Changeset 507 for trunk/doc/design/design.tex
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- Apr 22, 2004, 3:15:45 PM (22 years ago)
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trunk/doc/design/design.tex
r425 r507 1 %%% $Id: design.tex,v 1. 5 2004-04-15 01:39:13 eugene Exp $1 %%% $Id: design.tex,v 1.6 2004-04-23 01:15:45 price Exp $ 2 2 \documentclass[panstarrs]{panstarrs} 3 3 … … 573 573 \hline 574 574 \multicolumn{1}{l}{\bf Metadata Tables} \\ 575 weather \\575 Weather \\ 576 576 SkyProbe \\ 577 577 LRProbe \\ … … 606 606 \begin{tabular}{ll} 607 607 \hline 608 \multicolumn{2}{l}{\bf weather} \\609 time &\\610 temperature &\\611 humidity &\\612 pressure &\\608 \multicolumn{2}{l}{\bf Weather} \\ 609 Time & The time the weather information was measured. \\ 610 Temperature & The temperature at \tbd{some place. Will likely want temperatures for a range of locations: external, dome, secondary, primary for starters.} \\ 611 Humidity & The relative humidity. \\ 612 Pressure & The (external) atmospheric pressure. \\ 613 613 \hline 614 614 \end{tabular} … … 617 617 \hline 618 618 \multicolumn{2}{l}{\bf SkyProbe} \\ 619 time & \\ 620 transparency & \\ 621 error & \\ 622 Nstars & \\ 623 astrom & \\ 624 exptime & \\ 625 sky & \\ 619 Time & The time the SkyProbe image was taken. \\ 620 Filter & Filter used for SkyProbe image. \\ 621 Transparency & The derived transparency. \\ 622 Error in transparency & The error in the derived transparency. \\ 623 Number of stars & The number of stars used to measure the transparency. \\ 624 Astrometry & The astrometry used on the SkyProbe image. \\ 625 Exposure time & The exposure time of the SkyProbe image. \\ 626 Sky brightness & The measured sky (surface) brightness, in physical units. \\ 626 627 \hline 627 628 \end{tabular} … … 630 631 \hline 631 632 \multicolumn{2}{l}{\bf LRProbe} \\ 632 time &\\633 A band &\\634 abs 2 &\\635 abs 3 &\\636 emission 1 &\\637 emission 2 & \\638 emission 3 & \\639 N stars &\\640 astrom &\\641 exptime &\\642 sky &\\633 Time & The time the LRProbe observation was taken. \\ 634 A band absorption & The absorption EW of the atmospheric A band. \\ 635 B band absorption & The absorption EW of the atmospheric B band. \\ 636 Absorption component 3 & The absorption EW by some other atmospheric component. \\ 637 Emission 1 & The emission EW of some sky line. \\ 638 emission 2 & The emission EW of another sky line. \\ 639 emission 3 & The emission EW of some other sky line. \\ 640 Number of stars & Number of stars used to measure the absorptions. \\ 641 Astrometry & The astrometry used on the LRProbe image. \\ 642 Exposure time & The exposure time of the LRProbe image. \\ 643 Sky brightness & The measured sky (surface) brightness, in physical units. \\ 643 644 \hline 644 645 \end{tabular} … … 647 648 \hline 648 649 \multicolumn{2}{l}{\bf DIMM} \\ 649 time &\\650 $\sigma_x$ & \ \651 $\sigma_y$ & \ \652 $fwhm_r$ &\\653 star coords &\\654 exptime &\\650 Time & The time the DIMM observation was taken. \\ 651 $\sigma_x$ & \tbd{The dispersion in $x$}. \\ 652 $\sigma_y$ & \tbd{The dispersion in $y$}. \\ 653 FWHM & The seeing full width at half maximum. \\ 654 Star coordinates & The coordinates of the measured star. \\ 655 Exposure time & The exposure time of the DIMM observation. \\ 655 656 \hline 656 657 \end{tabular} … … 659 660 \hline 660 661 \multicolumn{2}{l}{\bf NIR} \\ 661 time &\\662 sky.brightness &\\663 sky.varience &\\664 astrom &\\662 Time & The time the NIR observation was taken. \\ 663 Sky brightness & The sky (surface) brightness in the NIR observation. \\ 664 Sky variance & The variance in the sky (surface) brightness. \\ 665 Astrometry & The astrometry used on the NIR image. \\ 665 666 \hline 666 667 \end{tabular} … … 669 670 \hline 670 671 \multicolumn{2}{l}{\bf Dome Status} \\ 671 time &\\672 Az &\\673 open.status &\\674 lights.status &\\672 Time & The time for which the dome status is valid. \\ 673 Azimuth & The azimuth of the dome. \\ 674 Open status & Whether the dome is open or not. \\ 675 Lights status & Whether lights are on in the dome or not. \\ 675 676 \hline 676 677 \end{tabular} … … 679 680 \hline 680 681 \multicolumn{2}{l}{\bf Telescope Status} \\ 681 time &\\682 guide.status &\\683 Alt &\\684 Az &\\685 RA & \\686 D EC &\\682 Time & The time for which the telescope status is valid. \\ 683 Guide status & The status of the guiding. \\ 684 Altitude & The telescope altitude. \\ 685 Azimuth & The telescope azimuth. \\ 686 RA & The telescope Right Ascension (ICRS $\approx$ J2000). \\ 687 Dec & The telescope Declination (ICRS $\approx$ J2000).