SPCOMBINE_V5: Log file spDiagcomb-3006-54632.log opened Thu Jun 19 14:45:28 2008 SPCOMBINE_V5: IDL version: x86 linux unix linux 6.3 Mar 23 2006 32 64 SPCOMBINE_V5: UNAME: Linux sdssdp56.fnal.gov 2.6.9-42.0.2.ELsmp #1 SMP Tue Aug 22 17:26:55 CDT 2006 i686 i686 i386 GNU/Linux SPCOMBINE_V5: Plot file spDiagcomb-3006-54632.ps SPCOMBINE_V5: Plan file spPlancomb-3006-54632.par SPCOMBINE_V5: DOCAMS = b1 b2 r1 r2 SPCOMBINE_V5: idlspec2d version v5_3_12 SPCOMBINE_V5: idlutils version v5_3_0 SPCOMBINE_V5: Best exposure = 53648 score = 1.00000 SPCOMBINE_V5: SPFLUX_READ_KURUCZ: Fiber 16: Reading Kurucz models SPFLUX_READ_KURUCZ: Fiber 16: Remapping Kurucz models to log-wavelengths SPFLUX_READ_KURUCZ: Fiber 16: Convolving Kurucz models with SDSS pixel size SPFLUX_READ_KURUCZ: Fiber 16: Convolving Kurucz models with dispersions SPFLUX_BESTMODEL: Fiber 16: Best-fit velocity for std star = -167.32148 km/s SPFLUX_BESTMODEL: Fiber 16: Best-fit total chi2/DOF = 1289.06 SPFLUX_BESTMODEL: Fiber 16: Best-fit line chi2/DOF = 10250.571 SPFLUX_BESTMODEL: Fiber 16: Full median S/N = 12.1362 SPFLUX_BESTMODEL: Fiber 16: Line median S/N = 8.65576 SPFLUX_BESTMODEL: Fiber 52: Best-fit velocity for std star = -92.941376 km/s SPFLUX_BESTMODEL: Fiber 52: Best-fit total chi2/DOF = 2.35648 SPFLUX_BESTMODEL: Fiber 52: Best-fit line chi2/DOF = 2.2407766 SPFLUX_BESTMODEL: Fiber 52: Full median S/N = 11.6998 SPFLUX_BESTMODEL: Fiber 52: Line median S/N = 8.15626 SPFLUX_BESTMODEL: Fiber 53: Best-fit velocity for std star = -32.897928 km/s SPFLUX_BESTMODEL: Fiber 53: Best-fit total chi2/DOF = 1.45277 SPFLUX_BESTMODEL: Fiber 53: Best-fit line chi2/DOF = 1.6665990 SPFLUX_BESTMODEL: Fiber 53: Full median S/N = 13.6898 SPFLUX_BESTMODEL: Fiber 53: Line median S/N = 9.76869 SPFLUX_BESTMODEL: Fiber 93: Best-fit velocity for std star = -57.892182 km/s SPFLUX_BESTMODEL: Fiber 93: Best-fit total chi2/DOF = 6.07754 SPFLUX_BESTMODEL: Fiber 93: Best-fit line chi2/DOF = 38.472069 SPFLUX_BESTMODEL: Fiber 93: Full median S/N = 12.9429 SPFLUX_BESTMODEL: Fiber 93: Line median S/N = 9.29138 SPFLUX_BESTMODEL: Fiber 119: Best-fit velocity for std star = -59.649585 km/s SPFLUX_BESTMODEL: Fiber 119: Best-fit total chi2/DOF = 2.22169 SPFLUX_BESTMODEL: Fiber 119: Best-fit line chi2/DOF = 8.5829106 SPFLUX_BESTMODEL: Fiber 119: Full median S/N = 17.2826 SPFLUX_BESTMODEL: Fiber 119: Line median S/N = 13.2421 SPFLUX_BESTMODEL: Fiber 125: Best-fit velocity for std star = -22.095541 km/s SPFLUX_BESTMODEL: Fiber 125: Best-fit total chi2/DOF = 2.90567 SPFLUX_BESTMODEL: Fiber 125: Best-fit line chi2/DOF = 12.112813 SPFLUX_BESTMODEL: Fiber 125: Full median S/N = 13.1822 SPFLUX_BESTMODEL: Fiber 125: Line median S/N = 9.62025 SPFLUX_BESTMODEL: Fiber 144: Best-fit velocity for std star = -17.950897 km/s SPFLUX_BESTMODEL: Fiber 144: Best-fit total chi2/DOF = 3.52985 SPFLUX_BESTMODEL: Fiber 144: Best-fit line chi2/DOF = 1.8366021 SPFLUX_BESTMODEL: Fiber 144: Full median S/N = 13.1992 SPFLUX_BESTMODEL: Fiber 144: Line median S/N = 9.75940 SPFLUX_BESTMODEL: Fiber 151: Best-fit velocity for std star = -7.7826114 km/s SPFLUX_BESTMODEL: Fiber 151: Best-fit total chi2/DOF = 1.30093 SPFLUX_BESTMODEL: Fiber 151: Best-fit line chi2/DOF = 1.5421552 SPFLUX_BESTMODEL: Fiber 151: Full median S/N = 16.0846 SPFLUX_BESTMODEL: Fiber 151: Line median S/N = 12.5294 SPFLUX_BESTMODEL: Fiber 158: Best-fit velocity for std star = -64.583791 km/s SPFLUX_BESTMODEL: Fiber 158: Best-fit total chi2/DOF = 4.42091 SPFLUX_BESTMODEL: Fiber 158: Best-fit line chi2/DOF = 29.116845 SPFLUX_BESTMODEL: Fiber 158: Full median S/N = 13.3035 SPFLUX_BESTMODEL: Fiber 158: Line median S/N = 9.77862 SPFLUX_BESTMODEL: Fiber 161: Best-fit velocity for std star = 0.85880821 km/s SPFLUX_BESTMODEL: Fiber 161: Best-fit total chi2/DOF = 1.18810 SPFLUX_BESTMODEL: Fiber 161: Best-fit line chi2/DOF = 1.5940048 SPFLUX_BESTMODEL: Fiber 161: Full median S/N = 9.90079 SPFLUX_BESTMODEL: Fiber 161: Line median S/N = 6.93335 SPFLUX_BESTMODEL: Fiber 234: Best-fit velocity for std star = -19.109181 km/s SPFLUX_BESTMODEL: Fiber 234: Best-fit total chi2/DOF = 3.67794 SPFLUX_BESTMODEL: Fiber 234: Best-fit line chi2/DOF = 12.201154 SPFLUX_BESTMODEL: Fiber 234: Full median S/N = 16.1141 SPFLUX_BESTMODEL: Fiber 234: Line median S/N = 12.3213 SPFLUX_BESTMODEL: Fiber 243: Best-fit velocity for std star = -150.00838 km/s SPFLUX_BESTMODEL: Fiber 243: Best-fit total chi2/DOF = 2623.44 SPFLUX_BESTMODEL: Fiber 243: Best-fit line chi2/DOF = 21134.134 SPFLUX_BESTMODEL: Fiber 243: Full median S/N = 0.00000 SPFLUX_BESTMODEL: Fiber 243: Line median S/N = 2.36217 SPFLUX_BESTMODEL: Fiber 253: Best-fit velocity for std star = -153.67358 km/s SPFLUX_BESTMODEL: Fiber 253: Best-fit total chi2/DOF = 704.737 SPFLUX_BESTMODEL: Fiber 253: Best-fit line chi2/DOF = 5718.1742 SPFLUX_BESTMODEL: Fiber 253: Full median S/N = 14.7578 SPFLUX_BESTMODEL: Fiber 253: Line median S/N = 10.9495 SPFLUX_BESTMODEL: Fiber 271: Best-fit velocity for std star = -46.405532 km/s SPFLUX_BESTMODEL: Fiber 271: Best-fit total chi2/DOF = 22.6064 SPFLUX_BESTMODEL: Fiber 271: Best-fit line chi2/DOF = 41.657158 SPFLUX_BESTMODEL: Fiber 271: Full median S/N = 11.7584 SPFLUX_BESTMODEL: Fiber 271: Line median S/N = 8.87428 SPFLUX_BESTMODEL: Fiber 272: Best-fit velocity for std star = -17.565599 km/s SPFLUX_BESTMODEL: Fiber 272: Best-fit total chi2/DOF = 29.1137 SPFLUX_BESTMODEL: Fiber 272: Best-fit line chi2/DOF = 1.5914069 SPFLUX_BESTMODEL: Fiber 272: Full median S/N = 9.48801 SPFLUX_BESTMODEL: Fiber 272: Line median S/N = 6.47022 SPFLUX_BESTMODEL: Fiber 287: Best-fit velocity for std star = -161.11392 km/s SPFLUX_BESTMODEL: Fiber 287: Best-fit total chi2/DOF = 7982.27 SPFLUX_BESTMODEL: Fiber 287: Best-fit line chi2/DOF = 64253.533 SPFLUX_BESTMODEL: Fiber 287: Full median S/N = 11.9434 SPFLUX_BESTMODEL: Fiber 287: Line median S/N = 8.27423 SPFLUX_BESTMODEL: Fiber 295: Best-fit velocity for std star = -147.11447 km/s SPFLUX_BESTMODEL: Fiber 295: Best-fit total chi2/DOF = 284.882 SPFLUX_BESTMODEL: Fiber 295: Best-fit line chi2/DOF = 2094.4602 SPFLUX_BESTMODEL: Fiber 295: Full median S/N = 12.0449 SPFLUX_BESTMODEL: Fiber 295: Line median S/N = 8.72775 SPFLUX_V5: Rejecting std star in fiber = 287 with chi2= 64253.533 SPFLUX_V5: Rejecting std star in fiber = 243 with chi2= 21134.134 SPFLUX_V5: Rejecting std star in fiber = 16 with chi2= 10250.571 SPFLUX_V5: Rejecting std star in fiber = 253 with chi2= 5718.1742 SPFLUX_V5: Rejecting std star in fiber = 295 with chi2= 2094.4602 SPFLUX_V5: Rejecting std star in fiber = 271 with chi2= 41.657158 SPFLUX_V5: Rejecting std star in fiber = 93 with chi2= 38.472069 SPFLUX_V5: Rejecting std star in fiber = 158 with chi2= 29.116845 SPFLUX_V5: Rejecting std star in fiber = 272 with chi2= 29.113745 SPFLUX_V5: Iteration # 1 SPFLUX_V5: Rejected 9 of 17 std stars SPFLUX_FITTEMPLATES: spFrame-b1-00053648.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00053648.fits: Min/max fluxcalib = 0.0200009 0.149858 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: HELIO_RV correction of -6.07745 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: HELIO_RV correction of -6.07745 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 0 fit: 105.824 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.03041 1.01361 0.652367 1.33627 2.15132 1.93337 2.67051 2.43769 2.06468 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 1 fit: 105.173 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.01701 1.00988 1.09611 1.22500 2.22694 2.04816 2.53327 2.39009 2.05395 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 2 fit: 105.224 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.00925 1.00820 1.23108 1.20342 2.22207 2.12385 2.47461 2.36580 2.04837 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 3 fit: 105.280 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.00476 1.00757 1.25961 1.19715 2.22693 2.17883 2.44986 2.35357 2.04567 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 4 fit: 105.307 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.00227 1.00718 1.27509 1.19764 2.21559 2.21739 2.43929 2.35274 2.04432 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 5 fit: 105.323 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.00084 1.00694 1.28045 1.19889 2.21631 2.24610 2.43505 2.35224 2.04357 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 6 fit: 105.332 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 1.00006 1.00679 1.28070 1.19697 2.22569 2.26757 2.43324 2.35198 2.04316 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 7 fit: 105.339 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999621 1.00670 1.28421 1.19783 2.22521 2.28601 2.43254 2.35183 2.04300 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 8 fit: 105.336 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999387 1.00702 1.27912 1.19767 2.21016 2.29837 2.43225 2.35173 2.04294 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 9 fit: 105.341 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999277 1.00684 1.27979 1.19749 2.21354 2.30898 2.43212 2.35169 2.04265 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 10 fit: 105.345 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999231 1.00673 1.28290 1.19589 2.22444 2.31454 2.43203 2.35166 2.04269 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 11 fit: 105.340 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999224 1.00704 1.28173 1.19931 2.22365 2.32007 2.43218 2.35181 2.04271 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 12 fit: 105.344 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999227 1.00697 1.28078 1.19872 2.22324 2.32151 2.43218 2.35177 2.04275 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 13 fit: 105.345 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999212 1.00681 1.27974 1.19855 2.21403 2.32443 2.43216 2.35171 2.04266 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 14 fit: 105.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999227 1.00671 1.28375 1.19746 2.21559 2.32808 2.43217 2.35167 2.04278 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 15 fit: 105.342 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999259 1.00703 1.28372 1.19825 2.22247 2.33014 2.43229 2.35170 2.04278 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 16 fit: 105.346 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999259 1.00702 1.28355 1.19824 2.22217 2.33015 2.43229 2.35171 2.04278 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 17 fit: 105.346 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999237 1.00684 1.28392 1.19749 2.21898 2.33220 2.43228 2.35169 2.04278 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 18 fit: 105.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999235 1.00682 1.28439 1.19772 2.21953 2.33217 2.43225 2.35168 2.04276 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 19 fit: 105.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999284 1.00672 1.28922 1.19886 2.22171 2.33300 2.43213 2.35163 2.04269 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 20 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999246 1.00703 1.28879 1.19751 2.21658 2.33377 2.43231 2.35168 2.04263 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 21 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999256 1.00700 1.28650 1.19719 2.21698 2.33423 2.43230 2.35170 2.04263 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 22 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999228 1.00683 1.28730 1.19930 2.22013 2.33593 2.43213 2.35173 2.04255 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 23 fit: 105.350 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999213 1.00672 1.28929 1.19839 2.22121 2.33515 2.43206 2.35173 2.04254 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 24 fit: 105.344 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999213 1.00703 1.28108 1.19834 2.21798 2.33588 2.43205 2.35178 2.04255 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 25 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999222 1.00685 1.28206 1.19821 2.22532 2.33773 2.43221 2.35171 2.04267 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 26 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999250 1.00674 1.27937 1.19843 2.21463 2.33890 2.43214 2.35166 2.04265 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 27 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999253 1.00704 1.27840 1.19754 2.22095 2.33780 2.43224 2.35177 2.04256 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 28 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999265 1.00686 1.28310 1.19790 2.22217 2.33751 2.43240 2.35172 2.04265 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 29 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999265 1.00685 1.28316 1.19787 2.22213 2.33751 2.43239 2.35172 2.04265 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 30 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999262 1.00674 1.28536 1.19681 2.22552 2.33806 2.43239 2.35171 2.04276 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 31 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999274 1.00704 1.27909 1.19598 2.22017 2.33866 2.43245 2.35180 2.04275 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 32 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999274 1.00685 1.27938 1.19600 2.21811 2.34150 2.43241 2.35177 2.04284 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 33 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999273 1.00682 1.27939 1.19602 2.21812 2.34127 2.43240 2.35174 2.04285 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 34 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999284 1.00672 1.27803 1.19806 2.21889 2.34043 2.43237 2.35171 2.04277 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 35 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999293 1.00703 1.28109 1.19806 2.22013 2.33949 2.43233 2.35178 2.04270 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 36 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999297 1.00685 1.28057 1.19849 2.21923 2.33949 2.43216 2.35170 2.04259 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 37 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999282 1.00673 1.28218 1.19666 2.21810 2.33895 2.43226 2.35167 2.04265 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 38 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999235 1.00704 1.27833 1.19547 2.22022 2.33842 2.43237 2.35176 2.04271 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 39 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999253 1.00695 1.27773 1.19711 2.22294 2.33934 2.43228 2.35172 2.04272 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 40 fit: 105.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999253 1.00695 1.27782 1.19717 2.22291 2.33933 2.43228 2.35172 2.04272 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 41 fit: 105.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999248 1.00687 1.27856 1.19842 2.22269 2.33905 2.43227 2.35168 2.04272 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 42 fit: 105.349 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999272 1.00675 1.27890 1.19676 2.21418 2.33898 2.43226 2.35166 2.04288 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 43 fit: 105.343 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999341 1.00705 1.27724 1.19495 2.21684 2.33752 2.43237 2.35174 2.04264 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: iter: 44 fit: 105.347 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: scales: 0.999341 1.00705 1.27724 1.19495 2.21684 2.33752 2.43237 2.35174 2.04264 SPFLUX_FITTEMPLATES: spFrame-r1-00053648.fits: template niter, coeffs: 44 0.999341 1.00705 1.27724 1.19495 2.21684 2.33752 2.43237 2.35174 2.04264 SPFLUX_V5: spFrame-r1-00053648.fits: Min/max fluxcalib = 0.0169071 0.140317 SPFLUX_FITTEMPLATES: spFrame-b1-00053649.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00053649.fits: Min/max fluxcalib = 0.0201660 0.142190 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: HELIO_RV correction of -6.07351 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: HELIO_RV correction of -6.07351 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 0 fit: 124.351 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.01322 1.01852 0.500050 1.26155 1.04203 0.00000 2.36663 2.38094 2.02278 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 1 fit: 123.469 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.02457 1.01039 0.902604 1.27384 1.06928 0.182568 2.32124 2.36016 2.07805 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 2 fit: 123.354 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03118 1.00640 1.02199 1.27651 1.07321 0.324610 2.30164 2.34850 2.10384 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 3 fit: 123.329 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03507 1.00471 1.05617 1.27694 1.07905 0.433131 2.29362 2.34204 2.11587 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 4 fit: 123.325 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03734 1.00401 1.06254 1.27686 1.07136 0.510656 2.29052 2.33858 2.12154 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 5 fit: 123.323 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03868 1.00382 1.06698 1.27795 1.07251 0.576428 2.28942 2.33668 2.12426 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 6 fit: 123.326 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03945 1.00370 1.06760 1.27902 1.08016 0.633548 2.28906 2.33554 2.12552 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 7 fit: 123.330 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.03989 1.00362 1.05964 1.27693 1.08617 0.671072 2.28894 2.33501 2.12604 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 8 fit: 123.334 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04017 1.00357 1.05995 1.27781 1.07651 0.713318 2.28896 2.33481 2.12631 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 9 fit: 123.339 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04032 1.00354 1.05899 1.27806 1.08419 0.742311 2.28915 2.33463 2.12639 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 10 fit: 123.342 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04042 1.00352 1.06315 1.27813 1.08155 0.758388 2.28927 2.33453 2.12652 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 11 fit: 123.344 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04048 1.00351 1.06567 1.27715 1.08374 0.772542 2.28920 2.33450 2.12656 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 12 fit: 123.346 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04049 1.00350 1.06380 1.27784 1.08153 0.786232 2.28925 2.33445 2.12659 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: iter: 13 fit: 123.348 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: scales: 1.04049 1.00350 1.06380 1.27784 1.08153 0.786232 2.28925 2.33445 2.12659 SPFLUX_FITTEMPLATES: spFrame-r1-00053649.fits: template niter, coeffs: 13 1.04049 1.00350 1.06380 1.27784 1.08153 0.786232 2.28925 2.33445 2.12659 SPFLUX_V5: spFrame-r1-00053649.fits: Min/max fluxcalib = 0.0169591 0.140211 SPFLUX_FITTEMPLATES: spFrame-b1-00053650.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00053650.fits: Min/max fluxcalib = 0.0125081 0.0930816 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: HELIO_RV correction of -6.06964 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: HELIO_RV correction of -6.06964 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 0 fit: 3193.84 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.897943 1.00223 1.31172 1.48252 0.00000 2.34682 2.62302 2.53858 2.00863 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 1 fit: 3170.29 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.936105 1.00335 1.78233 1.63776 0.00000 2.22935 2.45564 2.69428 1.98495 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 2 fit: 3157.05 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.953138 1.00375 1.90692 1.66881 0.00000 2.13886 2.38213 2.75401 1.97394 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 3 fit: 3151.19 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.965254 1.00403 1.94126 1.67601 0.00000 2.06768 2.35023 2.77792 1.96877 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 4 fit: 3147.89 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.969553 1.00423 1.94511 1.67646 0.00000 2.01329 2.33625 2.81529 1.96641 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 5 fit: 3146.17 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.970482 1.00428 1.94561 1.67684 0.00000 1.99721 2.33383 2.82809 1.96593 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 6 fit: 3144.91 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.970534 1.00428 1.94552 1.67683 0.00000 1.99623 2.33370 2.82708 1.96591 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: iter: 7 fit: 3145.01 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: scales: 0.970534 1.00428 1.94552 1.67683 0.00000 1.99623 2.33370 2.82708 1.96591 SPFLUX_FITTEMPLATES: spFrame-r1-00053650.fits: template niter, coeffs: 7 0.970534 1.00428 1.94552 1.67683 0.00000 1.99623 2.33370 2.82708 1.96591 SPFLUX_V5: spFrame-r1-00053650.fits: Min/max fluxcalib = 0.0118363 0.0949889 SPFLUX_FITTEMPLATES: spFrame-b1-00053651.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00053651.fits: Min/max fluxcalib = 0.0176854 0.130869 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: HELIO_RV correction of -6.06577 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: HELIO_RV correction of -6.06577 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 0 fit: 113.493 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.976075 1.00155 1.04125 0.810729 1.44309 0.00000 2.65637 2.32722 2.61384 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 1 fit: 112.132 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.982183 1.00346 1.34596 0.750902 1.51509 0.380157 2.47318 2.28482 2.40565 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 2 fit: 112.319 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.986260 1.00438 1.42562 0.740350 1.51695 0.665620 2.39746 2.26197 2.29278 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 3 fit: 112.587 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.989123 1.00500 1.45385 0.737964 1.53942 0.888903 2.36466 2.25069 2.22767 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 4 fit: 112.741 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.991065 1.00541 1.45540 0.734700 1.52418 1.05690 2.35064 2.24505 2.19536 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 5 fit: 112.827 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.992453 1.00567 1.45657 0.733887 1.52380 1.18215 2.34472 2.24230 2.17953 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 6 fit: 112.872 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.993450 1.00584 1.46078 0.734787 1.52662 1.28197 2.34237 2.24109 2.17164 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 7 fit: 112.898 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.994235 1.00596 1.46019 0.736892 1.52762 1.35584 2.34151 2.24058 2.16780 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 8 fit: 112.911 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.994783 1.00603 1.45864 0.734575 1.52617 1.41198 2.34134 2.24022 2.16589 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 9 fit: 112.920 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.995206 1.00608 1.46036 0.738766 1.52751 1.45348 2.34140 2.23997 2.16503 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 10 fit: 112.925 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.995478 1.00611 1.46366 0.738780 1.52665 1.49164 2.34128 2.23991 2.16448 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 11 fit: 112.930 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.995714 1.00613 1.46769 0.735110 1.53187 1.51977 2.34140 2.23987 2.16426 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 12 fit: 112.933 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.995875 1.00614 1.46682 0.736525 1.53392 1.54171 2.34143 2.23989 2.16415 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 13 fit: 112.935 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996015 1.00615 1.46660 0.738030 1.52630 1.55523 2.34165 2.23988 2.16416 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 14 fit: 112.936 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996133 1.00616 1.46569 0.735870 1.51502 1.56701 2.34188 2.23987 2.16409 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 15 fit: 112.937 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996169 1.00616 1.46294 0.735187 1.51828 1.57146 2.34189 2.23987 2.16409 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 16 fit: 112.938 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996195 1.00616 1.45985 0.735737 1.52475 1.57416 2.34183 2.23986 2.16410 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 17 fit: 112.938 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996249 1.00616 1.45275 0.735245 1.52245 1.58201 2.34185 2.23971 2.16399 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 18 fit: 112.939 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996286 1.00616 1.46134 0.736031 1.53681 1.58978 2.34182 2.23964 2.16403 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 19 fit: 112.940 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996348 1.00617 1.46382 0.733172 1.52343 1.59212 2.34178 2.23975 2.16392 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: iter: 20 fit: 112.941 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: scales: 0.996348 1.00617 1.46382 0.733172 1.52343 1.59212 2.34178 2.23975 2.16392 SPFLUX_FITTEMPLATES: spFrame-r1-00053651.fits: template niter, coeffs: 20 0.996348 1.00617 1.46382 0.733172 1.52343 1.59212 2.34178 2.23975 2.16392 SPFLUX_V5: spFrame-r1-00053651.fits: Min/max fluxcalib = 0.0150584 0.125014 SPFLUX_FITTEMPLATES: spFrame-b1-00053652.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00053652.fits: Min/max fluxcalib = 0.0188340 0.140278 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: HELIO_RV correction of -6.06199 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: HELIO_RV correction of -6.06199 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 0 fit: 705.995 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 0.995241 1.00465 0.182173 0.987739 0.274195 1.02702 3.01586 2.36241 1.95537 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 1 fit: 693.250 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.00892 1.00068 0.505898 1.05072 0.320546 1.26622 3.26026 2.31093 1.95434 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 2 fit: 689.252 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.01734 0.997767 0.613410 1.06416 0.324454 1.46144 3.35571 2.28204 1.95390 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 3 fit: 687.811 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.02254 0.996551 0.632894 1.06743 0.263913 1.61383 3.39332 2.26595 1.95373 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 4 fit: 687.860 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.02587 0.996160 0.645134 1.06747 0.260345 1.73081 3.39467 2.26001 1.95385 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 5 fit: 687.887 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.02802 0.995904 0.645492 1.06589 0.207138 1.82435 3.39602 2.25663 1.95386 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 6 fit: 687.904 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.02940 0.995741 0.641428 1.06653 0.239909 1.89641 3.39570 2.25479 1.95386 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 7 fit: 687.939 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03028 0.995637 0.644171 1.06698 0.353921 1.95206 3.39312 2.25374 1.95387 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 8 fit: 687.986 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03091 0.996040 0.633549 1.06695 0.292888 1.99501 3.39780 2.25328 1.95386 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 9 fit: 687.931 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03136 0.995827 0.650797 1.06786 0.296381 2.02375 3.39829 2.25303 1.95375 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 10 fit: 687.938 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03145 0.995782 0.646709 1.06776 0.295297 2.03140 3.39676 2.25296 1.95375 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 11 fit: 687.967 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03175 0.995658 0.630853 1.06736 0.282958 2.05216 3.39503 2.25280 1.95376 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 12 fit: 687.989 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03175 0.995659 0.630838 1.06736 0.283108 2.05221 3.39504 2.25280 1.95376 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 13 fit: 687.988 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03193 0.996054 0.643661 1.06676 0.283486 2.06948 3.39889 2.25277 1.95385 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 14 fit: 687.939 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03206 0.995834 0.645027 1.06846 0.358953 2.08307 3.39543 2.25274 1.95376 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 15 fit: 688.009 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03217 0.995695 0.639473 1.06676 0.256515 2.09225 3.39664 2.25267 1.95368 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 16 fit: 687.995 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03224 0.995604 0.638203 1.06753 0.291594 2.10135 3.39633 2.25257 1.95356 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 17 fit: 687.984 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03226 0.996017 0.644446 1.06766 0.295098 2.10737 3.39709 2.25263 1.95368 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 18 fit: 687.984 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03227 0.995989 0.642997 1.06743 0.296031 2.10787 3.39757 2.25262 1.95368 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 19 fit: 687.977 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03235 0.995792 0.637252 1.06604 0.273334 2.10983 3.39766 2.25262 1.95369 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: iter: 20 fit: 687.981 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: scales: 1.03235 0.995792 0.637252 1.06604 0.273334 2.10983 3.39766 2.25262 1.95369 SPFLUX_FITTEMPLATES: spFrame-r1-00053652.fits: template niter, coeffs: 20 1.03235 0.995792 0.637252 1.06604 0.273334 2.10983 3.39766 2.25262 1.95369 SPFLUX_V5: spFrame-r1-00053652.fits: Min/max fluxcalib = 0.0169692 0.138137 SPCOMBINE_V5: SPFLUX_BESTMODEL: Fiber 333: Best-fit velocity for std star = -5.7113388 km/s SPFLUX_BESTMODEL: Fiber 333: Best-fit total chi2/DOF = 1.38156 SPFLUX_BESTMODEL: Fiber 333: Best-fit line chi2/DOF = 1.1019580 SPFLUX_BESTMODEL: Fiber 333: Full median S/N = 12.5267 SPFLUX_BESTMODEL: Fiber 333: Line median S/N = 9.17098 SPFLUX_BESTMODEL: Fiber 350: Best-fit velocity for std star = -9.8654660 km/s SPFLUX_BESTMODEL: Fiber 350: Best-fit total chi2/DOF = 1.14685 SPFLUX_BESTMODEL: Fiber 350: Best-fit line chi2/DOF = 1.0394603 SPFLUX_BESTMODEL: Fiber 350: Full median S/N = 10.5416 SPFLUX_BESTMODEL: Fiber 350: Line median S/N = 7.13727 SPFLUX_BESTMODEL: Fiber 375: Best-fit velocity for std star = 1.4688837 km/s SPFLUX_BESTMODEL: Fiber 375: Best-fit total chi2/DOF = 1.96827 SPFLUX_BESTMODEL: Fiber 375: Best-fit line chi2/DOF = 0.98419162 SPFLUX_BESTMODEL: Fiber 375: Full median S/N = 13.4972 SPFLUX_BESTMODEL: Fiber 375: Line median S/N = 10.2659 SPFLUX_BESTMODEL: Fiber 408: Best-fit velocity for std star = -30.712672 km/s SPFLUX_BESTMODEL: Fiber 408: Best-fit total chi2/DOF = 1.03821 SPFLUX_BESTMODEL: Fiber 408: Best-fit line chi2/DOF = 1.0569962 SPFLUX_BESTMODEL: Fiber 408: Full median S/N = 12.4364 SPFLUX_BESTMODEL: Fiber 408: Line median S/N = 8.99690 SPFLUX_BESTMODEL: Fiber 411: Best-fit velocity for std star = -6.1990721 km/s SPFLUX_BESTMODEL: Fiber 411: Best-fit total chi2/DOF = 0.975514 SPFLUX_BESTMODEL: Fiber 411: Best-fit line chi2/DOF = 0.99364766 SPFLUX_BESTMODEL: Fiber 411: Full median S/N = 9.84442 SPFLUX_BESTMODEL: Fiber 411: Line median S/N = 7.03526 SPFLUX_BESTMODEL: Fiber 422: Best-fit velocity for std star = -97.391845 km/s SPFLUX_BESTMODEL: Fiber 422: Best-fit total chi2/DOF = 1.01494 SPFLUX_BESTMODEL: Fiber 422: Best-fit line chi2/DOF = 1.0556098 SPFLUX_BESTMODEL: Fiber 422: Full median S/N = 10.6463 SPFLUX_BESTMODEL: Fiber 422: Line median S/N = 7.18840 SPFLUX_BESTMODEL: Fiber 428: Best-fit velocity for std star = -82.977284 km/s SPFLUX_BESTMODEL: Fiber 428: Best-fit total chi2/DOF = 3.16540 SPFLUX_BESTMODEL: Fiber 428: Best-fit line chi2/DOF = 1.0261302 SPFLUX_BESTMODEL: Fiber 428: Full median S/N = 11.4164 SPFLUX_BESTMODEL: Fiber 428: Line median S/N = 7.80998 SPFLUX_BESTMODEL: Fiber 463: Best-fit velocity for std star = -50.100992 km/s SPFLUX_BESTMODEL: Fiber 463: Best-fit total chi2/DOF = 1.02084 SPFLUX_BESTMODEL: Fiber 463: Best-fit line chi2/DOF = 1.0901600 SPFLUX_BESTMODEL: Fiber 463: Full median S/N = 11.5927 SPFLUX_BESTMODEL: Fiber 463: Line median S/N = 8.37320 SPFLUX_BESTMODEL: Fiber 499: Best-fit velocity for std star = -28.937225 km/s SPFLUX_BESTMODEL: Fiber 499: Best-fit total chi2/DOF = 1.07961 SPFLUX_BESTMODEL: Fiber 499: Best-fit line chi2/DOF = 1.0962235 SPFLUX_BESTMODEL: Fiber 499: Full median S/N = 11.3594 SPFLUX_BESTMODEL: Fiber 499: Line median S/N = 8.12000 SPFLUX_BESTMODEL: Fiber 513: Best-fit velocity for std star = -9.8483878 km/s SPFLUX_BESTMODEL: Fiber 513: Best-fit total chi2/DOF = 1.02099 SPFLUX_BESTMODEL: Fiber 513: Best-fit line chi2/DOF = 0.93695773 SPFLUX_BESTMODEL: Fiber 513: Full median S/N = 8.31481 SPFLUX_BESTMODEL: Fiber 513: Line median S/N = 5.70958 SPFLUX_BESTMODEL: Fiber 516: Best-fit velocity for std star = -84.364457 km/s SPFLUX_BESTMODEL: Fiber 516: Best-fit total chi2/DOF = 0.947307 SPFLUX_BESTMODEL: Fiber 516: Best-fit line chi2/DOF = 1.1042819 SPFLUX_BESTMODEL: Fiber 516: Full median S/N = 10.8667 SPFLUX_BESTMODEL: Fiber 516: Line median S/N = 7.69414 SPFLUX_BESTMODEL: Fiber 539: Best-fit velocity for std star = -10.374621 km/s SPFLUX_BESTMODEL: Fiber 539: Best-fit total chi2/DOF = 0.968912 SPFLUX_BESTMODEL: Fiber 539: Best-fit line chi2/DOF = 1.1250762 SPFLUX_BESTMODEL: Fiber 539: Full median S/N = 12.4659 SPFLUX_BESTMODEL: Fiber 539: Line median S/N = 9.26112 SPFLUX_BESTMODEL: Fiber 577: Best-fit velocity for std star = -16.678474 km/s SPFLUX_BESTMODEL: Fiber 577: Best-fit total chi2/DOF = 1.18447 SPFLUX_BESTMODEL: Fiber 577: Best-fit line chi2/DOF = 1.1099267 SPFLUX_BESTMODEL: Fiber 577: Full median S/N = 8.51861 SPFLUX_BESTMODEL: Fiber 577: Line median S/N = 6.14081 SPFLUX_BESTMODEL: Fiber 614: Best-fit velocity for std star = -6.0231516 km/s SPFLUX_BESTMODEL: Fiber 614: Best-fit total chi2/DOF = 0.939381 SPFLUX_BESTMODEL: Fiber 614: Best-fit line chi2/DOF = 1.0627059 SPFLUX_BESTMODEL: Fiber 614: Full median S/N = 15.7687 SPFLUX_BESTMODEL: Fiber 614: Line median S/N = 12.1675 SPFLUX_BESTMODEL: Fiber 625: Best-fit velocity for std star = -60.885012 km/s SPFLUX_BESTMODEL: Fiber 625: Best-fit total chi2/DOF = 1.13359 SPFLUX_BESTMODEL: Fiber 625: Best-fit line chi2/DOF = 1.1571726 SPFLUX_BESTMODEL: Fiber 625: Full median S/N = 13.8305 SPFLUX_BESTMODEL: Fiber 625: Line median S/N = 10.6596 SPFLUX_V5: Rejecting std star in fiber = 428 with chi2= 3.1653960 SPFLUX_V5: Iteration # 1 SPFLUX_V5: Rejecting std star in fiber = 375 with fracgood= 0.798682 SPFLUX_V5: Iteration # 2 SPFLUX_V5: Rejected 2 of 15 std stars SPFLUX_FITTEMPLATES: spFrame-b2-00053648.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00053648.fits: Min/max fluxcalib = 0.0224867 0.164556 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: HELIO_RV correction of -5.86827 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: HELIO_RV correction of -5.86827 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 0 fit: 62.8277 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.15618 0.988320 0.528717 1.63510 0.00000 0.00000 2.72874 1.97847 1.84840 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 1 fit: 59.5150 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.10712 0.984190 0.833360 1.26167 0.00000 0.206136 2.36879 2.02584 1.82656 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 2 fit: 59.3592 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.08158 0.982039 0.903398 1.05370 0.00000 0.372775 2.25512 2.05345 1.81619 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 3 fit: 59.3432 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.06848 0.980910 0.931379 0.939453 0.00000 0.500908 2.22006 2.06930 1.81136 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 4 fit: 59.3380 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.06195 0.980311 0.927849 0.875737 0.00000 0.600255 2.20924 2.07987 1.80898 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 5 fit: 59.3373 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05858 0.979996 0.934064 0.841206 0.00000 0.677340 2.20586 2.08603 1.80786 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 6 fit: 59.3378 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05697 0.979826 0.927315 0.822463 0.00000 0.739907 2.20496 2.08953 1.80739 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 7 fit: 59.3387 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05621 0.979739 0.930028 0.811829 0.00000 0.791236 2.20457 2.09148 1.80713 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 8 fit: 59.3402 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05597 0.979690 0.924862 0.806441 0.00000 0.824391 2.20451 2.09267 1.80697 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 9 fit: 59.3412 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05582 0.979666 0.930332 0.801610 0.00000 0.850576 2.20457 2.09329 1.80697 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 10 fit: 59.3423 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05579 0.979655 0.929940 0.801404 0.00000 0.872713 2.20473 2.09359 1.80701 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 11 fit: 59.3432 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05583 0.979646 0.928426 0.799536 0.00000 0.888314 2.20460 2.09387 1.80698 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 12 fit: 59.3440 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05578 0.979643 0.927304 0.799666 0.00000 0.903778 2.20466 2.09400 1.80696 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: iter: 13 fit: 59.3448 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: scales: 1.05578 0.979643 0.927304 0.799666 0.00000 0.903778 2.20466 2.09400 1.80696 SPFLUX_FITTEMPLATES: spFrame-r2-00053648.fits: template niter, coeffs: 13 1.05578 0.979643 0.927304 0.799666 0.00000 0.903778 2.20466 2.09400 1.80696 SPFLUX_V5: spFrame-r2-00053648.fits: Min/max fluxcalib = 0.0208087 0.164222 SPFLUX_FITTEMPLATES: spFrame-b2-00053649.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00053649.fits: Min/max fluxcalib = 0.0222208 0.155120 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: HELIO_RV correction of -5.86444 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: HELIO_RV correction of -5.86444 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 0 fit: 76.4588 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.910628 0.991042 0.449420 0.132388 0.00000 0.00000 2.81003 2.45275 1.96505 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 1 fit: 72.4823 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.945936 0.990600 0.587329 0.470104 0.00000 0.197129 2.38700 2.29602 1.84183 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 2 fit: 72.4446 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.966293 0.991415 0.617982 0.635614 0.00000 0.347896 2.30584 2.20205 1.78862 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 3 fit: 72.4995 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.978123 0.990984 0.630120 0.716471 0.00000 0.463372 2.28948 2.14816 1.76770 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 4 fit: 72.5404 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.985024 0.990671 0.630492 0.755023 0.00000 0.552053 2.28603 2.11617 1.75936 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 5 fit: 72.5660 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.989088 0.991365 0.638374 0.775609 0.00000 0.623109 2.28540 2.09737 1.75617 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 6 fit: 72.5839 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.991455 0.990862 0.636860 0.785692 0.00000 0.679213 2.28530 2.08630 1.75498 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 7 fit: 72.5927 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.992853 0.990543 0.620869 0.789805 0.00000 0.721275 2.28521 2.08331 1.75439 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 8 fit: 72.5978 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.991074 0.991275 0.638471 0.793793 0.00000 0.751677 2.28517 2.08163 1.75430 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 9 fit: 72.6027 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.992756 0.990810 0.639919 0.793942 0.00000 0.775999 2.28485 2.08062 1.75428 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 10 fit: 72.6065 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.991085 0.990510 0.643227 0.794750 0.00000 0.796968 2.28507 2.07989 1.75424 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 11 fit: 72.6081 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.992756 0.991246 0.633336 0.793984 0.00000 0.809796 2.28524 2.07959 1.75422 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 12 fit: 72.6100 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.991053 0.990787 0.650164 0.794909 0.00000 0.823540 2.28509 2.07946 1.75427 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 13 fit: 72.6125 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.991904 0.990639 0.642901 0.795043 0.00000 0.829007 2.28508 2.07938 1.75423 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 14 fit: 72.6119 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.992017 0.990698 0.642659 0.795099 0.00000 0.829710 2.28510 2.07937 1.75423 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 15 fit: 72.6119 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.992077 0.990727 0.642340 0.795106 0.00000 0.830102 2.28510 2.07937 1.75422 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 16 fit: 72.6119 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.993355 0.991389 0.632908 0.795681 0.00000 0.835205 2.28519 2.07926 1.75419 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 17 fit: 72.6131 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.993230 0.991355 0.632776 0.795736 0.00000 0.835468 2.28517 2.07926 1.75418 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: iter: 18 fit: 72.6132 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: scales: 0.993230 0.991355 0.632776 0.795736 0.00000 0.835468 2.28517 2.07926 1.75418 SPFLUX_FITTEMPLATES: spFrame-r2-00053649.fits: template niter, coeffs: 18 0.993230 0.991355 0.632776 0.795736 0.00000 0.835468 2.28517 2.07926 1.75418 SPFLUX_V5: spFrame-r2-00053649.fits: Min/max fluxcalib = 0.0197192 0.159782 SPFLUX_FITTEMPLATES: spFrame-b2-00053650.