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add y moveto dup type/stringtype ne{( max err string )cvs}if show}forall showpage}if end}def end}bd end %%EndResource /SVDoc save def %%EndProlog %%BeginSetup Win35Dict begin ErrHandler %%EndSetup SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 1051 1100 ( ) 1100 SB 32 0 0 100 100 0 0 0 84 /Courier-Bold /font9 ANSIFont font 1730 1032 1440 (CLEMENTINE EDR IMAGE SIS) 1440 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2202 2100 ( Prepared by:) 2100 SB 630 2554 2100 ( Eric Eliason) 2100 SB 630 2642 2700 ( Planetary Data System - Imaging Node) 2700 SB 630 2730 2300 ( Branch of Astrogeology) 2300 SB 630 2818 2550 ( United States Geological Survey) 2550 SB 630 3082 2050 ( Erick Malaret) 2050 SB 630 3170 2400 ( Applied Coherent Technology) 2400 SB 630 3434 1900 ( Nat Bachman) 1900 SB 630 3522 2850 ( Navigational Ancillary Information Facility) 2850 SB 630 3610 2250 ( Jet Propulsion Laboratory) 2250 SB 630 4402 1950 ( October 1, 1994) 1950 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 714 1300 ( ) 1300 SB 32 0 0 117 117 0 0 0 99 /Courier-Bold /font9 ANSIFont font 1930 680 1190 (Table of Contents) 1190 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 926 150 (1. ) 150 SB 32 0 0 83 83 0 0 0 75 /Times-Bold /font29 ANSIFont font 780 918 664 (INTRODUCTION) 664 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 730 1131 200 (1.1 ) 200 SB 32 0 0 83 83 0 0 0 74 /Times-Roman /font32 ANSIFont font 930 1122 366 (PURPOSE) 366 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 730 1282 200 (1.2 ) 200 SB 32 0 0 83 83 0 0 0 74 /Times-Roman /font32 ANSIFont font 930 1273 259 (SCOPE) 259 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 730 1433 200 (1.3 ) 200 SB 32 0 0 83 83 0 0 0 74 /Times-Roman /font32 ANSIFont font 930 1424 1041 (APPLICABLE DOCUMENTS) 1041 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 730 1584 200 (1.4 ) 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organization) 3500 SB 630 1496 3600 (and contents of the Clementine EDR \(Experimental Data Record\) Image data) 3600 SB 630 1584 3500 (products. There are six cameras onboard the Clementine spacecraft that) 3500 SB 630 1672 3500 (will produce image data: 1\) A-Star-tracker camera \(A-STAR\), 2\) B-Star-) 3500 SB 630 1760 3400 (tracker camera \(B-STAR\), 3\) LIDAR High-resolution camera \(HiRes\), 4\)) 3400 SB 630 1848 3600 (ultraviolet / Visible camera \(UVVIS\), 5\) Near Infrared camera \(NIR\), and) 3600 SB 630 1936 3550 (6\) the Long Wavelength Infrared Camera \(LWIR\). The Clementine EDR Data) 3550 SB 630 2024 3500 (products are deliverable products to the Planetary Data System and the) 3500 SB 630 2112 3600 (scientific community that it supports. All data formats are based on the) 3600 SB 630 2200 3550 (PDS standard, version 3.0, as documented in the PDS Standards Reference) 3550 SB 630 2288 3200 ([JPL Document D-7669, November 1992, available through the PDS].) 3200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2564 100 (1.) 100 SB 730 2564 100 (2 ) 110 SB 840 2564 250 (SCOPE) 250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2769 3550 (This specification is useful to those who wish to understand the format) 3550 SB 630 2857 3550 (and content of the Clementine EDR Image data products. Typically, these) 3550 SB 630 2945 3400 (individuals include software engineers, data analysts, and planetary) 3400 SB 630 3033 3600 (scientists. The SIS applies to the EDR data products produced during the) 3600 SB 630 3121 2000 (course of Clementine Mission operations.) 2000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3397 100 (1.) 100 SB 730 3397 100 (3 ) 110 SB 840 3397 1000 (APPLICABLE DOCUMENTS) 1000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3602 3200 (The Clementine EDR SIS is responsive to the following Documents:) 3200 SB 630 3778 3500 (<> NASA Research Announcement, Science Team for the Clementine Mission) 3500 SB 630 3866 3150 ( Deep Space Program Science Experiment \(DSPSE\), January 1993,) 3150 SB 630 3954 850 ( NRA-93-OSSA-2.) 850 SB 630 4130 3400 (<> DSPSE Experiment Manifest, Naval Center for Space Technology, May) 3400 SB 630 4218 1000 ( 1993 SSD-D-DS-018) 1000 SB 630 4394 3150 (<> Planetary Data System Standards Reference, 1992, JPL D-7669.) 3150 SB 630 4482 3500 ( Distributed by the Planetary Data System, Jet Propulsion Laboratory) 3500 SB 630 4658 3200 (<> Planetary Science Data Dictionary Document, 1992, JPL D-7116.) 3200 SB 630 4746 3500 ( Distributed by the Planetary Data System, Jet Propulsion Laboratory) 3500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5022 100 (1.) 100 SB 730 5022 100 (4 ) 110 SB 840 5022 1100 (FUNCTIONAL DESCRIPTION) 1100 SB 630 5239 100 (1.) 100 SB 730 5239 50 (4) 50 SB 780 5239 150 (.1 ) 160 SB 940 5239 1000 (DATA CONTENT SUMMARY) 1000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5444 3000 (Each Clementine EDR data product consists of a single camera) 3000 SB 630 5532 3600 (observation. The image data have been depacketized and reformatted with) 3600 SB 630 5620 3300 (standard PDS labels, but are otherwise "raw". Raw data contain the) 3300 SB 630 5708 3600 (geometric and radiometric characteristics of unprocessed and unrectified) 3600 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3500 (data. To make full utilization of the data, it is necessary to perform) 3500 SB 630 592 2900 (radiometric and geometric processing on the data products.) 2900 SB 630 768 3500 (The imaging sensors are framing cameras using CCD technology. The Star) 3500 SB 630 856 3550 (tracking cameras \(A-STAR and B-STAR\) are used for spacecraft navigation) 3550 SB 630 944 3600 (and orientation. The science observation cameras \(UVVIS, HIRES, NIR, and) 3600 SB 630 1032 3100 (LWIR\) acquire images in a wide spectral range from 415 to 8750) 3100 SB 630 1120 3450 (nanometers. The UVVIS, HIRES, and NIR cameras have filter wheels that) 3450 SB 630 1208 3550 (allow images to be acquired under six spectral filters. The LWIR camera) 3550 SB 630 1296 3550 (has a single spectral filter. Table 1 shows the pixel dimensions of the) 3550 SB 630 1384 3550 (images acquired by each camera and the center wavelength of each filter) 3550 SB 630 1472 3450 (wheel position. Other than the image dimensions, the data products of) 3450 SB 630 1560 1900 (each camera are identically formatted.) 1900 SB 630 1738 200 ( ) 200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 830 1736 350 (TABLE-1) 350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1180 1738 2700 ( Characteristics of each camera showing the dimension) 2700 SB 630 1828 2900 ( of an image in lines \(rows\) and samples \(columns\), the) 2900 SB 630 1916 3300 ( number of filter wheel positions, and the center wavelength of) 3300 SB 630 2004 800 ( each filter.) 800 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2180 250 ( ) 250 SB 880 2180 2300 (Camera Lines/Samps/filt/Wavelength\(Nanometers\)) 2300 SB 0 0 0 fC /fm 256 def 2299 7 880 2264 B 1 F n 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2360 3150 ( UVVIS 288 384 6 415,750,900,950,1000,650\(broadband\)) 3150 SB 630 2448 2850 ( NIR 256 256 6 1100,1250,1500,2000,2600,2780) 2850 SB 630 2536 1600 ( LWIR 128 128 1 8750) 1600 SB 630 2624 3300 ( HIRES 288 384 6 415,560,650,750,650\(broadband\), opaque) 3300 SB 630 2712 2850 ( A-STAR 576 384 N/A \(broad band, no filter wheel\)) 2850 SB 630 2800 2850 ( B-STAR 576 384 N/A \(broad band, no filter wheel\)) 2850 SB 630 2888 3350 ( ______________________________________________________________) 3350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3164 100 (1.) 100 SB 730 3164 50 (4) 50 SB 780 3164 150 (.2 ) 160 SB 940 3164 1550 (DATA SOURCE AND TRANSFER METHOD) 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3369 3550 (Clementine imaging data products are produced by the Clementine Mission) 3550 SB 630 3457 3500 (Operations Center operated by the Naval Research Laboratory \(NRL\). The) 3500 SB 630 3545 3400 ("NRL-ACT-MGRAB" software converts the data to the proper PDS labeled) 3400 SB 630 3633 350 (format.) 350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3909 100 (1.) 100 SB 730 3909 50 (4) 50 SB 780 3909 150 (.3 ) 160 SB 940 3909 1550 (DATA RECIPIENTS AND UTILIZATION) 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4114 3450 (The Clementine EDR data products are made available to NRL scientists) 3450 SB 630 4202 3150 (and the NASA/Clementine Science team for initial evaluation and) 3150 SB 630 4290 3600 (validation. At the end of the evaluation and validation period, the data) 3600 SB 630 4378 3500 (are organized and stored on compact disc \(CD\) media and made available) 3500 SB 630 4466 3400 (to the PDS for distribution to the science community. These products) 3400 SB 630 4554 3300 (will be used for engineering support, direct science analysis, and) 3300 SB 630 4642 1950 (construction of other science products.) 1950 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4918 100 (1.) 100 SB 730 4918 100 (5 ) 110 SB 840 4918 1350 (ASSUMPTIONS AND CONSTRAINTS) 1350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5123 3150 (The Clementine EDR data products contain compressed image data.) 3150 SB 630 5211 3300 (Decompression will result in a raw image that is not corrected for) 3300 SB 630 5299 3250 (instrument signature, effects of spacecraft motion, or effects of) 3250 SB 630 5387 3550 (imaging geometry. Although there is enough information in the header to) 3550 SB 630 5475 3450 (perform some processing, for more sophisticated processing, ancillary) 3450 SB 630 5563 3300 (data will be required. Examples of ancillary files are calibration) 3300 SB 630 5651 3600 (files, viewing geometry files, \(e.g. SPICE kernels\), image index tables,) 3600 SB 630 5739 200 (etc.) 200 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 692 150 (2. ) 160 SB 790 692 550 (ENVIRONMENT) 550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 897 3600 (The Clementine EDR data products are stored on CD media according to the) 3600 SB 630 985 3500 (ISO 9660 Volume and Directory Standard. This standard is compatible on) 3500 SB 630 1073 3350 (virtually all modern hardware platforms including UNIX, IBM/PC, and) 3350 SB 630 1161 1600 (Macintosh computer environments.) 1600 SB 630 1337 3350 (The file headers contained on the Clementine CD-ROMs do not include) 3350 SB 630 1425 3450 (extended attribute records \(XAR\). This means that VAX/VMS systems can) 3450 SB 630 1513 3600 (not readily access the files. Without XARs, record attributes can not be) 3600 SB 630 1601 3500 (associated with a file. VAX/VMS directory listings of these files will) 3500 SB 630 1689 2850 (show "Record Attributes: None, Record Format: None" file) 2850 SB 630 1777 800 (characteristics.) 800 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2053 150 (3. ) 160 SB 790 2053 300 (ACCESS) 300 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2258 3600 (The primary barrier or access to the Clementine EDR data products is the) 3600 SB 630 2346 3400 (compressed format of the image data. Thus, decompression software is) 3400 SB 630 2434 3200 (available on the archive to perform decompression. This software) 3200 SB 630 2522 3600 (produces decompressed image files in a standard PDS format. The software) 3600 SB 630 2610 2200 (will run on a variety of computer platforms.) 2200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2886 150 (4. ) 160 SB 790 2886 1650 (DETAILED INTERFACE SPECIFICATIONS) 1650 SB 630 3221 100 (4.) 100 SB 730 3221 100 (1 ) 110 SB 840 3221 1350 (DATA PRODUCT IDENTIFICATION) 1350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3426 3550 (Each product will have a file name of the form "msfxxxxy.rrr". The file) 3550 SB 630 3514 3200 (name is unique across all Clementine EDR data products. For more) 3200 SB 630 3602 3550 (information on the file name refer to the PRODUCT_ID keyword definition) 3550 SB 630 3690 3100 (in section 4.3.2. The product also contains a data set id that) 3100 SB 630 3778 3600 (identifies the data set. For more information on the data set id see the) 3600 SB 630 3866 2350 (DATASET_ID keyword definition in section 4.3.2.) 2350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4142 100 (4.) 