urn:nasa:pds:magellan_gvdr:data_gvdr:gvhdr_sinu 1.0 1.23.0.0 Product_Observational Magellan Mission urn:nasa:pds:context:investigation:mission.magellan data_to_investigation The Magellan Spacecraft Host urn:nasa:pds:context:instrument_host:spacecraft.mgn is_instrument_host Magellan Spacecraft Radar System Instrument urn:nasa:pds:context:instrument:mgn.rdrs is_instrument Venus Planet urn:nasa:pds:context:target:planet.venus data_to_target GVDR 376 5747 Stanford Center for Radar Astronomy gvdr_0001 Table cartography_parameters_to_image_object 0.00 360.00 90.00 -90.00 Sinusoidal 0 Coordinate Pair 18.225 18.225 5.79478 5.79478 -9.1125 9504.3375 Planetocentric 6051.0 6051.0 6051.0 Positive East urn:nasa:pds:magellan_gvdr:document:gvdrsis data_to_document urn:nasa:pds:magellan_arcdr::1.0 data_to_derived_source_product MGN-V-RDRS-5-SCVDR-V1.0 data_to_derived_source_product 10.17189/1522514 GEO gvhdr.tab 1994-05-10T23:11:50.000 Table 0 1 The GVHDR file contains a table with a single row of entries. Most of the information in this table is available from other PDS label files and is therefore redundant. It is collected here for the convenience of the GVDR processing software provided in the SOFTWARE directory. Carriage-Return Line-Feed 55 0 362 Hardware Version ID 1 1 1 ASCII_Integer 2 One of three integer code numbers that identify the hardware platform and operating system used to create the data product. This code number is the most significant of the three. Hardware Version ID 2 2 4 ASCII_Integer 2 One of three integer code numbers that identify the hardware platform and operating system used to create the data product. Hardware Version ID 3 3 7 ASCII_Integer 2 One of three integer code numbers that identify the hardware platform and operating system used to create the data product. This code number is the least significant of the three. Software Version ID 1 4 10 ASCII_Integer 2 The major version level of the software used to create the data product. Software Version ID 2 5 13 ASCII_Integer 2 The minor version level of the software used to create the data product. Float Format 6 16 ASCII_Integer 2 An integer code number specifying the floating point format used in the data product. It is always 0 indicating IEEE-754 floating point formats. Byte Format 7 19 ASCII_Integer 2 An integer code number specifying the byte order used in all multi-byte objects in the data product. It is always 0 indicating big-endian byte order (most significant byte first). XIF Samples Maximum 8 22 ASCII_Integer 3 The maximum number of XIF samples in any single pixel. This is the largest value of the column 'XIF Samples' in GVPIDX.TAB. RDF Samples Maximum 9 26 ASCII_Integer 3 The maximum number of EDF samples in any single pixel. This is the largest value of the column 'RDF Samples' in GVPIDX.TAB. ADF Samples Maximum 10 30 ASCII_Integer 3 The maximum number of ADF samples in any single pixel. This is the largest value of the column 'ADF Samples' in GVPIDX.TAB. ANF Samples Maximum 11 34 ASCII_Integer 3 The maximum number of ANF samples in any single pixel. This is the largest value of the column 'ANF Samples' in GVPIDX.TAB. Scattering Angle Maximum 12 38 ASCII_Integer 3 The maximum value of 'Scattering Angle Count' in any row of the GVANF file. Since all rows in a table are the same size, any row with a value less than this maximum has had its scattering law estimate padded with zeroes. Scattering Fit Maximum 13 42 ASCII_Integer 3 The maximum value of 'Scattering Fit Count' in any row of the GVANF file. Since all rows in a table are the same size, any row with a value less than this maximum has had its scattering law fits padded with zeroes. Normally, every row will have the full number of fits. XIF Tile Samples Maximum 14 46 ASCII_Integer 5 The maximum value of 'XIF Tile Samples' in any row of the GVTIDX file. This is the number of XIF samples in the tile that contains the most such samples. RDF Tile Samples Maximum 15 52 ASCII_Integer 5 The maximum value of 'RDF Tile Samples' in any row of the GVTIDX file. This is the number of RDF samples in the tile that contains the most such samples. ADF Tile Samples Maximum 16 58 ASCII_Integer 5 The maximum value of 'ADF Tile Samples' in any row of the GVTIDX file. This is the number of ADF samples in the tile that contains the most such samples. ANF Tile Samples Maximum 17 64 ASCII_Integer 5 The maximum value of 'ANF Tile Samples' in any row of the GVTIDX file. This is the number of ANF samples in the tile that contains the most such samples. ANF Record Bytes 18 70 ASCII_Integer 5 The value of 'record_length' in the GVANF file. XIF Cohort Incidence Count 19 76 ASCII_Integer 3 The full range of SAR incidence angles [0,90] is divided into N equal intervals of 90/N degrees. SAR observations are grouped into 'cohorts' based on which interval their actual incidence angle occupies. The observations in a cohort are averaged together to form a single row in the GVXIF file. (Note that the observations in a cohort also share a single azimuth angle interval; thus, observations with the same incidence angle might be split into two cohorts if their azimuth angles were different.) This column gives the number of cohorts N and, indirectly, the size of the intervals used for binning and averaging of SAR data within the GVXIF file. XIF Cohort Azimuth Count 20 80 ASCII_Integer 3 The full range of SAR azimuth angles [0,360] is divided into N equal intervals of 360/N degrees. SAR observations are grouped into 'cohorts' based on which interval their actual azimuth angle occupies. The observations in a cohort are averaged together to form a single row in the GVXIF file. (Note that the observations in a cohort also share a single incidence angle interval; thus, observations with the same azimuth angle might be split into two cohorts if their incidence angles were different.) This column gives the number of cohorts N and, indirectly, the size of