( 761.0, 1186.0) leading ( 884.0, 315.0) trailing ( 893.0, 319.0) leading ( 887.0, 1648.0) trailing ( 908.0, 1651.0) leading ( 955.0, 356.0) trailing ( 965.0, 359.0) leading ( 984.0, 290.0) trailing ( 994.0, 293.0) leading ( 1089.0, 532.0) trailing ( 1100.0, 535.0) leading ( 1089.0, 1561.0) trailing ( 1099.0, 1548.0) leading ( 1122.0, 872.0) trailing ( 1136.0, 875.0) leading ( 1179.0, 1860.0) trailing ( 1201.0, 1863.0) leading ( 1192.0, 688.0) trailing ( 1204.0, 691.0) leading ( 1196.0, 398.0) trailing ( 1207.0, 401.0) leading ( 1230.0, 188.0) trailing ( 1238.0, 192.0) leading ( 1238.0, 792.0) trailing ( 1251.0, 794.0) leading ( 1297.0, 1192.0) trailing ( 1314.0, 1196.0) leading ( 1357.0, 1520.0) trailing ( 1339.0, 1548.0) astrom chips have 25 matching stars after find_astrom_matches par T 70 after find_astrom_matches par L 70 after find_astrom_matches mch L 70 after find_astrom_matches mch T 70 done with find_astrom_matches {ELAPSED 106.000} {CPU {{OVERALL 88.133} {UTIME 84.200} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 70 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 70 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 70 after discard_bad_astrom_stars mch T 70 Entering proc find_photom_matches for field 74 find_photom_matches: matching 70 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 70 after find_photom_matches T par 70 after find_photom_matches L mch 70 after find_photom_matches T mch 70 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 70 after discard_bad_photom_stars_1 T par 70 after discard_bad_photom_stars_1 L mch 70 after discard_bad_photom_stars_1 T mch 70 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 70 after discard_bad_photom_stars_2 T par 70 after discard_bad_photom_stars_2 L mch 70 after discard_bad_photom_stars_2 T mch 70 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 106.000} {CPU {{OVERALL 88.267} {UTIME 84.333} {STIME 3.933} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 74 done with write_output {ELAPSED 106.000} {CPU {{OVERALL 88.383} {UTIME 84.433} {STIME 3.950} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 74 leading ( 3.7, 1551.8) trailing ( -1.7, 1548.5) leading ( 126.6, 707.2) trailing ( 139.0, 710.9) leading ( 235.6, 1444.9) trailing ( 254.0, 1448.7) leading ( 387.6, 1700.5) trailing ( 408.2, 1703.9) leading ( 513.1, 2011.5) trailing ( 535.8, 2014.4) leading ( 530.6, 849.9) trailing ( 544.2, 853.2) leading ( 536.4, 1363.8) trailing ( 554.1, 1367.2) leading ( 560.5, 759.2) trailing ( 573.4, 762.5) leading ( 577.9, 1814.5) trailing ( 599.0, 1817.6) leading ( 740.4, 937.4) trailing ( 754.8, 940.5) leading ( 745.7, 1182.2) trailing ( 761.7, 1185.5) leading ( 884.2, 316.0) trailing ( 893.4, 319.3) leading ( 888.0, 1648.5) trailing ( 907.7, 1651.7) leading ( 955.6, 356.4) trailing ( 965.3, 359.6) leading ( 984.7, 290.4) trailing ( 993.8, 293.6) leading ( 1089.8, 532.2) trailing ( 1100.9, 535.3) leading ( 1089.6, 1561.5) trailing ( 1099.7, 1548.5) leading ( 1122.8, 872.6) trailing ( 1136.6, 875.8) leading ( 1179.7, 1860.8) trailing ( 1201.4, 1864.0) leading ( 1192.5, 688.6) trailing ( 1204.8, 691.7) leading ( 1196.8, 398.5) trailing ( 1206.9, 401.6) leading ( 1230.2, 189.1) trailing ( 1238.6, 192.2) leading ( 1238.2, 791.7) trailing ( 1251.3, 794.9) leading ( 1297.6, 1193.2) trailing ( 1314.0, 1196.3) leading ( 1357.4, 1520.5) trailing ( 1335.9, 1548.5) leading ( 28.5, 660.6) trailing ( 0.0, 0.0) leading ( 226.2, 254.4) trailing ( 0.0, 0.0) leading ( 261.4, 1254.9) trailing ( 0.0, 0.0) leading ( 277.0, 325.6) trailing ( 0.0, 0.0) leading ( 338.1, 68.7) trailing ( 0.0, 0.0) leading ( 352.9, 1501.5) trailing ( 0.0, 0.0) leading ( 478.5, 112.2) trailing ( 0.0, 0.0) leading ( 515.5, 501.6) trailing ( 0.0, 0.0) leading ( 704.3, 1671.6) trailing ( 0.0, 0.0) leading ( 803.6, 1265.5) trailing ( 0.0, 0.0) leading ( 826.4, 887.2) trailing ( 0.0, 0.0) leading ( 944.1, 188.5) trailing ( 0.0, 0.0) leading ( 1161.0, 519.5) trailing ( 0.0, 0.0) leading ( 1269.6, 1831.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 6.6, 1148.2) leading ( 0.0, 0.0) trailing ( 16.3, 1910.5) leading ( 0.0, 0.0) trailing ( 61.7, 1548.5) leading ( 0.0, 0.0) trailing ( 96.8, 1956.8) leading ( 0.0, 0.0) trailing ( 117.1, 1548.5) leading ( 0.0, 0.0) trailing ( 179.7, 1548.5) leading ( 0.0, 0.0) trailing ( 247.1, 1548.5) leading ( 0.0, 0.0) trailing ( 307.1, 1548.5) leading ( 0.0, 0.0) trailing ( 327.5, 1313.3) leading ( 0.0, 0.0) trailing ( 365.3, 1548.5) leading ( 0.0, 0.0) trailing ( 396.0, 964.3) leading ( 0.0, 0.0) trailing ( 426.9, 1548.5) leading ( 0.0, 0.0) trailing ( 485.3, 1548.5) leading ( 0.0, 0.0) trailing ( 550.3, 1548.5) leading ( 0.0, 0.0) trailing ( 602.3, 1469.4) leading ( 0.0, 0.0) trailing ( 612.1, 1548.5) leading ( 0.0, 0.0) trailing ( 670.7, 1548.5) leading ( 0.0, 0.0) trailing ( 714.3, 42.7) leading ( 0.0, 0.0) trailing ( 731.3, 1548.5) leading ( 0.0, 0.0) trailing ( 734.9, 1621.3) leading ( 0.0, 0.0) trailing ( 793.8, 1548.5) leading ( 0.0, 0.0) trailing ( 829.1, 1726.8) leading ( 0.0, 0.0) trailing ( 853.6, 1548.5) leading ( 0.0, 0.0) trailing ( 910.5, 1548.5) leading ( 0.0, 0.0) trailing ( 977.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1044.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1090.6, 936.5) leading ( 0.0, 0.0) trailing ( 1159.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1184.9, 1132.7) leading ( 0.0, 0.0) trailing ( 1223.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1274.5, 1548.5) done with do_diagnostics {ELAPSED 106.000} {CPU {{OVERALL 88.483} {UTIME 84.517} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 106.000} {CPU {{OVERALL 88.483} {UTIME 84.517} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 74 {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 75 {ELAPSED 106.000} {CPU {{OVERALL 88.517} {UTIME 84.550} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 75 done with locate_astrom_gangs {ELAPSED 106.000} {CPU {{OVERALL 88.533} {UTIME 84.567} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 75 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 106.000} {CPU {{OVERALL 88.533} {UTIME 84.567} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 75 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 106.000} {CPU {{OVERALL 88.533} {UTIME 84.567} {STIME 3.967} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 106.000} {CPU {{OVERALL 88.550} {UTIME 84.567} {STIME 3.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 106.000} {CPU {{OVERALL 88.583} {UTIME 84.600} {STIME 3.983} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 106.000} {CPU {{OVERALL 88.583} {UTIME 84.600} {STIME 3.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 75 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 106.000} {CPU {{OVERALL 88.583} {UTIME 84.600} {STIME 3.983} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 75 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 42 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 76.0, 546.0) trailing ( 87.0, 549.0) leading ( 89.0, 1844.0) trailing ( 111.0, 1846.0) leading ( 99.0, 58.0) trailing ( 106.0, 62.0) leading ( 101.0, 1672.0) trailing ( 121.0, 1675.0) leading ( 122.0, 728.0) trailing ( 135.0, 731.0) leading ( 144.0, 188.0) trailing ( 152.0, 191.0) leading ( 180.0, 1748.0) trailing ( 201.0, 1750.0) leading ( 287.0, 860.0) trailing ( 301.0, 863.0) leading ( 313.0, 1295.0) trailing ( 330.0, 1298.0) leading ( 329.0, 286.0) trailing ( 338.0, 289.0) leading ( 487.0, 1374.0) trailing ( 505.0, 1376.0) leading ( 528.0, 1211.0) trailing ( 545.0, 1214.0) leading ( 530.0, 636.0) trailing ( 543.0, 639.0) leading ( 639.0, 1314.0) trailing ( 656.0, 1318.0) leading ( 729.0, 319.0) trailing ( 752.0, 318.0) leading ( 740.0, 1844.0) trailing ( 762.0, 1847.0) leading ( 753.0, 1312.0) trailing ( 770.0, 1317.0) leading ( 855.0, 1808.0) trailing ( 876.0, 1811.0) leading ( 865.0, 312.0) trailing ( 874.0, 315.0) leading ( 883.0, 1231.0) trailing ( 900.0, 1235.0) leading ( 1004.0, 1081.0) trailing ( 1019.0, 1085.0) leading ( 1048.0, 908.0) trailing ( 1062.0, 912.0) leading ( 1226.0, 1984.0) trailing ( 1248.0, 1988.0) leading ( 1273.0, 926.0) trailing ( 1287.0, 929.0) leading ( 1278.0, 224.0) trailing ( 1286.0, 228.0) leading ( 1294.0, 646.0) trailing ( 1306.0, 649.0) astrom chips have 26 matching stars after find_astrom_matches par T 83 after find_astrom_matches par L 83 after