100 SB 730 4142 100 (2 ) 110 SB 840 4142 1750 (STRUCTURE AND ORGANIZATION OVERVIEW) 1750 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4347 3500 (The Clementine EDR data products are constructed according to the data) 3500 SB 630 4435 3450 (object concepts developed by the PDS. By adopting the PDS format, the) 3450 SB 630 4523 3450 (Clementine EDR images are consistent in content and organization with) 3450 SB 630 4611 3450 (other planetary image collections. In the PDS standard, the EDR image) 3450 SB 630 4699 3600 (file is grouped into objects with PDS labels describing the objects. The) 3600 SB 630 4787 3400 (Clementine EDR data products contain 1\) an image object \(the primary) 3400 SB 630 4875 3500 (data\), 2\) a browse image object, and 3\) an image histogram object. The) 3500 SB 630 4963 3600 (image object contains the observed image data. The image data will exist) 3600 SB 630 5051 3050 (in a compressed form \(if the data are compressed on board the) 3050 SB 630 5139 3550 (spacecraft\), or an uncompressed form \(if the data are not compressed on) 3550 SB 630 5227 3550 (the spacecraft\). The browse image object contains an uncompressed image) 3550 SB 630 5315 3450 (of the original data that has been reduced in size by subsampling the) 3450 SB 630 5403 3450 (image array. The browse image provides the capability to rapidly view) 3450 SB 630 5491 3400 (the image collection at a reduced format. The image histogram object) 3400 SB 630 5579 3300 (contains the histogram of the image after decompression. The image) 3300 SB 630 5667 3600 (histogram object can be used to obtain statistical information about the) 3600 SB 630 5755 300 (image.) 300 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 592 3100 (A description of the data compression coefficients used on the) 3100 SB 630 680 2300 (Clementine images is described in Appendix II.) 2300 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 956 100 (4.) 100 SB 730 956 100 (3 ) 110 SB 840 956 2050 (PDS LABEL STRUCTURE DEFINITION AND FORMAT) 2050 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1161 3600 (The label area of the data file conforms to the PDS version 3 standards.) 3600 SB 630 1249 3150 (For more information on this standard consult the PDS Standards) 3150 SB 630 1337 3250 (Reference JPL D-7669 Document. The purpose of the PDS label is to) 3250 SB 630 1425 3450 (describe the data product and provide ancillary information about the) 3450 SB 630 1513 2750 (data product. An example of a PDS label is shown below:) 2750 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1689 400 ( ) 400 SB 1030 1689 2700 (EXAMPLE PDS LABEL FOR THE CLEMENTINE EDR DATA PRODUCTS) 2700 SB 0 0 0 fC /fm 256 def 2699 7 1030 1773 B 1 F n 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1869 1150 (PDS_VERSION_ID = PDS3) 1150 SB 630 1957 1050 (/*** FILE FORMAT ***/) 1050 SB 630 2045 1400 (RECORD_TYPE = UNDEFINED) 1400 SB 630 2133 2900 (/*** POINTERS TO START BYTE OFFSET OF OBJECTS IN FILE ***/) 2900 SB 630 2221 1600 (^IMAGE_HISTOGRAM = 4788 ) 1600 SB 630 2309 1600 (^BROWSE_IMAGE = 5812 ) 1600 SB 630 2397 1600 (^IMAGE = 7540 ) 1600 SB 630 2485 2250 (/*** GENERAL DATA DESCRIPTION PARAMETERS ***/) 2250 SB 630 2573 2900 (MISSION_NAME = "DEEP SPACE PROGRAM SCIENCE EXPERIMENT") 2900 SB 630 2661 1650 (SPACECRAFT_NAME = "CLEMENTINE 1") 1650 SB 630 2749 2750 (DATA_SET_ID = "CLEM1-L/E/Y-A/B/U/H/L/N-2-EDR-V1.0") 2750 SB 630 2837 1650 (PRODUCT_ID = "LUC0538B.032") 1650 SB 630 2925 1800 (ORIGINAL_PRODUCT_ID = "LUC00538.032") 1800 SB 630 3013 2750 (PRODUCER_INSTITUTION_NAME = "NAVAL RESEARCH LABORATORY") 2750 SB 630 3101 1100 (PRODUCT_TYPE = EDR) 1100 SB 630 3189 2050 (EDR_SOFTWARE_NAME = "NRL-ACT-MGRAB V1.2") 2050 SB 630 3277 1800 (MISSION_PHASE_NAME = "LUNAR MAPPING") 1800 SB 630 3365 1300 (DATA_QUALITY_ID = "N/A") 1300 SB 630 3453 1350 (TARGET_NAME = "MOON") 1350 SB 630 3541 1200 (REVOLUTION_NUMBER = 032) 1200 SB 630 3629 1400 (FRAME_SEQUENCE_NUMBER = 0538) 1400 SB 630 3717 1250 (/*** TIME PARAMETERS ***/) 1250 SB 630 3805 1850 (START_TIME = 1994-02-26T21:14:57.857Z) 1850 SB 630 3893 900 (STOP_TIME = "N/A") 900 SB 630 3981 2450 (UNCORRECTED_START_TIME = 1994-02-26T21:14:57.859Z) 2450 SB 630 4069 1800 (SPACECRAFT_CLOCK_START_COUNT = "N/A") 1800 SB 630 4157 1800 (SPACECRAFT_CLOCK_STOP_COUNT = "N/A") 1800 SB 630 4245 2500 (PRODUCT_CREATION_TIME = 1994-09-30T19:53:05) 2500 SB 630 4333 1750 (/*** CAMERA RELATED PARAMETERS ***/) 1750 SB 630 4421 2400 (INSTRUMENT_NAME = "ULTRAVIOLET/VISIBLE CAMERA") 2400 SB 630 4509 1350 (INSTRUMENT_ID = "UVVIS") 1350 SB 630 4597 1150 (FILTER_NAME = "C") 1150 SB 630 4685 1750 (CENTER_FILTER_WAVELENGTH = 900 ) 1750 SB 630 4773 1350 (BANDWIDTH = 20 ) 1350 SB 630 4861 1150 (GAIN_MODE_ID = "2") 1150 SB 630 4949 1250 (MCP_GAIN_MODE_ID = "N/A") 1250 SB 630 5037 1150 (OFFSET_MODE_ID = "3") 1150 SB 630 5125 1650 (EXPOSURE_DURATION = 7.9296 ) 1650 SB 630 5213 1650 (LENS_TEMPERATURE = 267.63 ) 1650 SB 630 5301 1900 (FOCAL_PLANE_TEMPERATURE = 271.802 ) 1900 SB 630 5389 1550 (CRYOCOOLER_TEMPERATURE = "N/A") 1550 SB 630 5477 1350 (CRYOCOOLER_DURATION = "N/A") 1350 SB 630 5565 3600 (/*** J2000 \(ALSO CALLED EME2000\) IS THE INERTIAL REFERENCE SYSTEM ***/) 3600 SB 630 5653 3600 (/*** USED TO SPECIFY OBSERVATIONAL GEOMETRY. LATITUDE AND LONGITUDE ***/) 3600 SB 630 5741 3600 (/*** COORDINATES OF TARGET ARE PLANETOCENTRIC. GEOMETRIC PARAMETERS ***/) 3600 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3600 (/*** ARE BASED ON BEST AVAILABLE DATA AT TIME OF PRODUCT CREATION. ***/) 3600 SB 630 592 3600 (/*** REFER TO CLEMENTINE SPICE DATA BASE FOR THE MOST CURRENT ***/) 3600 SB 630 680 3600 (/*** OBSERVATIONAL GEOMETRY DATA. ***/) 3600 SB 630 768 2950 (/*** LINE-OF-SITE ON CELESTIAL SPHERE: Angles in ***/) 2950 SB 630 856 1600 (RIGHT_ASCENSION = 238.60 ) 1600 SB 630 944 1600 (DECLINATION = 61.62 ) 1600 SB 630 1032 1600 (TWIST_ANGLE = 300.70 ) 1600 SB 630 1120 2600 (RETICLE_POINT_RA = \( 231.53, 237.89, 245.09, 239.49\)) 2600 SB 630 1208 3050 (RETICLE_POINT_DECLINATION = \( 62.77, 58.14, 60.12, 65.09\)) 3050 SB 630 1296 2200 (/*** OBSERVATIONAL SEQUENCE INFORMATION ***/) 2200 SB 630 1384 1400 (SEQUENCE_TABLE_ID = "CEQ_03") 1400 SB 630 1472 2950 (/*** TARGET PARAMETERS: Position , Velocity ***/) 2950 SB 630 1560 3400 (SC_TARGET_POSITION_VECTOR = \( -575.6, -954.2, 2049.3\)) 3400 SB 630 1648 2800 (SC_TARGET_VELOCITY_VECTOR = \( -1.4890, 0.2342, -0.7037\)) 2800 SB 630 1736 2200 (TARGET_CENTER_DISTANCE = 2332.7 ) 2200 SB 630 1824 2550 (/*** TARGET WITHIN SENSOR FOV: Angles in ***/) 2550 SB 630 1912 1750 (SLANT_DISTANCE = 595.3 ) 1750 SB 630 2000 1600 (CENTER_LATITUDE = -74.39 ) 1600 SB 630 2088 1600 (CENTER_LONGITUDE = 11.00 ) 1600 SB 630 2176 1750 (HORIZONTAL_PIXEL_SCALE = 0.152 ) 1750 SB 630 2264 1750 (VERTICAL_PIXEL_SCALE = 0.152 ) 1750 SB 630 2352 1700 (SMEAR_MAGNITUDE = 0.07 ) 1700 SB 630 2440 1600 (SMEAR_AZIMUTH = 89.80 ) 1600 SB 630 2528 1600 (NORTH_AZIMUTH = 270.51 ) 1600 SB 630 2616 2950 (RETICLE_POINT_LATITUDE = \( -75.08, -75.09, -73.66, -73.64\)) 2950 SB 630 2704 2950 (RETICLE_POINT_LONGITUDE = \( 14.76, 7.29, 7.57, 14.39\)) 2950 SB 630 2792 2900 (/*** SPACECRAFT POSITION WITH RESPECT TO CENTRAL BODY ***/) 2900 SB 630 2880 2000 (SUB_SPACECRAFT_LATITUDE = -74.38 ) 2000 SB 630 2968 2000 (SUB_SPACECRAFT_LONGITUDE = 10.74 ) 2000 SB 630 3056 1900 (SPACECRAFT_ALTITUDE = 595.3 ) 1900 SB 630 3144 1900 (SUB_SPACECRAFT_AZIMUTH = 347.12 ) 1900 SB 630 3232 3050 (/*** SPACECRAFT LOCATION: Position , Velocity ***/) 3050 SB 630 3320 1950 (SPACECRAFT_SOLAR_DISTANCE = 148497945.3) 1950 SB 630 3408 3400 (SC_SUN_POSITION_VECTOR = \(-137837390.0, 50702496.3, 21948816.2\)) 3400 SB 630 3496 2800 (SC_SUN_VELOCITY_VECTOR = \(-10.2690,-26.6845,-10.7240\)) 2800 SB 630 3584 2750 (/*** VIEWING AND LIGHTING GEOMETRY \(SUN ON TARGET\) ***/) 2750 SB 630 3672 1750 (SOLAR_DISTANCE = 148498461.7 ) 1750 SB 630 3760 1750 (SUB_SOLAR_AZIMUTH = 295.12 ) 1750 SB 630 3848 1750 (SUB_SOLAR_LATITUDE = 1.53 ) 1750 SB 630 3936 1750 (SUB_SOLAR_LONGITUDE = 346.24 ) 1750 SB 630 4024 1600 (INCIDENCE_ANGLE = 77.38 ) 1600 SB 630 4112 1600 (PHASE_ANGLE = 77.21 ) 1600 SB 630 4200 1600 (EMISSION_ANGLE = 0.28 ) 1600 SB 630 4288 1600 (LOCAL_HOUR_ANGLE = 208.08 ) 1600 SB 630 4376 2450 (/*** LIGHTING GEOMETRY FROM SECONDARY SOURCE ***/) 2450 SB 630 4464 1550 (LIGHT_SOURCE_NAME = "EARTH") 1550 SB 630 4552 2000 (LIGHT_SOURCE_DISTANCE = 362703.5 ) 2000 SB 630 4640 2100 (SUB_LIGHT_SOURCE_AZIMUTH = 283.08 ) 2100 SB 630 4728 2100 (SUB_LIGHT_SOURCE_LATITUDE = 6.08 ) 2100 SB 630 4816 2100 (SUB_LIGHT_SOURCE_LONGITUDE = 357.76 ) 2100 SB 630 4904 2200 (LIGHT_SOURCE_INCIDENCE_ANGLE = 81.16 ) 2200 SB 630 4992 2100 (LIGHT_SOURCE_PHASE_ANGLE = 81.04 ) 2100 SB 630 5080 2700 (/*** DESCRIPTION OF OBJECTS CONTAINED IN THE FILE ***/) 2700 SB 630 5168 1200 (OBJECT = IMAGE_HISTOGRAM) 1200 SB 630 5256 900 ( ITEMS = 256) 900 SB 630 5344 1300 ( DATA_TYPE = LSB_INTEGER) 1300 SB 630 5432 800 ( ITEM_BYTES = 4) 800 SB 630 5520 500 (END_OBJECT) 500 SB 630 5608 1050 (OBJECT = BROWSE_IMAGE) 1050 SB 630 5696 1100 ( LINES = 36) 1100 SB 630 5784 1100 ( LINE_SAMPLES = 48) 1100 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1050 ( SAMPLING_FACTOR = 8) 1050 SB 630 592 1700 ( SAMPLE_TYPE = UNSIGNED_INTEGER) 1700 SB 630 680 950 ( SAMPLE_BITS = 8) 950 SB 630 768 500 (END_OBJECT) 500 SB 630 856 700 (OBJECT = IMAGE) 700 SB 630 944 1550 ( ENCODING_TYPE = "CLEM-JPEG-1") 1550 SB 630 1032 1750 ( ENCODING_COMPRESSION_RATIO = 3.05) 1750 SB 630 1120 1000 ( LINES = 288) 1000 SB 630 1208 1000 ( LINE_SAMPLES = 384) 1000 SB 630 1296 1650 ( SAMPLE_TYPE = UNSIGNED_INTEGER) 1650 SB 630 1384 900 ( SAMPLE_BITS = 8) 900 SB 630 1472 800 ( MAXIMUM = 255) 800 SB 630 1560 750 ( MINIMUM = 27) 750 SB 630 1648 1000 ( MEAN = 119.269) 1000 SB 630 1736 1450 ( STANDARD_DEVIATION = 48.200) 1450 SB 630 1824 1000 ( CHECKSUM = 4816272) 1000 SB 630 1912 500 (END_OBJECT) 500 SB 630 2000 150 (END) 150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2364 100 (4.) 100 SB 730 2364 50 (3) 50 SB 780 2364 150 (.1 ) 160 SB 940 2364 2150 (GEOMETRIC AND VIEWING PARAMETER ASSUMPTIONS) 2150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2569 3250 (Table 2 lists the computational assumptions for the geometric and) 3250 SB 630 2657 3600 (viewing data provided in the PDS label. There are two coordinate systems) 3600 SB 630 2745 3600 (in use: 1\) the celestial reference system used for target and spacecraft) 3600 SB 630 2833 3600 (position and velocity vectors, and camera pointing; and 2\) the planetary) 3600 SB 630 2921 3200 (coordinate system for geometry vectors and target location. The) 3200 SB 630 3009 3550 (celestial coordinate system is J2000 \(Mean of Earth equator and equinox) 3550 SB 630 3097 3050 (of J2000\). The planetary coordinate system is planetocentric.) 3050 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3273 700 ( ) 700 SB 1330 3273 1850 ( TABLE 2. - COMPUTATIONAL ASSUMPTIONS) 1850 SB 0 0 0 fC /fm 256 def 1849 7 1330 3357 B 1 F n 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3453 3400 ( <> The mid-point time of observation is used for the geometric) 3400 SB 630 3541 1500 ( element computations.) 1500 SB 630 3717 3150 ( <> Label parameters reflect observed, not true, geometry.) 3150 SB 630 3805 3450 ( Therefore, light-time and stellar aberration corrections are) 3450 SB 630 3893 1450 ( used as appropriate.) 1450 SB 630 4069 3450 ( <> The inertial reference frame is J2000 \(also called EME2000\).) 3450 SB 630 4245 2650 ( <> Latitudes and longitudes are planetocentric.) 2650 SB 630 4421 3600 ( <> The "sub-point" of a body on a target is defined by the surface) 3600 SB 630 4509 3400 ( intercept of the body-to-target-center vector. This is not) 3400 SB 630 4597 3600 ( the closest point on the body to the observer. This definition) 3600 SB 630 4685 3550 ( gives sub-point latitude and longitude that are independent of) 3550 SB 630 4773 1650 ( the reference ellipsoid.) 1650 SB 630 4949 3350 ( <> Distances are in km, speeds in km/sec, angles, in degrees,) 3350 SB 630 5037 3100 ( angular rates in degrees/sec, unless otherwise noted.) 3100 SB 630 5213 3500 ( <> Angle ranges are 0 to 360 degrees for azimuths and local hour) 3500 SB 630 5301 2700 ( angle. Longitudes range from 0 to 360 degrees) 2700 SB 630 5389 3200 ( \(positive to the East\). Latitudes range from -90 to 90) 3200 SB 630 5477 850 ( degrees.) 850 SB 630 5653 3150 ( <> Spice kernel files used in the geometric parameters is) 3150 SB 630 5743 1050 ( outlined in ) 1050 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1680 5741 500 (Appendix I) 500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 2180 5743 50 (.) 50 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 780 100 (4.) 100 SB 730 780 50 (3) 50 SB 780 780 150 (.2 ) 160 SB 940 780 1150 (PDS KEYWORD DEFINITIONS) 1150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 985 3600 (The keywords are listed in the order in which they appear in the example) 3600 SB 630 1073 900 (label shown above.) 