SPCOMBINE_V5: Log file spDiagcomb-3213-54865.log opened Tue Mar 16 12:09:59 2010 SPCOMBINE_V5: IDL version: x86_64 linux unix linux 6.4 Apr 26 2007 64 64 SPCOMBINE_V5: UNAME: Linux hammer5.astro.Princeton.EDU 2.6.18-128.7.1.el5 #1 SMP Mon Aug 24 08:21:56 EDT 2009 x86_64 x86_64 x86_64 GNU/Linux SPCOMBINE_V5: Plot file spDiagcomb-3213-54865.ps SPCOMBINE_V5: Plan file spPlancomb-3213-54865.par SPCOMBINE_V5: DOCAMS = b1 b2 r1 r2 SPCOMBINE_V5: idlspec2d version NOCVS:v5_3_23 SPCOMBINE_V5: idlutils version v5_3_0 SPCOMBINE_V5: Best exposure = 58677 score = 13.8596 SPCOMBINE_V5: WARNING: Discarding science exposure # 58714 with score= 0.00000 SPCOMBINE_V5: WARNING: Discarding science exposure # 58715 with score= 0.00000 SPCOMBINE_V5: WARNING: Discarding science exposure # 58718 with score= 0.00000 SPCOMBINE_V5: WARNING: Discarding science exposure # 58719 with score= 0.00000 SPCOMBINE_V5: SPFLUX_V5: using flux calibration stars: 11 169 189 250 293 311 SPFLUX_READ_KURUCZ: Fiber 12: Reading Kurucz models SPFLUX_READ_KURUCZ: Fiber 12: Remapping Kurucz models to log-wavelengths SPFLUX_READ_KURUCZ: Fiber 12: Convolving Kurucz models with SDSS pixel size SPFLUX_READ_KURUCZ: Fiber 12: Convolving Kurucz models with dispersions SPFLUX_BESTMODEL: Fiber 12: Best-fit velocity for std star = 60.566480 km/s SPFLUX_BESTMODEL: Fiber 12: Best-fit total chi2/DOF = 1.11488 SPFLUX_BESTMODEL: Fiber 12: Best-fit line chi2/DOF = 1.2114472 SPFLUX_BESTMODEL: Fiber 12: Full median S/N = 0.00000 SPFLUX_BESTMODEL: Fiber 12: Line median S/N = 11.9967 SPFLUX_BESTMODEL: Fiber 170: Best-fit velocity for std star = 18.644888 km/s SPFLUX_BESTMODEL: Fiber 170: Best-fit total chi2/DOF = 0.559371 SPFLUX_BESTMODEL: Fiber 170: Best-fit line chi2/DOF = 1.1151443 SPFLUX_BESTMODEL: Fiber 170: Full median S/N = 28.2858 SPFLUX_BESTMODEL: Fiber 170: Line median S/N = 25.3451 SPFLUX_BESTMODEL: Fiber 190: Best-fit velocity for std star = 150.01255 km/s SPFLUX_BESTMODEL: Fiber 190: Best-fit total chi2/DOF = 0.643847 SPFLUX_BESTMODEL: Fiber 190: Best-fit line chi2/DOF = 1.1457441 SPFLUX_BESTMODEL: Fiber 190: Full median S/N = 0.00000 SPFLUX_BESTMODEL: Fiber 190: Line median S/N = 17.3778 SPFLUX_BESTMODEL: Fiber 251: Best-fit velocity for std star = -30.407435 km/s SPFLUX_BESTMODEL: Fiber 251: Best-fit total chi2/DOF = 0.928623 SPFLUX_BESTMODEL: Fiber 251: Best-fit line chi2/DOF = 2.1068908 SPFLUX_BESTMODEL: Fiber 251: Full median S/N = 0.00000 SPFLUX_BESTMODEL: Fiber 251: Line median S/N = 11.7802 SPFLUX_BESTMODEL: Fiber 294: Best-fit velocity for std star = 20.026480 km/s SPFLUX_BESTMODEL: Fiber 294: Best-fit total chi2/DOF = 0.876715 SPFLUX_BESTMODEL: Fiber 294: Best-fit line chi2/DOF = 2.3053216 SPFLUX_BESTMODEL: Fiber 294: Full median S/N = 22.9089 SPFLUX_BESTMODEL: Fiber 294: Line median S/N = 18.4960 SPFLUX_BESTMODEL: Fiber 312: Best-fit velocity for std star = 47.815180 km/s SPFLUX_BESTMODEL: Fiber 312: Best-fit total chi2/DOF = 0.627237 SPFLUX_BESTMODEL: Fiber 312: Best-fit line chi2/DOF = 1.1090618 SPFLUX_BESTMODEL: Fiber 312: Full median S/N = 26.9117 SPFLUX_BESTMODEL: Fiber 312: Line median S/N = 23.6405 SPFLUX_V5: Warning: Rejecting std star in fiber = 12 with too many IVAR=0 pixels in spFrame-r1-00058677.fits SPFLUX_V5: Warning: Rejecting std star in fiber = 190 with too many IVAR=0 pixels in spFrame-r1-00058677.fits SPFLUX_V5: Warning: Rejecting std star in fiber = 251 with too many IVAR=0 pixels in spFrame-r1-00058677.fits SPFLUX_V5: Iteration # 1 SPFLUX_V5: Rejected 3 of 6 std stars SPFLUX_FITTEMPLATES: spFrame-b1-00058677.