find_astrom_matches mch L 83 after find_astrom_matches mch T 83 done with find_astrom_matches {ELAPSED 107.000} {CPU {{OVERALL 89.500} {UTIME 85.500} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 83 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 83 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 83 after discard_bad_astrom_stars mch T 83 Entering proc find_photom_matches for field 75 find_photom_matches: matching 83 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 83 after find_photom_matches T par 83 after find_photom_matches L mch 83 after find_photom_matches T mch 83 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 83 after discard_bad_photom_stars_1 T par 83 after discard_bad_photom_stars_1 L mch 83 after discard_bad_photom_stars_1 T mch 83 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 83 after discard_bad_photom_stars_2 T par 83 after discard_bad_photom_stars_2 L mch 83 after discard_bad_photom_stars_2 T mch 83 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 107.000} {CPU {{OVERALL 89.633} {UTIME 85.633} {STIME 4.000} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 75 done with write_output {ELAPSED 107.000} {CPU {{OVERALL 89.750} {UTIME 85.733} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 75 leading ( 76.4, 546.9) trailing ( 87.6, 549.7) leading ( 89.6, 1844.0) trailing ( 111.1, 1846.7) leading ( 99.0, 59.4) trailing ( 106.4, 62.4) leading ( 101.4, 1672.7) trailing ( 121.4, 1675.3) leading ( 122.8, 727.6) trailing ( 135.4, 730.5) leading ( 144.1, 188.4) trailing ( 152.5, 191.2) leading ( 180.8, 1747.7) trailing ( 201.3, 1750.5) leading ( 287.6, 860.7) trailing ( 301.3, 863.6) leading ( 312.9, 1295.7) trailing ( 330.0, 1298.6) leading ( 329.3, 286.8) trailing ( 338.6, 289.7) leading ( 487.6, 1374.5) trailing ( 505.4, 1377.6) leading ( 529.0, 1211.4) trailing ( 545.5, 1214.7) leading ( 530.7, 636.4) trailing ( 542.7, 639.6) leading ( 639.7, 1315.0) trailing ( 656.7, 1318.3) leading ( 729.5, 319.8) trailing ( 752.3, 318.0) leading ( 740.7, 1844.3) trailing ( 761.8, 1847.5) leading ( 753.4, 1313.8) trailing ( 770.5, 1317.2) leading ( 855.5, 1808.4) trailing ( 876.4, 1811.6) leading ( 865.2, 311.9) trailing ( 874.4, 315.1) leading ( 884.0, 1232.1) trailing ( 900.2, 1235.4) leading ( 1005.0, 1082.0) trailing ( 1019.9, 1085.3) leading ( 1048.8, 909.1) trailing ( 1062.4, 912.5) leading ( 1226.1, 1984.8) trailing ( 1248.1, 1988.1) leading ( 1273.5, 926.4) trailing ( 1287.2, 929.6) leading ( 1278.5, 225.1) trailing ( 1286.7, 228.2) leading ( 1294.5, 646.3) trailing ( 1305.8, 649.4) leading ( 215.4, 939.4) trailing ( 0.0, 0.0) leading ( 401.4, 847.5) trailing ( 0.0, 0.0) leading ( 486.5, 101.5) trailing ( 0.0, 0.0) leading ( 496.9, 1940.6) trailing ( 0.0, 0.0) leading ( 563.6, 1588.8) trailing ( 0.0, 0.0) leading ( 681.0, 893.6) trailing ( 0.0, 0.0) leading ( 693.7, 1459.2) trailing ( 0.0, 0.0) leading ( 696.5, 461.1) trailing ( 0.0, 0.0) leading ( 792.3, 565.4) trailing ( 0.0, 0.0) leading ( 958.9, 446.5) trailing ( 0.0, 0.0) leading ( 974.1, 869.2) trailing ( 0.0, 0.0) leading ( 976.6, 1815.6) trailing ( 0.0, 0.0) leading ( 1042.5, 716.3) trailing ( 0.0, 0.0) leading ( 1097.1, 1492.0) trailing ( 0.0, 0.0) leading ( 1145.3, 263.5) trailing ( 0.0, 0.0) leading ( 1189.5, 1002.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 6.3, 1548.5) leading ( 0.0, 0.0) trailing ( 45.0, 624.7) leading ( 0.0, 0.0) trailing ( 66.5, 1548.5) leading ( 0.0, 0.0) trailing ( 126.4, 1548.5) leading ( 0.0, 0.0) trailing ( 186.7, 1548.5) leading ( 0.0, 0.0) trailing ( 248.1, 1548.5) leading ( 0.0, 0.0) trailing ( 312.2, 1548.5) leading ( 0.0, 0.0) trailing ( 315.2, 757.3) leading ( 0.0, 0.0) trailing ( 357.2, 1998.3) leading ( 0.0, 0.0) trailing ( 372.1, 1548.5) leading ( 0.0, 0.0) trailing ( 430.1, 1548.5) leading ( 0.0, 0.0) trailing ( 497.4, 1548.5) leading ( 0.0, 0.0) trailing ( 552.6, 1548.5) leading ( 0.0, 0.0) trailing ( 583.7, 357.9) leading ( 0.0, 0.0) trailing ( 611.9, 1548.5) leading ( 0.0, 0.0) trailing ( 615.7, 117.9) leading ( 0.0, 0.0) trailing ( 650.7, 518.4) leading ( 0.0, 0.0) trailing ( 674.2, 1548.5) leading ( 0.0, 0.0) trailing ( 676.6, 1096.1) leading ( 0.0, 0.0) trailing ( 680.7, 1671.3) leading ( 0.0, 0.0) trailing ( 735.5, 1548.5) leading ( 0.0, 0.0) trailing ( 766.5, 229.3) leading ( 0.0, 0.0) trailing ( 800.0, 1548.5) leading ( 0.0, 0.0) trailing ( 822.6, 393.6) leading ( 0.0, 0.0) trailing ( 857.7, 1548.5) leading ( 0.0, 0.0) trailing ( 858.6, 183.5) leading ( 0.0, 0.0) trailing ( 859.5, 1420.9) leading ( 0.0, 0.0) trailing ( 912.3, 1311.5) leading ( 0.0, 0.0) trailing ( 920.6, 1548.5) leading ( 0.0, 0.0) trailing ( 949.3, 1774.5) leading ( 0.0, 0.0) trailing ( 981.3, 1548.5) leading ( 0.0, 0.0) trailing ( 999.6, 718.6) leading ( 0.0, 0.0) trailing ( 1042.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1100.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1102.1, 761.7) leading ( 0.0, 0.0) trailing ( 1160.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1179.8, 1132.7) leading ( 0.0, 0.0) trailing ( 1218.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1273.4, 1884.7) leading ( 0.0, 0.0) trailing ( 1282.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1344.3, 1548.5) done with do_diagnostics {ELAPSED 108.000} {CPU {{OVERALL 89.850} {UTIME 85.833} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 108.000} {CPU {{OVERALL 89.850} {UTIME 85.833} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 75 {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 76 {ELAPSED 108.000} {CPU {{OVERALL 89.883} {UTIME 85.867} {STIME 4.017} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 76 done with locate_astrom_gangs {ELAPSED 108.000} {CPU {{OVERALL 89.917} {UTIME 85.883} {STIME 4.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 76 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 108.000} {CPU {{OVERALL 89.917} {UTIME 85.883} {STIME 4.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 76 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 108.000} {CPU {{OVERALL 89.917} {UTIME 85.883} {STIME 4.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 108.000} {CPU {{OVERALL 89.917} {UTIME 85.883} {STIME 4.033} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 108.000} {CPU {{OVERALL 89.950} {UTIME 85.900} {STIME 4.050} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 108.000} {CPU {{OVERALL 89.967} {UTIME 85.917} {STIME 4.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 76 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 108.000} {CPU {{OVERALL 89.967} {UTIME 85.917} {STIME 4.050} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 76 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 47 stars in gang file astrom chip l has 100 total star entries astrom chip t has 67 stars in gang file astrom chip t has 100 total star entries leading ( 50.0, 196.0) trailing ( 59.0, 200.0) leading ( 61.0, 1103.0) trailing ( 76.0, 1107.0) leading ( 147.0, 350.0) trailing ( 156.0, 354.0) leading ( 177.0, 74.0) trailing ( 184.0, 77.0) leading ( 199.0, 679.0) trailing ( 211.0, 682.0) leading ( 218.0, 768.0) trailing ( 231.0, 772.0) leading ( 236.0, 1886.0) trailing ( 258.0, 1890.0) leading ( 256.0, 1198.0) trailing ( 273.0, 1202.0) leading ( 349.0, 24.0) trailing ( 356.0, 28.0) leading ( 380.0, 414.0) trailing ( 390.0, 418.0) leading ( 384.0, 1288.0) trailing ( 401.0, 1291.0) leading ( 398.0, 1080.0) trailing ( 414.0, 1084.0) leading ( 432.0, 1456.0) trailing ( 450.0, 1458.0) leading ( 591.0, 159.0) trailing ( 599.0, 162.0) leading ( 601.0, 834.0) trailing ( 614.0, 837.0) leading ( 690.0, 187.0) trailing ( 698.0, 190.0) leading ( 715.0, 78.0) trailing ( 722.0, 82.0) leading ( 785.0, 1110.0) trailing ( 800.0, 1113.0) leading ( 798.0, 1464.0) trailing ( 779.0, 1488.0) leading ( 848.0, 1004.0) trailing ( 862.0, 1008.0) leading ( 850.0, 1864.0) trailing ( 871.0, 1867.0) leading ( 964.0, 1458.0) trailing ( 983.0, 1462.0) leading ( 1012.0, 656.0) trailing ( 1024.0, 659.0) leading ( 1072.0, 551.0) trailing ( 1073.0, 525.0) leading ( 1087.0, 856.0) trailing ( 1100.0, 860.0) leading ( 1114.0, 1964.0) trailing ( 1136.0, 1968.0) leading ( 1139.0, 1572.0) trailing ( 1111.0, 1548.0) leading ( 1206.0, 498.0) trailing ( 1217.0, 501.0) leading ( 1224.0, 1768.0) trailing ( 1244.0, 1772.0) leading ( 1232.0, 582.0) trailing ( 1243.0, 586.0) leading ( 1253.0, 1400.0) trailing ( 1270.0, 