900 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1249 1050 (PDS_VERSION_ID = PDS3) 1050 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1341 2950 ( The PDS_VERSION_ID data element represents the version) 2950 SB 630 1429 2800 ( number of the PDS standards documents that is valid) 2800 SB 630 1517 2950 ( when a data product label is created. PDS3 is used for) 2950 SB 630 1605 1700 ( the Clementine Data products.) 1700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1781 1150 (RECORD_TYPE = UNDEFINED) 1150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1873 3050 ( The record_type element indicates the record format of a) 3050 SB 630 1961 3000 ( file. The value UNDEFINED is used in the Clementine EDR) 3000 SB 630 2049 3050 ( data products. There are no record attributes associated) 3050 SB 630 2137 3100 ( with the file. The file can be thought of as a continuous) 3100 SB 630 2225 2350 ( stream of bytes with no record separators.) 2350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2401 1650 (^IMAGE_HISTOGRAM = xxxxx ) 1650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2493 3450 ( The image_histogram is a pointer to the image histogram object.) 3450 SB 630 2581 3200 ( The value contains the starting byte position in the file.) 3200 SB 630 2669 3500 ( \(Pointers in the PDS standard assume the first byte in the array) 3500 SB 630 2757 1300 ( is byte position 1.\)) 1300 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2933 1450 (^BROWSE_IMAGE = xxxxx ) 1450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3025 3300 ( The parameter is the pointer to the browse image object. The) 3300 SB 630 3113 3550 ( value contains the starting byte position in the file. The browse) 3550 SB 630 3201 3550 ( image is an uncompressed sub-sampled image of the image contained) 3550 SB 630 3289 1300 ( in the IMAGE object.) 1300 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3465 1050 (^IMAGE = xxxx ) 1050 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3557 3250 ( The parameter is the pointer to the image object. The value) 3250 SB 630 3645 2700 ( contains the starting byte position in the file.) 2700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3821 2700 (MISSION_NAME = "DEEP SPACE PROGRAM SCIENCE EXPERIMENT") 2700 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3913 3450 ( The mission_name element identifies a major planetary mission or) 3450 SB 630 4001 3450 ( project. A given planetary mission may be associated with one or) 3450 SB 630 4089 1050 ( more spacecraft.) 1050 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4265 1600 (SPACECRAFT_NAME = "CLEMENTINE 1") 1600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4357 3250 ( The spacecraft_name element provides the full, unabbreviated) 3250 SB 630 4445 1400 ( name of the spacecraft.) 1400 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4621 2550 (DATA_SET_ID = "CLEM1-/L/E/Y-A/B/U/H/L/N-2-EDR-V1.0") 2550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4713 3200 ( The data_set_identification element uniquely identifies the) 3200 SB 630 4801 3300 ( data sets available on the volume. The EDR collection is made) 3300 SB 630 4889 1450 ( up of a single data set.) 1450 SB 630 4977 2650 ( Targets include: L=Earth's Moon, E=Earth, Y=Sky,) 2650 SB 630 5065 2850 ( Cameras include: A=A star tracker, B=B star tracker,) 2850 SB 630 5153 3050 ( U=UV/Vis, H=HiRes, L=longwave infrared,) 3050 SB 630 5241 2250 ( N=Nir infrared cameras.) 2250 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5421 1350 (PRODUCT_ID = "msfxxxxy.rrr") 1350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5513 3150 ( The product_id data element represents a permanent, unique) 3150 SB 630 5601 2950 ( identifier assigned to a data product by its producer.) 2950 SB 630 5689 3350 ( The product_id is identical to the name of the EDR image file.) 3350 SB 630 5779 600 ( Where: ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 5777 50 (m) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 5779 800 ( = Mission Phase) 800 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1450 ( P = Prelaunch) 1450 SB 630 592 1650 ( L = Lunar mapping) 1650 SB 630 680 2850 ( E = Earth mapping \(LEO and phasing loops\)) 2850 SB 630 768 2900 ( A = First earth-moon orbital phasing loops) 2900 SB 630 856 3000 ( B = Second earth-moon orbital phasing loops.) 3000 SB 630 946 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 944 50 (s) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 946 450 ( = Sensor) 450 SB 630 1036 1700 ( A = Star tracker A) 1700 SB 630 1124 1700 ( B = Star tracker B) 1700 SB 630 1212 1300 ( U = UV/Vis) 1300 SB 630 1300 2000 ( H = Hi-Resolution sensor) 2000 SB 630 1388 2000 ( N = Near infrared sensor) 2000 SB 630 1476 2550 ( L = Long wavelength infrared sensor) 2550 SB 630 1566 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 1564 50 (f) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 1566 2150 ( = Filter wheel position \(A, B, C, D, E, F\)) 2150 SB 630 1658 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 1656 200 (xxxx) 200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1430 1658 1650 ( = Frame number within revolution) 1650 SB 630 1750 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 1748 50 (y) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 1750 2600 ( = Latitude bin for lunar mapping observations. This) 2600 SB 630 1840 3250 ( character signifies a latitude range on the lunar) 3250 SB 630 1928 2950 ( surface where the observation was made. The) 2950 SB 630 2016 3350 ( center latitude of the image defines the character:) 3350 SB 630 2104 2400 ( A = -90 to -80 M = 30 to 40) 2400 SB 630 2192 2400 ( B = -80 to -70 N = 40 to 50) 2400 SB 630 2280 2400 ( C = -70 to -60 O = 50 to 60) 2400 SB 630 2368 2400 ( D = -60 to -50 P = 60 to 70) 2400 SB 630 2456 2400 ( E = -50 to -40 Q = 70 to 80) 2400 SB 630 2544 2400 ( F = -40 to -30 R = 80 to 90) 2400 SB 630 2632 1500 ( G = -30 to -20) 1500 SB 630 2720 2800 ( H = -20 to -10 S = "unkown" targets) 2800 SB 630 2808 1500 ( I = -10 to 0) 1500 SB 630 2896 3350 ( J = 0 to 10 T = Earth observations prior to) 3350 SB 630 2984 2900 ( K = 10 to 20 systematic mapping) 2900 SB 630 3072 3250 ( L = 20 to 30 U = Sky observations prior to) 3250 SB 630 3160 2900 ( systematic mapping) 2900 SB 630 3248 3350 ( V = Lunar observations prior to) 3350 SB 630 3336 2900 ( systematic mapping) 2900 SB 630 3424 3100 ( W = Sky observations after) 3100 SB 630 3512 2900 ( systematic mapping) 2900 SB 630 3600 3200 ( Y = Earth observations after) 3200 SB 630 3688 2900 ( systematic mapping) 2900 SB 630 3776 3150 ( Z = Moon Observations after) 3150 SB 630 3864 2900 ( systematic mapping) 2900 SB 630 4130 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 4128 150 (rrr) 150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 4130 2150 ( = Revolution number \(lunar mapping phase\)) 2150 SB 630 4308 3300 ( For non-lunar mapping phase of the mission, the string) 3300 SB 630 4398 650 ( ") 650 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1280 4396 450 (xxxxy.rrr) 450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1730 4398 1550 (" takes on a different meaning:) 1550 SB 630 4490 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 4488 200 (rrr ) 200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1430 4490 2450 (= Data down load \(dump\) number within the mission) 2450 SB 630 4580 3300 ( phase. The image data is periodically downloaded) 3300 SB 630 4668 3550 ( from the spacecraft's solid state data recorder. This) 3550 SB 630 4756 3600 ( field specifies a sequence number, starting with 1, of) 3600 SB 630 4844 1900 ( a download sequence.) 1900 SB 630 4934 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 4932 200 (xxxx) 200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1430 4934 2400 ( = Image sequence number of within the download.) 2400 SB 630 5026 600 ( ) 600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1230 5024 50 (y) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 5026 2600 ( = This field contains an alpha character A-Z. The) 2600 SB 630 5116 3400 ( letter increases to the next alpha character after) 3400 SB 630 5204 3450 ( each 100 images. This letter helps limit the number) 3450 SB 630 5292 3250 ( of images that go into each subdirectory on the) 3250 SB 630 5380 1250 ( CD-ROM.) 1250 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5556 1800 (ORIGINAL_PRODUCT_ID = "msfxxxxx.rrr") 1800 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5648 3100 ( During active flight operations, the images were assigned) 3100 SB 630 5736 3450 ( temporary file names and product id's. This keyword contains the) 3450 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3600 ( temporary product_id \(and file name\) given to the image. This field) 3600 SB 630 592 3600 ( should be ignored by all new users of the Clementine data products.) 3600 SB 630 682 2550 ( The format is similar to the PRODUCT_ID. The ') 2550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 3180 680 250 (xxxxx) 250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 3430 682 350 (' field) 350 SB 630 772 3100 ( represents a sequence number. There were several problems) 3100 SB 630 860 3350 ( associated with this number. The sequence numbers refer to the) 3350 SB 630 948 3350 ( order in which the data were send down from the spacecraft and) 3350 SB 630 1036 3450 ( not the order in which the images were acquired in orbit. Due to) 3450 SB 630 1124 3450 ( ground processing problems, the sequence numbers in the original) 3450 SB 630 1212 2450 ( product id have been shown to be unreliable.) 2450 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1392 2750 (PRODUCER_INSTITUTION_NAME = "NAVAL RESEARCH LABORATORY") 2750 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1484 3350 ( Organization responsible for developing the data products. The) 3350 SB 630 1572 3600 ( Naval Research Laboratory was responsible for the ground processing) 3600 SB 630 1660 2100 ( system for the Clementine Spacecraft.) 2100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1836 900 (PRODUCT_TYPE = EDR) 900 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1928 3400 ( Image data products are identified as an EDR \(Experimental Data) 3400 SB 630 2016 3150 ( Record\). The images are unprocessed and contain all of the) 3150 SB 630 2104 3450 ( characteristics and artifacts of "raw" images as acquired by the) 3450 SB 630 2192 800 ( spacecraft.) 800 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2368 2000 (EDR_SOFTWARE_NAME = "NRL-ACT-MGRAB V1.2") 2000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2460 3200 ( Version number of the software system that created the data) 3200 SB 630 2548 700 ( products.) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2724 1550 (MISSION_PHASE_NAME = "xxxxxxxx") 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2816 1250 ( Mission Phase names:) 1250 SB 630 2904 1000 ( LOW EARTH ORBIT) 1000 SB 630 2992 900 ( LUNAR MAPPING) 900 SB 630 3080 1250 ( EARTH PHASING LOOP A) 1250 SB 630 3168 1250 ( EARTH PHASING LOOP B) 1250 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3344 1150 (DATA_QUALITY_ID = "N/A") 1150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3436 3450 ( Data Quality indicator. This keyword is reserved for future use.) 3450 SB 630 3524 3200 ( As processing of Clementine data proceeds, this keyword may) 3200 SB 630 3612 3300 ( be used to describe data quality information. No data quality) 3300 SB 630 3700 2200 ( parameters have currently been defined.) 2200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3876 1100 (TARGET_NAME = "xxxxxx") 1100 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4060 2150 ( Observational target: MOON, EARTH, SKY) 2150 SB 630 4236 3350 ( The TARGET body is determined by the PICGEO program algorithm:) 3350 SB 630 4412 3250 ( 1\) For each possible target body \(a target selection list is) 3250 SB 630 4500 3350 ( specified to the PICGEO program\), it determines if the body is) 3350 SB 630 4588 2700 ( partly or entirely in the camera's field of view.) 2700 SB 630 4764 3300 ( 2\) If only one body is in the field of view, that body is the) 3300 SB 630 4852 850 ( target body.) 850 SB 630 5028 3400 ( 3\) If multiple bodies are in the field of view, and one or more) 3400 SB 630 5116 3500 ( bodies intersect the camera boresight, the closest one to the S/C) 3500 SB 630 5204 1200 ( is the target body.) 1200 SB 630 5380 3300 ( 4\) If multiple bodies are in the field of view, and no bodies) 3300 SB 630 5468 3500 ( intersect the camera boresight, the closest one to the S/C is the) 3500 SB 630 5556 850 ( target body.) 850 SB 630 5732 3300 ( 5\) If no bodies are in the camera's field of view, the target) 3300 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 950 ( body is 'SKY'.) 