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b1-00058677.fits: Min/max fluxcalib = 9.42436 79.0844 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: HELIO_RV correction of -19.9567 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: HELIO_RV correction of -19.9567 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 0 fit: 0.000273371 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.10979 1.07571 0.518886 0.964027 0.370414 0.637787 1.05313 0.822257 0.753215 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 1 fit: 0.000271133 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.10107 1.07082 0.497061 1.06113 0.419455 0.638008 1.00481 0.860206 0.722622 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 2 fit: 0.000271260 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.09584 1.06799 0.489988 1.08121 0.434138 0.635358 0.985001 0.880031 0.707846 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 3 fit: 0.000271446 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.09271 1.06719 0.484769 1.08470 0.440792 0.629614 0.977242 0.890665 0.701371 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 4 fit: 0.000271533 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.09083 1.06695 0.484860 1.08560 0.432084 0.623156 0.974047 0.896223 0.698160 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 5 fit: 0.000271578 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08970 1.06678 0.490602 1.08636 0.459471 0.615538 0.972691 0.899217 0.696236 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 6 fit: 0.000271608 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08904 1.06665 0.485562 1.08646 0.424193 0.606763 0.971871 0.900736 0.695612 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 7 fit: 0.000271616 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08874 1.06659 0.490649 1.08691 0.421530 0.605739 0.971786 0.901437 0.695568 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 8 fit: 0.000271615 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08846 1.06652 0.489661 1.08545 0.432015 0.604339 0.971671 0.902076 0.695223 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 9 fit: 0.000271622 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08841 1.06650 0.489510 1.08577 0.427971 0.605194 0.971628 0.902142 0.695317 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 10 fit: 0.000271620 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08826 1.06646 0.491817 1.08634 0.416686 0.605187 0.971684 0.902373 0.695199 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 11 fit: 0.000271622 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08823 1.06645 0.487903 1.08668 0.416350 0.604281 0.971643 0.902401 0.695241 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: iter: 12 fit: 0.000271622 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: scales: 1.08823 1.06645 0.487903 1.08668 0.416350 0.604281 0.971643 0.902401 0.695241 SPFLUX_FITTEMPLATES: spFrame-r1-00058677.fits: template niter, coeffs: 12 1.08823 1.06645 0.487903 1.08668 0.416350 0.604281 0.971643 0.902401 0.695241 SPFLUX_V5: spFrame-r1-00058677.fits: Min/max fluxcalib = 8.92504 83.9198 SPCOMBINE_V5: SPFLUX_V5: using flux calibration stars: 48 88 90 131 133 150 170 245 249 250 SPFLUX_BESTMODEL: Fiber 369: Best-fit velocity for std star = -9.8727832 km/s SPFLUX_BESTMODEL: Fiber 369: Best-fit total chi2/DOF = 0.923140 SPFLUX_BESTMODEL: Fiber 369: Best-fit line chi2/DOF = 1.1722558 SPFLUX_BESTMODEL: Fiber 369: Full median S/N = 27.1081 SPFLUX_BESTMODEL: Fiber 369: Line median S/N = 23.0353 SPFLUX_BESTMODEL: Fiber 409: Best-fit velocity for std star = 19.780470 km/s