1404.0) leading ( 1302.0, 48.0) trailing ( 1308.0, 52.0) astrom chips have 32 matching stars after find_astrom_matches par T 82 after find_astrom_matches par L 82 after find_astrom_matches mch L 82 after find_astrom_matches mch T 82 done with find_astrom_matches {ELAPSED 109.000} {CPU {{OVERALL 90.900} {UTIME 86.833} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 82 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 82 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 109.000} {CPU {{OVERALL 91.033} {UTIME 86.967} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 82 after discard_bad_astrom_stars mch T 82 Entering proc find_photom_matches for field 76 find_photom_matches: matching 82 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 82 after find_photom_matches T par 82 after find_photom_matches L mch 82 after find_photom_matches T mch 82 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 82 after discard_bad_photom_stars_1 T par 82 after discard_bad_photom_stars_1 L mch 82 after discard_bad_photom_stars_1 T mch 82 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 82 after discard_bad_photom_stars_2 T par 82 after discard_bad_photom_stars_2 L mch 82 after discard_bad_photom_stars_2 T mch 82 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 109.000} {CPU {{OVERALL 91.050} {UTIME 86.983} {STIME 4.067} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 76 done with write_output {ELAPSED 109.000} {CPU {{OVERALL 91.150} {UTIME 87.067} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 76 leading ( 51.0, 197.0) trailing ( 59.0, 200.0) leading ( 61.2, 1104.2) trailing ( 76.2, 1107.5) leading ( 147.1, 351.1) trailing ( 156.4, 354.3) leading ( 177.2, 74.6) trailing ( 184.3, 77.7) leading ( 199.6, 679.7) trailing ( 211.4, 682.8) leading ( 218.8, 768.7) trailing ( 231.3, 771.8) leading ( 236.6, 1887.7) trailing ( 257.9, 1890.8) leading ( 256.8, 1199.3) trailing ( 272.8, 1202.4) leading ( 349.8, 25.1) trailing ( 356.8, 28.1) leading ( 380.8, 415.4) trailing ( 390.7, 418.4) leading ( 384.9, 1288.2) trailing ( 401.7, 1291.1) leading ( 399.0, 1081.5) trailing ( 414.2, 1084.6) leading ( 432.5, 1455.9) trailing ( 450.6, 1459.0) leading ( 592.0, 159.5) trailing ( 599.8, 162.8) leading ( 601.5, 834.6) trailing ( 614.6, 837.8) leading ( 690.6, 187.7) trailing ( 698.2, 191.0) leading ( 715.7, 79.6) trailing ( 722.4, 82.8) leading ( 785.5, 1109.8) trailing ( 800.2, 1113.2) leading ( 798.4, 1465.6) trailing ( 780.0, 1488.5) leading ( 848.3, 1005.0) trailing ( 862.3, 1008.4) leading ( 850.6, 1864.1) trailing ( 871.4, 1867.5) leading ( 965.1, 1459.0) trailing ( 982.7, 1462.2) leading ( 1012.0, 656.1) trailing ( 1023.4, 659.3) leading ( 1072.8, 551.6) trailing ( 1072.9, 525.9) leading ( 1087.1, 857.4) trailing ( 1100.1, 860.5) leading ( 1114.6, 1965.3) trailing ( 1136.2, 1968.6) leading ( 1140.0, 1572.4) trailing ( 1111.3, 1548.5) leading ( 1207.0, 498.3) trailing ( 1217.2, 501.5) leading ( 1224.9, 1769.4) trailing ( 1244.8, 1772.5) leading ( 1232.4, 583.2) trailing ( 1243.3, 586.1) leading ( 1253.2, 1401.5) trailing ( 1270.3, 1404.7) leading ( 1302.5, 49.6) trailing ( 1308.9, 52.6) leading ( 228.4, 239.1) trailing ( 0.0, 0.0) leading ( 252.0, 1953.2) trailing ( 0.0, 0.0) leading ( 303.4, 1737.2) trailing ( 0.0, 0.0) leading ( 323.5, 628.7) trailing ( 0.0, 0.0) leading ( 435.6, 641.6) trailing ( 0.0, 0.0) leading ( 448.4, 1256.6) trailing ( 0.0, 0.0) leading ( 471.8, 1699.8) trailing ( 0.0, 0.0) leading ( 588.9, 1904.4) trailing ( 0.0, 0.0) leading ( 619.8, 633.5) trailing ( 0.0, 0.0) leading ( 931.9, 1184.9) trailing ( 0.0, 0.0) leading ( 937.7, 177.4) trailing ( 0.0, 0.0) leading ( 1056.4, 373.5) trailing ( 0.0, 0.0) leading ( 1096.0, 1497.2) trailing ( 0.0, 0.0) leading ( 1242.9, 409.3) trailing ( 0.0, 0.0) leading ( 1341.0, 181.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 2.3, 666.4) leading ( 0.0, 0.0) trailing ( 3.5, 1548.5) leading ( 0.0, 0.0) trailing ( 36.8, 1445.3) leading ( 0.0, 0.0) trailing ( 67.8, 1548.5) leading ( 0.0, 0.0) trailing ( 98.5, 1851.8) leading ( 0.0, 0.0) trailing ( 128.7, 1548.5) leading ( 0.0, 0.0) trailing ( 149.1, 880.2) leading ( 0.0, 0.0) trailing ( 188.0, 1548.5) leading ( 0.0, 0.0) trailing ( 249.1, 1548.5) leading ( 0.0, 0.0) trailing ( 274.4, 1109.3) leading ( 0.0, 0.0) trailing ( 311.2, 1548.5) leading ( 0.0, 0.0) trailing ( 359.2, 1646.2) leading ( 0.0, 0.0) trailing ( 373.9, 1548.5) leading ( 0.0, 0.0) trailing ( 382.7, 131.5) leading ( 0.0, 0.0) trailing ( 399.8, 290.5) leading ( 0.0, 0.0) trailing ( 433.2, 1548.5) leading ( 0.0, 0.0) trailing ( 498.8, 1548.5) leading ( 0.0, 0.0) trailing ( 565.7, 1548.5) leading ( 0.0, 0.0) trailing ( 570.7, 1471.3) leading ( 0.0, 0.0) trailing ( 576.1, 47.8) leading ( 0.0, 0.0) trailing ( 624.8, 1548.5) leading ( 0.0, 0.0) trailing ( 685.4, 1548.5) leading ( 0.0, 0.0) trailing ( 750.9, 1548.5) leading ( 0.0, 0.0) trailing ( 810.1, 1548.5) leading ( 0.0, 0.0) trailing ( 871.5, 1548.5) leading ( 0.0, 0.0) trailing ( 907.5, 1279.4) leading ( 0.0, 0.0) trailing ( 928.9, 1548.5) leading ( 0.0, 0.0) trailing ( 990.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1050.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1075.9, 1108.1) leading ( 0.0, 0.0) trailing ( 1173.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1235.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1298.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1300.2, 1134.1) leading ( 0.0, 0.0) trailing ( 1359.1, 1548.5) done with do_diagnostics {ELAPSED 109.000} {CPU {{OVERALL 91.250} {UTIME 87.167} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 109.000} {CPU {{OVERALL 91.250} {UTIME 87.167} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 76 {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 77 {ELAPSED 109.000} {CPU {{OVERALL 91.283} {UTIME 87.200} {STIME 4.083} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 77 done with locate_astrom_gangs {ELAPSED 109.000} {CPU {{OVERALL 91.333} {UTIME 87.217} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 77 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 109.000} {CPU {{OVERALL 91.333} {UTIME 87.217} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 77 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 109.000} {CPU {{OVERALL 91.333} {UTIME 87.217} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 109.000} {CPU {{OVERALL 91.333} {UTIME 87.217} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 109.000} {CPU {{OVERALL 91.350} {UTIME 87.233} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 109.000} {CPU {{OVERALL 91.367} {UTIME 87.250} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 77 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 109.000} {CPU {{OVERALL 91.367} {UTIME 87.250} {STIME 4.117} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 77 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 64 stars in gang file astrom chip t has 100 total star entries leading ( 9.0, 1090.0) trailing ( 23.0, 1093.0) leading ( 15.0, 238.0) trailing ( 23.0, 242.0) leading ( 95.0, 318.0) trailing ( 103.0, 321.0) leading ( 105.0, 1498.0) trailing ( 123.0, 1501.0) leading ( 176.0, 123.0) trailing ( 183.0, 126.0) leading ( 191.0, 1294.0) trailing ( 207.0, 1296.0) leading ( 194.0, 1570.0) trailing ( 184.0, 1548.0) leading ( 334.0, 856.0) trailing ( 348.0, 859.0) leading ( 334.0, 1587.0) trailing ( 307.0, 1548.0) leading ( 436.0, 901.0) trailing ( 450.0, 904.0) leading ( 497.0, 656.0) trailing ( 509.0, 659.0) leading ( 518.0, 1224.0) trailing ( 534.0, 1227.0) leading ( 580.0, 510.0) trailing ( 590.0, 514.0) leading ( 620.0, 1270.0) trailing ( 636.0, 1273.0) leading ( 692.0, 1286.0) trailing ( 708.0, 1290.0) leading ( 789.0, 1954.0) trailing ( 811.0, 1957.0) leading ( 804.0, 1724.0) trailing ( 823.0, 1727.0) leading ( 878.0, 1884.0) trailing ( 899.0, 1888.0) leading ( 939.0, 866.0) trailing ( 952.0, 870.0) leading ( 1091.0, 1713.0) trailing ( 1111.0, 1716.0) leading ( 1100.0, 1401.0) trailing ( 1117.0, 1404.0) leading ( 1146.0, 1194.0) trailing ( 1162.0, 1198.0) leading ( 1317.0, 753.0) trailing ( 1304.0, 784.0) astrom chips have 23 matching stars after find_astrom_matches par T 80 after find_astrom_matches par L 80 after find_astrom_matches mch L 80 after find_astrom_matches mch T 80 done with find_astrom_matches {ELAPSED 110.000} {CPU {{OVERALL 92.217} {UTIME 88.083} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 