950 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 768 1150 (REVOLUTION_NUMBER = xxx) 1150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 860 3350 ( The revolution number refers to an observational pass over the) 3350 SB 630 948 3400 ( moon. The revolution number is incremented by one each time the) 3400 SB 630 1036 3400 ( spacecraft passes over the south pole prior to the beginning of) 3400 SB 630 1124 3250 ( data acquisition. REVOLUTION_NUMBER is used in lieu of orbit) 3250 SB 630 1212 3300 ( number because of the way the orbit number was defined by the) 3300 SB 630 1300 3350 ( mission. The orbit number is incremented at the equator on the) 3350 SB 630 1388 3350 ( sun lit side of the Moon. Thus, the orbit number is changed in) 3350 SB 630 1476 3350 ( the middle of an observational pass. This proved to be awkward) 3350 SB 630 1564 3300 ( in defining the data acquired by a single pass over the Moon.) 3300 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1828 1500 (FRAME_SEQUENCE_NUMBER = xxxxxx) 1500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1920 3450 ( Sequential frame number of the image acquired during a pass over) 3450 SB 630 2008 3300 ( the Moon. For non-lunar mapping phase of mission the sequence) 3300 SB 630 2096 3350 ( number refers to the image sequence within a spacecraft memory) 3350 SB 630 2184 700 ( download.) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2360 1850 (START_TIME = 1994-01-01T03:24:10.444Z) 1850 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2452 3200 ( Time of start of observation. This time refers to the start) 3200 SB 630 2540 3550 ( of the integration time of the camera. The value contained in this) 3550 SB 630 2628 3400 ( keyword reflects a "corrected time". A software problem onboard) 3400 SB 630 2716 3550 ( the spacecraft caused inaccurate times to be attached to an image.) 3550 SB 630 2804 3400 ( This value contains the best estimated time of the observation.) 3400 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2980 850 (STOP_TIME = "N/A") 850 SB 630 3070 250 ( ) 250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 880 3072 3150 (This keyword is a required element for PDS data products and is) 3150 SB 630 3160 3000 ( included in the label for conformance to PDS standards.) 3000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3336 1200 (UNCORRECTED_START_TIME =) 1200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1830 3338 50 ( ) 50 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1880 3336 1200 (1994-01-01T03:24:10.444Z) 1200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3428 3350 ( This keyword contains the time of the observation as sent down) 3350 SB 630 3516 3400 ( by the spacecraft. This time may be incorrect due to a software) 3400 SB 630 3604 3600 ( problem that existed onboard the spacecraft. The difference between) 3600 SB 630 3692 3350 ( the START_TIME and the UNCORRECTED_START_TIME is the estimated) 3350 SB 630 3780 2550 ( correction that was applied to the START_TIME.) 2550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3956 1800 (SPACECRAFT_CLOCK_START_COUNT = "N/A") 1800 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4048 3450 ( Clock count of the spacecraft computer at the start of the image) 3450 SB 630 4136 3200 ( observation. The computer clock count was not available for) 3200 SB 630 4224 3300 ( the data products. This keyword is a required element for PDS) 3300 SB 630 4312 3350 ( data products and is included for conformance to the standard.) 3350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4488 1750 (SPACECRAFT_CLOCK_STOP_COUNT = "N/A") 1750 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4580 3350 ( Clock count of the spacecraft computer at the end of the image) 3350 SB 630 4668 3200 ( observation. The computer clock count was not available for) 3200 SB 630 4756 3300 ( the data products. This keyword is a required element for PDS) 3300 SB 630 4844 3350 ( data products and is included for conformance to the standard.) 3350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5020 2150 (PRODUCT_CREATION_TIME = 1994-02-26T21:17:06) 2150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5112 2900 ( Date and time for which the EDR product was created.) 2900 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5288 1400 (INSTRUMENT_NAME = "xxxxxxxx") 1400 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5380 1050 ( Name of camera:) 1050 SB 630 5468 1300 ( NEAR INFRARED CAMERA) 1300 SB 630 5556 1700 ( LIDAR HIGH-RESOLUTION IMAGER) 1700 SB 630 5644 1600 ( ULTRAVIOLET/VISIBLE CAMERA) 1600 SB 630 5732 1850 ( LONG WAVELENGTH INFRARED CAMERA) 1850 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1350 ( A STAR TRACKER CAMERA) 1350 SB 630 592 1350 ( B STAR TRACKER CAMERA) 1350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 768 1200 (INSTRUMENT_ID = "xxxxxx") 1200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 860 1800 ( A-STAR \(A star tracker camera\)) 1800 SB 630 948 1800 ( B-STAR \(B star tracker camera\)) 1800 SB 630 1036 1700 ( HIRES \(HiResolution camera\)) 1700 SB 630 1124 2100 ( UVVIS \(Ultra Violet/Visible camera\)) 2100 SB 630 1212 2300 ( LWIR \(Long wavelength infrared camera\)) 2300 SB 630 1300 1750 ( NIR \(Near Infrared camera\)) 1750 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1476 900 (FILTER_NAME = "xx") 900 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1568 3100 ( Filter name. The filter names are assigned alpha letters) 3100 SB 630 1656 3400 ( to designate the filter position. The CENTER_FILTER_WAVELENGTH) 3400 SB 630 1744 3400 ( parameter defines the central wavelength of the filter. Values) 3400 SB 630 1832 3400 ( for each camera are shown, center wavelength and bandwidth are) 3400 SB 630 1920 1300 ( given in nanometers.) 1300 SB 630 2008 1800 ( Camera/Filter/Center/Bandwidth) 1800 SB 630 2098 700 ( UVVIS ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2096 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2098 700 ( - 415 40) 700 SB 630 2190 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2188 50 (B) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2190 700 ( - 750 10) 700 SB 630 2282 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2280 50 (C) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2282 700 ( - 900 20) 700 SB 630 2374 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2372 50 (D) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2374 700 ( - 950 30) 700 SB 630 2466 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2464 50 (E) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2466 700 ( - 1000 30) 700 SB 630 2558 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2556 50 (F) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2558 1650 ( - 650 550 \(BROADBAND FILTER\)) 1650 SB 630 2650 700 ( NIR ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2648 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2650 700 ( - 1100 60) 700 SB 630 2742 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2740 50 (B) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2742 700 ( - 1250 60) 700 SB 630 2834 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2832 50 (C) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2834 700 ( - 1500 60) 700 SB 630 2926 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 2924 50 (D) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 2926 700 ( - 2000 60) 700 SB 630 3018 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3016 50 (E) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3018 700 ( - 2600 60) 700 SB 630 3110 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3108 50 (F) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3110 700 ( - 2780 60) 700 SB 630 3202 700 ( HIRES ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3200 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3202 700 ( - 415 40) 700 SB 630 3294 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3292 50 (B) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3294 700 ( - 560 50) 700 SB 630 3386 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3384 50 (C) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3386 700 ( - 650 50) 700 SB 630 3478 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3476 50 (D) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3478 700 ( - 750 50) 700 SB 630 3570 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3568 50 (E) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3570 1650 ( - 650 350 \(BROADBAND FILTER\)) 1650 SB 630 3662 700 ( ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3660 50 (F) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3662 1500 ( - N/A N/A \(OPAQUE FILTER\)) 1500 SB 630 3754 700 ( LWIR ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3752 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3754 700 ( - 8750 1500) 700 SB 630 3846 700 ( A-STAR ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3844 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3846 2150 ( - N/A N/A \(BROADBAND, NO FILTER WHEEL\)) 2150 SB 630 3938 700 ( B-STAR ) 700 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 1330 3936 50 (A) 50 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1380 3938 2150 ( - N/A N/A \(BROADBAND, NO FILTER WHEEL\)) 2150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4116 1800 (CENTER_FILTER_WAVELENGTH = xxxx ) 1800 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4208 3200 ( The center_filter_wavelength element provides the mid point) 3200 SB 630 4296 3200 ( wavelength value between the minimum and maximum instrument) 3200 SB 630 4384 1500 ( filter wavelength values.) 1500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4560 1050 (BANDWIDTH = xxxx ) 1050 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4652 3050 ( The bandwidth element provides a measure of the spectral) 3050 SB 630 4740 3400 ( width of a filter \(nanometers\). For a root-mean-square detector) 3400 SB 630 4828 3250 ( this is the effective bandwidth of the filter i.e., the full) 3250 SB 630 4916 3400 ( width of an ideal square filter having a flat response over the) 3400 SB 630 5004 2150 ( bandwidth and zero response elsewhere.) 2150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5180 1000 (GAIN_MODE_ID = "xxx") 1000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5272 3300 ( Gain mode of the Camera. Mode that defines the sensitivity of) 3300 SB 630 5360 900 ( the detector.) 900 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5536 1200 (MCP_GAIN_MODE_ID = "xxx") 1200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5628 3400 ( Micro Channel Plate \(MCP\) gain mode. This keyword is applicable) 3400 SB 630 5716 1500 ( only to the HIRES camera.) 1500 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 504 1100 (OFFSET_MODE_ID = "xxx") 1100 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 596 3200 ( Mode specifies the analog value that is subtracted from the) 3200 SB 630 684 2850 ( video signal prior to the Analog/digital converters.) 2850 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 860 1450 (EXPOSURE_DURATION = xxxx ) 1450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 952 3300 ( Exposure duration \(integration time\) of the image observation) 3300 SB 630 1040 1550 ( expressed in milliseconds.) 1550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1216 1450 (LENS_TEMPERATURE = xxx.xx ) 1450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1308 3000 ( Temperature of the camera lens in degrees Kelvin at the) 3000 SB 630 1396 2950 ( time the observation was made. This parameter is "N/A") 2950 SB 630 1484 3000 ( for the HIRES camera because not temperature sensor was) 3000 SB 630 1572 1350 ( available at the lens.) 1350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1748 1800 (FOCAL_PLANE_TEMPERATURE = xxx.xx ) 1800 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1840 2950 ( Temperature of the focal plane array in degrees Kelvin) 2950 SB 630 1928 2100 ( at the time the observation was made.) 2100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2104 1750 (CRYOCOOLER_TEMPERATURE = xxx.xx ) 1750 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2196 3200 ( Temperature of the Cryocooler at time observation was made.) 3200 SB 630 2284 3000 ( This field applicable only to the NIR and LWIR cameras.) 3000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2460 1500 (CRYOCOOLER_DURATION = xxxx ) 1500 SB 630 2550 250 ( ) 250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 880 2552 3000 (Time that has transpired since the cryocooler was turned on.) 3000 SB 630 2640 3000 ( This field applicable only to the NIR and LWIR cameras.) 