CCSD1Z00000100000000NJPL1K00KL0000004615 VOLUME_SET_NAME = "Voyagers to the Outer Planets" VOLUME_SET_ID = USA_NASA_PDS_VG VOLUME_NAME = "Voyager Images of Jupiter" VOLUME_ID = VG_0006 VOLUME_NOTE = "This volume contains compressed level-2 (unprocessed) images from the Voyager Jupiter encounters. It also contains documentation, software and index directories to support access to the image files on this disk." MISSION_NAME = VOYAGER MISSION_PHASE_NAME = JUPITER_ENCOUNTER SPACECRAFT_NAME = {VOYAGER_1,VOYAGER_2} SPACECRAFT_ID = {VG1,VG2} FIRST_IMAGE_TIME = 1978-12-11T00:29:23Z LAST_IMAGE_TIME = 1979-04-14T00:07:08Z FIRST_IMAGE_NUMBER = 13854.55 LAST_IMAGE_NUMBER = 17574.27 FIRST_IMAGE_ID = '0930J1-085' LAST_IMAGE_ID = '0904J1+039' OBJECT = DATA_PRODUCER_GROUP INSTITUTION_NAME = "JET PROPULSION LABORATORY" DISCIPLINE_NAME = "PLANETARY DATA SYSTEM" ADDRESS_TEXT = "PLANETARY DATA SYSTEM \n JET PROPULSION LABORATORY \n 4800 OAK GROVE DRIVE \n PASADENA, CA 91109 USA" FACILITY_NAME = "MULTIMISSION_IMAGE_PROCESSING_SUBSYSTEM" END_OBJECT OBJECT = DATASETINFO_GROUP DATA_OBJECT_TYPE = IMAGE DATA_SET_NAME = "VOYAGER IMAGING" RELEASE_DATE = 1989-10-01 PROCESSING_DATE = 1989-07-01 PROCESSING_LEVEL_ID = 2 /* CODMAC data level */ FULL_NAME = "BRADFORD A. SMITH" INSTITUTION_NAME = "UNIVERSITY OF ARIZONA" DATA_SET_DESCRIPTION = "NASA's Voyager Project and Planetary Data System (PDS) have created an archive of planetary digital images acquired by the twin Voyager spacecraft (Voyager 1 and Voyager 2). This initial collection includes all of the images acquired by Voyager 2 as it passed by the planet Uranus, and selected near-encounter images of Jupiter, Saturn, and their satellites taken by both spacecraft. The current Voyager archive resides on eight CDROM volumes. Each volume contains approximately 2500 images stored in individual files. The Uranus volumes, (volumes one through three), store the entire image collection acquired during Voyager 2's encounter with Uranus. The Saturn volumes, (volumes four and five), and the Jupiter volumes, (volumes six through eight), contain the best nearest-encounter images for the respective planets and their moons. In addition to the images, supplemental information exists on the CDROMs. This includes documentation providing a user with information about the organization and contents of the disk. Software source code is included to provide programmers with tools to process the image files. There are browse images, sub-sampled versions of the full-resolution images, which allow users to rapidly view the archive collection with their interactive display. Finally, there are image index files containing information about all the images stored in the archive. The set of images on the CDROMs are raw; no processing has been performed other than organizing the original telemetry into raster-formatted files and compressing the image data using a Huffman encoding algorithm. To make full scientific use of the image collection, it is necessary to understand the radiometric and geometric properties of the camera system and perform corrections to the data." END_OBJECT OBJECT = INSTRUMENT_DESCRIPTION_GROUP INSTRUMENT_NAME = {NARROW_ANGLE_CAMERA, WIDE_ANGLE_CAMERA} INSTRUMENT_TYPE = VIDICON_CAMERA INSTRUMENT_DESCRIPTION = " There are two cameras onboard each Voyager spacecraft, one with a wide field of view and the other with a narrow field of view. Both cameras return data in a digital raster-format containing 800 scan lines and 800 samples per scan line. Each picture element (pixel) in the two dimensional image array is represented as an 8-bit value, and the value--in the range 0 to 255--is proportional to the amount of light detected at that point. The cameras are equipped with color filters so images taken through complementary filters can be combined during ground processing to produce color images." END_OBJECT END CCSD1R00000300000511 DELIMITER_TYPE = EOF PROTOCOL_ID = PDS1 REFERENCE_ID = '[*...]*.*' NOTE = "This reference file specifies that all other data files on this CDROM volume are formatted according to the PDS1 protocol, as specified in the Planetary Data System document 'Standards for the Preparation and Interchange of Data Sets', Version 1.0, T. Z. Martin, M. D. Martin, and, M. J. Braun,, JPL Document Number D-4683, Jet Propulsion Laboratory, Pasadena, Ca., 91109, (1988)" END