80 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 80 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 80 after discard_bad_astrom_stars mch T 80 Entering proc find_photom_matches for field 77 find_photom_matches: matching 80 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 80 after find_photom_matches T par 80 after find_photom_matches L mch 80 after find_photom_matches T mch 80 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 80 after discard_bad_photom_stars_1 T par 80 after discard_bad_photom_stars_1 L mch 80 after discard_bad_photom_stars_1 T mch 80 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 80 after discard_bad_photom_stars_2 T par 80 after discard_bad_photom_stars_2 L mch 80 after discard_bad_photom_stars_2 T mch 80 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 110.000} {CPU {{OVERALL 92.350} {UTIME 88.217} {STIME 4.133} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 77 done with write_output {ELAPSED 110.000} {CPU {{OVERALL 92.450} {UTIME 88.300} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 77 leading ( 9.1, 1090.5) trailing ( 23.6, 1093.5) leading ( 15.5, 238.9) trailing ( 23.3, 241.9) leading ( 95.2, 318.2) trailing ( 103.7, 321.0) leading ( 105.3, 1497.8) trailing ( 123.2, 1500.8) leading ( 176.2, 123.9) trailing ( 183.6, 126.6) leading ( 191.2, 1294.4) trailing ( 207.6, 1297.2) leading ( 194.7, 1570.6) trailing ( 185.8, 1548.5) leading ( 334.8, 856.1) trailing ( 348.0, 858.9) leading ( 334.7, 1587.6) trailing ( 307.6, 1548.5) leading ( 436.5, 901.7) trailing ( 450.2, 904.7) leading ( 497.9, 656.4) trailing ( 509.5, 659.4) leading ( 518.8, 1224.9) trailing ( 534.9, 1228.0) leading ( 580.3, 511.3) trailing ( 590.7, 514.5) leading ( 620.4, 1270.0) trailing ( 636.7, 1273.3) leading ( 692.8, 1286.9) trailing ( 709.2, 1290.2) leading ( 789.8, 1954.5) trailing ( 811.5, 1957.8) leading ( 804.1, 1724.5) trailing ( 823.9, 1727.7) leading ( 878.1, 1884.9) trailing ( 899.1, 1888.3) leading ( 939.6, 866.8) trailing ( 952.6, 870.1) leading ( 1091.7, 1713.8) trailing ( 1111.2, 1717.0) leading ( 1100.2, 1401.7) trailing ( 1117.2, 1404.7) leading ( 1146.9, 1194.9) trailing ( 1162.3, 1198.0) leading ( 1317.2, 753.5) trailing ( 1304.0, 785.3) leading ( 49.0, 641.2) trailing ( 0.0, 0.0) leading ( 136.2, 878.6) trailing ( 0.0, 0.0) leading ( 307.1, 1453.5) trailing ( 0.0, 0.0) leading ( 326.0, 371.4) trailing ( 0.0, 0.0) leading ( 381.2, 663.8) trailing ( 0.0, 0.0) leading ( 418.4, 1496.3) trailing ( 0.0, 0.0) leading ( 460.6, 1095.6) trailing ( 0.0, 0.0) leading ( 519.2, 1155.2) trailing ( 0.0, 0.0) leading ( 670.0, 1500.4) trailing ( 0.0, 0.0) leading ( 670.8, 795.8) trailing ( 0.0, 0.0) leading ( 1050.5, 1101.2) trailing ( 0.0, 0.0) leading ( 1075.6, 1875.8) trailing ( 0.0, 0.0) leading ( 1095.4, 107.6) trailing ( 0.0, 0.0) leading ( 1096.0, 364.8) trailing ( 0.0, 0.0) leading ( 1101.5, 798.0) trailing ( 0.0, 0.0) leading ( 1236.7, 2013.5) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.8, 1548.5) leading ( 0.0, 0.0) trailing ( 9.5, 442.8) leading ( 0.0, 0.0) trailing ( 63.9, 1548.5) leading ( 0.0, 0.0) trailing ( 130.3, 1098.5) leading ( 0.0, 0.0) trailing ( 154.2, 392.0) leading ( 0.0, 0.0) trailing ( 155.3, 1806.5) leading ( 0.0, 0.0) trailing ( 173.5, 989.4) leading ( 0.0, 0.0) trailing ( 247.1, 1548.5) leading ( 0.0, 0.0) trailing ( 289.6, 848.5) leading ( 0.0, 0.0) trailing ( 343.1, 782.6) leading ( 0.0, 0.0) trailing ( 366.5, 1548.5) leading ( 0.0, 0.0) trailing ( 427.1, 1548.5) leading ( 0.0, 0.0) trailing ( 448.1, 437.2) leading ( 0.0, 0.0) trailing ( 487.7, 1548.5) leading ( 0.0, 0.0) trailing ( 550.2, 1548.5) leading ( 0.0, 0.0) trailing ( 566.2, 207.9) leading ( 0.0, 0.0) trailing ( 613.0, 1548.5) leading ( 0.0, 0.0) trailing ( 677.5, 1548.5) leading ( 0.0, 0.0) trailing ( 707.1, 621.5) leading ( 0.0, 0.0) trailing ( 741.5, 1548.5) leading ( 0.0, 0.0) trailing ( 786.1, 217.3) leading ( 0.0, 0.0) trailing ( 801.0, 1548.5) leading ( 0.0, 0.0) trailing ( 860.7, 1548.5) leading ( 0.0, 0.0) trailing ( 898.2, 1199.6) leading ( 0.0, 0.0) trailing ( 900.7, 1610.7) leading ( 0.0, 0.0) trailing ( 905.4, 1708.5) leading ( 0.0, 0.0) trailing ( 921.5, 1548.5) leading ( 0.0, 0.0) trailing ( 954.6, 317.8) leading ( 0.0, 0.0) trailing ( 986.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1048.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1077.5, 589.4) leading ( 0.0, 0.0) trailing ( 1086.9, 1612.0) leading ( 0.0, 0.0) trailing ( 1105.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1121.1, 1827.9) leading ( 0.0, 0.0) trailing ( 1137.7, 965.6) leading ( 0.0, 0.0) trailing ( 1164.5, 654.6) leading ( 0.0, 0.0) trailing ( 1166.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1224.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1284.5, 1548.5) leading ( 0.0, 0.0) trailing ( 1348.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1358.5, 1677.6) done with do_diagnostics {ELAPSED 110.000} {CPU {{OVERALL 92.550} {UTIME 88.400} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 110.000} {CPU {{OVERALL 92.550} {UTIME 88.400} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 77 {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 78 {ELAPSED 110.000} {CPU {{OVERALL 92.583} {UTIME 88.433} {STIME 4.150} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 78 done with locate_astrom_gangs {ELAPSED 111.000} {CPU {{OVERALL 92.617} {UTIME 88.450} {STIME 4.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 78 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 111.000} {CPU {{OVERALL 92.617} {UTIME 88.450} {STIME 4.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 78 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 111.000} {CPU {{OVERALL 92.617} {UTIME 88.450} {STIME 4.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 111.000} {CPU {{OVERALL 92.617} {UTIME 88.450} {STIME 4.167} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 111.000} {CPU {{OVERALL 92.650} {UTIME 88.467} {STIME 4.183} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 111.000} {CPU {{OVERALL 92.667} {UTIME 88.483} {STIME 4.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 78 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 111.000} {CPU {{OVERALL 92.667} {UTIME 88.483} {STIME 4.183} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 78 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 66 stars in gang file astrom chip t has 100 total star entries leading ( 75.0, 74.0) trailing ( 82.0, 78.0) leading ( 181.0, 24.0) trailing ( 182.0, 24.0) leading ( 268.0, 752.0) trailing ( 246.0, 721.0) leading ( 269.0, 932.0) trailing ( 282.0, 936.0) leading ( 270.0, 1707.0) trailing ( 290.0, 1710.0) leading ( 345.0, 1932.0) trailing ( 367.0, 1935.0) leading ( 357.0, 641.0) trailing ( 369.0, 644.0) leading ( 385.0, 1658.0) trailing ( 405.0, 1662.0) leading ( 393.0, 268.0) trailing ( 402.0, 271.0) leading ( 480.0, 1464.0) trailing ( 498.0, 1467.0) leading ( 492.0, 1567.0) trailing ( 494.0, 1548.0) leading ( 561.0, 1264.0) trailing ( 578.0, 1266.0) leading ( 655.0, 1970.0) trailing ( 678.0, 1973.0) leading ( 659.0, 769.0) trailing ( 672.0, 773.0) leading ( 667.0, 36.0) trailing ( 675.0, 39.0) leading ( 757.0, 656.0) trailing ( 769.0, 660.0) leading ( 760.0, 1328.0) trailing ( 777.0, 1331.0) leading ( 807.0, 1738.0) trailing ( 828.0, 1742.0) leading ( 835.0, 258.0) trailing ( 844.0, 262.0) leading ( 890.0, 1120.0) trailing ( 905.0, 1124.0) leading ( 931.0, 453.0) trailing ( 933.0, 422.0) leading ( 1137.0, 1639.0) trailing ( 1156.0, 1643.0) leading ( 1184.0, 658.0) trailing ( 1196.0, 662.0) leading ( 1232.0, 540.0) trailing ( 1243.0, 543.0) leading ( 1250.0, 145.0) trailing ( 1258.0, 148.0) leading ( 1275.0, 1180.0) trailing ( 1291.0, 1184.0) leading ( 1328.0, 25.0) trailing ( 1352.0, 64.0) leading ( 1354.0, 1562.0) trailing ( 1347.0, 1548.0) astrom chips have 28 matching stars after find_astrom_matches par T 77 after find_astrom_matches par L 77 after find_astrom_matches mch L 77 after find_astrom_matches mch T 77 done with find_astrom_matches {ELAPSED 111.000} {CPU {{OVERALL 93.500} {UTIME 89.283} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 77 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 77 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 77 after discard_bad_astrom_stars mch T 77 Entering proc find_photom_matches for field 78 find_photom_matches: matching 77 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 77 after find_photom_matches T par 77 after find_photom_matches L mch 77 after find_photom_matches T mch 77 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 77 after discard_bad_photom_stars_1 T par 77 after discard_bad_photom_stars_1 L mch 77 after discard_bad_photom_stars_1 T mch 77 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 77 after discard_bad_photom_stars_2 T par 77 after discard_bad_photom_stars_2 L mch 77 after discard_bad_photom_stars_2 T mch 77 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 112.000} {CPU {{OVERALL 93.633} {UTIME 89.417} {STIME 4.217} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 78 done with write_output {ELAPSED 112.000} {CPU {{OVERALL 93.733} {UTIME 89.500} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 78 leading ( 75.4, 75.5) trailing ( 82.2, 78.7) leading ( 181.1, 24.3) trailing ( 182.0, 24.6) leading ( 269.0, 752.5) trailing ( 246.6, 721.6) leading ( 269.1, 933.4) trailing ( 282.4, 936.6) leading ( 270.8, 1707.5) trailing ( 290.2, 1710.7) leading ( 345.6, 1932.6) trailing ( 366.9, 1935.7) leading ( 358.0, 641.5) trailing ( 369.4, 644.6) leading ( 385.4, 1659.7) trailing ( 404.8, 1663.0) leading ( 393.8, 269.2) trailing ( 402.3, 272.4) leading ( 480.5, 1464.6) trailing ( 498.3, 1467.8) leading ( 492.7, 1567.4) trailing ( 495.5, 1548.5) leading ( 561.9, 1264.4) trailing ( 578.3, 1267.3) leading ( 655.5, 1970.3) trailing ( 677.7, 1973.2) leading ( 659.2, 769.7) trailing ( 671.9, 772.9) leading ( 667.8, 36.6) trailing ( 674.9, 39.7) leading ( 757.9, 657.1) trailing ( 769.6, 660.3) leading ( 760.7, 1327.7) trailing ( 777.8, 1331.0) leading ( 807.6, 1739.3) trailing ( 827.9, 1742.6) leading ( 835.7, 259.3) trailing ( 844.4, 262.7) leading ( 890.1, 1120.9) trailing ( 905.5, 1124.2) leading ( 931.6, 453.7) trailing ( 933.7, 423.2) leading ( 1137.5, 1639.9) trailing ( 1156.8, 1643.4) leading ( 1184.8, 658.8) trailing ( 1196.2, 662.1) leading ( 1233.1, 540.3) trailing ( 1243.7, 543.7) leading ( 1251.1, 145.6) trailing ( 1258.7, 148.8) leading ( 1275.9, 1180.7) trailing ( 1291.5, 1184.1) leading ( 1328.9, 25.3) trailing ( 1352.4, 63.7) leading ( 1354.9, 1563.0) trailing ( 1348.1, 1548.5) leading ( 101.8, 2030.5) trailing ( 0.0, 0.0) leading ( 209.5, 1199.4) trailing ( 0.0, 0.0) leading ( 218.1, 1811.3) trailing ( 0.0, 0.0) leading ( 308.6, 1445.7) trailing ( 0.0, 0.0) leading ( 327.3, 296.3) trailing ( 0.0, 0.0) leading ( 526.3, 1988.6) trailing ( 0.0, 0.0) leading ( 602.4, 155.1) trailing ( 0.0, 0.0) leading ( 1026.9, 1167.6) trailing ( 0.0, 0.0) leading ( 1123.8, 656.2) trailing ( 0.0, 0.0) leading ( 1152.4, 897.5) trailing ( 0.0, 0.0) leading ( 1320.5, 2000.8) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 4.1, 1548.5) leading ( 0.0, 0.0) trailing ( 6.5, 1707.3) leading ( 0.0, 0.0) trailing ( 68.6, 1548.5) leading ( 0.0, 0.0) trailing ( 127.5, 1548.5) leading ( 0.0, 0.0) trailing ( 190.6, 1548.5) leading ( 0.0, 0.0) trailing ( 252.4, 1548.5) leading ( 0.0, 0.0) trailing ( 315.4, 1548.5) leading ( 0.0, 0.0) trailing ( 319.5, 769.5) leading ( 0.0, 0.0) trailing ( 372.2, 1548.5) leading ( 0.0, 0.0) trailing ( 432.0, 1548.5) leading ( 0.0, 0.0) trailing ( 452.2, 1924.6) leading ( 0.0, 0.0) trailing ( 548.8, 1140.0) leading ( 0.0, 0.0) trailing ( 560.2, 1548.5) leading ( 0.0, 0.0) trailing ( 607.0, 1403.2) leading ( 0.0, 0.0) trailing ( 617.6, 1548.5) leading ( 0.0, 0.0) trailing ( 644.7, 348.1) leading ( 0.0, 0.0) trailing ( 684.4, 1548.5) leading ( 0.0, 0.0) trailing ( 739.4, 1749.6) leading ( 0.0, 0.0) trailing ( 744.3, 1548.5) leading ( 0.0, 0.0) trailing ( 751.4, 209.1) leading ( 0.0, 0.0) trailing ( 781.5, 1674.1) leading ( 0.0, 0.0) trailing ( 803.0, 1548.5) leading ( 0.0, 0.0) trailing ( 863.7, 1548.5) leading ( 0.0, 0.0) trailing ( 903.7, 1778.3) leading ( 0.0, 0.0) trailing ( 925.3, 1548.5) leading ( 0.0, 0.0) trailing ( 929.7, 1397.6) leading ( 0.0, 0.0) trailing ( 940.4, 938.5) leading ( 0.0, 0.0) trailing ( 985.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1024.2, 770.2) leading ( 0.0, 0.0) trailing ( 1044.0, 1548.5) leading ( 0.0, 0.0) trailing ( 1054.8, 1098.2) leading ( 0.0, 0.0) trailing ( 1065.9, 1258.5) leading ( 0.0, 0.0) trailing ( 1108.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1167.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1231.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1288.4, 1118.8) leading ( 0.0, 0.0) trailing ( 1288.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1320.8, 801.4) done with do_diagnostics {ELAPSED 112.000} {CPU {{OVERALL 93.833} {UTIME 89.600} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 112.000} {CPU {{OVERALL 93.833} {UTIME 89.600} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 78 {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 79 {ELAPSED 112.000} {CPU {{OVERALL 93.867} {UTIME 89.633} {STIME 4.233} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 79 done with locate_astrom_gangs {ELAPSED 112.000} {CPU {{OVERALL 93.900} {UTIME 89.650} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 79 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 112.000} {CPU {{OVERALL 93.900} {UTIME 89.650} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 79 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 112.000} {CPU {{OVERALL 93.900} {UTIME 89.650} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 112.000} {CPU {{OVERALL 93.900} {UTIME 89.650} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 112.000} {CPU {{OVERALL 93.917} {UTIME 89.667} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 112.000} {CPU {{OVERALL 93.933} {UTIME 89.683} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 79 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 112.000} {CPU {{OVERALL 93.933} {UTIME 89.683} {STIME 4.250} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 79 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 39 stars in gang file astrom chip l has 100 total star entries astrom chip t has 61 stars in gang file astrom chip t has 100 total star entries leading ( 7.0, 1552.0) trailing ( 6.0, 1548.0) leading ( 232.0, 1660.0) trailing ( 251.0, 1663.0) leading ( 234.0, 994.0) trailing ( 249.0, 997.0) leading ( 322.0, 624.0) trailing ( 334.0, 627.0) leading ( 422.0, 1992.0) trailing ( 445.0, 1995.0) leading ( 473.0, 318.0) trailing ( 482.0, 322.0) leading ( 564.0, 1904.0) trailing ( 586.0, 1907.0) leading ( 595.0, 1186.0) trailing ( 612.0, 1189.0) leading ( 621.0, 97.0) trailing ( 625.0, 106.0) leading ( 698.0, 1252.0) trailing ( 714.0, 1255.0) leading ( 714.0, 438.0) trailing ( 724.0, 441.0) leading ( 735.0, 354.0) trailing ( 745.0, 357.0) leading ( 743.0, 1612.0) trailing ( 762.0, 1616.0) leading ( 831.0, 376.0) trailing ( 840.0, 379.0) leading ( 880.0, 1514.0) trailing ( 866.0, 1548.0) leading ( 915.0, 1448.0) trailing ( 933.0, 1452.0) leading ( 986.0, 240.0) trailing ( 994.0, 244.0) leading ( 1009.0, 1557.0) trailing ( 989.0, 1548.0) leading ( 1080.0, 1238.0) trailing ( 1096.0, 1242.0) leading ( 1139.0, 1375.0) trailing ( 1157.0, 1379.0) leading ( 1216.0, 1268.0) trailing ( 1233.0, 1272.0) leading ( 1231.0, 582.0) trailing ( 1242.0, 587.0) astrom chips have 22 matching stars after find_astrom_matches par T 78 after find_astrom_matches par L 78 after find_astrom_matches mch L 78 after find_astrom_matches mch T 78 done with find_astrom_matches {ELAPSED 113.000} {CPU {{OVERALL 94.783} {UTIME 90.500} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 78 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 78 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 113.000} {CPU {{OVERALL 94.900} {UTIME 90.617} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 78 after discard_bad_astrom_stars mch T 78 Entering proc find_photom_matches for field 79 find_photom_matches: matching 78 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 78 after find_photom_matches T par 78 after find_photom_matches L mch 78 after find_photom_matches T mch 78 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 78 after discard_bad_photom_stars_1 T par 78 after discard_bad_photom_stars_1 L mch 78 after discard_bad_photom_stars_1 T mch 78 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 78 after discard_bad_photom_stars_2 T par 78 after discard_bad_photom_stars_2 L mch 78 after discard_bad_photom_stars_2 T mch 78 