3000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2816 1600 (RIGHT_ASCENSION = xxxx.xxx ) 1600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2908 3200 ( The right ascension of the camera boresight. The values are) 3200 SB 630 2996 3100 ( specified relative to the J2000 inertial reference frame.) 3100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3172 1400 (DECLINATION = xxxx.xxx ) 1400 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3264 3000 ( The declination of the camera boresight. The values are) 3000 SB 630 3352 3100 ( specified relative to the J2000 inertial reference frame.) 3100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3528 1400 (TWIST_ANGLE = xxxx.xxx ) 1400 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3620 3250 ( The element TWIST_ANGLE provides the angle of rotation about) 3250 SB 630 3708 2850 ( optical axis relative to celestial coordinates. The) 2850 SB 630 3796 3100 ( right ascension, declination, and twist angles define the) 3100 SB 630 3884 2250 ( pointing direction of the scan platform.) 2250 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4060 2750 (RETICLE_POINT_RA = \(xxxx.xx, xxxx.xx, xxxx.xx, xxxx.xx\)) 2750 SB 630 4152 3200 (RETICLE_POINT_DECLINATION = \(xxxx.xx, xxxx.xx, xxxx.xx, xxxx.xx\)) 3200 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4244 3300 ( These parameters refer to the right ascension and declination) 3300 SB 630 4332 3100 ( of the principle points of the camera. For the Clementine) 3100 SB 630 4420 2900 ( cameras the principle points are defined as the upper) 2900 SB 630 4508 3250 ( left pixel of the camera \(line 1, sample 1\), the upper right) 3250 SB 630 4596 3400 ( pixel \(line 1 , last sample\), lower left \(last line, sample 1\),) 3400 SB 630 4684 3200 ( and lower right\(last line, last sample\). The reticule point) 3200 SB 630 4772 2050 ( RA and DEC are expressed in degrees.) 2050 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4948 1300 (SEQUENCE_TABLE_ID = "xxx") 1300 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5040 3450 ( This parameter contains the image acquisition sequence code that) 3450 SB 630 5128 3100 ( specifies the camera/filter image sequencing for a set of) 3100 SB 630 5216 3300 ( observations. The ID indicates the order in which cameras are) 3300 SB 630 5304 3100 ( shuttered and the order for which filters are used in the) 3100 SB 630 5392 3400 ( set of observations. The sequence tables will be defined in the) 3400 SB 630 5480 3450 ( ancillary CD-ROM data products that accompany the Clementine EDR) 3450 SB 630 5568 650 ( archive.) 650 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5744 3450 (SC_TARGET_POSITION_VECTOR = \(xxxxxxxx.xx, yyyyyyyyyy.yy, zzzzzzzz.zz\)) 3450 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3500 ( x-, y-, and z- components of the position vector from observer to) 3500 SB 630 592 3400 ( target center expressed in J2000 coordinates, and corrected for) 3400 SB 630 680 3350 ( light time and stellar aberration, evaluated at epoch at which) 3350 SB 630 768 2800 ( image was taken. Units are expressed in kilometers.) 2800 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 944 3350 (SC_TARGET_VELOCITY_VECTOR = \(xxxxxxx.xx, yyyyyyyy.yy, zzzzzxxxz.zz\)) 3350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1036 3550 ( x-, y-, and z- components of velocity vector of target relative to) 3550 SB 630 1124 3500 ( observer, expressed in J2000 coordinates, and corrected for light) 3500 SB 630 1212 3050 ( time, evaluated at epoch at which image was taken. Units) 3050 SB 630 1300 2000 ( are expressed in kilometers/second.) 2000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1476 1900 (TARGET_CENTER_DISTANCE = xxxx.xxx ) 1900 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1568 3050 ( The target_center_distance element provides the distance) 3050 SB 630 1656 3150 ( between the spacecraft and the center of the named target,) 3150 SB 630 1744 1450 ( expressed in kilometers.) 1450 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2008 1500 (SLANT_DISTANCE = xxxx.xxx ) 1500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2100 3400 ( Distance from spacecraft to camera boresight intercept point on) 3400 SB 630 2188 1850 ( surface expressed in kilometers.) 1850 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2364 1650 (CENTER_LATITUDE = xxxx.xxx ) 1650 SB 630 2456 1650 (CENTER_LONGITUDE = xxxx.xxx ) 1650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2548 3600 ( Planetocentric latitude and longitude of camera boresight intercept) 3600 SB 630 2636 550 ( point.) 550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2812 2000 (HORIZONTAL_PIXEL_SCALE = xxxxx.xxxx ) 2000 SB 630 2904 2000 (VERTICAL_PIXEL_SCALE = xxxxx.xxxx ) 2000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2996 3550 ( Distance, measured along horizontal and vertical directions, along) 3550 SB 630 3084 3550 ( target surface between intercept points defined by centers of left) 3550 SB 630 3172 3400 ( and right edges of pixel-sized region in FOV centered at camera) 3400 SB 630 3260 3450 ( boresight. Defined only when boresight intercepts surface. Units) 3450 SB 630 3348 1150 ( are in kilometers.) 1150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3524 1700 (SMEAR_MAGNITUDE = xxxx.xx ) 1700 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3616 3200 ( Norm of velocity vector of camera boresight intercept point) 3200 SB 630 3704 3050 ( projected on target, multiplied by the exposure duration) 3050 SB 630 3792 3050 ( with the scale of the image factored to obtain the smear) 3050 SB 630 3880 3250 ( in pixels. Spacecraft rotation is taken into account. \(Units) 3250 SB 630 3968 1000 ( are in pixels.\)) 1000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4144 1550 (SMEAR_AZIMUTH = xxxxx.xx ) 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4236 3600 ( Azimuth of smear velocity vector. The reference line for the angle) 3600 SB 630 4324 3300 ( extends from the center of the image to the right edge of the) 3300 SB 630 4412 3550 ( image. The angle increases in the clock-wise direction. The angle) 3550 SB 630 4500 3350 ( is measured to the "image" of the smear velocity vector in the) 3350 SB 630 4588 3300 ( camera's focal plane. This image is computed by orthogonally) 3300 SB 630 4676 3550 ( projecting the smear vector onto the image plane and then applying) 3550 SB 630 4764 3600 ( whatever transformations are required to orient the result properly) 3600 SB 630 4852 3350 ( with respect to the image. The specific transformations to be) 3350 SB 630 4940 2500 ( performed are given by the camera's I-kernel.) 2500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5116 1550 (NORTH_AZIMUTH = xxxxx.xxx ) 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5208 3350 ( Analogs to smear azimuth, but applies to the target north pole) 3350 SB 630 5296 1100 ( direction vector.) 1100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5472 3050 (RETICLE_POINT_LATITUDE = \(xxxx.xx, xxxx.xx, xxxx.xx, xxxx.xx\)) 3050 SB 630 5564 3100 (RETICLE_POINT_LONGITUDE = \(xxxx.xx, xxxx.xx, xxxx.xx, xxxx.xx\)) 3100 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5656 3400 ( Latitudes and longitudes of the surface intercept points of the) 3400 SB 630 5744 3100 ( principle points of the camera. \(see RETICLE_POINT_RA for) 3100 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3200 ( definition of the reticule points for Clementine. The units) 3200 SB 630 592 1500 ( are expressed in degrees.) 1500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 768 2000 (SUB_SPACECRAFT_LATITUDE = xxxx.xxx ) 2000 SB 630 860 2000 (SUB_SPACECRAFT_LONGITUDE= xxxx.xxx ) 2000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 952 3550 ( Planetocentric latitude and longitude of spacecraft-to-centerbody-) 3550 SB 630 1040 3100 ( center surface intercept vector. These parameters and the) 3100 SB 630 1128 3450 ( SPACECRAFT_ALTITUDE, SUB_SPACECRAFT_AZIMUTH parameters described) 3450 SB 630 1216 3400 ( below are relative to the central body for which the spacecraft) 3400 SB 630 1304 2750 ( is orbiting and not the target of the observation.) 2750 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1480 1900 (SPACECRAFT_ALTITUDE = xxxxxxx.xxx ) 1900 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1572 3350 ( Altitude of spacecraft above reference ellipsoid. Distance is) 3350 SB 630 1660 2200 ( measured to closest point on ellipsoid.) 2200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1836 2150 (SUB_SPACECRAFT_AZIMUTH = xxxxxxxx.xxx ) 2150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1928 3150 ( Azimuth angle of sub-spacecraft point in image. Method of) 3150 SB 630 2016 2900 ( measurement is same as for smear azimuth \(see above\).) 2900 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2192 2300 (SPACECRAFT_SOLAR_DISTANCE = xxxxxxxx.xxxx ) 2300 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2284 3600 ( Analogous to "target center distance," but Sun replaces target body) 3600 SB 630 2372 1000 ( in computation.) 1000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2548 3000 (SC_SUN_POSITION_VECTOR = \(xxxxxxx.xx, yyyyyy.yy, zzzzzzz.zz\)) 3000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2640 3550 ( x-, y-, and z- components of position vector from observer to sun,) 3550 SB 630 2728 3600 ( center expressed in J2000 coordinates, and corrected for light time) 3600 SB 630 2816 3300 ( and stellar aberration, evaluated at epoch at which image was) 3300 SB 630 2904 1650 ( taken. Units are kilometers.) 1650 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3080 3100 (SC_SUN_VELOCITY_VECTOR = \(xxxxxxxx.xx, yyyyyyy.yy, zzzzzzz.zz\)) 3100 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3172 3400 ( x-, y-, and z- components of velocity vector of sun relative to) 3400 SB 630 3260 3500 ( observer, expressed in J2000 coordinates, and corrected for light) 3500 SB 630 3348 3250 ( time, evaluated at epoch at which image was taken. Units are) 3250 SB 630 3436 1150 ( kilometers/second.) 1150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3612 1650 (SOLAR_DISTANCE = xxxxxxxx.xx ) 1650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3704 3550 ( Distance from target body center to Sun. The Sun position used is) 3550 SB 630 3792 1300 ( that described above.) 1300 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3968 1700 (SUB_SOLAR_AZIMUTH = xxxxx.xx ) 1700 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4060 3600 ( Azimuth of the apparent sub-solar point, as seen by the spacecraft.) 3600 SB 630 4148 3400 ( This point is the surface intercept of the target-center-to-Sun) 3400 SB 630 4236 3600 ( vector, evaluated at the camera epoch minus one-way light time from) 3600 SB 630 4324 3250 ( target to spacecraft at that epoch spacecraft at that epoch.) 3250 SB 630 4412 3300 ( Azimuth is measured as described above. Target body position) 3300 SB 630 4500 3550 ( relative to the spacecraft is corrected for light-time and stellar) 3550 SB 630 4588 3500 ( aberration. Target body orientation is corrected for light-time.) 3500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4764 1750 (SUB_SOLAR_LATITUDE = xxxx.xx ) 1750 SB 630 4856 1750 (SUB_SOLAR_LONGITUDE = xxxx.xx ) 1750 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4948 3400 ( Planetocentric latitude and longitude of the apparent sub-solar) 3400 SB 630 5036 550 ( point.) 550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5212 1550 (INCIDENCE_ANGLE = xxxx.xx ) 1550 SB 630 5304 1550 (PHASE_ANGLE = xxxx.xx ) 1550 SB 630 5396 1550 (EMISSION_ANGLE = xxxx.xx ) 1550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5488 3550 ( These angles are measured at the camera boresight intercept point.) 3550 SB 630 5576 3400 ( The target-Sun vector is the same as that used in the sub-solar) 3400 SB 630 5664 3400 ( point computation. The spacecraft-target vector is the same as) 3400 SB 630 5752 3050 ( that used in the camera boresight intercept computation.) 3050 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3550 ( The INCIDENCE ANGLE is the angle between the target-Sun vector and) 3550 SB 630 592 2900 ( the local vertical vector at the boresight intercept.) 2900 SB 630 680 3550 ( The PHASE ANGLE is measured between the boresight intercept-to-Sun) 3550 SB 630 768 2650 ( vector and the negative of the boresight vector.) 2650 SB 630 856 3150 ( The EMISSION ANGLE is measured between the negative of the) 3150 SB 630 944 3400 ( boresight vector and the local vertical vector at the boresight) 3400 SB 630 1032 750 ( intercept.) 