SPFLUX_BESTMODEL: Fiber 409: Best-fit total chi2/DOF = 1.20028 SPFLUX_BESTMODEL: Fiber 409: Best-fit line chi2/DOF = 1.6105813 SPFLUX_BESTMODEL: Fiber 409: Full median S/N = 25.6119 SPFLUX_BESTMODEL: Fiber 409: Line median S/N = 21.2685 SPFLUX_BESTMODEL: Fiber 411: Best-fit velocity for std star = 10.918822 km/s SPFLUX_BESTMODEL: Fiber 411: Best-fit total chi2/DOF = 0.934899 SPFLUX_BESTMODEL: Fiber 411: Best-fit line chi2/DOF = 0.89239810 SPFLUX_BESTMODEL: Fiber 411: Full median S/N = 27.0644 SPFLUX_BESTMODEL: Fiber 411: Line median S/N = 23.3314 SPFLUX_BESTMODEL: Fiber 452: Best-fit velocity for std star = -78.200178 km/s SPFLUX_BESTMODEL: Fiber 452: Best-fit total chi2/DOF = 0.658186 SPFLUX_BESTMODEL: Fiber 452: Best-fit line chi2/DOF = 1.9270657 SPFLUX_BESTMODEL: Fiber 452: Full median S/N = 27.5380 SPFLUX_BESTMODEL: Fiber 452: Line median S/N = 23.7918 SPFLUX_BESTMODEL: Fiber 454: Best-fit velocity for std star = 55.657686 km/s SPFLUX_BESTMODEL: Fiber 454: Best-fit total chi2/DOF = 0.622720 SPFLUX_BESTMODEL: Fiber 454: Best-fit line chi2/DOF = 1.2165445 SPFLUX_BESTMODEL: Fiber 454: Full median S/N = 25.3719 SPFLUX_BESTMODEL: Fiber 454: Line median S/N = 20.1974 SPFLUX_BESTMODEL: Fiber 471: Best-fit velocity for std star = -10.520869 km/s SPFLUX_BESTMODEL: Fiber 471: Best-fit total chi2/DOF = 0.670805 SPFLUX_BESTMODEL: Fiber 471: Best-fit line chi2/DOF = 1.0047974 SPFLUX_BESTMODEL: Fiber 471: Full median S/N = 27.0366 SPFLUX_BESTMODEL: Fiber 471: Line median S/N = 23.0863 SPFLUX_BESTMODEL: Fiber 491: Best-fit velocity for std star = -43.302611 km/s SPFLUX_BESTMODEL: Fiber 491: Best-fit total chi2/DOF = 0.732048 SPFLUX_BESTMODEL: Fiber 491: Best-fit line chi2/DOF = 0.89676207 SPFLUX_BESTMODEL: Fiber 491: Full median S/N = 25.0003 SPFLUX_BESTMODEL: Fiber 491: Line median S/N = 20.4273 SPFLUX_BESTMODEL: Fiber 566: Best-fit velocity for std star = -14.301111 km/s SPFLUX_BESTMODEL: Fiber 566: Best-fit total chi2/DOF = 0.749511 SPFLUX_BESTMODEL: Fiber 566: Best-fit line chi2/DOF = 1.6680575 SPFLUX_BESTMODEL: Fiber 566: Full median S/N = 24.8948 SPFLUX_BESTMODEL: Fiber 566: Line median S/N = 20.2777 SPFLUX_BESTMODEL: Fiber 570: Best-fit velocity for std star = 1.6481365 km/s SPFLUX_BESTMODEL: Fiber 570: Best-fit total chi2/DOF = 0.664878 SPFLUX_BESTMODEL: Fiber 570: Best-fit line chi2/DOF = 1.1272181 SPFLUX_BESTMODEL: Fiber 570: Full median S/N = 28.5554 SPFLUX_BESTMODEL: Fiber 570: Line median S/N = 25.3628 SPFLUX_BESTMODEL: Fiber 571: Best-fit velocity for std star = 9.9520046 km/s SPFLUX_BESTMODEL: Fiber 571: Best-fit total chi2/DOF = 0.547430 SPFLUX_BESTMODEL: Fiber 571: Best-fit line chi2/DOF = 0.82230005 SPFLUX_BESTMODEL: Fiber 571: Full median S/N = 28.2071 SPFLUX_BESTMODEL: Fiber 571: Line median S/N = 25.1380 SPFLUX_V5: Iteration # 1 SPFLUX_V5: Rejected 0 of 10 std stars SPFLUX_FITTEMPLATES: spFrame-b2-00058677.fits: template niter, coeffs: 0 1.00000 SPFLUX_V5: spFrame-b2-00058677.fits: Min/max fluxcalib = 11.8633 86.2841 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: HELIO_RV correction of -19.7346 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: HELIO_RV correction of -19.7346 applied to templates. SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 0 fit: 0.000204903 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.06849 1.07322 0.177574 1.14055 0.738123 0.144175 1.02295 0.814136 0.783955 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 1 fit: 0.000201466 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07039 1.06593 0.219473 1.15735 0.737315 0.163007 0.923701 0.805922 0.796589 