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 113.000} {CPU {{OVERALL 94.917} {UTIME 90.633} {STIME 4.283} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 79 done with write_output {ELAPSED 113.000} {CPU {{OVERALL 95.033} {UTIME 90.733} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 79 leading ( 7.4, 1552.9) trailing ( 6.2, 1548.5) leading ( 232.1, 1660.9) trailing ( 251.9, 1663.7) leading ( 234.6, 994.9) trailing ( 249.1, 997.7) leading ( 322.1, 624.9) trailing ( 333.7, 627.7) leading ( 422.9, 1992.7) trailing ( 445.0, 1995.8) leading ( 473.4, 319.0) trailing ( 482.5, 322.4) leading ( 564.5, 1904.3) trailing ( 586.1, 1907.8) leading ( 596.0, 1186.2) trailing ( 611.9, 1189.7) leading ( 621.0, 99.7) trailing ( 625.5, 106.4) leading ( 698.2, 1252.7) trailing ( 714.5, 1255.9) leading ( 714.2, 438.2) trailing ( 724.2, 441.3) leading ( 736.0, 355.0) trailing ( 745.3, 358.0) leading ( 743.8, 1613.2) trailing ( 762.9, 1616.2) leading ( 831.1, 376.1) trailing ( 840.6, 379.3) leading ( 880.5, 1514.5) trailing ( 866.1, 1548.5) leading ( 915.5, 1448.7) trailing ( 933.3, 1452.0) leading ( 986.2, 240.0) trailing ( 994.6, 243.6) leading ( 1009.9, 1557.4) trailing ( 988.8, 1548.5) leading ( 1080.4, 1238.5) trailing ( 1096.7, 1242.0) leading ( 1139.7, 1375.5) trailing ( 1157.0, 1379.1) leading ( 1216.7, 1268.6) trailing ( 1233.3, 1272.1) leading ( 1231.3, 583.7) trailing ( 1242.6, 587.4) leading ( 30.5, 679.3) trailing ( 0.0, 0.0) leading ( 48.4, 932.5) trailing ( 0.0, 0.0) leading ( 128.0, 1731.2) trailing ( 0.0, 0.0) leading ( 132.4, 1243.2) trailing ( 0.0, 0.0) leading ( 194.3, 248.7) trailing ( 0.0, 0.0) leading ( 243.1, 75.6) trailing ( 0.0, 0.0) leading ( 293.1, 1490.8) trailing ( 0.0, 0.0) leading ( 505.1, 103.2) trailing ( 0.0, 0.0) leading ( 553.5, 549.5) trailing ( 0.0, 0.0) leading ( 632.4, 369.4) trailing ( 0.0, 0.0) leading ( 823.4, 1655.3) trailing ( 0.0, 0.0) leading ( 929.8, 995.4) trailing ( 0.0, 0.0) leading ( 954.0, 1919.4) trailing ( 0.0, 0.0) leading ( 1000.5, 1246.8) trailing ( 0.0, 0.0) leading ( 1139.1, 782.0) trailing ( 0.0, 0.0) leading ( 1238.5, 1417.2) trailing ( 0.0, 0.0) leading ( 1317.3, 1765.7) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 57.6, 370.5) leading ( 0.0, 0.0) trailing ( 66.5, 1548.5) leading ( 0.0, 0.0) trailing ( 86.7, 1896.6) leading ( 0.0, 0.0) trailing ( 95.0, 1685.5) leading ( 0.0, 0.0) trailing ( 128.4, 1548.5) leading ( 0.0, 0.0) trailing ( 187.8, 1548.5) leading ( 0.0, 0.0) trailing ( 192.2, 429.4) leading ( 0.0, 0.0) trailing ( 205.2, 117.7) leading ( 0.0, 0.0) trailing ( 230.4, 636.2) leading ( 0.0, 0.0) trailing ( 253.0, 1548.5) leading ( 0.0, 0.0) trailing ( 307.8, 1548.5) leading ( 0.0, 0.0) trailing ( 315.9, 1207.7) leading ( 0.0, 0.0) trailing ( 331.1, 1115.2) leading ( 0.0, 0.0) trailing ( 356.7, 1357.3) leading ( 0.0, 0.0) trailing ( 373.2, 1548.5) leading ( 0.0, 0.0) trailing ( 435.2, 1548.5) leading ( 0.0, 0.0) trailing ( 496.4, 1548.5) leading ( 0.0, 0.0) trailing ( 536.5, 1086.0) leading ( 0.0, 0.0) trailing ( 566.3, 1548.5) leading ( 0.0, 0.0) trailing ( 568.6, 432.3) leading ( 0.0, 0.0) trailing ( 619.2, 24.1) leading ( 0.0, 0.0) trailing ( 616.1, 1548.5) leading ( 0.0, 0.0) trailing ( 678.2, 1548.5) leading ( 0.0, 0.0) trailing ( 706.9, 576.4) leading ( 0.0, 0.0) trailing ( 712.2, 1364.2) leading ( 0.0, 0.0) trailing ( 713.5, 1151.0) leading ( 0.0, 0.0) trailing ( 742.1, 1548.5) leading ( 0.0, 0.0) trailing ( 801.4, 1473.8) leading ( 0.0, 0.0) trailing ( 804.0, 1548.5) leading ( 0.0, 0.0) trailing ( 889.0, 107.2) leading ( 0.0, 0.0) trailing ( 924.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1039.0, 917.9) leading ( 0.0, 0.0) trailing ( 1050.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1109.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1175.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1237.9, 1548.5) leading ( 0.0, 0.0) trailing ( 1298.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1300.7, 1125.0) leading ( 0.0, 0.0) trailing ( 1308.7, 929.5) done with do_diagnostics {ELAPSED 113.000} {CPU {{OVERALL 95.133} {UTIME 90.833} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 113.000} {CPU {{OVERALL 95.133} {UTIME 90.833} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 113.000} {CPU {{OVERALL 95.150} {UTIME 90.850} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 113.000} {CPU {{OVERALL 95.167} {UTIME 90.867} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 79 {ELAPSED 113.000} {CPU {{OVERALL 95.167} {UTIME 90.867} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 80 {ELAPSED 113.000} {CPU {{OVERALL 95.167} {UTIME 90.867} {STIME 4.300} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 80 done with locate_astrom_gangs {ELAPSED 113.000} {CPU {{OVERALL 95.183} {UTIME 90.867} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 80 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 113.000} {CPU {{OVERALL 95.183} {UTIME 90.867} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 80 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 113.000} {CPU {{OVERALL 95.183} {UTIME 90.867} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 113.000} {CPU {{OVERALL 95.183} {UTIME 90.867} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 113.000} {CPU {{OVERALL 95.217} {UTIME 90.900} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 113.000} {CPU {{OVERALL 95.217} {UTIME 90.900} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 80 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 113.000} {CPU {{OVERALL 95.217} {UTIME 90.900} {STIME 4.317} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 80 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 46 stars in gang file astrom chip l has 100 total star entries astrom chip t has 70 stars in gang file astrom chip t has 100 total star entries leading ( 3.0, 586.0) trailing ( 14.0, 589.0) leading ( 34.0, 456.0) trailing ( 44.0, 460.0) leading ( 38.0, 1214.0) trailing ( 54.0, 1217.0) leading ( 117.0, 1124.0) trailing ( 132.0, 1127.0) leading ( 164.0, 798.0) trailing ( 177.0, 801.0) leading ( 191.0, 946.0) trailing ( 173.0, 951.0) leading ( 221.0, 1654.0) trailing ( 240.0, 1658.0) leading ( 392.0, 1308.0) trailing ( 409.0, 1311.0) leading ( 446.0, 1513.0) trailing ( 435.0, 1548.0) leading ( 462.0, 1912.0) trailing ( 484.0, 1915.0) leading ( 474.0, 1630.0) trailing ( 493.0, 1633.0) leading ( 569.0, 1474.0) trailing ( 587.0, 1477.0) leading ( 646.0, 1228.0) trailing ( 662.0, 1232.0) leading ( 719.0, 1056.0) trailing ( 734.0, 1059.0) leading ( 741.0, 184.0) trailing ( 750.0, 188.0) leading ( 755.0, 1734.0) trailing ( 775.0, 1738.0) leading ( 806.0, 44.0) trailing ( 813.0, 48.0) leading ( 824.0, 984.0) trailing ( 839.0, 987.0) leading ( 847.0, 238.0) trailing ( 855.0, 241.0) leading ( 954.0, 845.0) trailing ( 967.0, 848.0) leading ( 1063.0, 358.0) trailing ( 1072.0, 362.0) leading ( 1146.0, 92.0) trailing ( 1154.0, 96.0) leading ( 1180.0, 1222.0) trailing ( 1196.0, 1225.0) leading ( 1224.0, 1368.0) trailing ( 1241.0, 1371.0) leading ( 1252.0, 1484.0) trailing ( 1270.0, 1486.0) leading ( 1291.0, 192.0) trailing ( 1299.0, 195.0) astrom chips have 26 matching stars after find_astrom_matches par T 90 after find_astrom_matches par L 90 after find_astrom_matches mch L 90 after find_astrom_matches mch T 90 done with find_astrom_matches {ELAPSED 114.000} {CPU {{OVERALL 96.317} {UTIME 91.950} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 90 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 90 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 90 after discard_bad_astrom_stars mch T 90 Entering proc find_photom_matches for field 80 find_photom_matches: matching 90 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 90 after find_photom_matches T par 90 after find_photom_matches L mch 90 after find_photom_matches T mch 90 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 90 after discard_bad_photom_stars_1 T par 90 after discard_bad_photom_stars_1 L mch 90 after discard_bad_photom_stars_1 T mch 90 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 90 after discard_bad_photom_stars_2 T par 90 after discard_bad_photom_stars_2 L mch 90 after discard_bad_photom_stars_2 T mch 90 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 115.000} {CPU {{OVERALL 96.450} {UTIME 92.083} {STIME 4.367} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 80 done with write_output {ELAPSED 115.000} {CPU {{OVERALL 96.583} {UTIME 92.183} {STIME 4.