750 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1208 1600 (LOCAL_HOUR_ANGLE = xxxx.xx ) 1600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1300 3600 ( The angle from the negative of the target-body-to-Sun vector to the) 3600 SB 630 1388 3550 ( projection of the negative of the spacecraft-to-target vector onto) 3550 SB 630 1476 3200 ( the target's instantaneous orbital plane. Both vectors are) 3200 SB 630 1564 3550 ( computed as in the sub-spacecraft point computation. The angle is) 3550 SB 630 1652 3550 ( measured in a counterclockwise direction when viewed from North of) 3550 SB 630 1740 1200 ( the ecliptic plane.) 1200 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1916 1350 (LIGHT_SOURCE_NAME = "xxxxx") 1350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2008 1800 ( Name of secondary light source.) 1800 SB 630 2096 2050 ( EARTH when making lunar observations) 2050 SB 630 2184 2000 ( MOON when making earth observations) 2000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2360 1950 (LIGHT_SOURCE_DISTANCE = xxxxxx.xxx ) 1950 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2452 3600 ( Distance from target body center and secondary light source center.) 3600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2628 2000 (SUB_LIGHT_SOURCE_AZIMUTH = xxxx.xx ) 2000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2720 3300 ( Analogs to sub solar azimuth but using secondary light source) 3300 SB 630 2808 1000 ( instead of sun.) 1000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2984 2100 (SUB_LIGHT_SOURCE_LATITUDE = xxxx.xx ) 2100 SB 630 3076 2100 (SUB_LIGHT_SOURCE_LONGITUDE = xxxx.xx ) 2100 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3168 3400 ( Analogs to sub solar latitude and longitude but using secondary) 3400 SB 630 3256 1650 ( light source instead of sun.) 1650 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3432 2200 (LIGHT_SOURCE_INCIDENCE_ANGLE = xxxx.xx ) 2200 SB 630 3524 2000 (LIGHT_SOURCE_PHASE_ANGLE = xxxx.xx ) 2000 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3616 3400 ( Analogs to incidence and phase angles but using secondary light) 3400 SB 630 3704 1350 ( source instead of sun.) 1350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3880 1200 (OBJECT = IMAGE_HISTOGRAM) 1200 SB 630 3972 850 ( ITEMS = 256) 850 SB 630 4064 1250 ( DATA_TYPE = LSB_INTEGER) 1250 SB 630 4156 750 ( ITEM_BYTES = 8) 750 SB 630 4248 500 (END_OBJECT) 500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4340 2500 ( These keywords describe the histogram object.) 2500 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4516 1050 (OBJECT = BROWSE_IMAGE) 1050 SB 630 4608 1050 ( LINES = xxxx) 1050 SB 630 4700 1050 ( LINE_SAMPLES = xxxx) 1050 SB 630 4792 1000 ( SAMPLING_FACTOR = 8) 1000 SB 630 4884 1650 ( SAMPLE_TYPE = UNSIGNED_INTEGER) 1650 SB 630 4976 900 ( SAMPLE_BITS = 8) 900 SB 630 5068 500 (END_OBJECT) 500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 5160 3200 ( These keywords describe the browse image object. The browse) 3200 SB 630 5248 3100 ( image is an uncompressed subsampled version of the image.) 3100 SB 630 5336 3300 ( SAMPLING_FACTOR refers to the subsampling of every N-th pixel) 3300 SB 630 5424 3100 ( in the line and sample direction. The pixel values in the) 3100 SB 630 5512 2350 ( NxN array are averaged before subsampling.) 2350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 5688 700 (OBJECT = IMAGE) 700 SB 630 5780 1500 ( ENCODING_TYPE = "CLEM-JPEG-0") 1500 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 504 1850 ( ENCODING_COMPRESSION_RATIO = xxxx.xx) 1850 SB 630 596 1050 ( LINES = xxxx) 1050 SB 630 688 1050 ( LINE_SAMPLES = xxxx) 1050 SB 630 780 1650 ( SAMPLE_TYPE = UNSIGNED_INTEGER) 1650 SB 630 872 900 ( SAMPLE_BITS = 8) 900 SB 630 964 1000 ( MAXIMUM = xxx) 1000 SB 630 1056 1000 ( MINIMUM = xxx) 1000 SB 630 1148 1000 ( MEAN = xxx) 1000 SB 630 1240 1500 ( STANDARD_DEVIATION = xxxx.xxx) 1500 SB 630 1332 1000 ( CHECKSUM = xxxxxxxx) 1000 SB 630 1424 500 (END_OBJECT) 500 SB 630 1516 150 (END) 150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1696 3300 (These keywords describe the image object. Data are in a compressed) 3300 SB 630 1784 3150 (form, the huffman table, and DCT coefficients are stored in the) 3150 SB 630 1872 3400 (object. Access to this object is through the decompression software.) 3400 SB 630 1960 3500 (MINIMUM, MAXIMUM, MEAN, and STANDARD_DEVIATION refers to the DN values) 3500 SB 630 2048 3350 (of the image array. The CHECKSUM parameter refers to the sum of the) 3350 SB 630 2136 3500 (bytes in the object in compressed form. The ENCODING_COMPRESSION_RATIO) 3500 SB 630 2224 3550 (specifies the compression factor of the data. There are three permitted) 3550 SB 630 2312 3150 (values for the ENCODING_TYPE: "N/A" indicates the image was not) 3150 SB 630 2400 3400 (compressed on the spacecraft and so the data are not in a compressed) 3400 SB 630 2488 3150 (format. "CLEM-JPEG-0" and "CLEM-JPEG-1" indicates the data were) 3150 SB 630 2576 3100 (compressed onboard the spacecraft and the data are stored in a) 3100 SB 630 2664 3300 (compressed form. See Appendix II for a description of the two data) 3300 SB 630 2752 1000 (decompression forms.) 1000 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 592 3250 (APPENDIX I - SPICE Kernel Files Used In Clementine Data Products) 3250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 772 3400 (The following SPICE kernel files were inputs to the Picture Geometry) 3400 SB 630 860 3500 (program \(PICGEO\) used to compute the geometric quantities found in the) 3500 SB 630 948 3400 (PDS image labels and the Image Index files \(IMGINDX.TAB\) archived in) 3400 SB 630 1036 3400 (this volume set. Improvements to some of these fundamental ancillary) 3400 SB 630 1124 3500 (data will be made as further analysis of Clementine data continues, so) 3500 SB 630 1212 3350 (the geometric quantities found in the labels should not be used for) 3350 SB 630 1300 1600 (precision science data analyses.) 1600 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1476 600 (clemdef.bsp:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1568 3450 (Clementine spacecraft trajectory file. The ephemeris in this file was) 3450 SB 630 1656 3350 (produced by the Naval Research Laboratory, based on orbit solutions) 3350 SB 630 1744 3450 (provided by the Goddard Space Flight Center Flight Dynamics Facility.) 3450 SB 630 1832 3450 (The NRL data, given in the SERF form, were converted to the SPICE SPK) 3450 SB 630 1920 2550 (format using the serf2spk utility provided by NAIF.) 2550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2096 450 (de245.bsp) 450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1080 2098 50 (:) 50 SB 630 2188 3000 (JPL planetary and lunar ephemeris file, in SPICE SPK format.) 3000 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2364 600 (clemdef.bck:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2456 3400 (Clementine spacecraft orientation file. The pointing in this file is) 3400 SB 630 2544 3550 (discrete, stored every 5 seconds during periods of imaging and every 60) 3550 SB 630 2632 3500 (seconds during periods of non-imaging. There are gaps in coverage. The) 3500 SB 630 2720 3450 (pointing data in this file were NOT corrected for known discrepancies) 3450 SB 630 2808 3300 (between A- and B- star tracker alignment. The data are in SPICE CK) 3300 SB 630 2896 350 (format.) 350 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3072 650 (dspse002.tsc:) 650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3164 3400 (Clementine spacecraft clock coefficients file, in SPICE SCLK format.) 3400 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3340 650 (pck00003.tpc:) 650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3432 3550 (Planetary constants kernel file, in the SPICE text-PcK format. This was) 3550 SB 630 3520 3550 (used for modeling the size, shape and orientation of the earth, and the) 3550 SB 630 3608 2250 (size and shape \(not orientation\) of the moon.) 2250 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3784 550 (de245l.bpc:) 550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3876 3050 (Lunar orientation model using numerically integrated physical) 3050 SB 630 3964 3550 (librations. This model uses the mean earth axes, not the principal axes) 3550 SB 630 4052 3300 (used in the IAU publications from which the pck00003.tpc data were) 3300 SB 630 4140 3300 (obtained. The difference between these two models is thought to be) 3300 SB 630 4228 1150 (several hundred meters.) 1150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4404 650 (naif0003.tls:) 650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4496 3600 (NAIF leapseconds kernel file, used for converting between Universal Time) 3600 SB 630 4584 3300 (Coordinated \(UTC\) and Barycentric Dynamical Time \(TDB, also called) 3300 SB 630 4672 1150 (Ephemeris Time, or ET\).) 1150 SB 630 4848 3550 (The seven instrument kernel files below contain the instrument mounting) 3550 SB 630 4936 3300 (alignment relative to the spacecraft, and the following instrument) 3300 SB 630 5024 3500 (geometric parameters: focal length, focal plane dimension, pixel size,) 3500 SB 630 5112 3600 (and the coefficient of radially symmetric optical distortion. ASTAR and) 3600 SB 630 5200 3550 (BSTAR are the A- and B- star trackers that provided spacecraft attitude) 3550 SB 630 5288 1950 (reference as well as scientific images.) 1950 SB 630 5466 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 5464 600 (hires005.ti:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1330 5466 1650 ( HIRES instrument kernel file.) 1650 SB 630 5646 50 ( ) 50 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 680 5644 650 ( uvvis005.ti:) 650 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1330 5646 1650 ( UVVIS instrument kernel file.) 1650 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 506 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 504 550 (lwir005.ti:) 550 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1280 506 1650 ( LWIR instrument kernel file.) 1650 SB 630 686 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 684 500 (nir005.ti:) 500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1230 686 1650 ( NIR instrument kernel file.) 1650 SB 630 866 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 864 600 (lidar002.ti:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1330 866 1650 ( LIDAR instrument kernel file.) 1650 SB 630 1046 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 1044 600 (astar004.ti:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1330 1046 1650 ( ASTAR instrument kernel file.) 1650 SB 630 1226 100 ( ) 100 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 730 1224 600 (bstar004.ti:) 600 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1330 1226 1650 ( BSTAR instrument kernel file.) 1650 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 680 2150 (APPENDIX II - Data Compression Coefficients) 2150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 860 3300 (The Clementine Data Handling Unit \(DHU\) permits 4 data compression) 3300 SB 630 948 3600 (parameter sets to be loaded at any given time, i.e. Sets 0-3. These data) 3600 SB 630 1036 3600 (compression parameter sets are used to drive the MATRA compression chip.) 3600 SB 630 1124 3050 (This chip permits the real time compression of images using a) 3050 SB 630 1212 3200 (compression scheme that is similar to the JPEG standard but not) 3200 SB 630 1300 500 (identical.) 500 SB 630 1476 2550 (Each data compression parameter set is composed of:) 2550 SB 630 1564 2500 ( TabQ table - which contains 64 values) 2500 SB 630 1652 3600 ( Huffman Table - which contains the huffman encoding constants,) 3600 SB 630 1740 3300 ( TabF vector - which contains a vector with 16 possible) 3300 SB 630 1828 2550 ( scaling constants to use.) 2550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 2004 1500 (During the Clementine mission:) 1500 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 2184 3600 (<> Set 0 corresponded to MATRA's default data compression parameter set.) 3600 SB 630 2272 3150 ( The ENCODING_TYPE = "CLEM-JPEG-0" signifies Set 0 parameters) 3150 SB 630 2360 1600 ( were used in the compression.) 1600 SB 630 2536 3550 (<> Set 1 corresponded to a flat quantization table for all frequencies.) 3550 SB 630 2624 3400 ( This is the set that was primarily used during the whole mission.) 3400 SB 630 2712 3150 ( The ENCODING_TYPE = "CLEM-JPEG-1" signifies Set 1 parameters) 3150 SB 630 2800 1600 ( were used in the compression.) 1600 SB 630 2976 3450 (<> Sets 2-3 were identical to Set 1. If needed they were going to be) 3450 SB 630 3064 3350 ( modified during flight. After a number of quick studies, using) 3350 SB 630 3152 3500 ( data from the first few orbits around the Moon, it was decided that) 3500 SB 630 3240 1150 ( this was not needed.) 