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00053650.fits: Min/max fluxcalib = 0.0123115 0.0949491 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: HELIO_RV correction of -5.86068 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: HELIO_RV correction of -5.86068 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 0 fit: 123.098 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00556 1.00262 1.00000 1.00000 0.686401 1.72779 2.60107 2.06881 1.88872 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 1 fit: 122.661 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00375 0.993504 1.00000 1.00000 0.746852 1.52070 2.41311 1.96873 1.81452 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 2 fit: 122.829 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00254 0.988909 1.00000 1.00000 0.745080 1.35834 2.35546 1.91327 1.78233 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 3 fit: 122.928 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00167 0.986129 1.00000 1.00000 0.736816 1.23223 2.33778 1.88419 1.76919 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 4 fit: 122.949 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00110 0.985754 1.00000 1.00000 0.715481 1.13398 2.33250 1.86858 1.76400 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 5 fit: 122.951 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00068 0.985530 1.00000 1.00000 0.762170 1.06001 2.33063 1.85883 1.76181 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 6 fit: 122.951 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00039 0.985384 1.00000 1.00000 0.754451 1.00220 2.32984 1.85124 1.76094 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 7 fit: 122.946 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00018 0.985296 1.00000 1.00000 0.725506 0.953208 2.32966 1.84722 1.76056 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 8 fit: 122.939 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 1.00008 0.985242 1.00000 1.00000 0.739322 0.916512 2.32944 1.84518 1.76031 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 9 fit: 122.933 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 0.999981 0.985207 1.00000 1.00000 0.734187 0.888432 2.32950 1.84399 1.76034 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 10 fit: 122.928 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 0.999868 0.985185 1.00000 1.00000 0.774718 0.866618 2.32910 1.84333 1.76036 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: iter: 11 fit: 122.923 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: scales: 0.999868 0.985185 1.00000 1.00000 0.774718 0.866618 2.32910 1.84333 1.76036 SPFLUX_FITTEMPLATES: spFrame-r2-00053650.fits: template niter, coeffs: 11 0.999868 0.985185 1.00000 1.00000 0.774718 0.866618 2.32910 1.84333 1.76036 SPFLUX_V5: spFrame-r2-00053650.fits: Min/max fluxcalib = 0.0138318 0.103541 SPFLUX_FITTEMPLATES: spFrame-b2-00053651.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00053651.fits: Min/max fluxcalib = 0.0211311 0.153437 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: HELIO_RV correction of -5.85693 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: HELIO_RV correction of -5.85693 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 0 fit: 71.7890 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.912797 1.00817 0.410051 1.10852 0.142340 0.218235 2.86437 2.11031 1.82964 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 1 fit: 70.2994 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.894743 1.00465 0.617137 1.27249 0.0630219 0.451989 2.50276 1.99976 1.70631 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 2 fit: 70.3830 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.881876 1.00366 0.677226 1.33773 0.154569 0.624705 2.40400 1.94332 1.65367 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 3 fit: 70.4809 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.872841 1.00369 0.687370 1.35589 0.183540 0.758950 2.37847 1.91279 1.63141 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 4 fit: 70.5360 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.866645 1.00370 0.693336 1.35155 0.125316 0.858487 2.37154 1.89625 1.62205 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 5 fit: 70.5662 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.862392 1.00370 0.693360 1.36708 0.192407 0.940238 2.37026 1.88740 1.61810 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 6 fit: 70.5837 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.859401 1.00371 0.694237 1.36720 0.109410 0.999689 2.36988 1.88266 1.61649 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 7 fit: 70.5943 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.857472 1.00371 0.696882 1.36612 0.0732013 1.04456 2.36996 1.88008 1.61573 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 8 fit: 70.6014 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.856332 1.00371 0.693155 1.36247 0.226454 1.08034 2.36986 1.87872 1.61534 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 9 fit: 70.6062 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.855368 1.00371 0.696125 1.36858 0.00378643 1.10325 2.37022 1.87804 1.61536 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 10 fit: 70.6093 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.855365 1.00371 0.696039 1.36859 0.00000 1.10351 2.37022 1.87804 1.61535 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 11 fit: 70.6091 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854969 1.00371 0.694371 1.37185 0.127132 1.12580 2.37013 1.87765 1.61525 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 12 fit: 70.6117 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854525 1.00371 0.693210 1.36301 0.104679 1.14139 2.37023 1.87740 1.61517 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 13 fit: 70.6136 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854378 1.00371 0.691403 1.36931 0.131553 1.15170 2.37015 1.87730 1.61515 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 14 fit: 70.6147 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854229 1.00371 0.694897 1.36866 0.0597802 1.16148 2.37008 1.87717 1.61520 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 15 fit: 70.6160 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854232 1.00371 0.694510 1.36873 0.0568903 1.16169 2.37008 1.87717 1.61521 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 16 fit: 70.6160 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854217 1.00371 0.691099 1.37363 0.0837605 1.16802 2.37013 1.87714 1.61530 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 17 fit: 70.6165 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854430 1.00371 0.690353 1.38107 0.180756 1.17349 2.37005 1.87721 1.61533 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 18 fit: 70.6170 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854387 1.00371 0.690169 1.37642 0.193341 1.17556 2.37014 1.87724 1.61531 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 19 fit: 70.6173 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854404 1.00371 0.688849 1.37925 0.114508 1.17783 2.37016 1.87721 1.61532 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 20 fit: 70.6175 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854591 1.00371 0.692177 1.37391 0.215091 1.18063 2.37007 1.87723 1.61532 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 21 fit: 70.6179 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854398 1.00371 0.691513 1.36920 0.179856 1.18145 2.37011 1.87731 1.61522 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 22 fit: 70.6180 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854370 1.00371 0.691281 1.36709 0.214053 1.18149 2.37011 1.87731 1.61523 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 23 fit: 70.6180 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854393 1.00371 0.691879 1.36835 0.208332 1.18199 2.37012 1.87730 1.61524 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: iter: 24 fit: 70.6180 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: scales: 0.854393 1.00371 0.691879 1.36835 0.208332 1.18199 2.37012 1.87730 1.61524 SPFLUX_FITTEMPLATES: spFrame-r2-00053651.fits: template niter, coeffs: 24 0.854393 1.00371 0.691879 1.36835 0.208332 1.18199 2.37012 1.87730 1.61524 SPFLUX_V5: spFrame-r2-00053651.fits: Min/max fluxcalib = 0.0184942 0.154040 SPFLUX_FITTEMPLATES: spFrame-b2-00053652.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00053652.fits: Min/max fluxcalib = 0.0213850 0.151912 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: HELIO_RV correction of -5.85325 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: HELIO_RV correction of -5.85325 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 0 fit: 68.8009 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.869893 1.00215 0.510769 0.478096 0.00000 2.58944 2.73859 1.99537 1.93590 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 1 fit: 66.4390 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.910080 0.993926 0.744526 0.581498 0.00000 2.14508 2.37957 1.92502 1.87452 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 2 fit: 66.3537 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.932507 0.990733 0.806931 0.564179 0.00000 1.80704 2.31584 1.89101 1.85063 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 3 fit: 66.3156 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.945131 0.990052 0.827284 0.557074 0.00000 1.54713 2.30363 1.87357 1.84056 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 4 fit: 66.2864 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.952066 0.989627 0.835285 0.560562 0.00000 1.34756 2.30118 1.86458 1.83655 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 5 fit: 66.2635 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.955789 0.989362 0.838273 0.566880 0.00000 1.19508 2.30034 1.85993 1.83502 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 6 fit: 66.2461 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.957761 0.989198 0.830427 0.577199 0.00000 1.07981 2.30036 1.85756 1.83446 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 7 fit: 66.2305 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.958819 0.989402 0.831710 0.567305 0.00000 0.990520 2.30039 1.85639 1.83432 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 8 fit: 66.2220 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959294 0.989219 0.831721 0.577429 0.00000 0.920056 2.30037 1.85563 1.83425 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 9 fit: 66.2153 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959496 0.989107 0.833219 0.571627 0.00000 0.864786 2.30047 1.85518 1.83422 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 10 fit: 66.2077 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959500 0.989345 0.843612 0.574324 0.00000 0.822363 2.30070 1.85515 1.83424 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 11 fit: 66.2051 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959527 0.989182 0.832546 0.571848 0.00000 0.793641 2.30047 1.85501 1.83415 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 12 fit: 66.2006 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959465 0.989392 0.835289 0.562800 0.00000 0.769790 2.30083 1.85497 1.83416 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 13 fit: 66.2000 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959492 0.989210 0.839655 0.560826 0.00000 0.753642 2.30080 1.85499 1.83411 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 14 fit: 66.1994 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959469 0.989182 0.836960 0.561996 0.00000 0.749609 2.30077 1.85499 1.83410 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 15 fit: 66.1966 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959349 0.989390 0.838030 0.557298 0.00000 0.734551 2.30053 1.85499 1.83415 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 16 fit: 66.1968 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959373 0.989209 0.832911 0.574778 0.00000 0.722150 2.30068 1.85498 1.83412 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 17 fit: 66.1941 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959384 0.989307 0.833316 0.568893 0.00000 0.718251 2.30063 1.85497 1.83411 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 18 fit: 66.1957 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959378 0.989287 0.833376 0.568225 0.00000 0.716562 2.30061 1.85497 1.83410 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 19 fit: 66.1957 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959374 0.989267 0.834237 0.567300 0.00000 0.715908 2.30061 1.85496 1.83410 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 20 fit: 66.1957 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959376 0.989254 0.833685 0.565489 0.00000 0.715075 2.30063 1.85494 1.83410 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: iter: 21 fit: 66.1957 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: scales: 0.959376 0.989254 0.833685 0.565489 0.00000 0.715075 2.30063 1.85494 1.83410 SPFLUX_FITTEMPLATES: spFrame-r2-00053652.fits: template niter, coeffs: 21 0.959376 0.989254 0.833685 0.565489 0.00000 0.715075 2.30063 1.85494 1.83410 SPFLUX_V5: spFrame-r2-00053652.fits: Min/max fluxcalib = 0.0199483 0.159617 SPCOMBINE_V5: SPCOMBINE_V5: Max memory usage = 401.0 MB SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00053648.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00053648.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00053649.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00053649.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00053650.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00053650.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00053651.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00053651.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00053652.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00053652.fits SPFLUXCORR_V5: Fiber # 1 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 1 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 1 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 1 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 2 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 2 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 2 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 2 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 3 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 3 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 3 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 3 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 4 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 4 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 4 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 4 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 5 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 5 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 5 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 5 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 6 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 6 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 6 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 6 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 7 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 7 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 7 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 7 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 8 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 8 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 8 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 8 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 9 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 9 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 9 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 9 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 10 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 9 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 9 at npoly= 3 SPFLUXCORR_V5: Fiber # 10 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 10 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 10 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 11 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 11 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 11 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 11 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 12 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 12 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 12 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 12 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 13 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 13 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 13 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 13 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 14 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 14 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 14 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 14 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 15 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 15 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 15 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 15 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 16 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 16 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 16 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 16 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 17 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 17 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 17 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 17 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 18 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 18 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 18 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 18 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 19 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 19 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 19 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 19 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 20 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 20 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 20 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 20 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 21 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 21 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 21 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 21 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 22 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 22 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 22 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 22 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 23 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 23 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 23 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 23 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 24 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 24 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 24 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 24 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 25 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 25 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 25 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 25 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 26 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 26 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 26 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 26 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 27 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 27 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 27 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 27 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 28 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 28 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 28 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 28 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 29 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 29 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 29 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 29 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 30 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 30 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 30 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 30 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 31 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 31 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 31 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 31 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 32 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 32 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 32 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 32 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 33 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 33 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 33 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 33 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 34 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 34 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 34 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 34 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 35 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 35 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 35 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 35 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 36 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 36 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 36 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 36 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 37 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 37 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 37 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 37 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 38 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 37 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 37 at npoly= 3 SPFLUXCORR_V5: Fiber # 38 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 38 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 38 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 39 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 39 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 39 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 39 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 40 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 40 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 40 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 40 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 41 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 41 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 41 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 41 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 42 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 42 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 42 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 42 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 43 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 43 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 43 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 43 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 44 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 44 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 44 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 44 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 45 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 45 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 45 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 45 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 46 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 46 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 46 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 46 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 47 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 47 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 47 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 47 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 48 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 48 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 48 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 48 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 49 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 49 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 49 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 49 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 50 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 50 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 50 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 50 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 51 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 51 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 51 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 51 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 52 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 52 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 52 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 52 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 53 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 53 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 53 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 53 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 54 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 54 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 54 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 54 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 55 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 55 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 55 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 55 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 56 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 56 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 56 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 56 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 57 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 57 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 57 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 57 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 58 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 58 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 58 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 58 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 59 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 59 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 59 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 59 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 60 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 60 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 60 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 60 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 61 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 61 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 61 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 61 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 62 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 62 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 62 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 62 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 63 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 63 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 63 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 63 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 64 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 64 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 64 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 64 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 65 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 65 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 65 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 65 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 66 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 66 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 66 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 66 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 67 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 67 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 67 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 67 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 68 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 68 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 68 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 68 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 69 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 69 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 69 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 69 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 70 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 70 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 70 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 70 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 71 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 71 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 71 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 71 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 72 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 72 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 72 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 72 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 73 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 73 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 73 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 73 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 74 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 74 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 74 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 74 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 75 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 75 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 75 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 75 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 76 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 76 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 76 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 76 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 77 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 77 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 76 at npoly= 3 SPFLUXCORR_V5: Fiber # 77 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 77 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 78 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 78 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 78 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 78 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 79 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 79 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 79 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 79 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 80 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 80 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 80 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 80 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 81 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 81 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 81 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 81 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 82 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 82 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 82 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 82 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 83 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 83 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 83 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 83 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 84 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 84 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 84 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 84 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 85 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 85 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 85 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 85 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 86 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 86 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 86 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 86 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 87 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 87 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 87 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 87 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 88 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 88 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 88 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 88 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 89 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 89 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 89 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 89 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 90 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 90 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 90 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 90 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 91 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 91 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 91 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 91 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 92 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 92 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 92 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 92 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 93 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 93 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 93 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 93 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 94 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 94 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 94 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 94 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 95 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 95 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 95 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 95 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 96 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 96 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 96 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 96 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 97 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 97 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 97 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 97 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 98 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 98 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 98 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 98 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 99 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 99 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 98 at npoly= 3 SPFLUXCORR_V5: Fiber # 99 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 99 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 100 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 100 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 100 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 100 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 101 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 101 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 101 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 101 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 102 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 102 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 102 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 102 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 103 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 102 at npoly= 1 SPFLUXCORR_V5: Fiber # 103 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 103 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 103 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 104 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 104 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 104 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 104 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 105 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 105 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 105 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 105 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 106 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 106 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 106 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 106 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 107 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 107 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 107 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 107 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 108 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 108 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 108 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 108 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 109 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 109 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 109 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 109 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 110 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 110 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 110 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 110 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 111 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 111 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 111 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 111 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 112 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 112 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 112 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 112 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 113 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 113 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 113 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 113 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 114 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 114 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 114 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 114 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 115 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 115 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 115 