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 80 leading ( 3.4, 585.9) trailing ( 14.7, 589.3) leading ( 34.2, 457.4) trailing ( 44.5, 460.6) leading ( 38.1, 1214.6) trailing ( 54.4, 1218.0) leading ( 117.2, 1124.2) trailing ( 132.7, 1127.4) leading ( 164.3, 797.9) trailing ( 177.3, 801.2) leading ( 192.0, 947.3) trailing ( 173.8, 951.4) leading ( 221.0, 1654.9) trailing ( 240.4, 1658.3) leading ( 392.7, 1308.5) trailing ( 409.3, 1311.7) leading ( 446.7, 1513.8) trailing ( 436.6, 1548.5) leading ( 463.0, 1912.4) trailing ( 484.4, 1915.6) leading ( 474.5, 1630.5) trailing ( 493.6, 1633.8) leading ( 569.2, 1474.5) trailing ( 587.1, 1477.8) leading ( 646.1, 1229.0) trailing ( 662.3, 1232.2) leading ( 719.6, 1056.7) trailing ( 734.4, 1059.8) leading ( 741.8, 185.4) trailing ( 750.0, 188.7) leading ( 755.2, 1735.6) trailing ( 775.3, 1738.9) leading ( 806.7, 45.0) trailing ( 813.8, 48.1) leading ( 824.8, 984.6) trailing ( 839.1, 987.7) leading ( 847.2, 238.8) trailing ( 855.7, 242.0) leading ( 954.1, 846.0) trailing ( 967.5, 849.1) leading ( 1062.9, 359.4) trailing ( 1072.3, 362.4) leading ( 1146.6, 93.2) trailing ( 1153.8, 96.1) leading ( 1180.8, 1222.6) trailing ( 1196.8, 1225.5) leading ( 1224.2, 1368.4) trailing ( 1241.4, 1371.4) leading ( 1252.7, 1483.9) trailing ( 1270.9, 1486.8) leading ( 1291.1, 192.3) trailing ( 1299.1, 195.4) leading ( 21.6, 696.0) trailing ( 0.0, 0.0) leading ( 93.6, 402.2) trailing ( 0.0, 0.0) leading ( 96.5, 533.5) trailing ( 0.0, 0.0) leading ( 162.5, 1479.9) trailing ( 0.0, 0.0) leading ( 215.5, 69.4) trailing ( 0.0, 0.0) leading ( 261.7, 629.6) trailing ( 0.0, 0.0) leading ( 297.7, 51.6) trailing ( 0.0, 0.0) leading ( 302.4, 1293.3) trailing ( 0.0, 0.0) leading ( 302.9, 1380.8) trailing ( 0.0, 0.0) leading ( 351.3, 1489.4) trailing ( 0.0, 0.0) leading ( 365.8, 1603.8) trailing ( 0.0, 0.0) leading ( 413.7, 669.3) trailing ( 0.0, 0.0) leading ( 511.4, 639.5) trailing ( 0.0, 0.0) leading ( 553.7, 27.6) trailing ( 0.0, 0.0) leading ( 839.1, 1164.5) trailing ( 0.0, 0.0) leading ( 1013.2, 603.6) trailing ( 0.0, 0.0) leading ( 1153.6, 1630.5) trailing ( 0.0, 0.0) leading ( 1222.5, 1287.5) trailing ( 0.0, 0.0) leading ( 1281.4, 867.6) trailing ( 0.0, 0.0) leading ( 1346.9, 1800.0) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 3.0, 1548.5) leading ( 0.0, 0.0) trailing ( 63.4, 1683.7) leading ( 0.0, 0.0) trailing ( 66.8, 1548.5) leading ( 0.0, 0.0) trailing ( 125.9, 1548.5) leading ( 0.0, 0.0) trailing ( 162.1, 451.5) leading ( 0.0, 0.0) trailing ( 191.1, 1548.5) leading ( 0.0, 0.0) trailing ( 253.7, 1548.5) leading ( 0.0, 0.0) trailing ( 305.5, 1073.6) leading ( 0.0, 0.0) trailing ( 312.7, 1548.5) leading ( 0.0, 0.0) trailing ( 363.6, 191.7) leading ( 0.0, 0.0) trailing ( 376.2, 1548.5) leading ( 0.0, 0.0) trailing ( 394.3, 555.7) leading ( 0.0, 0.0) trailing ( 412.0, 621.3) leading ( 0.0, 0.0) trailing ( 423.9, 1183.9) leading ( 0.0, 0.0) trailing ( 444.4, 876.5) leading ( 0.0, 0.0) trailing ( 497.4, 1548.5) leading ( 0.0, 0.0) trailing ( 514.5, 1994.3) leading ( 0.0, 0.0) trailing ( 558.9, 1548.5) leading ( 0.0, 0.0) trailing ( 591.7, 1980.4) leading ( 0.0, 0.0) trailing ( 595.7, 1299.8) leading ( 0.0, 0.0) trailing ( 602.9, 807.5) leading ( 0.0, 0.0) trailing ( 622.2, 1548.5) leading ( 0.0, 0.0) trailing ( 677.4, 1548.5) leading ( 0.0, 0.0) trailing ( 687.5, 879.5) leading ( 0.0, 0.0) trailing ( 740.2, 1548.5) leading ( 0.0, 0.0) trailing ( 793.4, 761.1) leading ( 0.0, 0.0) trailing ( 796.6, 1548.5) leading ( 0.0, 0.0) trailing ( 852.0, 120.3) leading ( 0.0, 0.0) trailing ( 856.6, 672.9) leading ( 0.0, 0.0) trailing ( 856.5, 1548.5) leading ( 0.0, 0.0) trailing ( 886.5, 1297.8) leading ( 0.0, 0.0) trailing ( 918.9, 1548.5) leading ( 0.0, 0.0) trailing ( 980.3, 1548.5) leading ( 0.0, 0.0) trailing ( 1046.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1055.5, 1875.9) leading ( 0.0, 0.0) trailing ( 1084.9, 64.3) leading ( 0.0, 0.0) trailing ( 1103.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1167.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1200.1, 997.7) leading ( 0.0, 0.0) trailing ( 1229.6, 1548.5) leading ( 0.0, 0.0) trailing ( 1240.6, 189.1) leading ( 0.0, 0.0) trailing ( 1284.8, 1775.8) leading ( 0.0, 0.0) trailing ( 1294.2, 1548.5) leading ( 0.0, 0.0) trailing ( 1353.2, 1548.5) done with do_diagnostics {ELAPSED 115.000} {CPU {{OVERALL 96.683} {UTIME 92.283} {STIME 4.400} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 115.000} {CPU {{OVERALL 96.683} {UTIME 92.283} {STIME 4.400} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 80 {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 81 {ELAPSED 115.000} {CPU {{OVERALL 96.733} {UTIME 92.317} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 81 done with locate_astrom_gangs {ELAPSED 115.000} {CPU {{OVERALL 96.750} {UTIME 92.333} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 81 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 115.000} {CPU {{OVERALL 96.750} {UTIME 92.333} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 81 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 115.000} {CPU {{OVERALL 96.750} {UTIME 92.333} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 115.000} {CPU {{OVERALL 96.750} {UTIME 92.333} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values done with read_astrom_hdr_values {ELAPSED 115.000} {CPU {{OVERALL 96.767} {UTIME 92.350} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} read_quartiles: ignoring photometric data, will create read_quartiles: empty headers, quartiles, tshift=0, bias=0 done with read_quartiles {ELAPSED 115.000} {CPU {{OVERALL 96.783} {UTIME 92.367} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc calc_flats for field 81 calc_flats: ignoring photometric data, empty quartfs and flatvecs done with calc_flats {ELAPSED 115.000} {CPU {{OVERALL 96.783} {UTIME 92.367} {STIME 4.417} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc find_astrom_matches for field 81 setting ncols_in_gang by hand to 6; should be done with a proc astrom chip l has 47 stars in gang file astrom chip l has 100 total star entries astrom chip t has 79 stars in gang file astrom chip t has 100 total star entries leading ( 39.0, 744.0) trailing ( 52.0, 747.0) leading ( 78.0, 514.0) trailing ( 89.0, 517.0) leading ( 132.0, 1268.0) trailing ( 149.0, 1272.0) leading ( 147.0, 1388.0) trailing ( 165.0, 1392.0) leading ( 169.0, 432.0) trailing ( 179.0, 435.0) leading ( 200.0, 124.0) trailing ( 208.0, 128.0) leading ( 241.0, 1040.0) trailing ( 256.0, 1043.0) leading ( 294.0, 130.0) trailing ( 293.0, 128.0) leading ( 297.0, 826.0) trailing ( 311.0, 830.0) leading ( 309.0, 588.0) trailing ( 320.0, 592.0) leading ( 337.0, 502.0) trailing ( 348.0, 505.0) leading ( 374.0, 1042.0) trailing ( 389.0, 1047.0) leading ( 429.0, 518.0) trailing ( 440.0, 522.0) leading ( 618.0, 1936.0) trailing ( 640.0, 1940.0) leading ( 673.0, 1092.0) trailing ( 688.0, 1097.0) leading ( 747.0, 464.0) trailing ( 758.0, 467.0) leading ( 758.0, 800.0) trailing ( 771.0, 804.0) leading ( 768.0, 634.0) trailing ( 780.0, 637.0) leading ( 852.0, 1924.0) trailing ( 874.0, 1928.0) leading ( 858.0, 1618.0) trailing ( 878.0, 1622.0) leading ( 871.0, 478.0) trailing ( 882.0, 481.0) leading ( 914.0, 816.0) trailing ( 877.0, 814.0) leading ( 980.0, 662.0) trailing ( 993.0, 666.0) leading ( 1003.0, 1292.0) trailing ( 1021.0, 1297.0) leading ( 1013.0, 52.0) trailing ( 1020.0, 55.0) leading ( 1077.0, 1343.0) trailing ( 1095.0, 1347.0) leading ( 1085.0, 889.0) trailing ( 1099.0, 893.0) leading ( 1152.0, 581.0) trailing ( 1164.0, 585.0) leading ( 1165.0, 500.0) trailing ( 1167.0, 490.0) leading ( 1209.0, 728.0) trailing ( 1222.0, 731.0) leading ( 1212.0, 1176.0) trailing ( 1229.0, 1178.0) leading ( 1254.0, 1808.0) trailing ( 1276.0, 1811.0) astrom chips have 32 matching stars after find_astrom_matches par T 94 after find_astrom_matches par L 94 after find_astrom_matches mch L 94 after find_astrom_matches mch T 94 done with find_astrom_matches {ELAPSED 116.000} {CPU {{OVERALL 97.900} {UTIME 93.467} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_astrom_stars astrom_matches CHAIN have 94 stars each leading CCD chip (6, 5) has 0 defects trailing CCD chip (9, 5) has 0 defects after discarding, astrom_matches CHAIN have 94 stars each Leaving proc discard_bad_astrom_stars done with