1150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 3504 3350 (BASIC DIFFERENCE BETWEEN STANDARD JPEG AND THE MATRA IMPLEMENTATION) 3350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3684 2150 (Standard JPEG Frequency Quantization Scheme) 2150 SB 0 0 0 fC /fm 256 def 2149 2 630 3768 B 1 F n 630 3864 3300 (In the standard JPEG algorithm the frequency coefficients X\(u,v\) [) 3300 SB 32 0 0 83 83 0 0 0 69 /Courier-Oblique /font11 ANSIFont font 3930 3860 250 (using) 250 SB 630 3952 3500 (here a notation similar to the one used in the English version of the) 3500 SB 630 4043 850 (MATRA chip manual) 850 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 1480 4047 2700 (] are transformed by the following equation before the) 2700 SB 630 4135 2150 (frequency coefficients are Huffman encoded:) 2150 SB 630 4311 2150 ( Xq\(u,v\) = int9bit[X\(u,v\)/q\(u,v\)] \(1\)) 2150 SB 630 4575 300 (where,) 300 SB 780 4751 3350 (X\(u,v\) is a 12 bit signed number representing the DCT coefficient) 3350 SB 780 4839 2000 ( at the frequency indices \(u,v\).) 2000 SB 780 4927 3450 (q\(u,v\) quantization table coefficient at the frequency index \(u,v\),) 3450 SB 780 5015 2500 ( this is an 8 bit positive number \(1-255\).) 2500 SB 630 5191 3600 (In the decompression stage the value of X\(u,v\) is reconstructed from the) 3600 SB 630 5279 950 (following equation:) 950 SB 630 5455 2350 ( Xr\(u,v\) = int9bit[X\(u,v\)/q\(u,v\)].q\(u,v\)) 2350 SB 630 5631 3200 (Equation \(1\) is a lossy operation due to the integer truncation.) 3200 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 3600 (For the set of lunar test images we have been working with a small value) 3600 SB 630 592 3400 (of q\(u,v\), say q\(u,v\)=1, results in compression ratios close to the) 3400 SB 630 680 3300 (original CLEMENTINE baseline requirement of 4 to 1. Hence we were) 3300 SB 630 768 3600 (particular interested in looking at what is the smaller value of q'\(u,v\)) 3600 SB 630 856 2550 (that can be represented by the MATRA chip hardware.) 2550 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1120 3250 (MATRA's Implementations of the JPEG Frequency Quantization Scheme) 3250 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1300 3600 (In the MATRA chip the desired quantization coefficient factor, q\(u,v\),) 3600 SB 630 1388 3050 (is approximated in hardware using an effective q'\(u,v\), i.e.) 3050 SB 630 1564 1750 ( Xq'\(u,v\) = int9bit[X\(u,v\)/q'\(u,v\)]) 1750 SB 630 1652 3500 ( = int9bit[int8bit[ \(\(TABF*TABQ\(u,v\)\)/64\)\)/4094\)\).X\(u,v\)] \(2\)) 3500 SB 630 1916 300 (where:) 300 SB 780 2004 3350 (TABF is an 8 bit positive quantity used for scaling purposes,) 3350 SB 780 2092 2800 (TABQ \(u,v\) is a derived 8 bit positive number defined by) 2800 SB 630 2268 1500 ( TABQ=int8bit[255*10/q\(u,v\)]) 1500 SB 630 2532 3050 (In other words, in the MATRA chip a desired JPEG quantization) 3050 SB 630 2620 3600 (coefficient value, q\(u,v\), is implemented as an effective q'\(u,v\) value) 3600 SB 630 2708 150 (of:) 150 SB 630 2884 2050 ( q'\(u,v\)= 4094/\(int8bit[TABF.TABQ/64]\)) 2050 SB 630 2972 3100 ( = 4094/\(int8bit[\(TABF/64\).int8bit[\(255*10\)/q\(u,v\)]\)) 3100 SB 630 3060 850 ( >= 4) 850 SB 630 3324 3450 (Notice that since TABF and TABQ are 8 bit positive numbers it follows) 3450 SB 630 3412 950 (that 4 <= q'\(u,v\).) 950 SB 32 0 0 83 83 0 0 0 69 /Courier-Oblique /font11 ANSIFont font 630 3588 3300 (Hence, the minimum effective quantization table coefficient value) 3300 SB 630 3679 1850 (achievable in the MATRA chip is four.) 1850 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 3858 3350 (The following Table summarizes the data compression parameter sets) 3350 SB 630 3946 3400 (loaded to the Clementine Spacecraft during Mission Operations. Note) 3400 SB 630 4034 1750 (that only set 0 and 1 are distinct.) 1750 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 4390 1450 (TabF Set0 Set1 Set2 Set3) 1450 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 4482 1400 (TABF\(00\) FFh FFh FFh FFh) 1400 SB 630 4570 1400 (TABF\(01\) FFh FFh FFh FFh) 1400 SB 630 4658 1400 (TABF\(02\) FFh FFh FFh FFh) 1400 SB 630 4746 1400 (TABF\(03\) FFh FFh FFh FFh) 1400 SB 630 4834 1400 (TABF\(04\) BDh BDh BDh BDh) 1400 SB 630 4922 1400 (TABF\(05\) 8dh 8dh 8dh 8dh) 1400 SB 630 5010 1400 (TABF\(06\) 6Fh 6Fh 6Fh 6Fh) 1400 SB 630 5098 1400 (TABF\(07\) 59h 59h 59h 59h) 1400 SB 630 5186 1400 (TABF\(08\) 4Bh 4Bh 4Bh 4Bh) 1400 SB 630 5274 1400 (TABF\(09\) 3fh 3fh 3fh 3fh) 1400 SB 630 5362 1400 (TABF\(10\) 37h 37h 37h 37h) 1400 SB 630 5450 1400 (TABF\(11\) 30h 30h 30h 30h) 1400 SB 630 5538 1400 (TABF\(12\) 2Bh 2Bh 2Bh 2Bh) 1400 SB 630 5626 1400 (TABF\(13\) 2bh 2bh 2bh 2bh) 1400 SB 630 5714 1400 (TABF\(14\) 26h 26h 26h 26h) 1400 SB 630 5802 1400 (TABF\(15\) 23h 23h 23h 23h) 1400 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 0 0 0 fC 630 592 500 (TabQ Value) 500 SB 630 684 1150 (Q Set0 S1 S2 S3) 1150 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 776 1150 (Q\(0,0\) 9Fh FF FF FF) 1150 SB 630 864 1150 (Q\(0,1\) D4h FF FF FF) 1150 SB 630 952 1150 (Q\(0,2\) B6h FF FF FF) 1150 SB 630 1040 1150 (Q\(0,3\) B6h FF FF FF) 1150 SB 630 1128 1150 (Q\(0,4\) 8Eh FF FF FF) 1150 SB 630 1216 1150 (Q\(0,5\) 6Ah FF FF FF) 1150 SB 630 1304 1150 (Q\(0,6\) 34h FF FF FF) 1150 SB 630 1392 1150 (Q\(0,7\) 23h FF FF FF) 1150 SB 630 1480 1150 (Q\(1,0\) E8h FF FF FF) 1150 SB 630 1568 1150 (Q\(1,1\) D4h FF FF FF) 1150 SB 630 1656 1150 (Q\(1,2\) C4h FF FF FF) 1150 SB 630 1744 1150 (Q\(1,3\) 96h FF FF FF) 1150 SB 630 1832 1150 (Q\(1,4\) 74h FF FF FF) 1150 SB 630 1920 1150 (Q\(1,5\) 49h FF FF FF) 1150 SB 630 2008 1150 (Q\(1,6\) 28h FF FF FF) 1150 SB 630 2096 1150 (Q\(1,7\) 1Ch FF FF FF) 1150 SB 630 2184 1150 (Q\(2,0\) FFh FF FF FF) 1150 SB 630 2272 1150 (Q\(2,1\) B6h FF FF FF) 1150 SB 630 2360 1150 (Q\(2,2\) 9Fh FF FF FF) 1150 SB 630 2448 1150 (Q\(2,3\) 74h FF FF FF) 1150 SB 630 2536 1150 (Q\(2,4\) 45h FF FF FF) 1150 SB 630 2624 1150 (Q\(2,5\) 2Eh FF FF FF) 1150 SB 630 2712 1150 (Q\(2,6\) 21h FF FF FF) 1150 SB 630 2800 1150 (Q\(2,7\) 1Bh FF FF FF) 1150 SB 630 2888 1150 (Q\(3,0\) 9Fh FF FF FF) 1150 SB 630 2976 1150 (Q\(3,1\) 86h FF FF FF) 1150 SB 630 3064 1150 (Q\(3,2\) 6Ah FF FF FF) 1150 SB 630 3152 1150 (Q\(3,3\) 58h FF FF FF) 1150 SB 630 3240 1150 (Q\(3,4\) 2Eh FF FF FF) 1150 SB 630 3328 1150 (Q\(3,5\) 28h FF FF FF) 1150 SB 630 3416 1150 (Q\(3,6\) 1Dh FF FF FF) 1150 SB 630 3504 1150 (Q\(3,7\) 1Ah FF FF FF) 1150 SB 630 3592 1150 (Q\(4,0\) 6Ah FF FF FF) 1150 SB 630 3680 1150 (Q\(4,1\) 62h FF FF FF) 1150 SB 630 3768 1150 (Q\(4,2\) 40h FF FF FF) 1150 SB 630 3856 1150 (Q\(4,3\) 32h FF FF FF) 1150 SB 630 3944 1150 (Q\(4,4\) 26h FF FF FF) 1150 SB 630 4032 1150 (Q\(4,5\) 1Fh FF FF FF) 1150 SB 630 4120 1150 (Q\(4,6\) 19h FF FF FF) 1150 SB 630 4208 1150 (Q\(4,7\) 17h FF FF FF) 1150 SB 630 4296 1150 (Q\(5,0\) 40h FF FF FF) 1150 SB 630 4384 1150 (Q\(5,1\) 2Ch FF FF FF) 1150 SB 630 4472 1150 (Q\(5,2\) 2Dh FF FF FF) 1150 SB 630 4560 1150 (Q\(5,3\) 1Dh FF FF FF) 1150 SB 630 4648 1150 (Q\(5,4\) 17h FF FF FF) 1150 SB 630 4736 1150 (Q\(5,5\) 19h FF FF FF) 1150 SB 630 4824 1150 (Q\(5,6\) 15h FF FF FF) 1150 SB 630 4912 1150 (Q\(5,7\) 1Ah FF FF FF) 1150 SB 630 5000 1150 (Q\(6,0\) 32h FF FF FF) 1150 SB 630 5088 1150 (Q\(6,1\) 2Ah FF FF FF) 1150 SB 630 5176 1150 (Q\(6,2\) 25h FF FF FF) 1150 SB 630 5264 1150 (Q\(6,3\) 20h FF FF FF) 1150 SB 630 5352 1150 (Q\(6,4\) 19h FF FF FF) 1150 SB 630 5440 1150 (Q\(6,5\) 17h FF FF FF) 1150 SB 630 5528 1150 (Q\(6,6\) 15h FF FF FF) 1150 SB 630 5616 1150 (Q\(6,7\) 19h FF FF FF) 1150 SB 630 5704 1150 (Q\(7,0\) 2Ah FF FF FF) 1150 SB 630 5792 1150 (Q\(7,1\) 2Eh FF FF FF) 1150 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1150 (Q\(7,2\) 2Eh FF FF FF) 1150 SB 630 592 1150 (Q\(7,3\) 29h FF FF FF) 1150 SB 630 680 1150 (Q\(7,4\) 21h FF FF FF) 1150 SB 630 768 1150 (Q\(7,5\) 1Ch FF FF FF) 1150 SB 630 856 1150 (Q\(7,6\) 19h FF FF FF) 1150 SB 630 944 1150 (Q\(7,7\) 1Ah FF FF FF) 1150 SB 32 0 0 83 83 0 0 0 67 /Courier-Bold /font9 ANSIFont font 630 1208 1350 (Huf Tab Set0 Set1 Set2 Set3) 1350 SB 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 630 1300 1350 (VLC\(00\) 04h 04h 04h 04h) 1350 SB 630 1388 1350 (VLC\(01\) 05h 05h 05h 05h) 1350 SB 630 1476 1350 (VLC\(02\) 00h 00h 00h 00h) 1350 SB 630 1564 1350 (VLC\(03\) 00h 00h 00h 00h) 1350 SB 630 1652 1350 (VLC\(04\) 00h 00h 00h 00h) 1350 SB 630 1740 1350 (VLC\(05\) 00h 00h 00h 00h) 1350 SB 630 1828 1350 (VLC\(06\) 00h 00h 00h 00h) 1350 SB 630 1916 1350 (VLC\(07\) 00h 00h 00h 00h) 1350 SB 630 2004 1350 (VLC\(08\) 00h 00h 00h 00h) 1350 SB 630 2092 1350 (VLC\(09\) 00h 00h 00h 00h) 1350 SB 630 2180 1350 (VLC\(10\) 00h 00h 00h 00h) 1350 SB 630 2268 1350 (VLC\(11\) 00h 00h 00h 00h) 1350 SB 630 2356 1350 (VLC\(12\) 00h 00h 00h 00h) 1350 SB 630 2444 1350 (VLC\(13\) 00h 00h 00h 00h) 1350 SB 630 2532 1350 (VLC\(14\) 00h 00h 00h 00h) 1350 SB 630 2620 1350 (VLC\(15\) 00h 00h 00h 00h) 1350 SB 630 2708 1350 (VLC\(16\) 00h 00h 00h 00h) 1350 SB 630 2796 1350 (VLC\(17\) 00h 00h 00h 00h) 1350 SB 630 2884 1350 (VLC\(18\) 00h 00h 00h 00h) 1350 SB 630 2972 1350 (VLC\(19\) 00h 00h 00h 00h) 1350 SB 630 3060 1350 (VLC\(20\) 00h 00h 00h 00h) 1350 SB 630 3148 1350 (VLC\(21\) 00h 00h 00h 00h) 1350 SB 630 3236 1350 (VLC\(22\) 00h 00h 00h 00h) 1350 SB 630 3324 1350 (VLC\(23\) 00h 00h 00h 00h) 1350 SB 630 3412 1350 (VLC\(24\) 00h 00h 00h 00h) 1350 SB 630 3500 1350 (VLC\(25\) 00h 00h 00h 00h) 1350 SB 630 3588 1350 (VLC\(26\) 00h 00h 00h 00h) 1350 SB 630 3676 1350 (VLC\(27\) 00h 00h 00h 00h) 1350 SB 630 3764 1350 (VLC\(28\) 00h 00h 00h 00h) 1350 SB 630 3852 1350 (VLC\(29\) 00h 00h 00h 00h) 1350 SB 630 3940 1350 (VLC\(30\) 10h 10h 10h 10h) 1350 SB 630 4028 1350 (VLC\(31\) 2Fh 2Fh 2Fh 2Fh) 1350 SB 630 4116 1350 (VLC\(32\) 02h 02h 02h 02h) 1350 SB 630 4204 1350 (VLC\(33\) 00h 00h 00h 00h) 1350 SB 630 4292 1350 (VLC\(34\) 04h 04h 04h 04h) 1350 SB 630 4380 1350 (VLC\(35\) 03h 03h 03h 03h) 1350 SB 630 4468 1350 (VLC\(36\) 05h 05h 05h 05h) 1350 SB 630 4556 1350 (VLC\(37\) 1Bh 1Bh 1Bh 1Bh) 1350 SB 630 4644 1350 (VLC\(38\) 06h 06h 06h 06h) 1350 SB 630 4732 1350 (VLC\(39\) 17h 17h 17h 17h) 1350 SB 630 4820 1350 (VLC\(40\) 06h 06h 06h 06h) 1350 SB 630 4908 1350 (VLC\(41\) 37h 37h 37h 37h) 1350 SB 630 4996 1350 (VLC\(42\) 07h 07h 07h 07h) 1350 SB 630 5084 1350 (VLC\(43\) 2Fh 2Fh 2Fh 2Fh) 1350 SB 630 5172 1350 (VLC\(44\) 07h 07h 07h 07h) 1350 SB 630 5260 1350 (VLC\(45\) 6Fh 6Fh 6Fh 6Fh) 1350 SB 630 5348 1350 (VLC\(46\) 08h 08h 08h 08h) 1350 SB 630 5436 1350 (VLC\(47\) 9Fh 9Fh 9Fh 9Fh) 1350 SB 630 5524 1350 (VLC\(48\) 08h 08h 08h 08h) 1350 SB 630 5612 1350 (VLC\(49\) 5Fh 5Fh 5Fh 5Fh) 1350 SB 630 5700 1350 (VLC\(50\) 09h 09h 09h 09h) 1350 SB 630 5788 1350 (VLC\(51\) 1Fh 1Fh 1Fh 1Fh) 1350 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1350 (VLC\(52\) 09h 09h 09h 09h) 1350 SB 630 592 1350 (VLC\(53\) 9Fh 9Fh 9Fh 9Fh) 1350 SB 630 680 1350 (VLC\(54\) 09h 09h 09h 09h) 1350 SB 630 768 1350 (VLC\(55\) 5Fh 5Fh 5Fh 5Fh) 1350 SB 630 856 1350 (VLC\(56\) 0Ah 0Ah 0Ah 0Ah) 1350 SB 630 944 1350 (VLC\(57\) 5Fh 5Fh 5Fh 5Fh) 1350 SB 630 1032 1350 (VLC\(58\) 0Bh 0Bh 0Bh 0Bh) 1350 SB 630 1120 1350 (VLC\(59\) 5Fh 5Fh 5Fh 5Fh) 1350 SB 630 1208 1350 (VLC\(60\) 0Fh 0Fh 0Fh 0Fh) 1350 SB 630 1296 1350 (VLC\(61\) 03h 03h 03h 03h) 1350 SB 630 1384 1350 (VLC\(62\) 10h 10h 10h 10h) 1350 SB 630 1472 1350 (VLC\(63\) AFh AFh AFh AFh) 1350 SB 630 1560 1350 (VLC\(64\) 02h 02h 02h 02h) 1350 SB 630 1648 1350 (VLC\(65\) 02h 02h 02h 02h) 1350 SB 630 1736 1350 (VLC\(66\) 06h 06h 06h 06h) 1350 SB 630 1824 1350 (VLC\(67\) 27h 27h 27h 27h) 1350 SB 630 1912 1350 (VLC\(68\) 08h 08h 08h 08h) 1350 SB 630 2000 1350 (VLC\(69\) 1Fh 1Fh 1Fh 1Fh) 1350 SB 630 2088 1350 (VLC\(70\) 09h 09h 09h 09h) 1350 SB 630 2176 1350 (VLC\(71\) EFh EFh EFh EFh) 1350 SB 630 2264 1350 (VLC\(72\) 0Ah 0Ah 0Ah 0Ah) 1350 SB 630 2352 1350 (VLC\(73\) 1Fh 1Fh 1Fh 1Fh) 1350 SB 630 2440 1350 (VLC\(74\) 0Ah 0Ah 0Ah 0Ah) 1350 SB 630 2528 1350 (VLC\(75\) 9Fh 9Fh 9Fh 9Fh) 1350 SB 630 2616 1350 (VLC\(76\) 0Bh 0Bh 0Bh 0Bh) 1350 SB 630 2704 1350 (VLC\(77\) 1Fh 1Fh 1Fh 1Fh) 1350 SB 630 2792 1350 (VLC\(78\) 0Bh 0Bh 0Bh 0Bh) 1350 SB 630 2880 1350 (VLC\(79\) 9Fh 9Fh 9Fh 9Fh) 1350 SB 630 2968 1350 (VLC\(80\) 0Ch 0Ch 0Ch 0Ch) 1350 SB 630 3056 1350 (VLC\(81\) EFh EFh EFh EFh) 1350 SB 630 3144 1350 (VLC\(82\) 10h 10h 10h 10h) 1350 SB 630 3232 1350 (VLC\(83\) 7Dh 7Dh 7Dh 7Dh) 1350 SB 630 3320 1350 (VLC\(84\) 10h 10h 10h 10h) 1350 SB 630 3408 1350 (VLC\(85\) E3h E3h E3h E3h) 1350 SB 630 3496 1350 (VLC\(86\) 10h 10h 10h 10h) 1350 SB 630 3584 1350 (VLC\(87\) 0Bh 0Bh 0Bh 0Bh) 1350 SB 630 3672 1350 (VLC\(88\) 10h 10h 10h 10h) 1350 SB 630 3760 1350 (VLC\(89\) 9Bh 9Bh 9Bh 9Bh) 1350 SB 630 3848 1350 (VLC\(90\) 10h 