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 115 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 116 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 116 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 116 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 116 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 117 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 117 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 117 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 117 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 118 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 118 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 118 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 118 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 119 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 119 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 119 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 119 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 120 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 120 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 120 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 120 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 121 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 121 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 121 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 121 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 122 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 122 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 122 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 122 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 123 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 122 at npoly= 1 SPFLUXCORR_V5: Fiber # 123 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 123 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 123 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 124 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 124 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 124 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 124 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 125 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 125 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 125 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 125 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 126 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 126 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 126 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 126 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 127 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 127 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 127 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 127 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 128 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 128 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 128 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 128 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 129 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 129 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 129 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 129 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 130 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 130 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 130 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 130 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 131 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 131 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 131 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 131 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 132 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 132 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 132 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 132 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 133 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 133 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 133 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 133 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 134 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 134 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 134 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 134 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 135 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 135 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 135 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 135 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 136 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 136 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 136 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 136 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 137 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 137 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 137 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 137 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 138 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 138 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 138 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 138 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 139 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 139 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 139 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 139 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 140 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 140 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 139 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 139 at npoly= 3 SPFLUXCORR_V5: Fiber # 140 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 140 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 141 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 141 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 141 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 141 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 142 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 142 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 142 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 142 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 143 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 143 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 143 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 143 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 144 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 144 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 144 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 144 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 145 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 145 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 145 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 145 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 146 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 146 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 146 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 146 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 147 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 147 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 147 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 147 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 148 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 148 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 148 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 148 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 149 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 148 at npoly= 1 SPFLUXCORR_V5: Fiber # 149 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 149 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 149 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 150 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 150 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 150 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 150 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 151 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 151 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 151 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 151 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 152 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 152 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 152 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 152 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 153 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 153 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 153 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 153 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 154 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 154 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 154 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 154 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 155 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 155 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 155 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 155 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 156 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 156 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 156 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 156 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 157 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 157 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 157 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 157 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 158 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 158 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 158 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 158 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 159 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 159 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 159 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 159 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 160 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 160 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 160 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 160 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 161 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 161 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 161 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 161 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 162 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 162 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 162 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 162 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 163 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 163 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 163 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 163 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 164 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 164 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 164 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 164 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 165 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 165 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 165 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 165 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 166 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 166 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 166 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 166 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 167 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 167 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 167 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 167 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 168 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 168 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 168 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 168 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 169 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 169 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 169 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 169 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 170 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 170 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 170 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 170 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 171 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 171 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 171 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 171 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 172 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 172 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 172 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 172 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 173 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 173 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 173 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 173 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 174 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 173 at npoly= 1 SPFLUXCORR_V5: Fiber # 174 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 174 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 174 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 175 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 175 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 175 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 175 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 176 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 176 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 176 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 176 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 177 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 177 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 177 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 177 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 178 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 178 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 178 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 178 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 179 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 179 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 179 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 179 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 180 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 180 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 180 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 180 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 181 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 181 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 181 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 181 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 182 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 182 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 182 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 182 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 183 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 183 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 183 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 183 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 184 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 184 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 184 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 184 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 185 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 185 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 185 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 185 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 186 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 186 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 186 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 186 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 187 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 187 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 187 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 187 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 188 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 188 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 188 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 188 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 189 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 189 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 189 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 189 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 190 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 190 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 190 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 190 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 191 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 191 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 191 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 191 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 192 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 192 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 192 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 192 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 193 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 193 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 193 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 193 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 194 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 194 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 194 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 194 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 195 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 195 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 195 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 195 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 196 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 196 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 196 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 196 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 197 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 197 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 197 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 197 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 198 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 198 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 198 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 198 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 199 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 199 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 199 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 199 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 200 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 200 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 200 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 200 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 201 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 201 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 201 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 201 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 202 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 202 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 202 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 202 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 203 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 203 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 203 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 203 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 204 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 204 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 204 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 204 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 205 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 205 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 205 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 205 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 206 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 206 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 206 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 206 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 207 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 207 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 207 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 207 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 208 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 208 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 208 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 208 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 209 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 209 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 209 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 209 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 210 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 210 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 210 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 210 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 211 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 211 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 211 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 211 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 212 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 212 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 212 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 212 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 213 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 212 at npoly= 2 SPFLUXCORR_V5: Fiber # 213 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 213 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 213 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 214 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 214 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 214 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 214 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 215 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 215 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 215 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 215 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 216 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 216 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 216 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 216 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 217 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 217 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 217 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 217 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 218 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 218 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 218 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 218 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 219 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 219 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 219 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 219 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 220 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 220 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 220 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 220 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 221 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 221 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 221 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 221 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 222 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 222 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 222 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 222 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 223 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 222 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 222 at npoly= 3 SPFLUXCORR_V5: Fiber # 223 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 223 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 223 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 224 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 224 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 224 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 224 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 225 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 225 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 225 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 225 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 226 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 226 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 226 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 226 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 227 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 227 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 227 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 227 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 228 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 228 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 228 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 228 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 229 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 229 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 229 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 229 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 230 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 230 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 230 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 230 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 231 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 231 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 231 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 231 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 232 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 232 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 232 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 232 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 233 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 233 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 233 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 233 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 234 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 234 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 234 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 234 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 235 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 235 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 235 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 235 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 236 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 236 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 236 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 236 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 237 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 237 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 237 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 237 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 238 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 238 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 238 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 238 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 239 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 239 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 239 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 239 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 240 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 240 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 240 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 240 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 241 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 241 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 241 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 241 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 242 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 242 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 242 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 242 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 243 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 243 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 243 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 243 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 244 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 244 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 244 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 244 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 245 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 245 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 245 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 245 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 246 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 246 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 246 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 246 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 247 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 247 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 247 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 247 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 248 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 248 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 248 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 248 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 249 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 249 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 249 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 249 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 250 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 250 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 250 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 250 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 251 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 251 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 251 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 251 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 252 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 252 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 252 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 252 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 253 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 253 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 253 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 253 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 254 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 254 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 254 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 254 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 255 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 255 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 255 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 255 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 256 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 256 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 256 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 256 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 257 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 257 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 257 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 257 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 258 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 258 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 258 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 258 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 259 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 259 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 259 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 259 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 260 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 260 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 260 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 260 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 261 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 261 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 261 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 261 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 262 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 262 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 262 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 262 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 263 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 263 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 263 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 263 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 264 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 264 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 264 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 264 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 265 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 265 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 265 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 265 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 266 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 266 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 266 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 266 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 267 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 267 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 267 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 267 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 268 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 268 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 268 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 268 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 269 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 269 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 269 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 269 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 270 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 270 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 270 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 270 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 271 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 271 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 271 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 271 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 272 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 272 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 272 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 272 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 273 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 273 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 273 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 273 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 274 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 274 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 274 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 274 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 275 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 275 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 275 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 275 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 276 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 276 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 276 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 276 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 277 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 277 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 277 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 277 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 278 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 278 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 278 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 278 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 279 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 279 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 279 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 279 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 280 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 280 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 280 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 280 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 281 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 281 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 281 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 281 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 282 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 282 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 282 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 282 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 283 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 283 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 283 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 283 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 284 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 283 at npoly= 1 SPFLUXCORR_V5: Fiber # 284 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 284 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 284 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 285 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 284 at npoly= 1 SPFLUXCORR_V5: Fiber # 285 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 285 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 285 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 286 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 286 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 286 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 286 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 287 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 287 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 287 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 287 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 288 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 288 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 288 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 288 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 289 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 289 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 289 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 289 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 290 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 290 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 290 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 290 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 291 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 291 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 291 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 291 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 292 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 292 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 292 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 292 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 293 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 293 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 293 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 293 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 