\\ 687 688 \hline 688 689 \end{tabular} … … 691 692 \hline 692 693 \multicolumn{2}{l}{\bf Raw FPAs} \\ 693 coords & \\ 694 filter & \\ 695 exposure status & \\ 696 exptime & \\ 697 airmass & \\ 698 obsgroup ID & \\ 699 observer & \\ 700 program & \\ 701 NOTAs & \\ 702 NX, NY \\ 694 Coords & Coordinates of the boresight (i.e. telescope pointing). \\ 695 Filter & Filter used for the exposure. \\ 696 Exposure status & Status of the exposure. \\ 697 Exposure time & Exposure time for the image. \\ 698 Airmass & Airmass at which the image was taken. \\ 699 ObsGroup ID & \tbd{The ObsGroup identification number.} \\ 700 Observer & The name of the observer, or the version of the telescope scheduler software. \\ 701 Program & The observing program being executed. \\ 702 Number of chips & The number of chips that comprise the FPA. \\ 703 NX, NY & \tbd{Assuming the chips are laid out rectilinearly,} the number of chips in each dimension. \\ 704 Astrometry & The astrometry used for the FPA. 703 705 \hline 704 706 \end{tabular} … … 706 708 \begin{tabular}{ll} 707 709 \hline 708 \multicolumn{2}{l}{\bf Raw OTAs} \\ 709 Nx & \\ 710 Ny & \\ 711 Ncell & \\ 712 ID & \\ 713 temps & \\ 714 astrom & \\ 715 NCells & \\ 716 NX, NY & \\ 710 \multicolumn{2}{l}{\bf Raw Chips} \\ 711 i, j & \tbd{Assuming a rectilinear FPA,} the chip number in each dimension. 712 ID & Chip identification number. \\ 713 temps & The chip temperature. \\ 714 Astrometry & The astrometry used for the chip. \\ 715 Number of cells & The number of component cells. \\ 716 NX, NY & \tbd{Assuming the cells are rectilinear,} the number of cells in each dimension. \\ 717 717 \hline 718 718 \end{tabular} … … 721 721 \hline 722 722 \multicolumn{2}{l}{\bf Raw Cells} \\ 723 astrom &\\724 valid &\\723 Astrometry & The astrometry used for the cell. \\ 724 Validity & Is the cell working? \\ 725 725 \hline 726 726 \end{tabular} … … 729 729 \hline 730 730 \multicolumn{2}{l}{\bf Observation Group} \\ 731 ID & \\732 N images &\\733 type &\\734 status &\\735 etc& \\731 ID & Identification number for the observation group. \\ 732 Number of images & Number of images in the observation group. \\ 733 Type & Type of observation. \\ 734 Status & Status of the observation group. \\ 735 \tbd{etc} & \\ 736 736 \hline 737 737 \end{tabular} … … 739 739 \begin{tabular}{ll} 740 740 \hline 741 \multicolumn{2}{l}{\bf OTA guide stars} \\ 742 OTA ID & \\ 743 Guide Star ID & \\ 744 X, Y & \\ 745 RA, DEC & \\ 746 $\sigma_{x}$, $\sigma_{y}$ & \\ 747 $\Delta X_{max}$, $\Delta Y_{max}$ & \\ 741 \multicolumn{2}{l}{\bf Chip guide stars} \\ 742 Chip ID & The identification number for the chip. \\ 743 Guide Star ID & The identification number for the guide star. \\ 744 X, Y & The centroided pixel coordinates of the guide star. \\ 745 RA, DEC & The sky coordinates of the guide star. \\ 746 $\sigma_{x}$, $\sigma_{y}$ & The dispersion in the centroids over the particular exposure.