10h 10h 10h) 1350 SB 630 3936 1350 (VLC\(91\) 47h 47h 47h 47h) 1350 SB 630 4024 1350 (VLC\(92\) 10h 10h 10h 10h) 1350 SB 630 4112 1350 (VLC\(93\) D7h D7h D7h D7h) 1350 SB 630 4200 1350 (VLC\(94\) 10h 10h 10h 10h) 1350 SB 630 4288 1350 (VLC\(95\) 6Fh 6Fh 6Fh 6Fh) 1350 SB 630 4376 1350 (VLC\(96\) 03h 03h 03h 03h) 1350 SB 630 4464 1350 (VLC\(97\) 01h 01h 01h 01h) 1350 SB 630 4552 1350 (VLC\(98\) 07h 07h 07h 07h) 1350 SB 630 4640 1350 (VLC\(99\) 4Fh 4Fh 4Fh 4Fh) 1350 SB 630 4728 1400 (VLC\(100\) 0Ah 0Ah 0Ah 0Ah) 1400 SB 630 4816 1400 (VLC\(101\) EFh EFh EFh EFh) 1400 SB 630 4904 1400 (VLC\(102\) 0Bh 0Bh 0Bh 0Bh) 1400 SB 630 4992 1400 (VLC\(103\) EFh EFh EFh EFh) 1400 SB 630 5080 1400 (VLC\(104\) 10h 10h 10h 10h) 1400 SB 630 5168 1400 (VLC\(105\) 69h 69h 69h 69h) 1400 SB 630 5256 1400 (VLC\(106\) 10h 10h 10h 10h) 1400 SB 630 5344 1400 (VLC\(107\) 79h 79h 79h 79h) 1400 SB 630 5432 1400 (VLC\(108\) 10h 10h 10h 10h) 1400 SB 630 5520 1400 (VLC\(109\) 65h 65h 65h 65h) 1400 SB 630 5608 1400 (VLC\(110\) 10h 10h 10h 10h) 1400 SB 630 5696 1400 (VLC\(111\) 75h 75h 75h 75h) 1400 SB 630 5784 1400 (VLC\(112\) 10h 10h 10h 10h) 1400 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1400 (VLC\(113\) 6Dh 6Dh 6Dh 6Dh) 1400 SB 630 592 1400 (VLC\(114\) 10h 10h 10h 10h) 1400 SB 630 680 1400 (VLC\(115\) FDh FDh FDh FDh) 1400 SB 630 768 1400 (VLC\(116\) 10h 10h 10h 10h) 1400 SB 630 856 1400 (VLC\(117\) 13h 13h 13h 13h) 1400 SB 630 944 1400 (VLC\(118\) 10h 10h 10h 10h) 1400 SB 630 1032 1400 (VLC\(119\) 8Bh 8Bh 8Bh 8Bh) 1400 SB 630 1120 1400 (VLC\(120\) 10h 10h 10h 10h) 1400 SB 630 1208 1400 (VLC\(121\) 5Bh 5Bh 5Bh 5Bh) 1400 SB 630 1296 1400 (VLC\(122\) 10h 10h 10h 10h) 1400 SB 630 1384 1400 (VLC\(123\) C7h C7h C7h C7h) 1400 SB 630 1472 1400 (VLC\(124\) 10h 10h 10h 10h) 1400 SB 630 1560 1400 (VLC\(125\) 37h 37h 37h 37h) 1400 SB 630 1648 1400 (VLC\(126\) 10h 10h 10h 10h) 1400 SB 630 1736 1400 (VLC\(127\) EFh EFh EFh EFh) 1400 SB 630 1824 1400 (VLC\(128\) 04h 04h 04h 04h) 1400 SB 630 1912 1400 (VLC\(129\) 0Dh 0Dh 0Dh 0Dh) 1400 SB 630 2000 1400 (VLC\(130\) 09h 09h 09h 09h) 1400 SB 630 2088 1400 (VLC\(131\) 6Fh 6Fh 6Fh 6Fh) 1400 SB 630 2176 1400 (VLC\(132\) 0Ch 0Ch 0Ch 0Ch) 1400 SB 630 2264 1400 (VLC\(133\) 6Fh 6Fh 6Fh 6Fh) 1400 SB 630 2352 1400 (VLC\(134\) 10h 10h 10h 10h) 1400 SB 630 2440 1400 (VLC\(135\) F1h F1h F1h F1h) 1400 SB 630 2528 1400 (VLC\(136\) 10h 10h 10h 10h) 1400 SB 630 2616 1400 (VLC\(137\) E9h E9h E9h E9h) 1400 SB 630 2704 1400 (VLC\(138\) 10h 10h 10h 10h) 1400 SB 630 2792 1400 (VLC\(139\) F9h F9h F9h F9h) 1400 SB 630 2880 1400 (VLC\(140\) 10h 10h 10h 10h) 1400 SB 630 2968 1400 (VLC\(141\) E5h E5h E5h E5h) 1400 SB 630 3056 1400 (VLC\(142\) 10h 10h 10h 10h) 1400 SB 630 3144 1400 (VLC\(143\) F5h F5h F5h F5h) 1400 SB 630 3232 1400 (VLC\(144\) 10h 10h 10h 10h) 1400 SB 630 3320 1400 (VLC\(145\) EDh EDh EDh EDh) 1400 SB 630 3408 1400 (VLC\(146\) 10h 10h 10h 10h) 1400 SB 630 3496 1400 (VLC\(147\) 03h 03h 03h 03h) 1400 SB 630 3584 1400 (VLC\(148\) 10h 10h 10h 10h) 1400 SB 630 3672 1400 (VLC\(149\) 93h 93h 93h 93h) 1400 SB 630 3760 1400 (VLC\(150\) 10h 10h 10h 10h) 1400 SB 630 3848 1400 (VLC\(151\) 4Bh 4Bh 4Bh 4Bh) 1400 SB 630 3936 1400 (VLC\(152\) 10h 10h 10h 10h) 1400 SB 630 4024 1400 (VLC\(153\) DBh DBh DBh DBh) 1400 SB 630 4112 1400 (VLC\(154\) 10h 10h 10h 10h) 1400 SB 630 4200 1400 (VLC\(155\) 27h 27h 27h 27h) 1400 SB 630 4288 1400 (VLC\(156\) 10h 10h 10h 10h) 1400 SB 630 4376 1400 (VLC\(157\) B7h B7h B7h B7h) 1400 SB 630 4464 1400 (VLC\(158\) 10h 10h 10h 10h) 1400 SB 630 4552 1400 (VLC\(159\) 1Fh 1Fh 1Fh 1Fh) 1400 SB 630 4640 1400 (VLC\(160\) 05h 05h 05h 05h) 1400 SB 630 4728 1400 (VLC\(161\) 0Bh 0Bh 0Bh 0Bh) 1400 SB 630 4816 1400 (VLC\(162\) 0Bh 0Bh 0Bh 0Bh) 1400 SB 630 4904 1400 (VLC\(163\) 6Fh 6Fh 6Fh 6Fh) 1400 SB 630 4992 1400 (VLC\(164\) 10h 10h 10h 10h) 1400 SB 630 5080 1400 (VLC\(165\) 91h 91h 91h 91h) 1400 SB 630 5168 1400 (VLC\(166\) 10h 10h 10h 10h) 1400 SB 630 5256 1400 (VLC\(167\) 09h 09h 09h 09h) 1400 SB 630 5344 1400 (VLC\(168\) 10h 10h 10h 10h) 1400 SB 630 5432 1400 (VLC\(169\) 19h 19h 19h 19h) 1400 SB 630 5520 1400 (VLC\(170\) 10h 10h 10h 10h) 1400 SB 630 5608 1400 (VLC\(171\) 05h 05h 05h 05h) 1400 SB 630 5696 1400 (VLC\(172\) 10h 10h 10h 10h) 1400 SB 630 5784 1400 (VLC\(173\) 15h 15h 15h 15h) 1400 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1400 (VLC\(174\) 10h 10h 10h 10h) 1400 SB 630 592 1400 (VLC\(175\) 0Dh 0Dh 0Dh 0Dh) 1400 SB 630 680 1400 (VLC\(176\) 10h 10h 10h 10h) 1400 SB 630 768 1400 (VLC\(177\) 1Dh 1Dh 1Dh 1Dh) 1400 SB 630 856 1400 (VLC\(178\) 10h 10h 10h 10h) 1400 SB 630 944 1400 (VLC\(179\) 83h 83h 83h 83h) 1400 SB 630 1032 1400 (VLC\(180\) 10h 10h 10h 10h) 1400 SB 630 1120 1400 (VLC\(181\) 53h 53h 53h 53h) 1400 SB 630 1208 1400 (VLC\(182\) 10h 10h 10h 10h) 1400 SB 630 1296 1400 (VLC\(183\) CBh CBh CBh CBh) 1400 SB 630 1384 1400 (VLC\(184\) 10h 10h 10h 10h) 1400 SB 630 1472 1400 (VLC\(185\) 3Bh 3Bh 3Bh 3Bh) 1400 SB 630 1560 1400 (VLC\(186\) 10h 10h 10h 10h) 1400 SB 630 1648 1400 (VLC\(187\) A7h A7h A7h A7h) 1400 SB 630 1736 1400 (VLC\(188\) 10h 10h 10h 10h) 1400 SB 630 1824 1400 (VLC\(189\) 77h 77h 77h 77h) 1400 SB 630 1912 1400 (VLC\(190\) 10h 10h 10h 10h) 1400 SB 630 2000 1400 (VLC\(191\) 9Fh 9Fh 9Fh 9Fh) 1400 SB 630 2088 1400 (VLC\(192\) 06h 06h 06h 06h) 1400 SB 630 2176 1400 (VLC\(193\) 07h 07h 07h 07h) 1400 SB 630 2264 1400 (VLC\(194\) 10h 10h 10h 10h) 1400 SB 630 2352 1400 (VLC\(195\) 21h 21h 21h 21h) 1400 SB 630 2440 1400 (VLC\(196\) 10h 10h 10h 10h) 1400 SB 630 2528 1400 (VLC\(197\) 51h 51h 51h 51h) 1400 SB 630 2616 1400 (VLC\(198\) 10h 10h 10h 10h) 1400 SB 630 2704 1400 (VLC\(199\) 89h 89h 89h 89h) 1400 SB 630 2792 1400 (VLC\(200\) 10h 10h 10h 10h) 1400 SB 630 2880 1400 (VLC\(201\) 99h 99h 99h 99h) 1400 SB 630 2968 1400 (VLC\(202\) 10h 10h 10h 10h) 1400 SB 630 3056 1400 (VLC\(203\) 85h 85h 85h 85h) 1400 SB 630 3144 1400 (VLC\(204\) 10h 10h 10h 10h) 1400 SB 630 3232 1400 (VLC\(205\) 95h 95h 95h 95h) 1400 SB 630 3320 1400 (VLC\(206\) 10h 10h 10h 10h) 1400 SB 630 3408 1400 (VLC\(207\) 8Dh 8Dh 8Dh 8Dh) 1400 SB 630 3496 1400 (VLC\(208\) 10h 10h 10h 10h) 1400 SB 630 3584 1400 (VLC\(209\) 9Dh 9Dh 9Dh 9Dh) 1400 SB 630 3672 1400 (VLC\(210\) 10h 10h 10h 10h) 1400 SB 630 3760 1400 (VLC\(211\) 43h 43h 43h 43h) 1400 SB 630 3848 1400 (VLC\(212\) 10h 10h 10h 10h) 1400 SB 630 3936 1400 (VLC\(213\) D3h D3h D3h D3h) 1400 SB 630 4024 1400 (VLC\(214\) 10h 10h 10h 10h) 1400 SB 630 4112 1400 (VLC\(215\) 2Bh 2Bh 2Bh 2Bh) 1400 SB 630 4200 1400 (VLC\(216\) 10h 10h 10h 10h) 1400 SB 630 4288 1400 (VLC\(217\) BBh BBh BBh BBh) 1400 SB 630 4376 1400 (VLC\(218\) 10h 10h 10h 10h) 1400 SB 630 4464 1400 (VLC\(219\) 67h 67h 67h 67h) 1400 SB 630 4552 1400 (VLC\(220\) 10h 10h 10h 10h) 1400 SB 630 4640 1400 (VLC\(221\) F7h F7h F7h F7h) 1400 SB 630 4728 1400 (VLC\(222\) 10h 10h 10h 10h) 1400 SB 630 4816 1400 (VLC\(223\) 5Fh 5Fh 5Fh 5Fh) 1400 SB 630 4904 1400 (VLC\(224\) 07h 07h 07h 07h) 1400 SB 630 4992 1400 (VLC\(225\) 0Fh 0Fh 0Fh 0Fh) 1400 SB 630 5080 1400 (VLC\(226\) 10h 10h 10h 10h) 1400 SB 630 5168 1400 (VLC\(227\) A1h A1h A1h A1h) 1400 SB 630 5256 1400 (VLC\(228\) 10h 10h 10h 10h) 1400 SB 630 5344 1400 (VLC\(229\) D1h D1h D1h D1h) 1400 SB 630 5432 1400 (VLC\(230\) 10h 10h 10h 10h) 1400 SB 630 5520 1400 (VLC\(231\) 49h 49h 49h 49h) 1400 SB 630 5608 1400 (VLC\(232\) 10h 10h 10h 10h) 1400 SB 630 5696 1400 (VLC\(233\) 59h 59h 59h 59h) 1400 SB 630 5784 1400 (VLC\(234\) 10h 10h 10h 10h) 1400 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1400 (VLC\(235\) 45h 45h 45h 45h) 1400 SB 630 592 1400 (VLC\(236\) 10h 10h 10h 10h) 1400 SB 630 680 1400 (VLC\(237\) 55h 55h 55h 55h) 1400 SB 630 768 1400 (VLC\(238\) 10h 10h 10h 10h) 1400 SB 630 856 1400 (VLC\(239\) 4Dh 4Dh 4Dh 4Dh) 1400 SB 630 944 1400 (VLC\(240\) 10h 10h 10h 10h) 1400 SB 630 1032 1400 (VLC\(241\) 5Dh 5Dh 5Dh 5Dh) 1400 SB 630 1120 1400 (VLC\(242\) 10h 10h 10h 10h) 1400 SB 630 1208 1400 (VLC\(243\) C3h C3h C3h C3h) 1400 SB 630 1296 1400 (VLC\(244\) 10h 10h 10h 10h) 1400 SB 630 1384 1400 (VLC\(245\) 33h 33h 33h 33h) 1400 SB 630 1472 1400 (VLC\(246\) 10h 10h 10h 10h) 1400 SB 630 1560 1400 (VLC\(247\) ABh ABh ABh ABh) 1400 SB 630 1648 1400 (VLC\(248\) 10h 10h 10h 10h) 1400 SB 630 1736 1400 (VLC\(249\) 7Bh 7Bh 7Bh 7Bh) 1400 SB 630 1824 1400 (VLC\(250\) 10h 10h 10h 10h) 1400 SB 630 1912 1400 (VLC\(251\) E7h E7h E7h E7h) 1400 SB 630 2000 1400 (VLC\(252\) 10h 10h 10h 10h) 1400 SB 630 2088 1400 (VLC\(253\) 0Fh 0Fh 0Fh 0Fh) 1400 SB 630 2176 1400 (VLC\(254\) 10h 10h 10h 10h) 1400 SB 630 2264 1400 (VLC\(255\) DFh DFh DFh DFh) 1400 SB 630 2352 1400 (VLC\(256\) 0Ah 0Ah 0Ah 0Ah) 1400 SB 630 2440 1400 (VLC\(257\) 6Fh 6Fh 6Fh 6Fh) 1400 SB 630 2528 1400 (VLC\(258\) 10h 10h 10h 10h) 1400 SB 630 2616 1400 (VLC\(259\) 61h 61h 61h 61h) 1400 SB 630 2704 1400 (VLC\(260\) 10h 10h 10h 10h) 1400 SB 630 2792 1400 (VLC\(261\) 31h 31h 31h 31h) 1400 SB 630 2880 1400 (VLC\(262\) 10h 10h 10h 10h) 1400 SB 630 2968 1400 (VLC\(263\) C9h C9h C9h C9h) 1400 SB 630 3056 1400 (VLC\(264\) 10h 10h 10h 10h) 1400 SB 630 3144 1400 (VLC\(265\) D9h D9h D9h D9h) 1400 SB 630 3232 1400 (VLC\(266\) 10h 10h 10h 10h) 1400 SB 630 3320 1400 (VLC\(267\) C5h C5h C5h C5h) 1400 SB 630 3408 1400 (VLC\(268\) 10h 10h 10h 10h) 1400 SB 630 3496 1400 (VLC\(269\) D5h D5h D5h D5h) 1400 SB 630 3584 1400 (VLC\(270\) 10h 10h 10h 10h) 1400 SB 630 3672 1400 (VLC\(271\) CDh CDh CDh CDh) 1400 SB 630 3760 1400 (VLC\(272\) 10h 10h 10h 10h) 1400 SB 630 3848 1400 (VLC\(273\) DDh DDh DDh DDh) 1400 SB 630 3936 1400 (VLC\(274\) 10h 10h 10h 10h) 1400 SB 630 4024 1400 (VLC\(275\) 23h 23h 23h 23h) 1400 SB 630 4112 1400 (VLC\(276\) 10h 10h 10h 10h) 1400 SB 630 4200 1400 (VLC\(277\) B3h B3h B3h B3h) 1400 SB 630 4288 1400 (VLC\(278\) 10h 10h 10h 10h) 1400 SB 630 4376 1400 (VLC\(279\) 6Bh 6Bh 6Bh 6Bh) 1400 SB 630 4464 1400 (VLC\(280\) 10h 10h 10h 10h) 1400 SB 630 4552 1400 (VLC\(281\) FBh FBh FBh FBh) 1400 SB 630 4640 1400 (VLC\(282\) 10h 10h 10h 10h) 1400 SB 630 4728 1400 (VLC\(283\) 17h 17h 17h 17h) 1400 SB 630 4816 1400 (VLC\(284\) 10h 10h 10h 10h) 1400 SB 630 4904 1400 (VLC\(285\) 8Fh 8Fh 8Fh 8Fh) 1400 SB 630 4992 1400 (VLC\(286\) 10h 10h 10h 10h) 1400 SB 630 5080 1400 (VLC\(287\) 3Fh 3Fh 3Fh 3Fh) 1400 SB 630 5168 1400 (VLC\(288\) 03h 03h 03h 03h) 1400 SB 630 5256 1400 (VLC\(289\) 02h 02h 02h 02h) 1400 SB 630 5344 1400 (VLC\(290\) 03h 03h 03h 03h) 1400 SB 630 5432 1400 (VLC\(291\) 06h 06h 06h 06h) 1400 SB 630 5520 1400 (VLC\(292\) 03h 03h 03h 03h) 1400 SB 630 5608 1400 (VLC\(293\) 01h 01h 01h 01h) 1400 SB 630 5696 1400 (VLC\(294\) 02h 02h 02h 02h) 1400 SB 630 5784 1400 (VLC\(295\) 00h 00h 00h 00h) 1400 SB EJ RS %%PageTrailer SS 0 0 20 16 809 1100 600 SM 32 0 0 83 83 0 0 0 65 /Courier /font0 ANSIFont font 0 0 0 fC 630 504 1400 (VLC\(296\) 03h 03h 03h 03h) 1400 SB 630 592 1400 (VLC\(297\) 05h 05h 05h 05h) 1400 SB 630 680 1400 (VLC\(298\) 03h 03h 03h 03h) 1400 SB 630 768 1400 (VLC\(299\) 03h 03h 03h 03h) 1400 SB 630 856 1400 (VLC\(300\) 04h 04h 04h 04h) 1400 SB 630 944 1400 (VLC\(301\) 07h 07h 07h 07h) 1400 SB 630 1032 1400 (VLC\(302\) 05h 05h 05h 05h) 1400 SB 630 1120 1400 (VLC\(303\) 0Fh 0Fh 0Fh 0Fh) 1400 SB 630 1208 1400 (VLC\(304\) 06h 06h 06h 06h) 1400 SB 630 1296 1400 (VLC\(305\) 1Fh 1Fh 1Fh 1Fh) 1400 SB 630 1384 1400 (VLC\(306\) 07h 07h 07h 07h) 1400 SB 630 1472 1400 (VLC\(307\) 3Fh 3Fh 3Fh 3Fh) 1400 SB 630 1560 1400 (VLC\(308\) 00h 00h 00h 00h) 1400 SB 630 1648 1400 (VLC\(309\) 00h 00h 00h 00h) 1400 SB 630 1736 1400 (VLC\(310\) 00h 00h 00h 00h) 1400 SB 630 1824 1400 (VLC\(311\) 00h 00h 00h 00h) 1400 SB 630 1912 1400 (VLC\(312\) 00h 00h 00h 00h) 1400 SB 630 2000 1400 (VLC\(313\) 00h 00h 00h 00h) 1400 SB 630 2088 1400 (VLC\(314\) 00h 00h 00h 00h) 1400 SB 630 2176 1400 (VLC\(315\) 00h 00h 00h 00h) 1400 SB 630 2264 1400 (VLC\(316\) 00h 00h 00h 00h) 1400 SB 630 2352 1400 (VLC\(317\) 00h 00h 00h 00h) 1400 SB 630 2440 1400 (VLC\(318\) 00h 00h 00h 00h) 1400 SB 630 2528 1400 (VLC\(319\) 00h 00h 00h 00h) 1400 SB EJ RS %%PageTrailer %%Trailer SVDoc restore end % TrueType font name key: % MSTT310000 = % MSTT310000 = % MSTT310000 = % MSTT31c54d = 09afDCourier NewF00000053000001900000 % MSTT31c559 = 09afDCourier NewF00000064000002bc0000 % MSTT31c565 = 09afDCourier NewF00000064000001900000 % MSTT31c571 = 09afDCourier NewF00000000000002bc0000 % MSTT31c57d = 09afDCourier NewF00000053000002bc0000 % MSTT31c589 = 09afDTimes New RomanF00000053000002bc0000 % MSTT31c596 = 09afDTimes New RomanF00000053000001900000 % MSTT31c5a3 = 09afDTimes New RomanF00000053000001900001 % MSTT31c5b0 = 09afDTimes New RomanF00000064000001900000 % MSTT31c5bd = 09afDCourier NewF00000053000001900001 %%DocumentSuppliedResources: procset Win35Dict 3 1 %%DocumentNeededResources: font Courier %%+ font Courier-Bold %%+ font Courier-Oblique %%+ font Times-Bold %%+ font Times-Roman %%EOF