294 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 294 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 294 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 294 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 295 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 295 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 295 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 295 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 296 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 296 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 296 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 296 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 297 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 297 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 297 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 297 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 298 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 298 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 298 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 298 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 299 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 299 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 299 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 299 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 300 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 300 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 300 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 300 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 301 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 301 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 301 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 301 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 302 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 302 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 302 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 302 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 303 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 303 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 303 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 303 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 304 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 304 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 304 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 304 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 305 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 305 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 305 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 305 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 306 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 306 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 306 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 306 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 307 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 307 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 307 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 307 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 308 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 308 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 308 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 308 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 309 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 309 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 309 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 309 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 310 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 310 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 310 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 310 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 311 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 310 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 310 at npoly= 3 SPFLUXCORR_V5: Fiber # 311 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 311 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 310 at npoly= 2 SPFLUXCORR_V5: Fiber # 311 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 312 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 312 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 312 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 312 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 313 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 313 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 313 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 313 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 314 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 314 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 314 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 314 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 315 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 315 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 315 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 315 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 316 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 316 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 316 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 316 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 317 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 317 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 317 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 317 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 318 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 318 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 318 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 318 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 319 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 319 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 319 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 319 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 320 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 320 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 320 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 320 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Writing file spFluxcorr-b1-00053648.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00053648.fits SPFLUXCORR_V5: Writing file spFluxcorr-b1-00053649.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00053649.fits SPFLUXCORR_V5: Writing file spFluxcorr-b1-00053650.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00053650.fits SPFLUXCORR_V5: Writing file spFluxcorr-b1-00053651.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00053651.fits SPFLUXCORR_V5: Writing file spFluxcorr-b1-00053652.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00053652.fits SPFLUXCORR_V5: Time to compute fluxcorr vectors = 642.06158 sec SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00053648.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00053648.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00053649.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00053649.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00053650.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00053650.fits DIVIDEFLAT: Warning: Reject 384 low points in trace 0 DIVIDEFLAT: Warning: Reject 385 low points in trace 1 DIVIDEFLAT: Warning: Reject 385 low points in trace 2 DIVIDEFLAT: Warning: Reject 385 low points in trace 3 DIVIDEFLAT: Warning: Reject 386 low points in trace 4 DIVIDEFLAT: Warning: Reject 386 low points in trace 5 DIVIDEFLAT: Warning: Reject 386 low points in trace 6 DIVIDEFLAT: Warning: Reject 386 low points in trace 7 DIVIDEFLAT: Warning: Reject 387 low points in trace 8 DIVIDEFLAT: Warning: Reject 387 low points in trace 9 DIVIDEFLAT: Warning: Reject 387 low points in trace 10 DIVIDEFLAT: Warning: Reject 388 low points in trace 11 DIVIDEFLAT: Warning: Reject 388 low points in trace 12 DIVIDEFLAT: Warning: Reject 388 low points in trace 13 DIVIDEFLAT: Warning: Reject 388 low points in trace 14 DIVIDEFLAT: Warning: Reject 388 low points in trace 15 DIVIDEFLAT: Warning: Reject 388 low points in trace 16 DIVIDEFLAT: Warning: Reject 388 low points in trace 17 DIVIDEFLAT: Warning: Reject 389 low points in trace 18 DIVIDEFLAT: Warning: Reject 389 low points in trace 19 DIVIDEFLAT: Warning: Reject 390 low points in trace 20 DIVIDEFLAT: Warning: Reject 390 low points in trace 21 DIVIDEFLAT: Warning: Reject 390 low points in trace 22 DIVIDEFLAT: Warning: Reject 390 low points in trace 23 DIVIDEFLAT: Warning: Reject 390 low points in trace 24 DIVIDEFLAT: Warning: Reject 390 low points in trace 25 DIVIDEFLAT: Warning: Reject 391 low points in trace 26 DIVIDEFLAT: Warning: Reject 391 low points in trace 27 DIVIDEFLAT: Warning: Reject 391 low points in trace 28 DIVIDEFLAT: Warning: Reject 392 low points in trace 29 DIVIDEFLAT: Warning: Reject 392 low points in trace 30 DIVIDEFLAT: Warning: Reject 392 low points in trace 31 DIVIDEFLAT: Warning: Reject 392 low points in trace 32 DIVIDEFLAT: Warning: Reject 392 low points in trace 33 DIVIDEFLAT: Warning: Reject 392 low points in trace 34 DIVIDEFLAT: Warning: Reject 392 low points in trace 35 DIVIDEFLAT: Warning: Reject 393 low points in trace 36 DIVIDEFLAT: Warning: Reject 393 low points in trace 37 DIVIDEFLAT: Warning: Reject 393 low points in trace 38 DIVIDEFLAT: Warning: Reject 393 low points in trace 39 DIVIDEFLAT: Warning: Reject 393 low points in trace 40 DIVIDEFLAT: Warning: Reject 394 low points in trace 41 DIVIDEFLAT: Warning: Reject 393 low points in trace 42 DIVIDEFLAT: Warning: Reject 395 low points in trace 43 DIVIDEFLAT: Warning: Reject 394 low points in trace 44 DIVIDEFLAT: Warning: Reject 394 low points in trace 45 DIVIDEFLAT: Warning: Reject 394 low points in trace 46 DIVIDEFLAT: Warning: Reject 394 low points in trace 47 DIVIDEFLAT: Warning: Reject 395 low points in trace 48 DIVIDEFLAT: Warning: Reject 395 low points in trace 49 DIVIDEFLAT: Warning: Reject 395 low points in trace 50 DIVIDEFLAT: Warning: Reject 395 low points in trace 51 DIVIDEFLAT: Warning: Reject 396 low points in trace 52 DIVIDEFLAT: Warning: Reject 396 low points in trace 53 DIVIDEFLAT: Warning: Reject 396 low points in trace 54 DIVIDEFLAT: Warning: Reject 396 low points in trace 55 DIVIDEFLAT: Warning: Reject 396 low points in trace 56 DIVIDEFLAT: Warning: Reject 397 low points in trace 57 DIVIDEFLAT: Warning: Reject 397 low points in trace 58 DIVIDEFLAT: Warning: Reject 396 low points in trace 59 DIVIDEFLAT: Warning: Reject 397 low points in trace 60 DIVIDEFLAT: Warning: Reject 397 low points in trace 61 DIVIDEFLAT: Warning: Reject 397 low points in trace 62 DIVIDEFLAT: Warning: Reject 397 low points in trace 63 DIVIDEFLAT: Warning: Reject 397 low points in trace 64 DIVIDEFLAT: Warning: Reject 397 low points in trace 65 DIVIDEFLAT: Warning: Reject 397 low points in trace 66 DIVIDEFLAT: Warning: Reject 398 low points in trace 67 DIVIDEFLAT: Warning: Reject 398 low points in trace 68 DIVIDEFLAT: Warning: Reject 398 low points in trace 69 DIVIDEFLAT: Warning: Reject 398 low points in trace 70 DIVIDEFLAT: Warning: Reject 398 low points in trace 71 DIVIDEFLAT: Warning: Reject 399 low points in trace 72 DIVIDEFLAT: Warning: Reject 399 low points in trace 73 DIVIDEFLAT: Warning: Reject 399 low points in trace 74 DIVIDEFLAT: Warning: Reject 399 low points in trace 75 DIVIDEFLAT: Warning: Reject 398 low points in trace 76 DIVIDEFLAT: Warning: Reject 399 low points in trace 77 DIVIDEFLAT: Warning: Reject 399 low points in trace 78 DIVIDEFLAT: Warning: Reject 399 low points in trace 79 DIVIDEFLAT: Warning: Reject 399 low points in trace 80 DIVIDEFLAT: Warning: Reject 399 low points in trace 81 DIVIDEFLAT: Warning: Reject 399 low points in trace 82 DIVIDEFLAT: Warning: Reject 400 low points in trace 83 DIVIDEFLAT: Warning: Reject 400 low points in trace 84 DIVIDEFLAT: Warning: Reject 400 low points in trace 85 DIVIDEFLAT: Warning: Reject 400 low points in trace 86 DIVIDEFLAT: Warning: Reject 400 low points in trace 87 DIVIDEFLAT: Warning: Reject 400 low points in trace 88 DIVIDEFLAT: Warning: Reject 401 low points in trace 89 DIVIDEFLAT: Warning: Reject 401 low points in trace 90 DIVIDEFLAT: Warning: Reject 401 low points in trace 91 DIVIDEFLAT: Warning: Reject 401 low points in trace 92 DIVIDEFLAT: Warning: Reject 401 low points in trace 93 DIVIDEFLAT: Warning: Reject 400 low points in trace 94 DIVIDEFLAT: Warning: Reject 401 low points in trace 95 DIVIDEFLAT: Warning: Reject 402 low points in trace 96 DIVIDEFLAT: Warning: Reject 401 low points in trace 97 DIVIDEFLAT: Warning: Reject 401 low points in trace 98 DIVIDEFLAT: Warning: Reject 401 low points in trace 99 DIVIDEFLAT: Warning: Reject 402 low points in trace 100 DIVIDEFLAT: Warning: Reject 401 low points in trace 101 DIVIDEFLAT: Warning: Reject 401 low points in trace 102 DIVIDEFLAT: Warning: Reject 401 low points in trace 103 DIVIDEFLAT: Warning: Reject 402 low points in trace 104 DIVIDEFLAT: Warning: Reject 402 low points in trace 105 DIVIDEFLAT: Warning: Reject 402 low points in trace 106 DIVIDEFLAT: Warning: Reject 402 low points in trace 107 DIVIDEFLAT: Warning: Reject 402 low points in trace 108 DIVIDEFLAT: Warning: Reject 402 low points in trace 109 DIVIDEFLAT: Warning: Reject 403 low points in trace 110 DIVIDEFLAT: Warning: Reject 403 low points in trace 111 DIVIDEFLAT: Warning: Reject 403 low points in trace 112 DIVIDEFLAT: Warning: Reject 403 low points in trace 113 DIVIDEFLAT: Warning: Reject 403 low points in trace 114 DIVIDEFLAT: Warning: Reject 403 low points in trace 115 DIVIDEFLAT: Warning: Reject 403 low points in trace 116 DIVIDEFLAT: Warning: Reject 403 low points in trace 117 DIVIDEFLAT: Warning: Reject 402 low points in trace 118 DIVIDEFLAT: Warning: Reject 403 low points in trace 119 DIVIDEFLAT: Warning: Reject 403 low points in trace 120 DIVIDEFLAT: Warning: Reject 403 low points in trace 121 DIVIDEFLAT: Warning: Reject 403 low points in trace 122 DIVIDEFLAT: Warning: Reject 403 low points in trace 123 DIVIDEFLAT: Warning: Reject 403 low points in trace 124 DIVIDEFLAT: Warning: Reject 403 low points in trace 125 DIVIDEFLAT: Warning: Reject 403 low points in trace 126 DIVIDEFLAT: Warning: Reject 403 low points in trace 127 DIVIDEFLAT: Warning: Reject 404 low points in trace 128 DIVIDEFLAT: Warning: Reject 404 low points in trace 129 DIVIDEFLAT: Warning: Reject 404 low points in trace 130 DIVIDEFLAT: Warning: Reject 404 low points in trace 131 DIVIDEFLAT: Warning: Reject 404 low points in trace 132 DIVIDEFLAT: Warning: Reject 404 low points in trace 133 DIVIDEFLAT: Warning: Reject 404 low points in trace 134 DIVIDEFLAT: Warning: Reject 404 low points in trace 135 DIVIDEFLAT: Warning: Reject 404 low points in trace 136 DIVIDEFLAT: Warning: Reject 404 low points in trace 137 DIVIDEFLAT: Warning: Reject 403 low points in trace 138 DIVIDEFLAT: Warning: Reject 403 low points in trace 139 DIVIDEFLAT: Warning: Reject 404 low points in trace 140 DIVIDEFLAT: Warning: Reject 404 low points in trace 141 DIVIDEFLAT: Warning: Reject 404 low points in trace 142 DIVIDEFLAT: Warning: Reject 404 low points in trace 143 DIVIDEFLAT: Warning: Reject 404 low points in trace 144 DIVIDEFLAT: Warning: Reject 404 low points in trace 145 DIVIDEFLAT: Warning: Reject 404 low points in trace 146 DIVIDEFLAT: Warning: Reject 404 low points in trace 147 DIVIDEFLAT: Warning: Reject 404 low points in trace 148 DIVIDEFLAT: Warning: Reject 404 low points in trace 149 DIVIDEFLAT: Warning: Reject 404 low points in trace 150 DIVIDEFLAT: Warning: Reject 404 low points in trace 151 DIVIDEFLAT: Warning: Reject 404 low points in trace 152 DIVIDEFLAT: Warning: Reject 404 low points in trace 153 DIVIDEFLAT: Warning: Reject 404 low points in trace 154 DIVIDEFLAT: Warning: Reject 405 low points in trace 155 DIVIDEFLAT: Warning: Reject 405 low points in trace 156 DIVIDEFLAT: Warning: Reject 405 low points in trace 157 DIVIDEFLAT: Warning: Reject 405 low points in trace 158 DIVIDEFLAT: Warning: Reject 405 low points in trace 159 DIVIDEFLAT: Warning: Reject 405 low points in trace 160 DIVIDEFLAT: Warning: Reject 405 low points in trace 161 DIVIDEFLAT: Warning: Reject 405 low points in trace 162 DIVIDEFLAT: Warning: Reject 405 low points in trace 163 DIVIDEFLAT: Warning: Reject 405 low points in trace 164 DIVIDEFLAT: Warning: Reject 405 low points in trace 165 DIVIDEFLAT: Warning: Reject 405 low points in trace 166 DIVIDEFLAT: Warning: Reject 405 low points in trace 167 DIVIDEFLAT: Warning: Reject 405 low points in trace 168 DIVIDEFLAT: Warning: Reject 405 low points in trace 169 DIVIDEFLAT: Warning: Reject 406 low points in trace 170 DIVIDEFLAT: Warning: Reject 406 low points in trace 171 DIVIDEFLAT: Warning: Reject 406 low points in trace 172 DIVIDEFLAT: Warning: Reject 406 low points in trace 173 DIVIDEFLAT: Warning: Reject 406 low points in trace 174 DIVIDEFLAT: Warning: Reject 406 low points in trace 175 DIVIDEFLAT: Warning: Reject 405 low points in trace 176 DIVIDEFLAT: Warning: Reject 406 low points in trace 177 DIVIDEFLAT: Warning: Reject 405 low points in trace 178 DIVIDEFLAT: Warning: Reject 406 low points in trace 179 DIVIDEFLAT: Warning: Reject 405 low points in trace 180 DIVIDEFLAT: Warning: Reject 405 low points in trace 181 DIVIDEFLAT: Warning: Reject 405 low points in trace 182 DIVIDEFLAT: Warning: Reject 405 low points in trace 183 DIVIDEFLAT: Warning: Reject 405 low points in trace 184 DIVIDEFLAT: Warning: Reject 405 low points in trace 185 DIVIDEFLAT: Warning: Reject 405 low points in trace 186 DIVIDEFLAT: Warning: Reject 405 low points in trace 187 DIVIDEFLAT: Warning: Reject 405 low points in trace 188 DIVIDEFLAT: Warning: Reject 405 low points in trace 189 DIVIDEFLAT: Warning: Reject 405 low points in trace 190 DIVIDEFLAT: Warning: Reject 405 low points in trace 191 DIVIDEFLAT: Warning: Reject 405 low points in trace 192 DIVIDEFLAT: Warning: Reject 405 low points in trace 193 DIVIDEFLAT: Warning: Reject 405 low points in trace 194 DIVIDEFLAT: Warning: Reject 405 low points in trace 195 DIVIDEFLAT: Warning: Reject 405 low points in trace 196 DIVIDEFLAT: Warning: Reject 405 low points in trace 197 DIVIDEFLAT: Warning: Reject 405 low points in trace 198 DIVIDEFLAT: Warning: Reject 405 low points in trace 199 DIVIDEFLAT: Warning: Reject 405 low points in trace 200 DIVIDEFLAT: Warning: Reject 405 low points in trace 201 DIVIDEFLAT: Warning: Reject 405 low points in trace 202 DIVIDEFLAT: Warning: Reject 404 low points in trace 203 DIVIDEFLAT: Warning: Reject 404 low points in trace 204 DIVIDEFLAT: Warning: Reject 404 low points in trace 205 DIVIDEFLAT: Warning: Reject 404 low points in trace 206 DIVIDEFLAT: Warning: Reject 404 low points in trace 207 DIVIDEFLAT: Warning: Reject 404 low points in trace 208 DIVIDEFLAT: Warning: Reject 404 low points in trace 209 DIVIDEFLAT: Warning: Reject 404 low points in trace 210 DIVIDEFLAT: Warning: Reject 404 low points in trace 211 DIVIDEFLAT: Warning: Reject 404 low points in trace 212 DIVIDEFLAT: Warning: Reject 404 low points in trace 213 DIVIDEFLAT: Warning: Reject 404 low points in trace 214 DIVIDEFLAT: Warning: Reject 404 low points in trace 215 DIVIDEFLAT: Warning: Reject 404 low points in trace 216 DIVIDEFLAT: Warning: Reject 404 low points in trace 217 DIVIDEFLAT: Warning: Reject 404 low points in trace 218 DIVIDEFLAT: Warning: Reject 404 low points in trace 219 DIVIDEFLAT: Warning: Reject 404 low points in trace 220 DIVIDEFLAT: Warning: Reject 403 low points in trace 221 DIVIDEFLAT: Warning: Reject 403 low points in trace 222 DIVIDEFLAT: Warning: Reject 403 low points in trace 223 DIVIDEFLAT: Warning: Reject 403 low points in trace 224 DIVIDEFLAT: Warning: Reject 403 low points in trace 225 DIVIDEFLAT: Warning: Reject 403 low points in trace 226 DIVIDEFLAT: Warning: Reject 403 low points in trace 227 DIVIDEFLAT: Warning: Reject 403 low points in trace 228 DIVIDEFLAT: Warning: Reject 403 low points in trace 229 DIVIDEFLAT: Warning: Reject 403 low points in trace 230 DIVIDEFLAT: Warning: Reject 403 low points in trace 231 DIVIDEFLAT: Warning: Reject 403 low points in trace 232 DIVIDEFLAT: Warning: Reject 403 low points in trace 233 DIVIDEFLAT: Warning: Reject 403 low points in trace 234 DIVIDEFLAT: Warning: Reject 403 low points in trace 235 DIVIDEFLAT: Warning: Reject 402 low points in trace 236 DIVIDEFLAT: Warning: Reject 402 low points in trace 237 DIVIDEFLAT: Warning: Reject 402 low points in trace 238 DIVIDEFLAT: Warning: Reject 402 low points in trace 239 DIVIDEFLAT: Warning: Reject 402 low points in trace 240 DIVIDEFLAT: Warning: Reject 402 low points in trace 241 DIVIDEFLAT: Warning: Reject 402 low points in trace 242 DIVIDEFLAT: Warning: Reject 402 low points in trace 243 DIVIDEFLAT: Warning: Reject 402 low points in trace 244 DIVIDEFLAT: Warning: Reject 402 low points in trace 245 DIVIDEFLAT: Warning: Reject 401 low points in trace 246 DIVIDEFLAT: Warning: Reject 401 low points in trace 247 DIVIDEFLAT: Warning: Reject 401 low points in trace 248 DIVIDEFLAT: Warning: Reject 401 low points in trace 249 DIVIDEFLAT: Warning: Reject 401 low points in trace 250 DIVIDEFLAT: Warning: Reject 401 low points in trace 251 DIVIDEFLAT: Warning: Reject 401 low points in trace 252 DIVIDEFLAT: Warning: Reject 401 low points in trace 253 DIVIDEFLAT: Warning: Reject 401 low points in trace 254 DIVIDEFLAT: Warning: Reject 401 low points in trace 255 DIVIDEFLAT: Warning: Reject 400 low points in trace 256 DIVIDEFLAT: Warning: Reject 401 low points in trace 257 DIVIDEFLAT: Warning: Reject 400 low points in trace 258 DIVIDEFLAT: Warning: Reject 400 low points in trace 259 DIVIDEFLAT: Warning: Reject 400 low points in trace 260 DIVIDEFLAT: Warning: Reject 400 low points in trace 261 DIVIDEFLAT: Warning: Reject 400 low points in trace 262 DIVIDEFLAT: Warning: Reject 400 low points in trace 263 DIVIDEFLAT: Warning: Reject 399 low points in trace 264 DIVIDEFLAT: Warning: Reject 399 low points in trace 265 DIVIDEFLAT: Warning: Reject 399 low points in trace 266 DIVIDEFLAT: Warning: Reject 399 low points in trace 267 DIVIDEFLAT: Warning: Reject 399 low points in trace 268 DIVIDEFLAT: Warning: Reject 399 low points in trace 269 DIVIDEFLAT: Warning: Reject 398 low points in trace 270 DIVIDEFLAT: Warning: Reject 399 low points in trace 271 DIVIDEFLAT: Warning: Reject 398 low points in trace 272 DIVIDEFLAT: Warning: Reject 398 low points in trace 273 DIVIDEFLAT: Warning: Reject 398 low points in trace 274 DIVIDEFLAT: Warning: Reject 398 low points in trace 275 DIVIDEFLAT: Warning: Reject 398 low points in trace 276 DIVIDEFLAT: Warning: Reject 398 low points in trace 277 DIVIDEFLAT: Warning: Reject 397 low points in trace 278 DIVIDEFLAT: Warning: Reject 397 low points in trace 279 DIVIDEFLAT: Warning: Reject 397 low points in trace 280 DIVIDEFLAT: Warning: Reject 397 low points in trace 281 DIVIDEFLAT: Warning: Reject 397 low points in trace 282 DIVIDEFLAT: Warning: Reject 396 low points in trace 283 DIVIDEFLAT: Warning: Reject 396 low points in trace 284 DIVIDEFLAT: Warning: Reject 396 low points in trace 285 DIVIDEFLAT: Warning: Reject 396 low points in trace 286 DIVIDEFLAT: Warning: Reject 396 low points in trace 287 DIVIDEFLAT: Warning: Reject 396 low points in trace 288 DIVIDEFLAT: Warning: Reject 395 low points in trace 289 DIVIDEFLAT: Warning: Reject 395 low points in trace 290 DIVIDEFLAT: Warning: Reject 395 low points in trace 291 DIVIDEFLAT: Warning: Reject 395 low points in trace 292 DIVIDEFLAT: Warning: Reject 395 low points in trace 293 DIVIDEFLAT: Warning: Reject 394 low points in trace 294 DIVIDEFLAT: Warning: Reject 394 low points in trace 295 DIVIDEFLAT: Warning: Reject 394 low points in trace 296 DIVIDEFLAT: Warning: Reject 394 low points in trace 297 DIVIDEFLAT: Warning: Reject 394 low points in trace 298 DIVIDEFLAT: Warning: Reject 394 low points in trace 299 DIVIDEFLAT: Warning: Reject 393 low points in trace 300 DIVIDEFLAT: Warning: Reject 392 low points in trace 301 DIVIDEFLAT: Warning: Reject 392 low points in trace 302 DIVIDEFLAT: Warning: Reject 392 low points in trace 303 DIVIDEFLAT: Warning: Reject 392 low points in trace 304 DIVIDEFLAT: Warning: Reject 392 low points in trace 305 DIVIDEFLAT: Warning: Reject 391 low points in trace 306 DIVIDEFLAT: Warning: Reject 391 low points in trace 307 DIVIDEFLAT: Warning: Reject 391 low points in trace 308 DIVIDEFLAT: Warning: Reject 391 low points in trace 309 DIVIDEFLAT: Warning: Reject 391 low points in trace 310 DIVIDEFLAT: Warning: Reject 390 low points in trace 311 DIVIDEFLAT: Warning: Reject 390 low points in trace 312 DIVIDEFLAT: Warning: Reject 390 low points in trace 313 DIVIDEFLAT: Warning: Reject 390 low points in trace 314 DIVIDEFLAT: Warning: Reject 389 low points in trace 315 DIVIDEFLAT: Warning: Reject 389 low points in trace 316 DIVIDEFLAT: Warning: Reject 389 low points in trace 317 DIVIDEFLAT: Warning: Reject 389 low points in trace 318 DIVIDEFLAT: Warning: Reject 389 low points in trace 319 SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00053651.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00053651.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00053652.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00053652.fits SPFLUXCORR_V5: Fiber # 321 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 321 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 321 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 321 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 322 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 322 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 322 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 322 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 323 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 2 at npoly= 1 SPFLUXCORR_V5: Fiber # 323 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 323 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 323 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 324 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 324 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 324 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 324 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 325 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 325 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 325 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 325 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 326 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 326 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 326 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 326 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 327 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 327 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 327 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 327 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 328 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 328 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 328 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 328 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 329 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 329 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 329 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 329 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 330 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 330 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 330 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 330 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 331 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 331 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 331 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 331 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 332 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 332 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 332 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 332 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 333 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 333 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 333 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 333 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 334 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 334 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 334 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 334 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 335 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 335 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 335 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 335 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 336 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 336 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 336 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 336 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 337 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 337 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 337 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 337 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 338 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 338 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 338 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 338 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 339 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 339 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 339 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 339 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 340 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 340 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 340 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 340 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 341 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 341 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 341 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 341 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 342 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 342 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 342 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 342 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 343 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 343 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 343 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 343 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 344 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 344 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 344 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 344 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 345 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 345 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 345 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 345 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 346 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 346 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 346 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 346 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 347 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 347 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 347 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 347 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 348 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 348 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 348 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 348 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 349 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 349 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 349 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 349 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 350 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 350 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 350 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 350 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 351 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 351 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 351 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 351 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 352 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 31 at npoly= 1 SPFLUXCORR_V5: Fiber # 352 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 352 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 352 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 353 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 353 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 353 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 353 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 354 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 354 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 354 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 354 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 355 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 355 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 355 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 355 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 356 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 356 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 356 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 356 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 357 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 357 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 357 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 357 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 358 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 358 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 358 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 358 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 359 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 359 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 359 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 359 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 360 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 360 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 360 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 360 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 361 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 361 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 361 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 361 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 362 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 362 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 362 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 362 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 363 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 363 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 363 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 363 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 364 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 364 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 364 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 364 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 365 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 365 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 365 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 365 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 366 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 366 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 366 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 366 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 367 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 367 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 367 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 367 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 368 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 368 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 368 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 368 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 369 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 369 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 369 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 369 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 370 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 370 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 370 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 370 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 371 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 371 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 371 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 371 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 372 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 372 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 372 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 372 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 373 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 373 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 373 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 373 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 374 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 374 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 374 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 374 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 375 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 375 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 375 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 375 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 376 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 376 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 376 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 376 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 377 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 377 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 377 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 377 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 378 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 378 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 378 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 378 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 379 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 379 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 379 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 379 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 380 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 380 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 380 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 380 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 381 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 381 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 381 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 381 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 382 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 382 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 382 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 382 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 383 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 383 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 383 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 383 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 384 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 384 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 384 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 384 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 385 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 385 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 385 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 385 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 386 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 386 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 386 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 386 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 387 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 387 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 387 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 387 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 388 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 388 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 388 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 388 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 389 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 389 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 389 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 389 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 390 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 390 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 390 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 390 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 391 