discard_bad_astrom_stars {ELAPSED 116.000} {CPU {{OVERALL 98.033} {UTIME 93.600} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_astrom_stars mch L 94 after discard_bad_astrom_stars mch T 94 Entering proc find_photom_matches for field 81 find_photom_matches: matching 94 astrometric stars find_photom_matches: ignoring photometric data, so empty chains done with find_photom_matches {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} after find_photom_matches L par 94 after find_photom_matches T par 94 after find_photom_matches L mch 94 after find_photom_matches T mch 94 Entering proc discard_bad_photom_stars_1 discard_bad_photom_stars_1: ignoring photometric data, no action done with discard_bad_photom_stars_1 {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_1 L par 94 after discard_bad_photom_stars_1 T par 94 after discard_bad_photom_stars_1 L mch 94 after discard_bad_photom_stars_1 T mch 94 Entering measure_photom_stamps measure_photom_stamps: ignoring photometric data, take no action done with measure_photom_stamps {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc mark_bad_photom_stars mark_bad_photom_stars: ignoring photometric data, no action done with mark_bad_photom_stars {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc discard_bad_photom_stars_2 discard_bad_photom_stars_2: ignoring photometric data, no action done with discard_bad_photom_stars_2 {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} after discard_bad_photom_stars_2 L par 94 after discard_bad_photom_stars_2 T par 94 after discard_bad_photom_stars_2 L mch 94 after discard_bad_photom_stars_2 T mch 94 Entering proc convert_stamps convert_stamps: ignoring photometric data, make dummy fstamps done with convert_stamps {ELAPSED 116.000} {CPU {{OVERALL 98.050} {UTIME 93.617} {STIME 4.433} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc write_output for field 81 done with write_output {ELAPSED 116.000} {CPU {{OVERALL 98.150} {UTIME 93.700} {STIME 4.450} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc do_diagnostics for field 81 leading ( 40.0, 744.7) trailing ( 52.5, 748.0) leading ( 77.8, 514.1) trailing ( 88.7, 517.3) leading ( 132.5, 1269.4) trailing ( 149.2, 1272.5) leading ( 147.2, 1389.7) trailing ( 164.9, 1392.8) leading ( 169.5, 432.2) trailing ( 179.7, 435.6) leading ( 200.2, 125.7) trailing ( 208.1, 129.0) leading ( 241.5, 1040.8) trailing ( 256.5, 1044.1) leading ( 294.9, 131.1) trailing ( 294.0, 129.0) leading ( 298.0, 827.0) trailing ( 311.2, 830.3) leading ( 309.3, 588.6) trailing ( 320.7, 591.9) leading ( 337.9, 502.3) trailing ( 348.6, 505.7) leading ( 374.3, 1043.6) trailing ( 389.2, 1047.3) leading ( 429.5, 518.7) trailing ( 440.2, 522.2) leading ( 618.4, 1936.7) trailing ( 640.1, 1940.3) leading ( 673.7, 1093.4) trailing ( 688.8, 1097.1) leading ( 747.3, 464.2) trailing ( 757.8, 467.7) leading ( 758.5, 800.3) trailing ( 771.5, 803.8) leading ( 768.9, 634.0) trailing ( 780.7, 637.5) leading ( 852.2, 1925.1) trailing ( 874.4, 1928.4) leading ( 858.3, 1619.0) trailing ( 878.0, 1622.6) leading ( 871.8, 478.1) trailing ( 882.6, 481.6) leading ( 914.3, 816.6) trailing ( 877.1, 815.0) leading ( 980.9, 663.1) trailing ( 993.4, 666.6) leading ( 1003.5, 1293.4) trailing ( 1020.8, 1297.0) leading ( 1012.7, 51.7) trailing ( 1020.4, 55.2) leading ( 1077.8, 1343.4) trailing ( 1095.6, 1347.0) leading ( 1085.4, 889.2) trailing ( 1099.5, 892.8) leading ( 1153.1, 581.7) trailing ( 1164.9, 585.0) leading ( 1165.8, 501.7) trailing ( 1166.9, 489.9) leading ( 1209.3, 728.8) trailing ( 1222.2, 731.9) leading ( 1212.7, 1175.8) trailing ( 1229.2, 1178.8) leading ( 1254.1, 1808.2) trailing ( 1275.4, 1811.1) leading ( 165.4, 508.3) trailing ( 0.0, 0.0) leading ( 357.4, 1631.6) trailing ( 0.0, 0.0) leading ( 418.3, 1703.2) trailing ( 0.0, 0.0) leading ( 430.6, 208.1) trailing ( 0.0, 0.0) leading ( 479.4, 1191.5) trailing ( 0.0, 0.0) leading ( 654.1, 1408.6) trailing ( 0.0, 0.0) leading ( 948.8, 1220.8) trailing ( 0.0, 0.0) leading ( 960.7, 548.9) trailing ( 0.0, 0.0) leading ( 1028.6, 1697.4) trailing ( 0.0, 0.0) leading ( 1082.7, 1217.7) trailing ( 0.0, 0.0) leading ( 1270.5, 1362.5) trailing ( 0.0, 0.0) leading ( 1289.4, 1483.3) trailing ( 0.0, 0.0) leading ( 1290.7, 365.6) trailing ( 0.0, 0.0) leading ( 1340.0, 481.9) trailing ( 0.0, 0.0) leading ( 1348.9, 769.9) trailing ( 0.0, 0.0) leading ( 0.0, 0.0) trailing ( 7.1, 1548.5) leading ( 0.0, 0.0) trailing ( 6.7, 1803.2) leading ( 0.0, 0.0) trailing ( 67.1, 1548.5) leading ( 0.0, 0.0) trailing ( 98.4, 1003.5) leading ( 0.0, 0.0) trailing ( 104.8, 1827.5) leading ( 0.0, 0.0) trailing ( 122.1, 616.5) leading ( 0.0, 0.0) trailing ( 135.7, 1548.5) leading ( 0.0, 0.0) trailing ( 134.4, 1197.5) leading ( 0.0, 0.0) trailing ( 169.8, 1624.3) leading ( 0.0, 0.0) trailing ( 186.4, 1548.5) leading ( 0.0, 0.0) trailing ( 212.1, 511.0) leading ( 0.0, 0.0) trailing ( 225.6, 310.0) leading ( 0.0, 0.0) trailing ( 246.2, 1548.5) leading ( 0.0, 0.0) trailing ( 308.8, 1548.5) leading ( 0.0, 0.0) trailing ( 373.4, 1548.5) leading ( 0.0, 0.0) trailing ( 411.6, 1943.7) leading ( 0.0, 0.0) trailing ( 420.5, 989.2) leading ( 0.0, 0.0) trailing ( 431.4, 1548.5) leading ( 0.0, 0.0) trailing ( 483.4, 232.6) leading ( 0.0, 0.0) trailing ( 493.7, 1548.5) leading ( 0.0, 0.0) trailing ( 503.4, 1903.0) leading ( 0.0, 0.0) trailing ( 552.7, 1548.5) leading ( 0.0, 0.0) trailing ( 610.5, 1548.5) leading ( 0.0, 0.0) trailing ( 614.5, 1682.0) leading ( 0.0, 0.0) trailing ( 672.6, 1548.5) leading ( 0.0, 0.0) trailing ( 685.8, 1225.5) leading ( 0.0, 0.0) trailing ( 723.8, 1422.4) leading ( 0.0, 0.0) trailing ( 736.4, 1548.5) leading ( 0.0, 0.0) trailing ( 765.1, 555.4) leading ( 0.0, 0.0) trailing ( 799.7, 1422.8) leading ( 0.0, 0.0) trailing ( 804.8, 1548.5) leading ( 0.0, 0.0) trailing ( 839.3, 1711.7) leading ( 0.0, 0.0) trailing ( 862.0, 1548.5) leading ( 0.0, 0.0) trailing ( 889.5, 1008.5) leading ( 0.0, 0.0) trailing ( 923.0, 1548.5) leading ( 0.0, 0.0) trailing ( 952.3, 1665.0) leading ( 0.0, 0.0) trailing ( 980.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1004.4, 1086.1) leading ( 0.0, 0.0) trailing ( 1043.8, 1548.5) leading ( 0.0, 0.0) trailing ( 1102.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1164.1, 1548.5) leading ( 0.0, 0.0) trailing ( 1208.4, 425.7) leading ( 0.0, 0.0) trailing ( 1222.7, 1548.5) leading ( 0.0, 0.0) trailing ( 1281.4, 1548.5) leading ( 0.0, 0.0) trailing ( 1318.6, 325.5) leading ( 0.0, 0.0) trailing ( 1335.9, 1813.4) leading ( 0.0, 0.0) trailing ( 1344.1, 1548.5) done with do_diagnostics {ELAPSED 117.000} {CPU {{OVERALL 98.283} {UTIME 93.817} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc clean_up_field {ELAPSED 117.000} {CPU {{OVERALL 98.283} {UTIME 93.817} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} done with clean_up_field {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Ending main SSC loop for field 81 {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Starting main SSC loop for field 82 {ELAPSED 117.000} {CPU {{OVERALL 98.317} {UTIME 93.850} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_astrom_gangs for field 82 ==> missing astrom Gang file: /data/dp3.b/data/727/gangs/idGang-000727-r9-0093.fit done with locate_astrom_gangs {ELAPSED 117.000} {CPU {{OVERALL 98.333} {UTIME 93.867} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_gangs for field 82 locate_photom_gangs: no photometric data, so empty gang names done with locate_photom_gangs {ELAPSED 117.000} {CPU {{OVERALL 98.333} {UTIME 93.867} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc locate_photom_images for field 82 locate_photom_images: ignoring photometric data, so empty image names done with locate_photom_images {ELAPSED 117.000} {CPU {{OVERALL 98.333} {UTIME 93.867} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc cut_big_stars cut_big_stars: ignore photometric data, do nothing done with cut_big_stars {ELAPSED 117.000} {CPU {{OVERALL 98.333} {UTIME 93.867} {STIME 4.467} {CUTIME 0.000} {CSTIME 0.000}}} Entering proc read_astrom_hdr_values Executing commands in /p/OSF1/dervish/v7_3b/etc/dervishStartup.tcl: Executing commands in /p/OSF1/dp/v2_3/etc/dpStartup.tcl: loading DP scripts Executing commands in /p/OSF1/astrotools/v4_5/etc/astrotoolsStartup.tcl Done running the ssc pipeline --------------------------------------------------------------- Wed Apr 14 10:01:16 CDT 1999 ALL DONE