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 2 fit: 0.000201245 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07157 1.06304 0.238829 1.16008 0.746801 0.177286 0.896002 0.800770 0.802328 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 3 fit: 0.000201236 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07232 1.06214 0.234424 1.16089 0.747935 0.185762 0.888560 0.797745 0.804785 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 4 fit: 0.000201240 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07278 1.06187 0.238599 1.16060 0.750206 0.197052 0.886394 0.795975 0.805927 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 5 fit: 0.000201253 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07308 1.06169 0.226007 1.16052 0.750131 0.201615 0.885804 0.794957 0.806445 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 6 fit: 0.000201245 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07328 1.06175 0.238960 1.16057 0.750987 0.206907 0.885598 0.794397 0.806573 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 7 fit: 0.000201262 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07339 1.06161 0.233566 1.16041 0.745645 0.207151 0.885699 0.794010 0.806766 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 8 fit: 0.000201251 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07346 1.06169 0.232681 1.16076 0.744346 0.207504 0.885618 0.793820 0.806794 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 9 fit: 0.000201247 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07351 1.06175 0.224657 1.16088 0.749623 0.206818 0.885640 0.793886 0.806799 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 10 fit: 0.000201261 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07353 1.06161 0.229876 1.16063 0.749972 0.208421 0.885653 0.793839 0.806807 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 11 fit: 0.000201252 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07354 1.06164 0.225434 1.16069 0.742048 0.209723 0.885655 0.793825 0.806805 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: iter: 12 fit: 0.000201250 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: scales: 1.07354 1.06164 0.225434 1.16069 0.742048 0.209723 0.885655 0.793825 0.806805 SPFLUX_FITTEMPLATES: spFrame-r2-00058677.fits: template niter, coeffs: 12 1.07354 1.06164 0.225434 1.16069 0.742048 0.209723 0.885655 0.793825 0.806805 SPFLUX_V5: spFrame-r2-00058677.fits: Min/max fluxcalib = 9.26003 86.3906 SPCOMBINE_V5: SPCOMBINE_V5: Max memory usage = 369.9 MB SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b1-00058677.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r1-00058677.fits SPFLUXCORR_V5: Writing file spFluxcorr-b1-00058677.fits SPFLUXCORR_V5: Writing file spFluxcorr-r1-00058677.fits SPFLUXCORR_V5: Time to compute fluxcorr vectors = 1.8461280 sec SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-b2-00058677.fits SPFLUXCORR_V5: Reading + rebinning raw spectra spFrame-r2-00058677.fits SPFLUXCORR_V5: Writing file spFluxcorr-b2-00058677.fits SPFLUXCORR_V5: Writing file spFluxcorr-r2-00058677.fits SPFLUXCORR_V5: Time to compute fluxcorr vectors = 1.8846991 sec SPCOMBINE_V5: Max memory usage = 369.9 MB SPCOADD_V5: Reading file # 0: spFrame-b1-00058677.fits SPCOADD_V5: SPCOADD_V5: Reading file # 1: spFrame-b2-00058677.fits SPCOADD_V5: SPCOADD_V5: Reading file # 2: spFrame-r1-00058677.fits SPCOADD_V5: SPCOADD_V5: Reading file # 3: spFrame-r2-00058677.fits SPCOADD_V5: SPCOADD_V5: Files for camera b1: 1 SPCOADD_V5: Files for camera b2: 1 SPCOADD_V5: Files for camera r1: 1 SPCOADD_V5: Files for camera r2: 1