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 391 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 391 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 391 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 392 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 71 at npoly= 3 SPFLUXCORR_V5: Fiber # 392 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 392 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 392 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 393 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 393 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 393 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 393 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 394 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 394 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 394 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 394 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 395 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 395 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 395 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 395 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 396 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 396 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 396 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 396 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 397 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 397 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 397 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 397 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 398 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 398 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 398 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 398 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 399 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 399 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 399 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 399 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 400 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 400 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 400 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 400 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 401 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 401 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 401 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 401 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 402 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 402 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 402 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 402 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 403 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 403 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 403 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 403 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 404 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 404 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 404 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 404 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 405 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 405 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 405 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 405 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 406 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 406 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 406 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 406 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 407 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 407 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 407 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 407 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 408 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 408 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 408 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 408 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 409 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 409 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 409 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 409 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 410 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 410 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 410 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 410 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 411 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 411 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 411 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 411 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 412 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 412 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 412 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 412 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 413 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 413 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 413 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 413 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 414 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 414 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 414 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 414 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 415 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 415 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 415 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 415 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 416 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 416 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 416 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 416 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 417 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 417 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 417 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 417 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 418 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 418 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 418 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 418 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 419 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 98 at npoly= 1 SPFLUXCORR_V5: Fiber # 419 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 419 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 419 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 420 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 420 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 420 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 420 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 421 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 100 at npoly= 1 SPFLUXCORR_V5: Fiber # 421 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 100 at npoly= 1 SPFLUXCORR_V5: Fiber # 421 exposure # 53651 npoly= 0 SPFLUXCORR_V5: Fiber # 421 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 422 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 422 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 422 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 422 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 423 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 423 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 423 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 423 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 424 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 424 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 424 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 424 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 425 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 425 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 425 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 425 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 426 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 426 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 426 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 426 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 427 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 427 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 427 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 427 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 428 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 428 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 428 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 428 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 429 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 429 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 429 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 429 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 430 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 430 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 430 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 430 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 431 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 431 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 431 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 431 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 432 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 432 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 432 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 432 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 433 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 433 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 433 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 433 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 434 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 434 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 434 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 434 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 435 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 435 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 435 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 435 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 436 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 436 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 436 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 436 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 437 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 437 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 437 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 437 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 438 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 438 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 438 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 438 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 439 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 439 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 439 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 439 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 440 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 440 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 440 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 440 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 441 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 441 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 441 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 441 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 442 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 442 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 442 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 442 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 443 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 443 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 443 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 443 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 444 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 444 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 444 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 444 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 445 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 445 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 445 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 445 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 446 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 446 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 446 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 446 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 447 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 447 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 447 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 447 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 448 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 448 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 448 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 448 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 449 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 449 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 449 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 449 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 450 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 450 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 450 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 450 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 451 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 130 at npoly= 1 SPFLUXCORR_V5: Fiber # 451 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 451 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 451 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 452 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 452 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 452 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 452 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 453 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 453 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 453 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 453 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 454 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 454 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 454 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 454 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 455 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 455 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 455 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 455 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 456 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 456 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 456 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 456 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 457 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 457 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 457 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 457 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 458 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 458 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 458 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 458 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 459 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 459 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 459 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 459 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 460 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 460 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 460 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 460 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 461 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 461 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 461 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 461 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 462 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 462 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 462 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 462 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 463 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 463 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 463 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 463 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 464 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 143 at npoly= 1 SPFLUXCORR_V5: Fiber # 464 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 464 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 464 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 465 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 465 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 465 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 465 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 466 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 466 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 466 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 466 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 467 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 467 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 467 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 467 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 468 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 468 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 468 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 468 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 469 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 469 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 469 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 469 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 470 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 470 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 470 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 470 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 471 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 471 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 471 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 471 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 472 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 472 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 472 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 472 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 473 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 473 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 473 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 473 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 474 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 474 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 474 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 474 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 475 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 475 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 475 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 475 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 476 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 476 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 476 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 476 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 477 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 477 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 477 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 477 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 478 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 478 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 478 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 478 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 479 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 479 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 479 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 479 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 480 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 480 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 480 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 480 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 481 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 481 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 481 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 481 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 482 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 482 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 482 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 482 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 483 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 483 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 483 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 483 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 484 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 484 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 484 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 484 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 485 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 485 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 485 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 485 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 486 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 486 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 486 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 486 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 487 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 487 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 487 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 487 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 488 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 488 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 488 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 488 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 489 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 489 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 489 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 489 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 490 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 490 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 490 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 490 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 491 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 491 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 491 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 491 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 492 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 492 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 492 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 492 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 493 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 493 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 493 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 493 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 494 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 173 at npoly= 2 SPFLUXCORR_V5: Fiber # 494 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 494 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 173 at npoly= 3 SPFLUXCORR_V5: Fiber # 494 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 495 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 495 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 495 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 495 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 496 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 496 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 496 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 496 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 497 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 497 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 497 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 497 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 498 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 498 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 498 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 498 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 499 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 499 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 499 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 499 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 500 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 500 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 500 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 500 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 501 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 501 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 501 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 501 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 502 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 502 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 502 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 502 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 503 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 503 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 503 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 503 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 504 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 504 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 504 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 504 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 505 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 184 at npoly= 1 SPFLUXCORR_V5: Fiber # 505 exposure # 53650 npoly= 0 SPFLUXCORR_V5: Fiber # 505 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 505 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 506 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 506 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 506 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 506 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 507 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 507 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 507 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 507 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 508 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 508 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 508 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 508 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 509 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 509 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 509 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 509 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 510 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 510 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 510 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 510 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 511 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 511 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 511 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 511 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 512 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 512 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 512 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 512 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 513 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 513 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 513 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 513 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 514 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 514 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 514 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 514 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 515 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 515 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 515 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 515 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 516 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 516 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 516 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 516 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 517 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 517 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 517 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 517 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 518 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 518 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 518 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 518 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 519 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 519 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 519 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 519 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 520 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 520 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 520 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 520 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 521 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 521 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 521 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 521 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 522 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 522 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 522 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 522 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 523 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 523 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 523 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 523 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 524 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 524 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 524 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 524 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 525 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 525 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 525 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 525 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 526 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 526 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 526 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 526 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 527 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 527 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 527 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 527 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 528 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 528 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 528 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 528 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 529 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 529 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 529 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 529 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 530 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 530 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 530 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 530 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 531 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 531 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 531 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 531 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 532 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 532 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 532 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 532 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 533 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 533 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 533 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 533 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 534 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 534 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 534 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 534 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 535 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 535 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 535 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 535 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 536 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 536 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 536 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 536 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 537 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 537 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 537 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 537 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 538 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 538 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 538 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 538 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 539 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 539 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 539 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 539 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 540 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 540 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 540 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 540 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 541 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 541 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 541 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 541 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 542 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 542 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 542 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 542 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 543 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 543 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 543 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 543 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 544 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 544 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 544 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 544 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 545 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 545 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 545 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 545 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 546 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 546 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 546 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 546 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 547 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 547 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 547 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 547 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 548 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 548 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 548 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 548 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 549 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 549 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 549 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 549 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 550 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 550 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 550 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 550 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 551 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 551 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 551 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 551 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 552 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 552 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 552 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 552 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 553 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 553 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 553 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 553 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 554 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 554 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 554 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 554 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 555 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 555 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 555 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 555 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 556 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 556 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 556 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 556 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 557 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 557 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 557 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 557 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 558 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 558 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 558 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 558 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 559 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 559 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 559 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 559 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 560 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 560 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 560 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 560 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 561 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 561 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 561 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 561 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 562 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 562 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 562 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 562 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 563 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 563 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 563 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 563 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 564 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 564 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 564 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 564 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 565 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 565 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 565 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 565 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 566 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 566 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 566 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 566 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 567 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 567 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 567 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 567 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 568 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 568 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 568 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 568 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 569 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 569 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 569 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 569 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 