\\ 747 $\Delta X_{\rm max}$, $\Delta Y_{\rm max}$ & The maximum deviation in the centroid over the 748 particular exposure. \\ 748 749 \hline 749 750 \end{tabular} … … 751 752 \begin{tabular}{ll} 752 753 \hline 753 \multicolumn{2}{l}{\bf Science OTA stats} \\ 754 OTA ID & \\ 755 state & \\ 756 major frame & \\ 757 obsgroup & \\ 758 P1 astrom & \\ 759 P2 astrom & \\ 760 P3 astrom & \\ 761 Nguide stars & \\ 762 bias correction method & \\ 763 bias summary stats (mean, params, sigma of residuals, biassec) & \\ 764 applied flat-field image & \\ 765 kernel convolution parameters & \\ 766 flat-field summary stats (sigma of sky) & \\ 767 applied mask image & \\ 768 masking algorithm & \\ 769 fringe model images & \\ 770 fringe correction stats (fringe amplitude, sky sigma) & \\ 771 object detection stats (nobject, depth, other input params) & \\ 772 updated astrom params & \\ 773 astrometry stats (nstars, $sigma_x$, $sigma_y$) & \\ 774 applied reference catalog & \\ 775 updated photom params & \\ 776 photom stats (nstars, $sigma_m$) & \\ 777 applied reference catalog & \\ 778 PSF stats & \\ 779 OTA state & \\ 780 software versions & \\ 754 \multicolumn{2}{l}{\bf Science Chip stats} \\ 755 Chip ID & The chip identification number. \\ 756 State & \tbd{The state of the processing.} \\ 757 Major frame & \tbd{The major frame the chip belongs to.} \\ 758 ObsGroup & The observation group the science exposure belongs to. \\ 759 P1 astrom & The Phase 1 astrometry. \\ 760 P2 astrom & The Phase 2 astrometry. \\ 761 P3 astrom & The Phase 3 astrometry. \\ 762 Number of guide stars & Number of guide stars used for the exposure. \\ 763 Bias correction method & Method used to correct the bias. \\ 764 Bias stats & Summary statistics for bias (mean, number of parameters, deviation of residuals, 765 bias section used). \\ 766 Flat-field image & The flat-field image that was applied. \\ 767 Kernel convolution parameters & A description of the OT kernel. \\ 768 Flat-field stats & Summary statistics for flat-field (sigma of sky). & \\ 769 Mask image & The mask image that was applied. \\ 770 Masking algorithm & \tbd{The algorithm used to mask the bad pixels.} \\ 771 Fringe images & The fringe model images that were used. \\ 772 Fringe stats & Summary statistics for fringes (fringe amplitude, sky sigma) & \\ 773 Object detection stats & Summary statistics for object detection (number of objects, depth, other 774 input parameters). \\ 775 Updated astrometry & \tbd{Updated astrometry parameters.} \\ 776 Astrometry stats & Summary statistics for astrometry (number of stars, $sigma_x$, $sigma_y$) \\ 777 Reference catalog & The reference catalog that was used for the astrometry. \\ 778 Updated photometry parameters & The parameters used to update the photometry: magnitude zero point 779 and other corrections. \\ 780 Photometry stats & Summary statistics for the photometry (number of stars, $sigma_m$) & \\ 781 Reference catalog & The reference catalog that was used for the photometry. \\ 782 PSF stats & Summary statistics of the PSF. \\ 783 OTA state & \tbd{The state of the OTA?} \\ 784 Software versions & Versions of each of the modules used in the processing. \\ 781 785 \hline 782 786 \end{tabular} … … 785 789 \hline 786 790 \multicolumn{2}{l}{\bf Science Cell stats} \\ 787 bias summary stats (mean, params, sigmaof residuals, biassec) \\788 P1 astrom & \\789 P2 astrom & \\790 P3 astrom & \\791 Bias stats & Summary statistics for the bias (mean, parameters, dispersion of residuals, biassec) \\ 792 P1 astrom & The Phase 1 astrometry. \\ 793 P2 astrom & The Phase 2 astrometry. \\ 794 P3 astrom & The Phase 3 astrometry. \\ 791 795 \hline 792 796 \end{tabular} … … 795 799 \hline 796 800 \multicolumn{2}{l}{\bf Science FPA stats} \\ 797 FPA ID \\798 state\\799 P1 updated astrom params\\800 P1 astrom etry stats (nstars, $\sigma_x$, $sigma_y$)801 P1 applied reference catalog\\802 P1 software versions \\803 P1 bright stars in field pointer\\804 P1 location of ghosts pointer\\805 P1 large astronomical objects pointer\\806 P1 PSF model & \\807 P3 updated astrom params\\808 P3 astrom etry stats (nstars, $sigma_x$, $sigma_y$)809 P3 applied reference catalog\\810 P3 updated photom params\\811 P3 photom stats (nstars, $sigma_m$)812 P3 applied reference catalog\\813 P3 PSF stats\\814 P3 software versions \\801 FPA ID & The FPA identification number. \\ 802 State & \tbd{The state of the FPA.