570 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 570 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 570 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 570 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 571 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 571 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 571 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 571 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 572 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 572 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 572 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 572 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 573 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 573 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 573 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 573 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 574 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 574 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 574 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 574 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 575 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 575 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 575 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 575 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 576 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 576 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 576 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 576 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 577 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 577 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 577 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 577 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 578 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 578 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 578 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 578 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 579 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 579 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 579 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 579 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 580 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 580 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 580 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 580 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 581 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 581 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 581 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 260 at npoly= 2 SPFLUXCORR_V5: Warning: Bad fluxcorr for object 260 at npoly= 3 SPFLUXCORR_V5: Fiber # 581 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 582 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 582 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 582 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 582 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 583 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 583 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 583 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 583 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 584 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 584 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 584 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 584 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 585 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 585 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 585 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 585 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 586 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 586 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 586 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 586 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 587 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 587 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 587 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 587 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 588 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 588 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 588 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 588 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 589 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 589 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 589 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 589 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 590 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 590 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 590 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 590 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 591 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 591 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 591 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 591 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 592 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 592 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 592 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 592 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 593 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 593 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 593 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 593 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 594 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 594 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 594 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 594 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 595 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 595 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 595 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 595 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 596 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 596 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 596 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 596 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 597 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 597 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 597 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 597 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 598 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 598 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 598 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 598 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 599 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 599 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 599 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 599 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 600 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 600 exposure # 53650 npoly= 2 SPFLUXCORR_V5: Fiber # 600 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 600 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 601 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 601 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 601 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 601 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 602 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 602 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 602 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 602 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 603 exposure # 53649 npoly= 1 SPFLUXCORR_V5: Fiber # 603 exposure # 53650 npoly= 1 SPFLUXCORR_V5: Fiber # 603 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 603 exposure # 53652 npoly= 1 SPFLUXCORR_V5: Fiber # 604 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 604 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 604 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 604 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 605 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 605 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 605 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 605 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 606 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 606 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 606 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 606 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 607 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 607 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 607 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 607 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 608 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 608 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 608 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 608 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 609 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 609 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 609 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 609 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 610 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 610 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 610 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 610 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 611 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 611 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 611 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 611 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 612 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 612 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 612 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 612 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 613 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 613 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 613 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 613 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 614 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 614 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 614 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 614 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 615 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 615 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 615 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 615 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 616 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 616 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 616 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 616 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 617 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 617 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 617 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 617 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 618 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 618 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 618 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 618 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 619 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 619 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 619 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 619 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 620 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 620 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 620 exposure # 53651 npoly= 1 SPFLUXCORR_V5: Fiber # 620 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 621 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 621 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 621 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 621 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 622 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 622 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 622 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 622 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 623 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 623 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 623 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 623 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 624 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 624 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 624 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 624 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 625 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 625 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 625 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 625 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 626 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 626 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 626 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 626 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 627 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 627 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 627 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 627 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 628 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 628 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 628 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 628 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 629 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 629 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 629 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 629 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 630 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 630 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 630 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 630 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 631 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 631 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 631 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 631 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Fiber # 632 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 632 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 632 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 632 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 633 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 633 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 633 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 633 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 634 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 634 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 634 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 634 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 635 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 635 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 635 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 635 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 636 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 636 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 636 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 636 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 637 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 637 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 637 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 637 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 638 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 638 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 638 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 638 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 639 exposure # 53649 npoly= 3 SPFLUXCORR_V5: Fiber # 639 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 639 exposure # 53651 npoly= 3 SPFLUXCORR_V5: Fiber # 639 exposure # 53652 npoly= 3 SPFLUXCORR_V5: Fiber # 640 exposure # 53649 npoly= 2 SPFLUXCORR_V5: Fiber # 640 exposure # 53650 npoly= 3 SPFLUXCORR_V5: Fiber # 640 exposure # 53651 npoly= 2 SPFLUXCORR_V5: Fiber # 640 exposure # 53652 npoly= 2 SPFLUXCORR_V5: Writing file spFluxcorr-b2-00053648.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00053648.fits SPFLUXCORR_V5: Writing file spFluxcorr-b2-00053649.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00053649.fits SPFLUXCORR_V5: Writing file spFluxcorr-b2-00053650.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00053650.fits SPFLUXCORR_V5: Writing file spFluxcorr-b2-00053651.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00053651.fits SPFLUXCORR_V5: Writing file spFluxcorr-b2-00053652.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00053652.fits SPFLUXCORR_V5: Time to compute fluxcorr vectors = 568.08085 sec SPCOMBINE_V5: Max memory usage = 401.0 MB SPCOADD_V5: Reading file # 0: spFrame-b1-00053648.fits SPCOADD_V5: SPCOADD_V5: Reading file # 1: spFrame-b1-00053649.fits SPCOADD_V5: SPCOADD_V5: Reading file # 2: spFrame-b1-00053650.fits SPCOADD_V5: SPCOADD_V5: Reading file # 3: spFrame-b1-00053651.fits SPCOADD_V5: SPCOADD_V5: Reading file # 4: spFrame-b1-00053652.fits SPCOADD_V5: SPCOADD_V5: Reading file # 5: spFrame-b2-00053648.fits SPCOADD_V5: SPCOADD_V5: Reading file # 6: spFrame-b2-00053649.fits SPCOADD_V5: SPCOADD_V5: Reading file # 7: spFrame-b2-00053650.fits SPCOADD_V5: SPCOADD_V5: Reading file # 8: spFrame-b2-00053651.fits SPCOADD_V5: SPCOADD_V5: Reading file # 9: spFrame-b2-00053652.fits SPCOADD_V5: SPCOADD_V5: Reading file # 10: spFrame-r1-00053648.fits SPCOADD_V5: SPCOADD_V5: Reading file # 11: spFrame-r1-00053649.fits SPCOADD_V5: SPCOADD_V5: Reading file # 12: spFrame-r1-00053650.fits SPCOADD_V5: SPCOADD_V5: Reading file # 13: spFrame-r1-00053651.fits SPCOADD_V5: SPCOADD_V5: Reading file # 14: spFrame-r1-00053652.fits SPCOADD_V5: SPCOADD_V5: Reading file # 15: spFrame-r2-00053648.fits SPCOADD_V5: SPCOADD_V5: Reading file # 16: spFrame-r2-00053649.fits SPCOADD_V5: SPCOADD_V5: Reading file # 17: spFrame-r2-00053650.fits DIVIDEFLAT: Warning: Reject 384 low points in trace 0 DIVIDEFLAT: Warning: Reject 385 low points in trace 1 DIVIDEFLAT: Warning: Reject 385 low points in trace 2 DIVIDEFLAT: Warning: Reject 385 low points in trace 3 DIVIDEFLAT: Warning: Reject 386 low points in trace 4 DIVIDEFLAT: Warning: Reject 386 low points in trace 5 DIVIDEFLAT: Warning: Reject 386 low points in trace 6 DIVIDEFLAT: Warning: Reject 386 low points in trace 7 DIVIDEFLAT: Warning: Reject 387 low points in trace 8 DIVIDEFLAT: Warning: Reject 387 low points in trace 9 DIVIDEFLAT: Warning: Reject 387 low points in trace 10 DIVIDEFLAT: Warning: Reject 388 low points in trace 11 DIVIDEFLAT: Warning: Reject 388 low points in trace 12 DIVIDEFLAT: Warning: Reject 388 low points in trace 13 DIVIDEFLAT: Warning: Reject 388 low points in trace 14 DIVIDEFLAT: Warning: Reject 388 low points in trace 15 DIVIDEFLAT: Warning: Reject 388 low points in trace 16 DIVIDEFLAT: Warning: Reject 388 low points in trace 17 DIVIDEFLAT: Warning: Reject 389 low points in trace 18 DIVIDEFLAT: Warning: Reject 389 low points in trace 19 DIVIDEFLAT: Warning: Reject 390 low points in trace 20 DIVIDEFLAT: Warning: Reject 390 low points in trace 21 DIVIDEFLAT: Warning: Reject 390 low points in trace 22 DIVIDEFLAT: Warning: Reject 390 low points in trace 23 DIVIDEFLAT: Warning: Reject 390 low points in trace 24 DIVIDEFLAT: Warning: Reject 390 low points in trace 25 DIVIDEFLAT: Warning: Reject 391 low points in trace 26 DIVIDEFLAT: Warning: Reject 391 low points in trace 27 DIVIDEFLAT: Warning: Reject 391 low points in trace 28 DIVIDEFLAT: Warning: Reject 392 low points in trace 29 DIVIDEFLAT: Warning: Reject 392 low points in trace 30 DIVIDEFLAT: Warning: Reject 392 low points in trace 31 DIVIDEFLAT: Warning: Reject 392 low points in trace 32 DIVIDEFLAT: Warning: Reject 392 low points in trace 33 DIVIDEFLAT: Warning: Reject 392 low points in trace 34 DIVIDEFLAT: Warning: Reject 392 low points in trace 35 DIVIDEFLAT: Warning: Reject 393 low points in trace 36 DIVIDEFLAT: Warning: Reject 393 low points in trace 37 DIVIDEFLAT: Warning: Reject 393 low points in trace 38 DIVIDEFLAT: Warning: Reject 393 low points in trace 39 DIVIDEFLAT: Warning: Reject 393 low points in trace 40 DIVIDEFLAT: Warning: Reject 394 low points in trace 41 DIVIDEFLAT: Warning: Reject 393 low points in trace 42 DIVIDEFLAT: Warning: Reject 395 low points in trace 43 DIVIDEFLAT: Warning: Reject 394 low points in trace 44 DIVIDEFLAT: Warning: Reject 394 low points in trace 45 DIVIDEFLAT: Warning: Reject 394 low points in trace 46 DIVIDEFLAT: Warning: Reject 394 low points in trace 47 DIVIDEFLAT: Warning: Reject 395 low points in trace 48 DIVIDEFLAT: Warning: Reject 395 low points in trace 49 DIVIDEFLAT: Warning: Reject 395 low points in trace 50 DIVIDEFLAT: Warning: Reject 395 low points in trace 51 DIVIDEFLAT: Warning: Reject 396 low points in trace 52 DIVIDEFLAT: Warning: Reject 396 low points in trace 53 DIVIDEFLAT: Warning: Reject 396 low points in trace 54 DIVIDEFLAT: Warning: Reject 396 low points in trace 55 DIVIDEFLAT: Warning: Reject 396 low points in trace 56 DIVIDEFLAT: Warning: Reject 397 low points in trace 57 DIVIDEFLAT: Warning: Reject 397 low points in trace 58 DIVIDEFLAT: Warning: Reject 396 low points in trace 59 DIVIDEFLAT: Warning: Reject 397 low points in trace 60 DIVIDEFLAT: Warning: Reject 397 low points in trace 61 DIVIDEFLAT: Warning: Reject 397 low points in trace 62 DIVIDEFLAT: Warning: Reject 397 low points in trace 63 DIVIDEFLAT: Warning: Reject 397 low points in trace 64 DIVIDEFLAT: Warning: Reject 397 low points in trace 65 DIVIDEFLAT: Warning: Reject 397 low points in trace 66 DIVIDEFLAT: Warning: Reject 398 low points in trace 67 DIVIDEFLAT: Warning: Reject 398 low points in trace 68 DIVIDEFLAT: Warning: Reject 398 low points in trace 69 DIVIDEFLAT: Warning: Reject 398 low points in trace 70 DIVIDEFLAT: Warning: Reject 398 low points in trace 71 DIVIDEFLAT: Warning: Reject 399 low points in trace 72 DIVIDEFLAT: Warning: Reject 399 low points in trace 73 DIVIDEFLAT: Warning: Reject 399 low points in trace 74 DIVIDEFLAT: Warning: Reject 399 low points in trace 75 DIVIDEFLAT: Warning: Reject 398 low points in trace 76 DIVIDEFLAT: Warning: Reject 399 low points in trace 77 DIVIDEFLAT: Warning: Reject 399 low points in trace 78 DIVIDEFLAT: Warning: Reject 399 low points in trace 79 DIVIDEFLAT: Warning: Reject 399 low points in trace 80 DIVIDEFLAT: Warning: Reject 399 low points in trace 81 DIVIDEFLAT: Warning: Reject 399 low points in trace 82 DIVIDEFLAT: Warning: Reject 400 low points in trace 83 DIVIDEFLAT: Warning: Reject 400 low points in trace 84 DIVIDEFLAT: Warning: Reject 400 low points in trace 85 DIVIDEFLAT: Warning: Reject 400 low points in trace 86 DIVIDEFLAT: Warning: Reject 400 low points in trace 87 DIVIDEFLAT: Warning: Reject 400 low points in trace 88 DIVIDEFLAT: Warning: Reject 401 low points in trace 89 DIVIDEFLAT: Warning: Reject 401 low points in trace 90 DIVIDEFLAT: Warning: Reject 401 low points in trace 91 DIVIDEFLAT: Warning: Reject 401 low points in trace 92 DIVIDEFLAT: Warning: Reject 401 low points in trace 93 DIVIDEFLAT: Warning: Reject 400 low points in trace 94 DIVIDEFLAT: Warning: Reject 401 low points in trace 95 DIVIDEFLAT: Warning: Reject 402 low points in trace 96 DIVIDEFLAT: Warning: Reject 401 low points in trace 97 DIVIDEFLAT: Warning: Reject 401 low points in trace 98 DIVIDEFLAT: Warning: Reject 401 low points in trace 99 DIVIDEFLAT: Warning: Reject 402 low points in trace 100 DIVIDEFLAT: Warning: Reject 401 low points in trace 101 DIVIDEFLAT: Warning: Reject 401 low points in trace 102 DIVIDEFLAT: Warning: Reject 401 low points in trace 103 DIVIDEFLAT: Warning: Reject 402 low points in trace 104 DIVIDEFLAT: Warning: Reject 402 low points in trace 105 DIVIDEFLAT: Warning: Reject 402 low points in trace 106 DIVIDEFLAT: Warning: Reject 402 low points in trace 107 DIVIDEFLAT: Warning: Reject 402 low points in trace 108 DIVIDEFLAT: Warning: Reject 402 low points in trace 109 DIVIDEFLAT: Warning: Reject 403 low points in trace 110 DIVIDEFLAT: Warning: Reject 403 low points in trace 111 DIVIDEFLAT: Warning: Reject 403 low points in trace 112 DIVIDEFLAT: Warning: Reject 403 low points in trace 113 DIVIDEFLAT: Warning: Reject 403 low points in trace 114 DIVIDEFLAT: Warning: Reject 403 low points in trace 115 DIVIDEFLAT: Warning: Reject 403 low points in trace 116 DIVIDEFLAT: Warning: Reject 403 low points in trace 117 DIVIDEFLAT: Warning: Reject 402 low points in trace 118 DIVIDEFLAT: Warning: Reject 403 low points in trace 119 DIVIDEFLAT: Warning: Reject 403 low points in trace 120 DIVIDEFLAT: Warning: Reject 403 low points in trace 121 DIVIDEFLAT: Warning: Reject 403 low points in trace 122 DIVIDEFLAT: Warning: Reject 403 low points in trace 123 DIVIDEFLAT: Warning: Reject 403 low points in trace 124 DIVIDEFLAT: Warning: Reject 403 low points in trace 125 DIVIDEFLAT: Warning: Reject 403 low points in trace 126 DIVIDEFLAT: Warning: Reject 403 low points in trace 127 DIVIDEFLAT: Warning: Reject 404 low points in trace 128 DIVIDEFLAT: Warning: Reject 404 low points in trace 129 DIVIDEFLAT: Warning: Reject 404 low points in trace 130 DIVIDEFLAT: Warning: Reject 404 low points in trace 131 DIVIDEFLAT: Warning: Reject 404 low points in trace 132 DIVIDEFLAT: Warning: Reject 404 low points in trace 133 DIVIDEFLAT: Warning: Reject 404 low points in trace 134 DIVIDEFLAT: Warning: Reject 404 low points in trace 135 DIVIDEFLAT: Warning: Reject 404 low points in trace 136 DIVIDEFLAT: Warning: Reject 404 low points in trace 137 DIVIDEFLAT: Warning: Reject 403 low points in trace 138 DIVIDEFLAT: Warning: Reject 403 low points in trace 139 DIVIDEFLAT: Warning: Reject 404 low points in trace 140 DIVIDEFLAT: Warning: Reject 404 low points in trace 141 DIVIDEFLAT: Warning: Reject 404 low points in trace 142 DIVIDEFLAT: Warning: Reject 404 low points in trace 143 DIVIDEFLAT: Warning: Reject 404 low points in trace 144 DIVIDEFLAT: Warning: Reject 404 low points in trace 145 DIVIDEFLAT: Warning: Reject 404 low points in trace 146 DIVIDEFLAT: Warning: Reject 404 low points in trace 147 DIVIDEFLAT: Warning: Reject 404 low points in trace 148 DIVIDEFLAT: Warning: Reject 404 low points in trace 149 DIVIDEFLAT: Warning: Reject 404 low points in trace 150 DIVIDEFLAT: Warning: Reject 404 low points in trace 151 DIVIDEFLAT: Warning: Reject 404 low points in trace 152 DIVIDEFLAT: Warning: Reject 404 low points in trace 153 DIVIDEFLAT: Warning: Reject 404 low points in trace 154 DIVIDEFLAT: Warning: Reject 405 low points in trace 155 DIVIDEFLAT: Warning: Reject 405 low points in trace 156 DIVIDEFLAT: Warning: Reject 405 low points in trace 157 DIVIDEFLAT: Warning: Reject 405 low points in trace 158 DIVIDEFLAT: Warning: Reject 405 low points in trace 159 DIVIDEFLAT: Warning: Reject 405 low points in trace 160 DIVIDEFLAT: Warning: Reject 405 low points in trace 161 DIVIDEFLAT: Warning: Reject 405 low points in trace 162 DIVIDEFLAT: Warning: Reject 405 low points in trace 163 DIVIDEFLAT: Warning: Reject 405 low points in trace 164 DIVIDEFLAT: Warning: Reject 405 low points in trace 165 DIVIDEFLAT: Warning: Reject 405 low points in trace 166 DIVIDEFLAT: Warning: Reject 405 low points in trace 167 DIVIDEFLAT: Warning: Reject 405 low points in trace 168 DIVIDEFLAT: Warning: Reject 405 low points in trace 169 DIVIDEFLAT: Warning: Reject 406 low points in trace 170 DIVIDEFLAT: Warning: Reject 406 low points in trace 171 DIVIDEFLAT: Warning: Reject 406 low points in trace 172 DIVIDEFLAT: Warning: Reject 406 low points in trace 173 DIVIDEFLAT: Warning: Reject 406 low points in trace 174 DIVIDEFLAT: Warning: Reject 406 low points in trace 175 DIVIDEFLAT: Warning: Reject 405 low points in trace 176 DIVIDEFLAT: Warning: Reject 406 low points in trace 177 DIVIDEFLAT: Warning: Reject 405 low points in trace 178 DIVIDEFLAT: Warning: Reject 406 low points in trace 179 DIVIDEFLAT: Warning: Reject 405 low points in trace 180 DIVIDEFLAT: Warning: Reject 405 low points in trace 181 DIVIDEFLAT: Warning: Reject 405 low points in trace 182 DIVIDEFLAT: Warning: Reject 405 low points in trace 183 DIVIDEFLAT: Warning: Reject 405 low points in trace 184 DIVIDEFLAT: Warning: Reject 405 low points in trace 185 DIVIDEFLAT: Warning: Reject 405 low points in trace 186 DIVIDEFLAT: Warning: Reject 405 low points in trace 187 DIVIDEFLAT: Warning: Reject 405 low points in trace 188 DIVIDEFLAT: Warning: Reject 405 low points in trace 189 DIVIDEFLAT: Warning: Reject 405 low points in trace 190 DIVIDEFLAT: Warning: Reject 405 low points in trace 191 DIVIDEFLAT: Warning: Reject 405 low points in trace 192 DIVIDEFLAT: Warning: Reject 405 low points in trace 193 DIVIDEFLAT: Warning: Reject 405 low points in trace 194 DIVIDEFLAT: Warning: Reject 405 low points in trace 195 DIVIDEFLAT: Warning: Reject 405 low points in trace 196 DIVIDEFLAT: Warning: Reject 405 low points in trace 197 DIVIDEFLAT: Warning: Reject 405 low points in trace 198 DIVIDEFLAT: Warning: Reject 405 low points in trace 199 DIVIDEFLAT: Warning: Reject 405 low points in trace 200 DIVIDEFLAT: Warning: Reject 405 low points in trace 201 DIVIDEFLAT: Warning: Reject 405 low points in trace 202 DIVIDEFLAT: Warning: Reject 404 low points in trace 203 DIVIDEFLAT: Warning: Reject 404 low points in trace 204 DIVIDEFLAT: Warning: Reject 404 low points in trace 205 DIVIDEFLAT: Warning: Reject 404 low points in trace 206 DIVIDEFLAT: Warning: Reject 404 low points in trace 207 DIVIDEFLAT: Warning: Reject 404 low points in trace 208 DIVIDEFLAT: Warning: Reject 404 low points in trace 209 DIVIDEFLAT: Warning: Reject 404 low points in trace 210 DIVIDEFLAT: Warning: Reject 404 low points in trace 211 DIVIDEFLAT: Warning: Reject 404 low points in trace 212 DIVIDEFLAT: Warning: Reject 404 low points in trace 213 DIVIDEFLAT: Warning: Reject 404 low points in trace 214 DIVIDEFLAT: Warning: Reject 404 low points in trace 215 DIVIDEFLAT: Warning: Reject 404 low points in trace 216 DIVIDEFLAT: Warning: Reject 404 low points in trace 217 DIVIDEFLAT: Warning: Reject 404 low points in trace 218 DIVIDEFLAT: Warning: Reject 404 low points in trace 219 DIVIDEFLAT: Warning: Reject 404 low points in trace 220 DIVIDEFLAT: Warning: Reject 403 low points in trace 221 DIVIDEFLAT: Warning: Reject 403 low points in trace 222 DIVIDEFLAT: Warning: Reject 403 low points in trace 223 DIVIDEFLAT: Warning: Reject 403 low points in trace 224 DIVIDEFLAT: Warning: Reject 403 low points in trace 225 DIVIDEFLAT: Warning: Reject 403 low points in trace 226 DIVIDEFLAT: Warning: Reject 403 low points in trace 227 DIVIDEFLAT: Warning: Reject 403 low points in trace 228 DIVIDEFLAT: Warning: Reject 403 low points in trace 229 DIVIDEFLAT: Warning: Reject 403 low points in trace 230 DIVIDEFLAT: Warning: Reject 403 low points in trace 231 DIVIDEFLAT: Warning: Reject 403 low points in trace 232 DIVIDEFLAT: Warning: Reject 403 low points in trace 233 DIVIDEFLAT: Warning: Reject 403 low points in trace 234 DIVIDEFLAT: Warning: Reject 403 low points in trace 235 DIVIDEFLAT: Warning: Reject 402 low points in trace 236 DIVIDEFLAT: Warning: Reject 402 low points in trace 237 DIVIDEFLAT: Warning: Reject 402 low points in trace 238 DIVIDEFLAT: Warning: Reject 402 low points in trace 239 DIVIDEFLAT: Warning: Reject 402 low points in trace 240 DIVIDEFLAT: Warning: Reject 402 low points in trace 241 DIVIDEFLAT: Warning: Reject 402 low points in trace 242 DIVIDEFLAT: Warning: Reject 402 low points in trace 243 DIVIDEFLAT: Warning: Reject 402 low points in trace 244 DIVIDEFLAT: Warning: Reject 402 low points in trace 245 DIVIDEFLAT: Warning: Reject 401 low points in trace 246 DIVIDEFLAT: Warning: Reject 401 low points in trace 247 DIVIDEFLAT: Warning: Reject 401 low points in trace 248 DIVIDEFLAT: Warning: Reject 401 low points in trace 249 DIVIDEFLAT: Warning: Reject 401 low points in trace 250 DIVIDEFLAT: Warning: Reject 401 low points in trace 251 DIVIDEFLAT: Warning: Reject 401 low points in trace 252 DIVIDEFLAT: Warning: Reject 401 low points in trace 253 DIVIDEFLAT: Warning: Reject 401 low points in trace 254 DIVIDEFLAT: Warning: Reject 401 low points in trace 255 DIVIDEFLAT: Warning: Reject 400 low points in trace 256 DIVIDEFLAT: Warning: Reject 401 low points in trace 257 DIVIDEFLAT: Warning: Reject 400 low points in trace 258 DIVIDEFLAT: Warning: Reject 400 low points in trace 259 DIVIDEFLAT: Warning: Reject 400 low points in trace 260 DIVIDEFLAT: Warning: Reject 400 low points in trace 261 DIVIDEFLAT: Warning: Reject 400 low points in trace 262 DIVIDEFLAT: Warning: Reject 400 low points in trace 263 DIVIDEFLAT: Warning: Reject 399 low points in trace 264 DIVIDEFLAT: Warning: Reject 399 low points in trace 265 DIVIDEFLAT: Warning: Reject 399 low points in trace 266 DIVIDEFLAT: Warning: Reject 399 low points in trace 267 DIVIDEFLAT: Warning: Reject 399 low points in trace 268 DIVIDEFLAT: Warning: Reject 399 low points in trace 269 DIVIDEFLAT: Warning: Reject 398 low points in trace 270 DIVIDEFLAT: Warning: Reject 399 low points in trace 271 DIVIDEFLAT: Warning: Reject 398 low points in trace 272 DIVIDEFLAT: Warning: Reject 398 low points in trace 273 DIVIDEFLAT: Warning: Reject 398 low points in trace 274 DIVIDEFLAT: Warning: Reject 398 low points in trace 275 DIVIDEFLAT: Warning: Reject 398 low points in trace 276 DIVIDEFLAT: Warning: Reject 398 low points in trace 277 DIVIDEFLAT: Warning: Reject 397 low points in trace 278 DIVIDEFLAT: Warning: Reject 397 low points in trace 279 DIVIDEFLAT: Warning: Reject 397 low points in trace 280 DIVIDEFLAT: Warning: Reject 397 low points in trace 281 DIVIDEFLAT: Warning: Reject 397 low points in trace 282 DIVIDEFLAT: Warning: Reject 396 low points in trace 283 DIVIDEFLAT: Warning: Reject 396 low points in trace 284 DIVIDEFLAT: Warning: Reject 396 low points in trace 285 DIVIDEFLAT: Warning: Reject 396 low points in trace 286 DIVIDEFLAT: Warning: Reject 396 low points in trace 287 DIVIDEFLAT: Warning: Reject 396 low points in trace 288 DIVIDEFLAT: Warning: Reject 395 low points in trace 289 DIVIDEFLAT: Warning: Reject 395 low points in trace 290 DIVIDEFLAT: Warning: Reject 395 low points in trace 291 DIVIDEFLAT: Warning: Reject 395 low points in trace 292 DIVIDEFLAT: Warning: Reject 395 low points in trace 293 DIVIDEFLAT: Warning: Reject 394 low points in trace 294 DIVIDEFLAT: Warning: Reject 394 low points in trace 295 DIVIDEFLAT: Warning: Reject 394 low points in trace 296 DIVIDEFLAT: Warning: Reject 394 low points in trace 297 DIVIDEFLAT: Warning: Reject 394 low points in trace 298 DIVIDEFLAT: Warning: Reject 394 low points in trace 299 DIVIDEFLAT: Warning: Reject 393 low points in trace 300 DIVIDEFLAT: Warning: Reject 392 low points in trace 301 DIVIDEFLAT: Warning: Reject 392 low points in trace 302 DIVIDEFLAT: Warning: Reject 392 low points in trace 303 DIVIDEFLAT: Warning: Reject 392 low points in trace 304 DIVIDEFLAT: Warning: Reject 392 low points in trace 305 DIVIDEFLAT: Warning: Reject 391 low points in trace 306 DIVIDEFLAT: Warning: Reject 391 low points in trace 307 DIVIDEFLAT: Warning: Reject 391 low points in trace 308 DIVIDEFLAT: Warning: Reject 391 low points in trace 309 DIVIDEFLAT: Warning: Reject 391 low points in trace 310 DIVIDEFLAT: Warning: Reject 390 low points in trace 311 DIVIDEFLAT: Warning: Reject 390 low points in trace 312 DIVIDEFLAT: Warning: Reject 390 low points in trace 313 DIVIDEFLAT: Warning: Reject 390 low points in trace 314 DIVIDEFLAT: Warning: Reject 389 low points in trace 315 DIVIDEFLAT: Warning: Reject 389 low points in trace 316 DIVIDEFLAT: Warning: Reject 389 low points in trace 317 DIVIDEFLAT: Warning: Reject 389 low points in trace 318 DIVIDEFLAT: Warning: Reject 389 low points in trace 319 DIVIDEFLAT: Warning: Reject 384 low points in trace 0 DIVIDEFLAT: Warning: Reject 385 low points in trace 1 DIVIDEFLAT: Warning: Reject 385 low points in trace 2 DIVIDEFLAT: Warning: Reject 385 low points in trace 3 DIVIDEFLAT: Warning: Reject 386 low points in trace 4 DIVIDEFLAT: Warning: Reject 386 low points in trace 5 DIVIDEFLAT: Warning: Reject 386 low points in trace 6 DIVIDEFLAT: Warning: Reject 386 low points in trace 7 DIVIDEFLAT: Warning: Reject 387 low points in trace 8 DIVIDEFLAT: Warning: Reject 387 low points in trace 9 DIVIDEFLAT: Warning: Reject 387 low points in trace 10 DIVIDEFLAT: Warning: Reject 388 low points in trace 11 DIVIDEFLAT: Warning: Reject 388 low points in trace 12 DIVIDEFLAT: Warning: Reject 388 low points in trace 13 DIVIDEFLAT: Warning: Reject 388 low points in trace 14 DIVIDEFLAT: Warning: Reject 388 low points in trace 15 DIVIDEFLAT: Warning: Reject 388 low points in trace 16 DIVIDEFLAT: Warning: Reject 388 low points in trace 17 DIVIDEFLAT: Warning: Reject 389 low points in trace 18 DIVIDEFLAT: Warning: Reject 389 low points in trace 19 DIVIDEFLAT: Warning: Reject 390 low points in trace 20 DIVIDEFLAT: Warning: Reject 390 low points in trace 21 DIVIDEFLAT: Warning: Reject 390 low points in trace 22 DIVIDEFLAT: Warning: Reject 390 low points in trace 23 DIVIDEFLAT: Warning: Reject 390 low points in trace 24 DIVIDEFLAT: Warning: Reject 390 low points in trace 25 DIVIDEFLAT: Warning: Reject 391 low points in trace 26 DIVIDEFLAT: Warning: Reject 391 low points in trace 27 DIVIDEFLAT: Warning: Reject 391 low points in trace 28 DIVIDEFLAT: Warning: Reject 392 low points in trace 29 DIVIDEFLAT: Warning: Reject 392 low points in trace 30 DIVIDEFLAT: Warning: Reject 392 low points in trace 31 DIVIDEFLAT: Warning: Reject 392 low points in trace 32 DIVIDEFLAT: Warning: Reject 392 low points in trace 33 DIVIDEFLAT: Warning: Reject 392 low points in trace 34 DIVIDEFLAT: Warning: Reject 392 low points in trace 35 DIVIDEFLAT: Warning: Reject 393 low points in trace 36 DIVIDEFLAT: Warning: Reject 393 low points in trace 37 DIVIDEFLAT: Warning: Reject 393 low points in trace 38 DIVIDEFLAT: Warning: Reject 393 low points in trace 39 DIVIDEFLAT: Warning: Reject 393 low points in trace 40 DIVIDEFLAT: Warning: Reject 394 low points in trace 41 DIVIDEFLAT: Warning: Reject 393 low points in trace 42 DIVIDEFLAT: Warning: Reject 395 low points in trace 43 DIVIDEFLAT: Warning: Reject 394 low points in trace 44 DIVIDEFLAT: Warning: Reject 394 low points in trace 45 DIVIDEFLAT: Warning: Reject 394 low points in trace 46 DIVIDEFLAT: Warning: Reject 394 low points in trace 47 DIVIDEFLAT: Warning: Reject 395 low points in trace 48 DIVIDEFLAT: Warning: Reject 395 low points in trace 49 DIVIDEFLAT: Warning: Reject 395 low points in trace 50 DIVIDEFLAT: Warning: Reject 395 low points in trace 51 DIVIDEFLAT: Warning: Reject 396 low points in trace 52 DIVIDEFLAT: Warning: Reject 396 low points in trace 53 DIVIDEFLAT: Warning: Reject 396 low points in trace 54 DIVIDEFLAT: Warning: Reject 396 low points in trace 55 DIVIDEFLAT: Warning: Reject 396 low points in trace 56 DIVIDEFLAT: Warning: Reject 397 low points in trace 57 DIVIDEFLAT: Warning: Reject 397 low points in trace 58 DIVIDEFLAT: Warning: Reject 396 low points in trace 59 DIVIDEFLAT: Warning: Reject 397 low points in trace 60 DIVIDEFLAT: Warning: Reject 397 low points in trace 61 DIVIDEFLAT: Warning: Reject 397 low points in trace 62 DIVIDEFLAT: Warning: Reject 397 low points in trace 63 DIVIDEFLAT: Warning: Reject 397 low points in trace 64 DIVIDEFLAT: Warning: Reject 397 low points in trace 65 DIVIDEFLAT: Warning: Reject 397 low points in trace 66 DIVIDEFLAT: Warning: Reject 398 low points in trace 67 DIVIDEFLAT: Warning: Reject 398 low points in trace 68 DIVIDEFLAT: Warning: Reject 398 low points in trace 69 DIVIDEFLAT: Warning: Reject 398 low points in trace 70 DIVIDEFLAT: Warning: Reject 398 low points in trace 71 DIVIDEFLAT: Warning: Reject 399 low points in trace 72 DIVIDEFLAT: Warning: Reject 399 low points in trace 73 DIVIDEFLAT: Warning: Reject 399 low points in trace 74 DIVIDEFLAT: Warning: Reject 399 low points in trace 75 DIVIDEFLAT: Warning: Reject 398 low points in trace 76 DIVIDEFLAT: Warning: Reject 399 low points in trace 77 DIVIDEFLAT: Warning: Reject 399 low points in trace 78 DIVIDEFLAT: Warning: Reject 399 low points in trace 79 DIVIDEFLAT: Warning: Reject 399 low points in trace 80 DIVIDEFLAT: Warning: Reject 399 low points in trace 81 DIVIDEFLAT: Warning: Reject 399 low points in trace 82 DIVIDEFLAT: Warning: Reject 400 low points in trace 83 DIVIDEFLAT: Warning: Reject 400 low points in trace 84 DIVIDEFLAT: Warning: Reject 400 low points in trace 85 DIVIDEFLAT: Warning: Reject 400 low points in trace 86 DIVIDEFLAT: Warning: Reject 400 low points in trace 87 DIVIDEFLAT: Warning: Reject 400 low points in trace 88 DIVIDEFLAT: Warning: Reject 401 low points in trace 89 DIVIDEFLAT: Warning: Reject 401 low points in trace 90 DIVIDEFLAT: Warning: Reject 401 low points in trace 91 DIVIDEFLAT: Warning: Reject 401 low points in trace 92 DIVIDEFLAT: Warning: Reject 401 low points in trace 93 DIVIDEFLAT: Warning: Reject 400 low points in trace 94 DIVIDEFLAT: Warning: Reject 401 low points in trace 95 DIVIDEFLAT: Warning: Reject 402 low points in trace 96 DIVIDEFLAT: Warning: Reject 401 low points in trace 97 DIVIDEFLAT: Warning: Reject 401 low points in trace 98 DIVIDEFLAT: Warning: Reject 401 low points in trace 99 DIVIDEFLAT: Warning: Reject 402 low points in trace 100 DIVIDEFLAT: Warning: Reject 401 low points in trace 101 