} \\ 803 P1 astrom & The Phase 1 astrometry. \\ 804 P1 astrom stats & Summary statistics for the Phase 1 astrometry (number of stars, $\sigma_x$, $sigma_y$). \\ 805 P1 reference catalog & The reference catalog that was used for the astrometry. \\ 806 P1 software versions & The versions of each of the modules used in the Phase 1 processing. \\ 807 P1 bright stars & Pointers to the bright stars in the field. \\ 808 P1 ghosts & Pointers to the ghosts in the field. \\ 809 P1 large objects & Pointers to the large astronomical objects in the field. \\ 810 P1 PSF model & Description of the PSF model used in Phase 1. \\ 811 P3 astrom & The Phase 3 astrometry. \\ 812 P3 astrom stats & Summary statistics for the Phase 3 astrometry (number of stars, $sigma_x$, $sigma_y$). \\ 813 P3 reference catalog & The reference catalog that was used for the astrometry. \\ 814 P3 photom & The Phase 3 photometry. \\ 815 P3 photom stats & Summary statistics for the Phase 3 photometry (number of stars, $sigma_m$). \\ 816 P3 reference catalog & The reference catalog that was used for the photometry. \\ 817 P3 PSF model & Description of the PSF model used in Phase 3. \\ 818 P3 software versions & The versions of each of the modules used in the Phase 3 processing. \\ 815 819 \hline 816 820 \end{tabular} … … 818 822 \begin{tabular}{ll} 819 823 \hline 820 \multicolumn{2}{l}{\bf Sky- OTAoverlaps} \\821 OTA ID &\\822 Sky Cell &\\823 state &\\824 \multicolumn{2}{l}{\bf Sky-Chip overlaps} \\ 825 Chip ID & The identification number of the chip. \\ 826 Sky Cell ID & The identification number of the sky cell. \\ 827 State & \tbd{The state of the processing?} \\ 824 828 \hline 825 829 \end{tabular} … … 828 832 \hline 829 833 \multicolumn{1}{l}{\bf Processed Sky-Cell stats} \\ 830 input OTAs & \\ 831 PSF adjustments & \\ 832 CR rejection stats & \\ 833 image combination parameters & \\ 834 different image parameters & \\ 835 average reference image depth / weight & \\ 836 difference image object detection stats (nobject, depth, other input params) & \\ 837 summed image object detection stats (nobject, depth, other input params) & \\ 838 software versions & \\ 839 processing time / stats & \\ 834 Input Chips & Identification numbers of the chips used to produce the sky cell. \\ 835 PSF adjustments & \tbd{Adjustments to the PSF.} \\ 836 CR rejection stats & Statistics from the CR rejection (number of CRs, distribution, limiting flux). \\ 837 Image combination parameters & Parameters used for the image combination. \\ 838 Difference image parameters & Parameters used for the image differencing. \\ 839 Average reference image depth / weight & \tbd{The weight of the reference image?} \\ 840 Difference image object detection stats & Summary statistics of the object detection (number of objects, 841 depth, other input parameters). \\ 842 Summed image object detection stats & Summary statistics of the object detection (number of objects, 843 depth, other input parameters). \\ 844 Software versions & Software versions of modules used in the sky cell processing. \\ 845 Processing stats & Summary statistics of the processing (CPU time, etc). \\ 840 846 \hline 841 847 \end{tabular} … … 843 849 \begin{tabular}{ll} 844 850 \hline 845 \multicolumn{2}{l}{\bf Calibration 1 input OTAstats} \\846 OTA ID &\\847 output detrend image ID 848 state &\\849 accepted? &\\850 image stats (counts, exptime, airmass) &\\851 residual stats (mean, sigma, clipped sigma) &\\851 \multicolumn{2}{l}{\bf Calibration 1 input Chip stats} \\ 852 Input ID & The input chip identification number. \\ 853 Output ID & The identification number of the output detrend image. \\ 854 State & \tbd{State of the processing?} \\ 855 Accepted? & Is the detrend image of acceptable quality? \\ 856 Image stats & Assorted image statistics (mean flux, exposure time, airmass) \\ 857 Residual stats & Statistics of the residual image (mean, sigma, clipped sigma) \\ 852 858 \hline 853 859 \end{tabular} … … 855 861 \begin{tabular}{ll} 856 862 \hline 857 \multicolumn{2}{l}{\bf Calibration 1 output OTA stats} \\ 858 output detrend image ID & \\ 859 data type (bias | dark | flat) & \\ 860 Naccepted input images & \\ 861 Nrejected input images & \\ 862 summary stats & \\ 863 normalization reference & \\ 864 applicability time period & \\ 865 software versions & \\ 866 processing time / stats & \\ 863 \multicolumn{2}{l}{\bf Calibration 1 output Chip stats} \\ 864 Output ID & The identification number of the output detrend image. \\ 865 Data type & The type of the detrend image (bias | dark | flat) \\ 866 Number accepted & Number of accepted input images that contributed. \\ 867 Number rejected & Number of rejected input images (no contribution). \\ 868 Summary stats & Summary statistics of the combination (deviation, normalisations). \\ 869 Applicability period & The time period the detrend image is applicable for. \\ 870 Software versions & The software versions of the modules used in processing. \\ 871 Processing stats & Summary statistics of the processing (CPU time, etc). \\ 867 872 \hline 868 873 \end{tabular} … … 870 875 \begin{tabular}{ll} 871 876 \hline 872 \multicolumn{ 1}{l}{\bf Calibration 2 input OTAstats} \\873 OTA ID &\\874 output detrend image ID 875 state &\\876 accepted? &\\877 image stats (counts, exptime, airmass) &\\878 residual stats (mean, sigma, clipped sigma) &\\879 applied reduction &\\880 applied reduction params &\\877 \multicolumn{2}{l}{\bf Calibration 2 input Chip stats} \\ 878 Input ID & The input chip identification number. \\ 879 Output ID & The identification number of the output detrend image. \\ 880 State & \tbd{State of the processing?} \\ 881 Accepted? & Is the detrend image of acceptable quality? \\ 882 Image stats & Assorted image statistics (mean flux, exposure time, airmass). \\ 883 Residual stats & Statistics of the residual image (mean, sigma, clipped sigma) \\ 884 Applied reduction & \tbd{Reduction method used?} \\ 885 Applied params & Parameters of reduction. \\ 881 886 \hline 882 887 \end{tabular} … … 884 889 \begin{tabular}{ll} 885 890 \hline 886 \multicolumn{1}{l}{\bf Calibration 2 output OTA stats } \\ 887 ID & \\ 888 data type (bias | dark | flat) & \\ 889 Naccepted input images & \\ 890 Nrejected input images & \\ 891 summary image stats & \\ 892 normalization reference & \\ 893 applicability time period & \\ 894 software versions & \\ 895 processing time / stats & \\ 891 \multicolumn{2}{l}{\bf Calibration 2 output OTA stats } \\ 892 Output ID & The identification number of the output detrend image. \\ 893 Data type & The type of the detrend image (bias | dark | flat) \\ 894 Number accepted & Number of accepted input images that contributed. \\ 895 Number rejected & Number of rejected input images (no contribution). \\ 896 Summary stats & Summary statistics of the combination (deviation, normalisations). \\ 897 Applicability period & The time period the detrend image is applicable for. \\ 898 Software versions & The software versions of the modules used in processing. \\ 899 Processing stats & Summary statistics of the processing (CPU time, etc). \\ 896 900 \hline 897 901 \end{tabular} … … 900 904 \hline 901 905 \multicolumn{1}{l}{\bf Calibration 3 output metadata } \\ 902 input image stack &\\903 input image stats &\\904 input object summary stats (nobject, density, etc) & \\905 object rejection criteria &\\906 relphot stats(Mcal, dMcal, Klam, etc, bin size) & \\907 residual stats &\\908 output image params(size, etc) & \\906 Input images & Identification numbers of the input chips. \\ 907 Input image stats & Summary statistics of the input chips. \\ 908 Input object summary stats & Summary statistics of the objects on the input chips (number, density, etc) & \\ 909 Object rejection criteria & Parameters of the rejection step. \\ 910 Phot stats & Summary statistics of the relative photometry (Mcal, dMcal, Klam, etc, bin size) & \\ 911 Residual stats & Summary statistics of the residuals. \\ 912 Output image params & Parameters of the output image (size, etc) & \\ 909 913 \hline 910 914 \end{tabular}
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