DIVIDEFLAT: Warning: Reject 401 low points in trace 102 DIVIDEFLAT: Warning: Reject 401 low points in trace 103 DIVIDEFLAT: Warning: Reject 402 low points in trace 104 DIVIDEFLAT: Warning: Reject 402 low points in trace 105 DIVIDEFLAT: Warning: Reject 402 low points in trace 106 DIVIDEFLAT: Warning: Reject 402 low points in trace 107 DIVIDEFLAT: Warning: Reject 402 low points in trace 108 DIVIDEFLAT: Warning: Reject 402 low points in trace 109 DIVIDEFLAT: Warning: Reject 403 low points in trace 110 DIVIDEFLAT: Warning: Reject 403 low points in trace 111 DIVIDEFLAT: Warning: Reject 403 low points in trace 112 DIVIDEFLAT: Warning: Reject 403 low points in trace 113 DIVIDEFLAT: Warning: Reject 403 low points in trace 114 DIVIDEFLAT: Warning: Reject 403 low points in trace 115 DIVIDEFLAT: Warning: Reject 403 low points in trace 116 DIVIDEFLAT: Warning: Reject 403 low points in trace 117 DIVIDEFLAT: Warning: Reject 402 low points in trace 118 DIVIDEFLAT: Warning: Reject 403 low points in trace 119 DIVIDEFLAT: Warning: Reject 403 low points in trace 120 DIVIDEFLAT: Warning: Reject 403 low points in trace 121 DIVIDEFLAT: Warning: Reject 403 low points in trace 122 DIVIDEFLAT: Warning: Reject 403 low points in trace 123 DIVIDEFLAT: Warning: Reject 403 low points in trace 124 DIVIDEFLAT: Warning: Reject 403 low points in trace 125 DIVIDEFLAT: Warning: Reject 403 low points in trace 126 DIVIDEFLAT: Warning: Reject 403 low points in trace 127 DIVIDEFLAT: Warning: Reject 404 low points in trace 128 DIVIDEFLAT: Warning: Reject 404 low points in trace 129 DIVIDEFLAT: Warning: Reject 404 low points in trace 130 DIVIDEFLAT: Warning: Reject 404 low points in trace 131 DIVIDEFLAT: Warning: Reject 404 low points in trace 132 DIVIDEFLAT: Warning: Reject 404 low points in trace 133 DIVIDEFLAT: Warning: Reject 404 low points in trace 134 DIVIDEFLAT: Warning: Reject 404 low points in trace 135 DIVIDEFLAT: Warning: Reject 404 low points in trace 136 DIVIDEFLAT: Warning: Reject 404 low points in trace 137 DIVIDEFLAT: Warning: Reject 403 low points in trace 138 DIVIDEFLAT: Warning: Reject 403 low points in trace 139 DIVIDEFLAT: Warning: Reject 404 low points in trace 140 DIVIDEFLAT: Warning: Reject 404 low points in trace 141 DIVIDEFLAT: Warning: Reject 404 low points in trace 142 DIVIDEFLAT: Warning: Reject 404 low points in trace 143 DIVIDEFLAT: Warning: Reject 404 low points in trace 144 DIVIDEFLAT: Warning: Reject 404 low points in trace 145 DIVIDEFLAT: Warning: Reject 404 low points in trace 146 DIVIDEFLAT: Warning: Reject 404 low points in trace 147 DIVIDEFLAT: Warning: Reject 404 low points in trace 148 DIVIDEFLAT: Warning: Reject 404 low points in trace 149 DIVIDEFLAT: Warning: Reject 404 low points in trace 150 DIVIDEFLAT: Warning: Reject 404 low points in trace 151 DIVIDEFLAT: Warning: Reject 404 low points in trace 152 DIVIDEFLAT: Warning: Reject 404 low points in trace 153 DIVIDEFLAT: Warning: Reject 404 low points in trace 154 DIVIDEFLAT: Warning: Reject 405 low points in trace 155 DIVIDEFLAT: Warning: Reject 405 low points in trace 156 DIVIDEFLAT: Warning: Reject 405 low points in trace 157 DIVIDEFLAT: Warning: Reject 405 low points in trace 158 DIVIDEFLAT: Warning: Reject 405 low points in trace 159 DIVIDEFLAT: Warning: Reject 405 low points in trace 160 DIVIDEFLAT: Warning: Reject 405 low points in trace 161 DIVIDEFLAT: Warning: Reject 405 low points in trace 162 DIVIDEFLAT: Warning: Reject 405 low points in trace 163 DIVIDEFLAT: Warning: Reject 405 low points in trace 164 DIVIDEFLAT: Warning: Reject 405 low points in trace 165 DIVIDEFLAT: Warning: Reject 405 low points in trace 166 DIVIDEFLAT: Warning: Reject 405 low points in trace 167 DIVIDEFLAT: Warning: Reject 405 low points in trace 168 DIVIDEFLAT: Warning: Reject 405 low points in trace 169 DIVIDEFLAT: Warning: Reject 406 low points in trace 170 DIVIDEFLAT: Warning: Reject 406 low points in trace 171 DIVIDEFLAT: Warning: Reject 406 low points in trace 172 DIVIDEFLAT: Warning: Reject 406 low points in trace 173 DIVIDEFLAT: Warning: Reject 406 low points in trace 174 DIVIDEFLAT: Warning: Reject 406 low points in trace 175 DIVIDEFLAT: Warning: Reject 405 low points in trace 176 DIVIDEFLAT: Warning: Reject 406 low points in trace 177 DIVIDEFLAT: Warning: Reject 405 low points in trace 178 DIVIDEFLAT: Warning: Reject 406 low points in trace 179 DIVIDEFLAT: Warning: Reject 405 low points in trace 180 DIVIDEFLAT: Warning: Reject 405 low points in trace 181 DIVIDEFLAT: Warning: Reject 405 low points in trace 182 DIVIDEFLAT: Warning: Reject 405 low points in trace 183 DIVIDEFLAT: Warning: Reject 405 low points in trace 184 DIVIDEFLAT: Warning: Reject 405 low points in trace 185 DIVIDEFLAT: Warning: Reject 405 low points in trace 186 DIVIDEFLAT: Warning: Reject 405 low points in trace 187 DIVIDEFLAT: Warning: Reject 405 low points in trace 188 DIVIDEFLAT: Warning: Reject 405 low points in trace 189 DIVIDEFLAT: Warning: Reject 405 low points in trace 190 DIVIDEFLAT: Warning: Reject 405 low points in trace 191 DIVIDEFLAT: Warning: Reject 405 low points in trace 192 DIVIDEFLAT: Warning: Reject 405 low points in trace 193 DIVIDEFLAT: Warning: Reject 405 low points in trace 194 DIVIDEFLAT: Warning: Reject 405 low points in trace 195 DIVIDEFLAT: Warning: Reject 405 low points in trace 196 DIVIDEFLAT: Warning: Reject 405 low points in trace 197 DIVIDEFLAT: Warning: Reject 405 low points in trace 198 DIVIDEFLAT: Warning: Reject 405 low points in trace 199 DIVIDEFLAT: Warning: Reject 405 low points in trace 200 DIVIDEFLAT: Warning: Reject 405 low points in trace 201 DIVIDEFLAT: Warning: Reject 405 low points in trace 202 DIVIDEFLAT: Warning: Reject 404 low points in trace 203 DIVIDEFLAT: Warning: Reject 404 low points in trace 204 DIVIDEFLAT: Warning: Reject 404 low points in trace 205 DIVIDEFLAT: Warning: Reject 404 low points in trace 206 DIVIDEFLAT: Warning: Reject 404 low points in trace 207 DIVIDEFLAT: Warning: Reject 404 low points in trace 208 DIVIDEFLAT: Warning: Reject 404 low points in trace 209 DIVIDEFLAT: Warning: Reject 404 low points in trace 210 DIVIDEFLAT: Warning: Reject 404 low points in trace 211 DIVIDEFLAT: Warning: Reject 404 low points in trace 212 DIVIDEFLAT: Warning: Reject 404 low points in trace 213 DIVIDEFLAT: Warning: Reject 404 low points in trace 214 DIVIDEFLAT: Warning: Reject 404 low points in trace 215 DIVIDEFLAT: Warning: Reject 404 low points in trace 216 DIVIDEFLAT: Warning: Reject 404 low points in trace 217 DIVIDEFLAT: Warning: Reject 404 low points in trace 218 DIVIDEFLAT: Warning: Reject 404 low points in trace 219 DIVIDEFLAT: Warning: Reject 404 low points in trace 220 DIVIDEFLAT: Warning: Reject 403 low points in trace 221 DIVIDEFLAT: Warning: Reject 403 low points in trace 222 DIVIDEFLAT: Warning: Reject 403 low points in trace 223 DIVIDEFLAT: Warning: Reject 403 low points in trace 224 DIVIDEFLAT: Warning: Reject 403 low points in trace 225 DIVIDEFLAT: Warning: Reject 403 low points in trace 226 DIVIDEFLAT: Warning: Reject 403 low points in trace 227 DIVIDEFLAT: Warning: Reject 403 low points in trace 228 DIVIDEFLAT: Warning: Reject 403 low points in trace 229 DIVIDEFLAT: Warning: Reject 403 low points in trace 230 DIVIDEFLAT: Warning: Reject 403 low points in trace 231 DIVIDEFLAT: Warning: Reject 403 low points in trace 232 DIVIDEFLAT: Warning: Reject 403 low points in trace 233 DIVIDEFLAT: Warning: Reject 403 low points in trace 234 DIVIDEFLAT: Warning: Reject 403 low points in trace 235 DIVIDEFLAT: Warning: Reject 402 low points in trace 236 DIVIDEFLAT: Warning: Reject 402 low points in trace 237 DIVIDEFLAT: Warning: Reject 402 low points in trace 238 DIVIDEFLAT: Warning: Reject 402 low points in trace 239 DIVIDEFLAT: Warning: Reject 402 low points in trace 240 DIVIDEFLAT: Warning: Reject 402 low points in trace 241 DIVIDEFLAT: Warning: Reject 402 low points in trace 242 DIVIDEFLAT: Warning: Reject 402 low points in trace 243 DIVIDEFLAT: Warning: Reject 402 low points in trace 244 DIVIDEFLAT: Warning: Reject 402 low points in trace 245 DIVIDEFLAT: Warning: Reject 401 low points in trace 246 DIVIDEFLAT: Warning: Reject 401 low points in trace 247 DIVIDEFLAT: Warning: Reject 401 low points in trace 248 DIVIDEFLAT: Warning: Reject 401 low points in trace 249 DIVIDEFLAT: Warning: Reject 401 low points in trace 250 DIVIDEFLAT: Warning: Reject 401 low points in trace 251 DIVIDEFLAT: Warning: Reject 401 low points in trace 252 DIVIDEFLAT: Warning: Reject 401 low points in trace 253 DIVIDEFLAT: Warning: Reject 401 low points in trace 254 DIVIDEFLAT: Warning: Reject 401 low points in trace 255 DIVIDEFLAT: Warning: Reject 400 low points in trace 256 DIVIDEFLAT: Warning: Reject 401 low points in trace 257 DIVIDEFLAT: Warning: Reject 400 low points in trace 258 DIVIDEFLAT: Warning: Reject 400 low points in trace 259 DIVIDEFLAT: Warning: Reject 400 low points in trace 260 DIVIDEFLAT: Warning: Reject 400 low points in trace 261 DIVIDEFLAT: Warning: Reject 400 low points in trace 262 DIVIDEFLAT: Warning: Reject 400 low points in trace 263 DIVIDEFLAT: Warning: Reject 399 low points in trace 264 DIVIDEFLAT: Warning: Reject 399 low points in trace 265 DIVIDEFLAT: Warning: Reject 399 low points in trace 266 DIVIDEFLAT: Warning: Reject 399 low points in trace 267 DIVIDEFLAT: Warning: Reject 399 low points in trace 268 DIVIDEFLAT: Warning: Reject 399 low points in trace 269 DIVIDEFLAT: Warning: Reject 398 low points in trace 270 DIVIDEFLAT: Warning: Reject 399 low points in trace 271 DIVIDEFLAT: Warning: Reject 398 low points in trace 272 DIVIDEFLAT: Warning: Reject 398 low points in trace 273 DIVIDEFLAT: Warning: Reject 398 low points in trace 274 DIVIDEFLAT: Warning: Reject 398 low points in trace 275 DIVIDEFLAT: Warning: Reject 398 low points in trace 276 DIVIDEFLAT: Warning: Reject 398 low points in trace 277 DIVIDEFLAT: Warning: Reject 397 low points in trace 278 DIVIDEFLAT: Warning: Reject 397 low points in trace 279 DIVIDEFLAT: Warning: Reject 397 low points in trace 280 DIVIDEFLAT: Warning: Reject 397 low points in trace 281 DIVIDEFLAT: Warning: Reject 397 low points in trace 282 DIVIDEFLAT: Warning: Reject 396 low points in trace 283 DIVIDEFLAT: Warning: Reject 396 low points in trace 284 DIVIDEFLAT: Warning: Reject 396 low points in trace 285 DIVIDEFLAT: Warning: Reject 396 low points in trace 286 DIVIDEFLAT: Warning: Reject 396 low points in trace 287 DIVIDEFLAT: Warning: Reject 396 low points in trace 288 DIVIDEFLAT: Warning: Reject 395 low points in trace 289 DIVIDEFLAT: Warning: Reject 395 low points in trace 290 DIVIDEFLAT: Warning: Reject 395 low points in trace 291 DIVIDEFLAT: Warning: Reject 395 low points in trace 292 DIVIDEFLAT: Warning: Reject 395 low points in trace 293 DIVIDEFLAT: Warning: Reject 394 low points in trace 294 DIVIDEFLAT: Warning: Reject 394 low points in trace 295 DIVIDEFLAT: Warning: Reject 394 low points in trace 296 DIVIDEFLAT: Warning: Reject 394 low points in trace 297 DIVIDEFLAT: Warning: Reject 394 low points in trace 298 DIVIDEFLAT: Warning: Reject 394 low points in trace 299 DIVIDEFLAT: Warning: Reject 393 low points in trace 300 DIVIDEFLAT: Warning: Reject 392 low points in trace 301 DIVIDEFLAT: Warning: Reject 392 low points in trace 302 DIVIDEFLAT: Warning: Reject 392 low points in trace 303 DIVIDEFLAT: Warning: Reject 392 low points in trace 304 DIVIDEFLAT: Warning: Reject 392 low points in trace 305 DIVIDEFLAT: Warning: Reject 391 low points in trace 306 DIVIDEFLAT: Warning: Reject 391 low points in trace 307 DIVIDEFLAT: Warning: Reject 391 low points in trace 308 DIVIDEFLAT: Warning: Reject 391 low points in trace 309 DIVIDEFLAT: Warning: Reject 391 low points in trace 310 DIVIDEFLAT: Warning: Reject 390 low points in trace 311 DIVIDEFLAT: Warning: Reject 390 low points in trace 312 DIVIDEFLAT: Warning: Reject 390 low points in trace 313 DIVIDEFLAT: Warning: Reject 390 low points in trace 314 DIVIDEFLAT: Warning: Reject 389 low points in trace 315 DIVIDEFLAT: Warning: Reject 389 low points in trace 316 DIVIDEFLAT: Warning: Reject 389 low points in trace 317 DIVIDEFLAT: Warning: Reject 389 low points in trace 318 DIVIDEFLAT: Warning: Reject 389 low points in trace 319 SPCOADD_V5: SPCOADD_V5: Reading file # 18: spFrame-r2-00053651.fits SPCOADD_V5: SPCOADD_V5: Reading file # 19: spFrame-r2-00053652.fits SPCOADD_V5: SPCOADD_V5: Files for camera b1: 5 SPCOADD_V5: Files for camera b2: 5 SPCOADD_V5: Files for camera r1: 5 SPCOADD_V5: Files for camera r2: 5 SPCOADD_V5: Fiber 001 SERENDIPITY_MANUAL 12.94************ 10.89 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 002 SERENDIPITY_MANUAL 11.35 11.72 11.35 10.32 10.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 003 SERENDIPITY_MANUAL 12.68************ 11.02 10.53 SPCOADD_V5: Fiber 004 SERENDIPITY_MANUAL 10.81 12.13 10.81 8.95 8.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 005 SERENDIPITY_MANUAL 11.80 13.08 11.80 10.17 9.67 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 006 SERENDIPITY_MANUAL 12.46************ 10.76 10.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 007 SERENDIPITY_MANUAL 11.81 12.65 11.81 9.39 8.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 008 SERENDIPITY_MANUAL 12.47************ 11.38 11.12 SPCOADD_V5: Fiber 009 SERENDIPITY_MANUAL 12.94************ 11.01 10.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 010 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 011 SERENDIPITY_MANUAL 12.82************ 11.48 11.10 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 012 SERENDIPITY_MANUAL 11.02 12.32 11.02 8.87 8.30 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 013 SERENDIPITY_MANUAL 10.43 11.46 10.43 8.76 8.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 014 SERENDIPITY_MANUAL 12.68************ 10.23 9.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 015 SERENDIPITY_MANUAL 12.51************ 10.41 9.88 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 016 SPECTROPHOTO_STD 11.36 11.45 11.52 11.48 11.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 017 SERENDIPITY_MANUAL 12.26************ 10.23 9.62 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 018 SERENDIPITY_MANUAL 12.77************ 11.21 10.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 019 SERENDIPITY_MANUAL 12.54 13.09 12.54 11.49 11.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 020 SERENDIPITY_MANUAL 12.80************ 10.60 9.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 021 SERENDIPITY_MANUAL 12.26************ 10.99 10.54 SPCOADD_V5: Fiber 022 SERENDIPITY_MANUAL 12.83************ 11.60 11.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 023 SERENDIPITY_MANUAL 12.88************ 11.89 11.64 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 024 SERENDIPITY_MANUAL 11.56 12.43 11.56 10.25 9.90 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 025 SERENDIPITY_MANUAL 11.47 11.97 11.47 10.20 9.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 026 SERENDIPITY_MANUAL 12.33************ 10.46 9.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 027 SERENDIPITY_MANUAL 12.72************ 11.66 11.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 028 SERENDIPITY_MANUAL 12.93************ 11.73 11.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 029 SERENDIPITY_MANUAL 12.82************ 10.61 10.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 030 SERENDIPITY_MANUAL 11.51 12.10 11.51 10.48 10.23 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 031 SERENDIPITY_MANUAL 11.46 12.23 11.46 9.44 8.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 032 SERENDIPITY_MANUAL 12.66************ 10.95 10.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 033 SERENDIPITY_MANUAL 12.63 12.80 12.63 11.35 11.10 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 034 SERENDIPITY_MANUAL 12.48************ 11.33 11.05 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 035 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 036 SERENDIPITY_MANUAL 11.22 12.17 11.22 10.18 9.83 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 037 SERENDIPITY_MANUAL 11.70************ 10.46 10.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 038 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 039 SERENDIPITY_MANUAL 12.82************ 11.55 11.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 040 SERENDIPITY_MANUAL 12.54************ 10.62 10.04 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 041 SERENDIPITY_MANUAL 12.14************ 9.86 9.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 042 SERENDIPITY_MANUAL 12.56************ 10.95 10.53 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 043 SERENDIPITY_MANUAL 11.74 12.27 11.74 10.68 10.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 044 SERENDIPITY_MANUAL 12.73************ 9.33 8.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 045 SERENDIPITY_MANUAL 12.84************ 10.98 10.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 046 SERENDIPITY_MANUAL 12.56************ 10.83 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 047 SERENDIPITY_MANUAL 10.42 11.37 10.42 8.88 8.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 048 SERENDIPITY_MANUAL 10.58 11.51 10.58 9.34 8.99 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 049 SERENDIPITY_MANUAL 12.79************ 10.55 9.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 050 SERENDIPITY_MANUAL 11.01 12.80 11.01 8.17 7.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 051 SERENDIPITY_MANUAL 11.34 12.88 11.34 9.50 8.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 052 SPECTROPHOTO_STD 11.11 11.20 11.28 11.23 11.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 053 SPECTROPHOTO_STD 11.01 11.10 11.18 11.13 11.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 054 SERENDIPITY_MANUAL 10.28 11.78 10.28 8.13 7.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 055 SERENDIPITY_MANUAL 11.04 11.87 11.04 9.57 9.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 056 SERENDIPITY_MANUAL 11.36 12.45 11.36 9.69 9.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 057 SERENDIPITY_MANUAL 12.80************ 11.57 11.31 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 058 SERENDIPITY_MANUAL 12.39************ 11.10 10.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 059 SERENDIPITY_MANUAL 12.42************ 10.09 9.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 060 SERENDIPITY_MANUAL 12.51************ 11.19 10.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 061 SERENDIPITY_MANUAL 12.74************ 11.54 11.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 062 SERENDIPITY_MANUAL 12.09************ 10.16 9.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 063 SERENDIPITY_MANUAL 10.51 11.82 10.51 8.15 7.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 064 SERENDIPITY_MANUAL 12.73************ 11.01 10.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 065 SERENDIPITY_MANUAL 12.43************ 11.15 10.83 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 066 SERENDIPITY_MANUAL 12.73************ 11.35 11.03 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 067 SERENDIPITY_MANUAL 12.13************ 10.63 10.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 068 SERENDIPITY_MANUAL 12.84************ 11.70 11.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 069 SERENDIPITY_MANUAL 12.71************ 11.58 11.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 070 SERENDIPITY_MANUAL 11.83 12.04 11.83 10.82 10.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 071 SERENDIPITY_MANUAL 12.62************ 10.81 10.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 072 SERENDIPITY_MANUAL 11.97************ 10.25 9.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 073 SERENDIPITY_MANUAL 10.67 11.68 10.67 8.94 8.41 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 074 SERENDIPITY_MANUAL 12.31************ 10.86 10.45 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 075 SERENDIPITY_MANUAL 9.91 10.56 9.91 8.63 8.35 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 076 SERENDIPITY_MANUAL 10.64 11.94 10.64 8.65 8.05 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 077 SERENDIPITY_MANUAL 12.89************ 13.51 12.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 078 SERENDIPITY_MANUAL 11.03 12.05 11.03 9.43 9.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 079 SERENDIPITY_MANUAL 12.58************ 11.49 10.96 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 080 SERENDIPITY_MANUAL 12.62************ 10.79 10.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 081 SERENDIPITY_MANUAL 12.81************ 11.41 11.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 082 SERENDIPITY_MANUAL 12.06************ 10.76 10.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 083 SERENDIPITY_MANUAL 10.88 12.18 10.88 8.94 8.37 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 084 SERENDIPITY_MANUAL 9.72 11.22 9.72 7.48 6.88 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 085 SERENDIPITY_MANUAL 12.56************ 11.21 10.86 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 086 SERENDIPITY_MANUAL 11.29 12.71 11.29 9.58 9.04 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 087 SERENDIPITY_MANUAL 11.37 11.84 11.37 10.30 10.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 088 SERENDIPITY_MANUAL 9.88 11.79 9.88 7.24 6.55 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 089 SERENDIPITY_MANUAL 12.88************ 11.94 11.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 090 SERENDIPITY_MANUAL 12.76************ 11.00 10.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 091 SERENDIPITY_MANUAL 12.91************ 11.77 11.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 092 SERENDIPITY_MANUAL 12.71************ 11.51 11.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 093 SPECTROPHOTO_STD 10.97 11.07 11.14 11.10 11.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 094 SERENDIPITY_MANUAL 11.44 12.06 11.44 10.15 9.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 095 SERENDIPITY_MANUAL 12.72************ 10.78 10.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 096 SERENDIPITY_MANUAL 11.35 11.78 11.35 10.18 9.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 097 SERENDIPITY_MANUAL 10.03 11.37 10.03 7.93 7.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 098 SERENDIPITY_MANUAL 11.04 12.31 11.04 9.24 8.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 099 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 100 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 101 SERENDIPITY_MANUAL 12.14************ 11.28 11.04 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 102 SERENDIPITY_MANUAL 10.67 11.20 10.67 9.19 8.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 103 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 104 SERENDIPITY_MANUAL 12.23************ 10.36 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 105 SERENDIPITY_MANUAL 12.85************ 11.99 11.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 106 SERENDIPITY_MANUAL 12.64************ 10.66 10.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 107 SERENDIPITY_MANUAL 12.90************ 11.13 10.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 108 SERENDIPITY_MANUAL 11.42 12.09 11.42 10.06 9.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 109 SERENDIPITY_MANUAL 12.74************ 10.79 10.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 110 SERENDIPITY_MANUAL 12.26************ 10.24 9.62 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 111 SERENDIPITY_MANUAL 12.68************ 11.29 11.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 112 SERENDIPITY_MANUAL 12.32************ 10.80 10.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 113 SERENDIPITY_MANUAL 12.49************ 10.41 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 114 SERENDIPITY_MANUAL 11.65 12.40 11.65 10.38 10.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 115 SERENDIPITY_MANUAL 10.54 11.67 10.54 8.49 8.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 116 SERENDIPITY_MANUAL 11.84************ 9.91 9.35 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 117 SERENDIPITY_MANUAL 12.66************ 11.30 11.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 118 SERENDIPITY_MANUAL 11.85 12.78 11.85 10.38 10.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 119 SPECTROPHOTO_STD 10.58 10.67 10.75 10.70 10.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 120 SERENDIPITY_MANUAL 12.82************ 11.38 11.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 121 SERENDIPITY_MANUAL 11.06 12.27 11.06 9.27 8.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 122 SERENDIPITY_MANUAL 11.13 11.74 11.13 9.72 9.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 123 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 124 SERENDIPITY_MANUAL 11.30 12.19 11.30 10.07 9.82 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 125 SPECTROPHOTO_STD 10.97 11.07 11.14 11.08 11.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 126 SERENDIPITY_MANUAL 12.83************ 11.66 11.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 127 SERENDIPITY_MANUAL 12.46************ 9.86 9.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 128 SERENDIPITY_MANUAL 12.20************ 10.78 10.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 129 SERENDIPITY_MANUAL 11.41************ 9.62 9.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 130 SERENDIPITY_MANUAL 12.74************ 11.16 10.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 131 SERENDIPITY_MANUAL 9.84 11.54 9.84 7.29 6.61 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 132 SERENDIPITY_MANUAL 12.93************ 10.86 10.31 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 133 SERENDIPITY_MANUAL 12.60************ 10.86 10.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 134 SERENDIPITY_MANUAL 12.93************ 11.78 11.55 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 135 SERENDIPITY_MANUAL 10.89 11.81 10.89 8.87 8.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 136 SERENDIPITY_MANUAL 12.59************ 11.20 10.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 137 SERENDIPITY_MANUAL 12.63************ 10.80 10.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 138 SERENDIPITY_MANUAL 12.80************ 10.73 10.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 139 SERENDIPITY_MANUAL 12.36************ 10.31 9.65 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 140 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 141 SERENDIPITY_MANUAL 12.43************ 9.64 8.96 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 142 SERENDIPITY_MANUAL 12.55************ 10.30 9.74 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 143 SERENDIPITY_MANUAL 10.11 11.44 10.11 8.08 7.53 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 144 SPECTROPHOTO_STD 11.23 11.33 11.40 11.36 11.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 145 SERENDIPITY_MANUAL 11.44 12.26 11.44 10.47 10.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 146 SERENDIPITY_MANUAL 12.94************ 11.60 11.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 147 SERENDIPITY_MANUAL 11.96************ 9.78 9.10 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 148 SERENDIPITY_MANUAL 12.51************ 10.59 10.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 149 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 150 SERENDIPITY_MANUAL 10.56 12.35 10.56 8.72 8.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 151 SPECTROPHOTO_STD 10.74 10.84 10.91 10.88 10.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 152 SERENDIPITY_MANUAL 10.89 11.70 10.89 9.82 9.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 153 SERENDIPITY_MANUAL 12.50************ 11.34 11.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 154 SERENDIPITY_MANUAL 12.82************ 11.41 11.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 155 SERENDIPITY_MANUAL 11.48 12.31 11.48 10.35 10.05 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 156 SERENDIPITY_MANUAL 12.54************ 11.52 11.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 157 SERENDIPITY_MANUAL 12.47************ 11.20 10.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 158 SPECTROPHOTO_STD 11.15 11.24 11.32 11.27 11.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 159 SERENDIPITY_MANUAL 11.71************ 9.82 9.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 160 SERENDIPITY_MANUAL 10.68 11.76 10.68 8.70 8.14 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 161 SPECTROPHOTO_STD 11.46 11.56 11.63 11.58 11.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 162 SERENDIPITY_MANUAL 11.15 12.10 11.15 9.06 8.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 163 SERENDIPITY_MANUAL 12.78************ 10.10 9.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 164 SERENDIPITY_MANUAL 12.30************ 10.90 10.59 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 165 SERENDIPITY_MANUAL 11.02 11.69 11.02 9.32 8.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 166 SERENDIPITY_MANUAL 12.05************ 10.07 9.51 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 167 SERENDIPITY_MANUAL 12.56************ 10.47 9.91 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 168 SERENDIPITY_MANUAL 10.88 12.28 10.88 8.42 7.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 169 SERENDIPITY_MANUAL 12.75************ 11.41 11.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 170 SERENDIPITY_MANUAL 12.85************ 11.60 11.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 171 SERENDIPITY_MANUAL 12.54************ 10.67 10.12 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 172 SERENDIPITY_MANUAL 12.08************ 10.52 10.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 173 SERENDIPITY_MANUAL 12.55************ 10.51 9.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 174 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 175 SERENDIPITY_MANUAL 10.73 11.93 10.73 8.85 8.35 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 176 SERENDIPITY_MANUAL 12.43************ 10.48 9.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 177 SERENDIPITY_MANUAL 12.66************ 10.42 9.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 178 SERENDIPITY_MANUAL 12.85************ 11.42 11.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 179 SERENDIPITY_MANUAL 12.35 12.93 12.35 11.01 10.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 180 SERENDIPITY_MANUAL 12.83************ 10.81 10.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 181 SERENDIPITY_MANUAL 12.20************ 10.42 9.91 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 182 SERENDIPITY_MANUAL 11.25 12.27 11.25 9.38 8.84 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 183 SERENDIPITY_MANUAL 10.50 11.31 10.50 9.33 9.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 184 SERENDIPITY_MANUAL 12.36************ 11.28 11.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 185 SERENDIPITY_MANUAL 12.52************ 10.60 10.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 186 SERENDIPITY_MANUAL 12.70************ 11.35 11.04 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 187 SERENDIPITY_MANUAL 10.94 11.70 10.94 9.76 9.54 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 188 SERENDIPITY_MANUAL 11.69 12.79 11.69 10.62 10.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 189 SERENDIPITY_MANUAL 12.67************ 10.48 9.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 190 SERENDIPITY_MANUAL 11.12 12.01 11.12 9.24 8.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 191 SERENDIPITY_MANUAL 12.69************ 11.48 11.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 192 SERENDIPITY_MANUAL 12.15************ 9.75 9.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 193 SERENDIPITY_MANUAL 11.94 12.54 11.94 10.71 10.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 194 SERENDIPITY_MANUAL 12.16************ 10.39 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 195 SERENDIPITY_MANUAL 10.47 11.57 10.47 8.49 8.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 196 SERENDIPITY_MANUAL 12.85************ 10.77 10.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 197 SERENDIPITY_MANUAL 12.90************ 10.65 10.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 198 SERENDIPITY_MANUAL 12.74************ 10.40 9.67 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 199 SERENDIPITY_MANUAL 11.06 11.66 11.06 9.92 9.70 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 200 SERENDIPITY_MANUAL 12.89************ 11.67 11.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 201 SERENDIPITY_MANUAL 10.93 12.39 10.93 9.03 8.53 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 202 SERENDIPITY_MANUAL 11.01 11.75 11.01 9.53 9.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 203 SERENDIPITY_MANUAL 10.70 12.45 10.70 7.99 7.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 204 SERENDIPITY_MANUAL 12.91************ 10.27 9.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 205 SERENDIPITY_MANUAL 10.71 11.26 10.71 9.71 9.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 206 SERENDIPITY_MANUAL 11.98************ 10.23 9.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 207 SERENDIPITY_MANUAL 10.12 10.50 10.12 9.37 9.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 208 SERENDIPITY_MANUAL 12.40************ 10.73 10.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 209 SERENDIPITY_MANUAL 12.64************ 11.70 11.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 210 SERENDIPITY_MANUAL 12.35 12.81 12.35 10.92 10.70 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 211 SERENDIPITY_MANUAL 12.83 12.85 12.83 11.06 10.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 212 SERENDIPITY_MANUAL 11.60 12.92 11.60 9.45 8.82 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 213 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 214 SERENDIPITY_MANUAL 11.93 12.18 11.93 10.51 10.24 SPCOADD_V5: Fiber 215 SERENDIPITY_MANUAL 11.32 11.89 11.32 10.37 10.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 216 SERENDIPITY_MANUAL 10.87 11.49 10.87 9.67 9.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 217 SERENDIPITY_MANUAL 11.02 11.89 11.02 9.37 8.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 218 SERENDIPITY_MANUAL 11.36 11.93 11.36 10.47 10.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 219 SERENDIPITY_MANUAL 9.90 11.11 9.90 8.10 7.61 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 220 SERENDIPITY_MANUAL 11.42 13.10 11.42 9.96 9.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 221 SERENDIPITY_MANUAL 12.87************ 11.53 11.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 222 SERENDIPITY_MANUAL 12.10************ 9.95 9.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 223 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 224 SERENDIPITY_MANUAL 12.88************ 10.99 10.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 225 SERENDIPITY_MANUAL 10.68 11.76 10.68 8.82 8.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 226 SERENDIPITY_MANUAL 12.79************ 10.93 10.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 227 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 228 SERENDIPITY_MANUAL 10.73 11.53 10.73 9.53 9.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 229 SERENDIPITY_MANUAL 9.86 11.74 9.86 5.77 4.90 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 230 SERENDIPITY_MANUAL 11.60 12.38 11.60 10.49 10.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 231 SERENDIPITY_MANUAL 12.35************ 11.03 10.75 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 232 SERENDIPITY_MANUAL 12.69************ 11.48 11.18 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 233 SERENDIPITY_MANUAL 12.26************ 8.94 8.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 234 SPECTROPHOTO_STD 10.65 10.74 10.82 10.78 10.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 235 SERENDIPITY_MANUAL 10.92 12.61 10.92 8.95 8.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 236 SERENDIPITY_MANUAL 12.71************ 11.13 10.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 237 SERENDIPITY_MANUAL 12.66************ 10.87 10.37 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 238 SERENDIPITY_MANUAL 12.31************ 10.29 9.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 239 SERENDIPITY_MANUAL 12.86************ 10.79 10.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 240 SERENDIPITY_MANUAL 12.40************ 10.39 9.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 241 SERENDIPITY_MANUAL 10.01 11.84 10.01 6.35 5.54 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 242 SERENDIPITY_MANUAL 11.35 12.59 11.35 9.34 8.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 243 SPECTROPHOTO_STD 10.80 10.89 10.96 10.92 10.90 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 244 SERENDIPITY_MANUAL 11.14 11.80 11.14 9.92 9.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 245 SERENDIPITY_MANUAL 12.11 12.40 12.11 10.98 10.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 246 SERENDIPITY_MANUAL 12.77************ 11.69 11.41 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 247 SERENDIPITY_MANUAL 12.88************ 10.99 10.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 248 SERENDIPITY_MANUAL 12.17 13.00 12.17 11.12 10.86 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 249 SERENDIPITY_MANUAL 11.00 12.63 11.00 9.18 8.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 250 SERENDIPITY_MANUAL 12.87************ 10.63 9.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 251 SERENDIPITY_MANUAL 12.81************ 11.22 10.84 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 252 SERENDIPITY_MANUAL 10.81 13.23 10.81 7.19 6.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 253 SPECTROPHOTO_STD 10.68 10.77 10.85 10.80 10.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 254 SERENDIPITY_MANUAL 11.77 12.34 11.77 10.85 10.60 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 255 SERENDIPITY_MANUAL 10.34 11.52 10.34 8.44 7.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 256 SERENDIPITY_MANUAL 12.00************ 10.59 10.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 257 SERENDIPITY_MANUAL 12.46************ 11.28 10.67 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 258 SERENDIPITY_MANUAL 12.87************ 11.12 10.64 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 259 SERENDIPITY_MANUAL 11.89 13.99 11.89 11.04 10.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 260 SERENDIPITY_MANUAL 11.81 12.90 11.81 10.75 10.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 261 SERENDIPITY_MANUAL 12.58************ 10.86 10.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 262 SERENDIPITY_MANUAL 12.86************ 11.75 11.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 263 SERENDIPITY_MANUAL 10.53 11.72 10.53 8.69 8.12 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 264 SERENDIPITY_MANUAL 12.53************ 11.53 11.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 265 SERENDIPITY_MANUAL 12.73************ 11.21 10.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 266 SERENDIPITY_MANUAL 12.15 12.22 12.15 10.73 10.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 267 SERENDIPITY_MANUAL 12.63************ 11.29 10.97 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 268 SERENDIPITY_MANUAL 11.16 12.07 11.16 10.06 9.74 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 269 SERENDIPITY_MANUAL 10.61 11.17 10.61 9.59 9.31 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 270 SERENDIPITY_MANUAL 12.94************ 11.57 11.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 271 SPECTROPHOTO_STD 11.02 11.11 11.19 11.16 11.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 272 SPECTROPHOTO_STD 11.43 11.52 11.60 11.56 11.55 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 273 SERENDIPITY_MANUAL 12.15************ 10.24 9.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 274 SERENDIPITY_MANUAL 11.66 11.85 11.66 10.68 10.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 275 SERENDIPITY_MANUAL 11.15 11.85 11.15 10.12 9.83 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 276 SERENDIPITY_MANUAL 11.27 12.10 11.27 9.79 9.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 277 SERENDIPITY_MANUAL 12.76************ 11.47 11.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 278 SERENDIPITY_MANUAL 12.47************ 10.46 9.90 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 279 SERENDIPITY_MANUAL 10.69 11.87 10.69 8.44 7.75 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 280 SERENDIPITY_MANUAL 12.82************ 10.94 10.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 281 SERENDIPITY_MANUAL 10.77 12.50 10.77 7.98 7.23 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 282 SERENDIPITY_MANUAL 11.43************ 9.65 9.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 283 SERENDIPITY_MANUAL 12.14************ 10.38 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 284 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 285 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 286 SERENDIPITY_MANUAL 12.35************ 10.73 10.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 287 SPECTROPHOTO_STD 11.34 11.43 11.50 11.45 11.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 288 SERENDIPITY_MANUAL 12.63************ 11.30 10.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 289 SERENDIPITY_MANUAL 12.87************ 10.90 10.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 290 SERENDIPITY_MANUAL 12.01 12.37 12.01 10.93 10.66 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 291 SERENDIPITY_MANUAL 12.81************ 11.64 11.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 292 SERENDIPITY_MANUAL 12.77************ 10.76 10.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 293 SERENDIPITY_MANUAL 12.90************ 11.71 11.44 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 294 SERENDIPITY_MANUAL 11.44 12.03 11.44 10.04 9.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 295 SPECTROPHOTO_STD 11.47 11.57 11.64 11.59 11.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 296 SERENDIPITY_MANUAL 11.57 12.47 11.57 10.65 10.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 297 SERENDIPITY_MANUAL 10.65 11.12 10.65 9.40 9.14 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 298 SERENDIPITY_MANUAL 12.51************ 10.85 10.35 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 299 SERENDIPITY_MANUAL 11.81************ 8.42 7.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 300 SERENDIPITY_MANUAL 12.50************ 10.55 9.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 301 SERENDIPITY_MANUAL 12.72************ 10.85 10.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 302 SERENDIPITY_MANUAL 11.47 12.03 11.47 10.48 10.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 303 SERENDIPITY_MANUAL 11.90************ 10.23 9.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 304 SERENDIPITY_MANUAL 11.65 12.97 11.65 10.04 9.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 305 SERENDIPITY_MANUAL 12.86************ 10.92 10.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 306 SERENDIPITY_MANUAL 11.14 12.08 11.14 9.15 8.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 307 SERENDIPITY_MANUAL 12.65************ 10.94 10.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 308 SERENDIPITY_MANUAL 12.76************ 10.53 9.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 309 SERENDIPITY_MANUAL 11.94************ 10.18 9.65 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 310 SERENDIPITY_MANUAL 12.52************ 10.67 10.12 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 311 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 312 SERENDIPITY_MANUAL 11.04 11.41 11.04 9.71 9.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 313 SERENDIPITY_MANUAL 10.47 12.32 10.47 6.47 5.60 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 314 SERENDIPITY_MANUAL 12.55************ 10.74 10.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 315 SERENDIPITY_MANUAL 12.52************ 10.01 9.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 316 SERENDIPITY_MANUAL 10.98 12.36 10.98 9.00 8.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 317 SERENDIPITY_MANUAL 10.56 11.96 10.56 8.71 8.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 318 SERENDIPITY_MANUAL 11.39 13.03 11.39 9.85 9.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 319 SERENDIPITY_MANUAL 12.75************ 11.48 11.12 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 320 SERENDIPITY_MANUAL 12.90************ 11.74 11.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 321 SERENDIPITY_MANUAL 12.07************ 10.81 10.51 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 322 SERENDIPITY_MANUAL 12.65************ 10.70 10.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 323 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 324 SERENDIPITY_MANUAL 11.51 12.93 11.51 9.40 8.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 325 SERENDIPITY_MANUAL 10.41 11.85 10.41 8.42 7.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 326 SERENDIPITY_MANUAL 12.93************ 11.48 11.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 327 SERENDIPITY_MANUAL 10.58 12.60 10.58 7.70 6.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 328 SERENDIPITY_MANUAL 12.17************ 9.84 9.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 329 SERENDIPITY_MANUAL 11.84 12.44 11.84 10.72 10.47 SPCOADD_V5: Fiber 330 SERENDIPITY_MANUAL 11.76 13.07 11.76 9.77 9.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 331 SERENDIPITY_MANUAL 10.85 12.25 10.85 8.40 7.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 332 SERENDIPITY_MANUAL 12.02************ 10.45 10.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 333 SPECTROPHOTO_STD 10.97 11.06 11.14 11.11 11.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 334 SERENDIPITY_MANUAL 11.39 12.72 11.39 9.51 8.96 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 335 SERENDIPITY_MANUAL 12.80************ 11.51 11.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 336 SERENDIPITY_MANUAL 12.08************ 10.89 10.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 337 SERENDIPITY_MANUAL 12.94************ 11.15 10.64 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 338 SERENDIPITY_MANUAL 12.62************ 11.23 10.83 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 339 SERENDIPITY_MANUAL 12.26************ 10.34 9.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 340 SERENDIPITY_MANUAL 11.12 12.35 11.12 9.08 8.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 341 SERENDIPITY_MANUAL 12.48 12.19 12.48 11.37 11.18 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 342 SERENDIPITY_MANUAL 12.30 13.72 12.30 11.28 11.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 343 SERENDIPITY_MANUAL 12.19 12.81 12.19 11.18 10.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 344 SERENDIPITY_MANUAL 11.55 13.90 11.55 9.54 8.99 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 345 SERENDIPITY_MANUAL 10.21 10.96 10.21 9.02 8.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 346 SERENDIPITY_MANUAL 12.83************ 5.47 4.54 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 347 SERENDIPITY_MANUAL 12.72************ 10.90 10.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 348 SERENDIPITY_MANUAL 12.06 12.68 12.06 11.50 11.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 349 SERENDIPITY_MANUAL 12.81************ 11.61 11.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 350 SPECTROPHOTO_STD 11.35 11.44 11.52 11.48 11.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 351 SERENDIPITY_MANUAL 12.86************ 11.45 10.91 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 352 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 353 SERENDIPITY_MANUAL 12.42************ 10.33 9.70 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 354 SERENDIPITY_MANUAL 12.59 13.32 12.59 10.77 10.30 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 355 SERENDIPITY_MANUAL 12.92************ 11.02 10.45 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 356 SERENDIPITY_MANUAL 12.23************ 10.40 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 357 SERENDIPITY_MANUAL 12.52************ 10.64 10.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 358 SERENDIPITY_MANUAL 10.69 11.63 10.69 9.70 9.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 359 SERENDIPITY_MANUAL 11.85 12.64 11.85 10.58 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 360 SERENDIPITY_MANUAL 11.16 12.68 11.16 9.01 8.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 361 SERENDIPITY_MANUAL 11.73 12.38 11.73 10.41 10.16 SPCOADD_V5: Fiber 362 SERENDIPITY_MANUAL 12.62************ 11.13 10.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 363 SERENDIPITY_MANUAL 12.48************ 10.37 9.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 364 SERENDIPITY_MANUAL 10.13 11.68 10.13 7.81 7.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 365 SERENDIPITY_MANUAL 12.28************ 11.18 10.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 366 SERENDIPITY_MANUAL 12.86************ 11.62 11.35 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 367 SERENDIPITY_MANUAL 12.19 13.51 12.19 10.47 9.97 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 368 SERENDIPITY_MANUAL 11.12 12.37 11.12 6.45 5.58 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 369 SERENDIPITY_MANUAL 10.61 11.97 10.61 8.66 8.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 370 SERENDIPITY_MANUAL 12.74************ 10.30 9.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 371 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 372 SERENDIPITY_MANUAL 9.83 10.97 9.83 8.01 7.53 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 373 SERENDIPITY_MANUAL 10.38 11.57 10.38 8.53 8.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 374 SERENDIPITY_MANUAL 10.14 11.53 10.14 7.91 7.24 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 375 SPECTROPHOTO_STD 11.19 11.29 11.36 11.31 11.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 376 SERENDIPITY_MANUAL 10.94 12.32 10.94 6.69 5.82 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 377 SERENDIPITY_MANUAL 10.23 11.63 10.23 8.48 8.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 378 SERENDIPITY_MANUAL 11.90 12.31 11.90 10.01 9.51 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 379 SERENDIPITY_MANUAL 12.18************ 10.29 9.74 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 380 SERENDIPITY_MANUAL 11.94 12.15 11.94 10.77 10.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 381 SERENDIPITY_MANUAL 12.45************ 10.63 10.18 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 382 SERENDIPITY_MANUAL 10.39 11.91 10.39 8.32 7.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 383 SERENDIPITY_MANUAL 12.69************ 10.94 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 384 SERENDIPITY_MANUAL 12.16 13.15 12.16 11.45 11.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 385 SERENDIPITY_MANUAL 10.65 11.80 10.65 8.63 8.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 386 SERENDIPITY_MANUAL 12.94************ 11.64 11.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 387 SERENDIPITY_MANUAL 11.54 12.81 11.54 9.70 9.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 388 SERENDIPITY_MANUAL 12.37************ 10.44 9.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 389 SERENDIPITY_MANUAL 11.79************ 9.70 9.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 390 SERENDIPITY_MANUAL 12.77 13.22 12.77 11.32 11.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 391 SERENDIPITY_MANUAL 11.32************ 10.07 9.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 392 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 393 SERENDIPITY_MANUAL 12.18************ 10.87 10.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 394 SERENDIPITY_MANUAL 10.56 11.34 10.56 9.47 9.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 395 SERENDIPITY_MANUAL 12.69************ 10.20 9.44 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 396 SERENDIPITY_MANUAL 12.43************ 10.63 10.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 397 SERENDIPITY_MANUAL 11.99************ 10.28 9.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 398 SERENDIPITY_MANUAL 11.59 12.43 11.59 10.89 10.66 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 399 SERENDIPITY_MANUAL 11.49 12.52 11.49 9.54 8.99 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 400 SERENDIPITY_MANUAL 12.58************ 11.31 10.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 401 SERENDIPITY_MANUAL 12.83************ 11.62 11.33 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 402 SERENDIPITY_MANUAL 12.86************ 11.59 11.30 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 403 SERENDIPITY_MANUAL 10.52 11.81 10.52 8.83 8.33 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 404 SERENDIPITY_MANUAL 11.99************ 9.70 9.10 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 405 SERENDIPITY_MANUAL 12.44 13.51 12.44 10.72 10.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 406 SERENDIPITY_MANUAL 11.44 12.14 11.44 10.27 10.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 407 SERENDIPITY_MANUAL 10.10 11.45 10.10 8.00 7.45 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 408 SPECTROPHOTO_STD 11.25 11.35 11.42 11.38 11.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 409 SERENDIPITY_MANUAL 12.69 12.75 12.69 11.47 11.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 410 SERENDIPITY_MANUAL 10.45 11.26 10.45 9.28 8.97 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 411 SPECTROPHOTO_STD 11.59 11.68 11.76 11.72 11.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 412 SERENDIPITY_MANUAL 10.20 10.77 10.20 9.17 8.88 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 413 SERENDIPITY_MANUAL 11.27 12.39 11.27 9.37 8.91 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 414 SERENDIPITY_MANUAL 11.14 11.49 11.14 4.86 4.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 415 SERENDIPITY_MANUAL 11.76 12.64 11.76 11.24 10.99 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 416 SERENDIPITY_MANUAL 11.63 13.53 11.63 9.60 9.02 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 417 SERENDIPITY_MANUAL 12.57 12.90 12.57 10.89 10.61 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 418 SERENDIPITY_MANUAL 12.71************ 11.45 11.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 419 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 420 SERENDIPITY_MANUAL 10.85 11.60 10.85 9.69 9.44 SPCOADD_V5: Fiber 421 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 422 SPECTROPHOTO_STD 11.49 11.59 11.66 11.61 11.59 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 423 SERENDIPITY_MANUAL 10.80 12.33 10.80 8.72 8.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 424 SERENDIPITY_MANUAL 11.67 12.86 11.67 9.57 9.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 425 SERENDIPITY_MANUAL 11.19 12.70 11.19 7.64 6.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 426 SERENDIPITY_MANUAL 11.63 12.72 11.63 9.31 8.67 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 427 SERENDIPITY_MANUAL 12.33************ 11.64 11.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 428 SPECTROPHOTO_STD 11.54 11.64 11.71 11.66 11.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 429 SERENDIPITY_MANUAL 12.72************ 11.31 11.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 430 SERENDIPITY_MANUAL 12.65************ 10.88 10.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 431 SERENDIPITY_MANUAL 12.06************ 9.68 8.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 432 SERENDIPITY_MANUAL 11.32 12.40 11.32 9.43 8.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 433 SERENDIPITY_MANUAL 12.57 13.26 12.57 11.67 11.41 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 434 SERENDIPITY_MANUAL 12.79 12.64 12.79 11.51 11.31 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 435 SERENDIPITY_MANUAL 12.33************ 11.12 10.84 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 436 SERENDIPITY_MANUAL 11.99 12.73 11.99 10.83 10.59 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 437 SERENDIPITY_MANUAL 12.46 12.97 12.46 10.87 10.60 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 438 SERENDIPITY_MANUAL 12.73************ 11.40 11.10 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 439 SERENDIPITY_MANUAL 12.72************ 11.08 10.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 440 SERENDIPITY_MANUAL 11.26 11.78 11.26 10.12 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 441 SERENDIPITY_MANUAL 10.56 11.31 10.56 9.57 9.33 SPCOADD_V5: Fiber 442 SERENDIPITY_MANUAL 11.07 12.71 11.07 9.00 8.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 443 SERENDIPITY_MANUAL 11.79 12.02 11.79 10.52 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 444 SERENDIPITY_MANUAL 11.54 13.45 11.54 9.12 8.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 445 SERENDIPITY_MANUAL 12.78************ 11.65 11.33 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 446 SERENDIPITY_MANUAL 10.95 11.69 10.95 9.85 9.55 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 447 SERENDIPITY_MANUAL 11.21 12.04 11.21 9.19 8.58 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 448 SERENDIPITY_MANUAL 12.80************ 10.61 9.97 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 449 SERENDIPITY_MANUAL 11.22 12.34 11.22 9.52 9.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 450 SERENDIPITY_MANUAL 12.87************ 11.03 10.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 451 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 452 SERENDIPITY_MANUAL 11.75 12.75 11.75 9.67 9.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 453 SERENDIPITY_MANUAL 10.26 12.09 10.26 6.69 5.86 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 454 SERENDIPITY_MANUAL 10.43 11.90 10.43 8.06 7.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 455 SERENDIPITY_MANUAL 10.68 11.67 10.68 8.97 8.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 456 SERENDIPITY_MANUAL 12.94************ 9.33 8.43 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 457 SERENDIPITY_MANUAL 11.52 12.20 11.52 10.58 10.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 458 SERENDIPITY_MANUAL 11.48 13.03 11.48 9.33 8.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 459 SERENDIPITY_MANUAL 12.32 13.16 12.32 10.86 10.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 460 SERENDIPITY_MANUAL 12.89************ 10.98 10.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 461 SERENDIPITY_MANUAL 12.85************ 10.93 10.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 462 SERENDIPITY_MANUAL 9.84 11.09 9.84 7.91 7.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 463 SPECTROPHOTO_STD 11.37 11.47 11.54 11.50 11.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 464 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 465 SERENDIPITY_MANUAL 11.38 13.06 11.38 10.03 9.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 466 SERENDIPITY_MANUAL 12.69************ 11.35 11.03 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 467 SERENDIPITY_MANUAL 12.71************ 10.71 10.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 468 SERENDIPITY_MANUAL 12.58************ 10.75 10.23 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 469 SERENDIPITY_MANUAL 12.45************ 10.53 9.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 470 SERENDIPITY_MANUAL 11.92 11.98 11.92 10.38 10.12 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 471 SERENDIPITY_MANUAL 12.02 12.94 12.02 10.46 10.04 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 472 SERENDIPITY_MANUAL 10.64 12.27 10.64 8.11 7.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 473 SERENDIPITY_MANUAL 11.28************ 6.09 5.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 474 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 475 SERENDIPITY_MANUAL 12.83************ 11.53 11.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 476 SERENDIPITY_MANUAL 10.33 12.35 10.33 7.50 6.74 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 477 SERENDIPITY_MANUAL 11.39 11.85 11.39 10.56 10.32 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 478 SERENDIPITY_MANUAL 12.05************ 10.88 10.54 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 479 SERENDIPITY_MANUAL 12.25************ 10.66 10.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 480 SERENDIPITY_MANUAL 11.70 12.85 11.70 9.98 9.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 481 SERENDIPITY_MANUAL 12.07 13.72 12.07 11.22 10.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 482 SERENDIPITY_MANUAL 11.89 12.82 11.89 9.70 9.16 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 483 SERENDIPITY_MANUAL 11.47 13.61 11.47 9.36 8.69 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 484 SERENDIPITY_MANUAL 11.62 13.95 11.62 9.31 8.64 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 485 SERENDIPITY_MANUAL 11.15 11.88 11.15 10.49 10.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 486 SERENDIPITY_MANUAL 12.19 12.85 12.19 11.12 10.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 487 SERENDIPITY_MANUAL 9.68 10.88 9.68 7.72 7.14 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 488 SERENDIPITY_MANUAL 12.48************ 11.15 10.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 489 SERENDIPITY_MANUAL 11.77 13.34 11.77 9.58 9.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 490 SERENDIPITY_MANUAL 12.59************ 10.63 10.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 491 SERENDIPITY_MANUAL 12.65************ 11.45 11.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 492 SERENDIPITY_MANUAL 11.30 12.31 11.30 10.48 10.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 493 SERENDIPITY_MANUAL 12.77************ 11.26 10.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 494 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 495 SERENDIPITY_MANUAL 11.53 11.87 11.53 10.45 10.21 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 496 SERENDIPITY_MANUAL 12.64************ 10.65 10.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 497 SERENDIPITY_MANUAL 12.91************ 11.46 11.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 498 SERENDIPITY_MANUAL 12.52************ 11.35 11.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 499 SPECTROPHOTO_STD 11.58 11.67 11.74 11.70 11.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 500 SERENDIPITY_MANUAL 11.56 12.06 11.56 10.65 10.45 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 501 SERENDIPITY_MANUAL 11.53 12.25 11.53 10.33 10.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 502 SERENDIPITY_MANUAL 11.48 12.98 11.48 10.00 9.51 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 503 SERENDIPITY_MANUAL 11.99 13.15 11.99 11.11 10.84 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 504 SERENDIPITY_MANUAL 12.45************ 11.46 11.18 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 505 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 506 SERENDIPITY_MANUAL 11.07************ 9.89 9.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 507 SERENDIPITY_MANUAL 10.54 11.66 10.54 8.70 8.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 508 SERENDIPITY_MANUAL 11.91 12.44 11.91 10.82 10.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 509 SERENDIPITY_MANUAL 10.59 12.06 10.59 8.36 7.72 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 510 SERENDIPITY_MANUAL 12.09************ 10.45 9.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 511 SERENDIPITY_MANUAL 10.36 11.75 10.36 8.33 7.77 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 512 SERENDIPITY_MANUAL 11.98 13.33 11.98 10.80 10.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 513 SPECTROPHOTO_STD 11.59 11.68 11.76 11.73 11.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 514 SERENDIPITY_MANUAL 11.55 12.42 11.55 9.81 9.28 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 515 SERENDIPITY_MANUAL 11.89 12.39 11.89 10.80 10.53 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 516 SPECTROPHOTO_STD 11.56 11.66 11.73 11.68 11.66 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 517 SERENDIPITY_MANUAL 12.70************ 10.69 10.11 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 518 SERENDIPITY_MANUAL 11.75 12.70 11.75 9.61 9.09 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 519 SERENDIPITY_MANUAL 12.86************ 11.65 11.38 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 520 SERENDIPITY_MANUAL 12.80************ 10.90 10.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 521 SERENDIPITY_MANUAL 11.92 12.60 11.92 9.82 9.30 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 522 SERENDIPITY_MANUAL 11.76 12.84 11.76 10.24 9.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 523 SERENDIPITY_MANUAL 11.02 12.23 11.02 8.49 7.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 524 SERENDIPITY_MANUAL 11.87 12.44 11.87 11.12 10.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 525 SERENDIPITY_MANUAL 9.72 11.46 9.72 6.26 5.44 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 526 SERENDIPITY_MANUAL 9.66 11.00 9.66 7.70 7.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 527 SERENDIPITY_MANUAL 11.86 12.18 11.86 10.75 10.47 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 528 SERENDIPITY_MANUAL 10.40 11.80 10.40 8.14 7.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 529 SERENDIPITY_MANUAL 11.91 12.47 11.91 10.38 9.93 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 530 SERENDIPITY_MANUAL 10.70 12.01 10.70 8.42 7.74 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 531 SERENDIPITY_MANUAL 11.81 12.51 11.81 9.73 9.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 532 SERENDIPITY_MANUAL 11.30 12.09 11.30 9.71 9.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 533 SERENDIPITY_MANUAL 12.32************ 9.97 9.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 534 SERENDIPITY_MANUAL 11.49 12.51 11.49 10.20 9.88 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 535 SERENDIPITY_MANUAL 10.92 12.22 10.92 9.06 8.57 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 536 SERENDIPITY_MANUAL 12.83************ 10.61 10.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 537 SERENDIPITY_MANUAL 11.98 13.12 11.98 10.87 10.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 538 SERENDIPITY_MANUAL 11.79 12.54 11.79 9.89 9.42 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 539 SPECTROPHOTO_STD 11.09 11.19 11.26 11.23 11.23 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 540 SERENDIPITY_MANUAL 11.38 12.27 11.38 10.69 10.41 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 541 SERENDIPITY_MANUAL 11.22 12.90 11.22 9.48 8.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 542 SERENDIPITY_MANUAL 11.03 12.24 11.03 8.99 8.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 543 SERENDIPITY_MANUAL 12.72************ 11.64 11.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 544 SERENDIPITY_MANUAL 12.45************ 11.18 10.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 545 SERENDIPITY_MANUAL 12.51************ 10.81 10.26 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 546 SERENDIPITY_MANUAL 9.94 11.26 9.94 8.09 7.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 547 SERENDIPITY_MANUAL 12.39 12.90 12.39 10.78 10.48 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 548 SERENDIPITY_MANUAL 12.07************ 10.09 9.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 549 SERENDIPITY_MANUAL 12.33 12.87 12.33 11.20 10.91 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 550 SERENDIPITY_MANUAL 11.36 11.98 11.36 10.24 9.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 551 SERENDIPITY_MANUAL 12.07************ 9.77 9.03 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 552 SERENDIPITY_MANUAL 12.73************ 11.03 10.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 553 SERENDIPITY_MANUAL 12.84************ 12.08 11.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 554 SERENDIPITY_MANUAL 12.85************ 11.05 10.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 555 SERENDIPITY_MANUAL 12.15 14.93 12.15 10.19 9.67 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 556 SERENDIPITY_MANUAL 12.65************ 11.30 10.92 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 557 SERENDIPITY_MANUAL 11.41 13.19 11.41 9.02 8.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 558 SERENDIPITY_MANUAL 11.98************ 9.96 9.40 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 559 SERENDIPITY_MANUAL 12.35 13.57 12.35 11.41 11.14 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 560 SERENDIPITY_MANUAL 10.22 11.37 10.22 8.38 7.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 561 SERENDIPITY_MANUAL 10.06 12.21 10.06 5.47 4.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 562 SERENDIPITY_MANUAL 11.25 12.21 11.25 10.05 9.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 563 SERENDIPITY_MANUAL 10.14 11.55 10.14 7.90 7.18 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 564 SERENDIPITY_MANUAL 12.16 12.84 12.16 11.10 10.82 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 565 SERENDIPITY_MANUAL 12.49************ 11.30 11.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 566 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 567 SERENDIPITY_MANUAL 11.82 12.15 11.82 10.52 10.25 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 568 SERENDIPITY_MANUAL 12.37************ 10.10 9.45 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 569 SERENDIPITY_MANUAL 12.53************ 11.15 10.84 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 570 SERENDIPITY_MANUAL 11.92 11.90 11.92 10.58 10.31 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 571 SERENDIPITY_MANUAL 12.24************ 10.33 9.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 572 SERENDIPITY_MANUAL 11.56 12.76 11.56 9.95 9.44 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 573 SERENDIPITY_MANUAL 12.87************ 11.50 11.19 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 574 SERENDIPITY_MANUAL 10.24 11.36 10.24 8.55 8.05 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 575 SERENDIPITY_MANUAL 11.69 12.25 11.69 10.40 10.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 576 SERENDIPITY_MANUAL 12.32 13.13 12.32 11.29 11.03 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 577 SPECTROPHOTO_STD 11.54 11.63 11.71 11.67 11.66 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 578 SERENDIPITY_MANUAL 11.67 12.24 11.67 10.46 10.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 579 SERENDIPITY_MANUAL 11.73 12.58 11.73 9.77 9.20 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 580 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 581 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 582 SERENDIPITY_MANUAL 10.99 11.86 10.99 9.09 8.61 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 583 SERENDIPITY_MANUAL 11.61 12.17 11.61 10.52 10.27 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 584 SERENDIPITY_MANUAL 11.28 12.41 11.28 9.27 8.73 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 585 SERENDIPITY_MANUAL 10.52 11.70 10.52 8.61 8.17 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 586 SERENDIPITY_MANUAL 11.24 12.99 11.24 8.75 8.03 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 587 SERENDIPITY_MANUAL 10.15 12.09 10.15 7.30 6.59 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 588 SERENDIPITY_MANUAL 12.10 13.50 12.10 11.31 11.05 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 589 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 590 SERENDIPITY_MANUAL 11.14 12.08 11.14 9.28 8.76 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 591 SERENDIPITY_MANUAL 12.03 13.10 12.03 11.24 10.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 592 SERENDIPITY_MANUAL 10.18 11.32 10.18 8.26 7.71 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 593 SERENDIPITY_MANUAL 12.67************ 10.47 9.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 594 SERENDIPITY_MANUAL 11.64 12.84 11.64 10.90 10.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 595 SERENDIPITY_MANUAL 11.45 12.76 11.45 9.36 8.80 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 596 SERENDIPITY_MANUAL 12.53 13.23 12.53 11.44 11.15 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 597 SERENDIPITY_MANUAL 11.10 11.66 11.10 10.07 9.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 598 SERENDIPITY_MANUAL 12.89************ 11.28 10.87 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 599 SERENDIPITY_MANUAL 12.57 13.07 12.57 10.41 9.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 600 SERENDIPITY_MANUAL 9.90 11.15 9.90 8.02 7.56 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 601 SERENDIPITY_MANUAL 10.56 12.03 10.56 8.38 7.77 SPCOADD_V5: Fiber 602 SERENDIPITY_MANUAL 12.74************ 11.32 11.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 603 SKY 25.00 25.00 25.00 25.00 25.00 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 604 SERENDIPITY_MANUAL 12.37 13.23 12.37 11.27 11.07 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 605 SERENDIPITY_MANUAL 10.05 11.45 10.05 8.02 7.44 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 606 SERENDIPITY_MANUAL 10.25 10.85 10.25 9.19 8.95 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 607 SERENDIPITY_MANUAL 12.28************ 10.36 9.79 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 608 SERENDIPITY_MANUAL 11.27 11.92 11.27 10.51 10.29 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 609 SERENDIPITY_MANUAL 11.24 12.49 11.24 9.24 8.68 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 610 SERENDIPITY_MANUAL 12.88************ 11.52 11.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 611 SERENDIPITY_MANUAL 10.72 11.61 10.72 9.65 9.39 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 612 SERENDIPITY_MANUAL 11.15 11.91 11.15 9.41 9.01 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 613 SERENDIPITY_MANUAL 12.39************ 9.40 8.58 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 614 SPECTROPHOTO_STD 10.75 10.84 10.91 10.87 10.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 615 SERENDIPITY_MANUAL 11.38 12.11 11.38 10.90 10.63 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 616 SERENDIPITY_MANUAL 10.80 12.52 10.80 8.42 7.78 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 617 SERENDIPITY_MANUAL 12.78************ 10.96 10.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 618 SERENDIPITY_MANUAL 12.45************ 11.19 10.86 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 619 SERENDIPITY_MANUAL 12.55************ 10.74 10.23 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 620 SERENDIPITY_MANUAL 10.51 11.61 10.51 8.60 8.14 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 621 SERENDIPITY_MANUAL 12.83************ 10.69 10.08 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 622 SERENDIPITY_MANUAL 11.97 12.32 11.97 10.84 10.52 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 623 SERENDIPITY_MANUAL 12.86 12.77 12.86 11.14 10.89 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 624 SERENDIPITY_MANUAL 12.52************ 10.93 10.49 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 625 SPECTROPHOTO_STD 10.67 10.76 10.84 10.81 10.81 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 626 SERENDIPITY_MANUAL 11.79 12.45 11.79 10.54 10.22 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 627 SERENDIPITY_MANUAL 10.44 12.05 10.44 8.62 8.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 628 SERENDIPITY_MANUAL 12.94************ 10.95 10.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 629 SERENDIPITY_MANUAL 10.80 11.80 10.80 9.39 8.98 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 630 SERENDIPITY_MANUAL 11.75 12.18 11.75 10.71 10.46 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 631 SERENDIPITY_MANUAL 12.53 12.52 12.53 10.77 10.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 632 SERENDIPITY_MANUAL 12.17 14.19 12.17 10.19 9.65 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 633 SERENDIPITY_MANUAL 12.34************ 11.21 10.94 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 634 SERENDIPITY_MANUAL 10.86 11.59 10.86 9.68 9.34 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 635 SERENDIPITY_MANUAL 12.69************ 10.69 10.13 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 636 SERENDIPITY_MANUAL 11.21 12.31 11.21 9.51 8.99 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 637 SERENDIPITY_MANUAL 12.22 13.24 12.22 10.31 9.85 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 638 SERENDIPITY_MANUAL 12.68************ 11.39 11.06 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 639 SERENDIPITY_MANUAL 12.85************ 11.00 10.50 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 SPCOADD_V5: Fiber 640 SERENDIPITY_MANUAL 12.86************ 11.68 11.36 FIT_COMBINE_BKPTS: sampling: 20; filtr: 60 FLUX_DISTORTION: No objects w/known photom errors from calibObj FLUX_DISTORTION: Number of objects for fitting distortions = 0 FLUX_DISTORTION: WARNING: Too few objects for fitting flux distortions 0 SPCOADD_V5: Flux distortion image dynamic range = 1.00000 PLOTSN: Initial: (S/N)^2 @ g = 20.20 16.625 33.318 PLOTSN: Initial: (S/N)^2 @ r = 20.25 24.947 9.194 PLOTSN: Initial: (S/N)^2 @ i = 19.90 2.511 1.486 PLOTSN1: Initial: Spectro-1: Std-stars g-mag Median= 0.602 Stdev= 0.185 PLOTSN1: Initial: Spectro-2: Std-stars g-mag Median= 0.529 Stdev= 0.255 PLOTSN1: Initial: Spectro-1: Std-stars r-mag Median= -0.039 Stdev= 0.122 PLOTSN1: Initial: Spectro-2: Std-stars r-mag Median= -0.132 Stdev= 0.159 PLOTSN1: Initial: Spectro-1: Std-stars i-mag Median= -0.127 Stdev= 0.118 PLOTSN1: Initial: Spectro-2: Std-stars i-mag Median= -0.218 Stdev= 0.148 PLOTSN1: Initial: Spectro-1: Std-stars (g-r) color Median= 0.609 Stdev= 0.110 PLOTSN1: Initial: Spectro-2: Std-stars (g-r) color Median= 0.678 Stdev= 0.131 PLOTSN1: Initial: Spectro-1: Std-stars (r-i) color Median= 0.116 Stdev= 0.051 PLOTSN1: Initial: Spectro-2: Std-stars (r-i) color Median= 0.170 Stdev= 0.062 PLOTSN1: Initial: Spectro-1: Stars+QSOs g-mag Median= -1.374 Stdev= 0.743 PLOTSN1: Initial: Spectro-2: Stars+QSOs g-mag Median= -1.614 Stdev= 0.370 PLOTSN1: Initial: Spectro-1: Stars+QSOs r-mag Median= -1.046 Stdev= 0.418 PLOTSN1: Initial: Spectro-2: Stars+QSOs r-mag Median= -1.228 Stdev= 0.257 PLOTSN1: Initial: Spectro-1: Stars+QSOs i-mag Median= 0.179 Stdev= 0.271 PLOTSN1: Initial: Spectro-2: Stars+QSOs i-mag Median= 0.184 Stdev= 0.296 PLOTSN1: Initial: Spectro-1: Stars+QSOs (g-r) color Median= -0.279 Stdev= 0.381 PLOTSN1: Initial: Spectro-2: Stars+QSOs (g-r) color Median= -0.373 Stdev= 0.432 PLOTSN1: Initial: Spectro-1: Stars+QSOs (r-i) color Median= -1.273 Stdev= 0.667 PLOTSN1: Initial: Spectro-2: Stars+QSOs (r-i) color Median= -1.461 Stdev= 0.648 PLOTSN: Final: (S/N)^2 @ g = 20.20 16.625 33.318 PLOTSN: Final: (S/N)^2 @ r = 20.25 24.947 9.194 PLOTSN: Final: (S/N)^2 @ i = 19.90 2.511 1.486 PLOTSN1: Final: Spectro-1: Std-stars g-mag Median= 0.602 Stdev= 0.185 PLOTSN1: Final: Spectro-2: Std-stars g-mag Median= 0.529 Stdev= 0.255 PLOTSN1: Final: Spectro-1: Std-stars r-mag Median= -0.039 Stdev= 0.122 PLOTSN1: Final: Spectro-2: Std-stars r-mag Median= -0.132 Stdev= 0.159 PLOTSN1: Final: Spectro-1: Std-stars i-mag Median= -0.127 Stdev= 0.118 PLOTSN1: Final: Spectro-2: Std-stars i-mag Median= -0.218 Stdev= 0.148 PLOTSN1: Final: Spectro-1: Std-stars (g-r) color Median= 0.609 Stdev= 0.110 PLOTSN1: Final: Spectro-2: Std-stars (g-r) color Median= 0.678 Stdev= 0.131 PLOTSN1: Final: Spectro-1: Std-stars (r-i) color Median= 0.116 Stdev= 0.051 PLOTSN1: Final: Spectro-2: Std-stars (r-i) color Median= 0.170 Stdev= 0.062 PLOTSN1: Final: Spectro-1: Stars+QSOs g-mag Median= -1.374 Stdev= 0.743 PLOTSN1: Final: Spectro-2: Stars+QSOs g-mag Median= -1.614 Stdev= 0.370 PLOTSN1: Final: Spectro-1: Stars+QSOs r-mag Median= -1.046 Stdev= 0.418 PLOTSN1: Final: Spectro-2: Stars+QSOs r-mag Median= -1.228 Stdev= 0.257 PLOTSN1: Final: Spectro-1: Stars+QSOs i-mag Median= 0.179 Stdev= 0.271 PLOTSN1: Final: Spectro-2: Stars+QSOs i-mag Median= 0.184 Stdev= 0.296 PLOTSN1: Final: Spectro-1: Stars+QSOs (g-r) color Median= -0.279 Stdev= 0.381 PLOTSN1: Final: Spectro-2: Stars+QSOs (g-r) color Median= -0.373 Stdev= 0.432 PLOTSN1: Final: Spectro-1: Stars+QSOs (r-i) color Median= -1.273 Stdev= 0.667 PLOTSN1: Final: Spectro-2: Stars+QSOs (r-i) color Median= -1.461 Stdev= 0.648 SPCOADD_V5: Writing file # 0: spCFrame-b1-00053648.fits SPCOADD_V5: Writing file # 1: spCFrame-b1-00053649.fits SPCOADD_V5: Writing file # 2: spCFrame-b1-00053650.fits SPCOADD_V5: Writing file # 3: spCFrame-b1-00053651.fits SPCOADD_V5: Writing file # 4: spCFrame-b1-00053652.fits SPCOADD_V5: Writing file # 5: spCFrame-b2-00053648.fits SPCOADD_V5: Writing file # 6: spCFrame-b2-00053649.fits SPCOADD_V5: Writing file # 7: spCFrame-b2-00053650.fits SPCOADD_V5: Writing file # 8: spCFrame-b2-00053651.fits SPCOADD_V5: Writing file # 9: spCFrame-b2-00053652.fits SPCOADD_V5: Writing file # 10: spCFrame-r1-00053648.fits SPCOADD_V5: Writing file # 11: spCFrame-r1-00053649.fits SPCOADD_V5: Writing file # 12: spCFrame-r1-00053650.fits SPCOADD_V5: Writing file # 13: spCFrame-r1-00053651.fits SPCOADD_V5: Writing file # 14: spCFrame-r1-00053652.fits SPCOADD_V5: Writing file # 15: spCFrame-r2-00053648.fits SPCOADD_V5: Writing file # 16: spCFrame-r2-00053649.fits SPCOADD_V5: Writing file # 17: spCFrame-r2-00053650.fits SPCOADD_V5: Writing file # 18: spCFrame-r2-00053651.fits SPCOADD_V5: Writing file # 19: spCFrame-r2-00053652.fits SPCOADD_V5: FIBER_ROLLCALL: FIBER_ROLLCALL: b1 r1 b2 r2 FIBER_ROLLCALL: ------ ------ ------ ------ FIBER_ROLLCALL: N(fiber) NOPLUG 4 4 5 5 FIBER_ROLLCALL: N(fiber) BADTRACE 0 2 0 1 FIBER_ROLLCALL: N(fiber) BADFLAT 12 9 2 5 FIBER_ROLLCALL: N(fiber) BADARC 1 1 0 0 FIBER_ROLLCALL: N(fiber) MANYBADCOLUMNS 3 35 9 17 FIBER_ROLLCALL: N(fiber) MANYREJECTED 0 0 0 0 FIBER_ROLLCALL: N(fiber) LARGESHIFT 0 0 0 0 FIBER_ROLLCALL: N(fiber) BADSKYFIBER 0 0 0 1 FIBER_ROLLCALL: N(fiber) NEARWHOPPER 0 8 0 12 FIBER_ROLLCALL: N(fiber) WHOPPER 0 2 0 3 FIBER_ROLLCALL: N(fiber) SMEARIMAGE 0 0 0 0 FIBER_ROLLCALL: N(fiber) SMEARHIGHSN 0 0 0 0 FIBER_ROLLCALL: N(fiber) SMEARMEDSN 0 0 0 0 FIBER_ROLLCALL: %(pixel) NEARBADPIXEL 0.41 3.44 0.39 2.09 FIBER_ROLLCALL: %(pixel) LOWFLAT 1.62 1.53 0.07 0.56 FIBER_ROLLCALL: %(pixel) FULLREJECT 0.07 0.12 0.01 0.00 FIBER_ROLLCALL: %(pixel) PARTIALREJECT 0.07 0.12 0.01 0.00 FIBER_ROLLCALL: %(pixel) SCATTEREDLIGHT 1.15 2.16 0.12 4.20 FIBER_ROLLCALL: %(pixel) CROSSTALK 0.00 0.00 0.00 0.02 FIBER_ROLLCALL: %(pixel) NOSKY 0.00 0.00 0.00 0.01 FIBER_ROLLCALL: %(pixel) BRIGHTSKY 0.00 0.00 0.00 0.00 FIBER_ROLLCALL: %(pixel) NODATA 1.83 2.17 2.18 1.76 FIBER_ROLLCALL: %(pixel) COMBINEREJ 0.00 0.00 0.00 0.00 FIBER_ROLLCALL: %(pixel) BADFLUXFACTOR 0.00 0.02 0.01 0.02 FIBER_ROLLCALL: %(pixel) BADSKYCHI 0.00 0.00 0.00 0.00 FIBER_ROLLCALL: %(pixel) REDMONSTER 0.00 0.00 0.00 0.00 SPCOMBINE_V5: Max memory usage = 917.9 MB SPCOMBINE_V5: Total time for SPCOMBINE = 4641. seconds SPCOMBINE_V5: Successful completion of SPCOMBINE at Thu Jun 19 16:02:32 2008