the intervals used for binning and averaging of SAR data within the GVXIF file. RDF Cohort Incidence Count 21 84 ASCII_Integer 3 The full range of radiometry incidence angles [0,90] is divided into N equal intervals of 90/N degrees. Radiometry observations are grouped into 'cohorts' based on which interval their actual incidence angle occupies. The observations in a cohort are averaged together to form a single row in the GVRDF file. (Note that the observations in a cohort also share a single azimuth angle interval; thus, observations with the same incidence angle might be split into two cohorts if their azimuth angles were different.) This column gives the number of cohorts N and, indirectly, the size of the intervals used for binning and averaging of radiometry data within the GVRDF file. RDF Cohort Azimuth Count 22 88 ASCII_Integer 3 The full range of radiometry azimuth angles [0,360] is divided into N equal intervals of 360/N degrees. Radiometry observations are grouped into 'cohorts' based on which interval their actual azimuth angle occupies. The observations in a cohort are averaged together to form a single row in the GVRDF file. (Note that the observations in a cohort also share a single incidence angle interval; thus, observations with the same azimuth angle might be split into two cohorts if their incidence angles were different.) This column gives the number of cohorts N and, indirectly, the size of the intervals used for binning and averaging of radiometry data within the GVRDF file. ANF Cohort Azimuth Count 23 92 ASCII_Integer 3 The full range of altimetry azimuth angles [0,360] is divided into N equal intervals of 360/N degrees. Altimetry observations are grouped into 'cohorts' based on which interval their actual azimuth angle occupies. The observations in a cohort are averaged together to form a single row in the GVANF file. This column gives the number of cohorts N and, indirectly, the size of the intervals used for binning and averaging of altimetry data within the GVANF file. Horizontal Tile Count 24 96 ASCII_Integer 3 The number of tiles in the horizontal direction into which the GVDR image is divided. Vertical Tile Count 25 100 ASCII_Integer 3 The number of tiles in the vertical direction into which the GVDR image is divided. Horizontal Tile Size 26 104 ASCII_Integer 4 The number of pixels in the horizontal direction in each tile. Vertical Tile Size 27 109 ASCII_Integer 4 The number of pixels in the vertical direction in each tile. Map Projection ID 1 28 114 ASCII_Integer 2 An integer code number given to each map projection. Possible values are: 8 Mercator 9 Polar Stereographic 16 Sinusoidal Map Projection ID 2 29 117 ASCII_Integer 2 An integer code number given to the region of the planet covered by the map projection. Possible values are: 0 Global (used with Sinusoidal) 1 Equatorial (used with Mercator) 2 North (used with North Polar Stereographic) 3 South (used with South Polar Stereographic) Leftmost Map Coord 30 120 ASCII_Integer 5 The minimum x-coordinate of any pixel in this data product. The bounding box that encloses all pixels has its left edge at this value. This value is also the left side of all the leftmost tiles. The relationship between pixel coordinates and geographic location is given by the map projection defined in the cart:Cartography class. Rightmost Map Coord 31 126 ASCII_Integer 5 The maximum x-coordinate of any pixel in this data product. The bounding box that encloses all pixels has its right edge at this value. Since all tiles are the same width and start at the leftmost edge of the GVDR image, this value may be less than the right side of the rightmost tiles. The relationship between pixel coordinates and geographic location is given by the map projection defined in the cart:Cartography class. Bottommost Map Coord 32 132 ASCII_Integer 5 The minimum y-coordinate of any pixel in this data product. The bounding box that encloses all pixels has its bottom edge at this value. Since all tiles are the same height and start at the topmost edge of the GVDR image, this value may be less than the bottom side of the bottommost tiles. The relationship between pixel coordinates and geographic location is given by the map projection defined in the cart:Cartography class. Topmost Map Coord 33 138 ASCII_Integer 5 The maximum y-coordinate of any pixel in this data product. The bounding box that encloses all pixels has its top edge at this value. This value is also the top side of all the topmost tiles. The relationship between pixel coordinates and geographic location is given by the map projection defined in the cart:Cartography class. Projection Lines 34 144 ASCII_Integer 5 The number of lines in the GVDR image, equal to 'Topmost Map Coord' - 'Bottommost Map Coord' + 1. Projection Samples 35 150 ASCII_Integer 5 The number of samples in the GVDR image, equal to 'Rightmost Map Coord' - 'Leftmost Map Coord' + 1. A-Axis_Radius 36 156 ASCII_Real 12 The value of A_AXIS_RADIUS in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. B-Axis Radius 37 169 ASCII_Real 12 The value of B_AXIS_RADIUS in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. C Axis Radius 38 182 ASCII_Real 12 The value of C_AXIS_RADIUS in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. First Standard Parallel 39 195 ASCII_Real 10 The value of FIRST_STANDARD_PARALLEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Second Standard Parallel 40 206 ASCII_Real 10 The value of SECOND_STANDARD_PARALLEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Center Latitude 41 217 ASCII_Real 10 The value of CENTER_LATITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Center Longitude 42 228 ASCII_Real 10 The value of CENTER_LONGITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Line First Pixel 43 239 ASCII_Integer 5 The value of LINE_FIRST_PIXEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Line Last Pixel 44 245 ASCII_Integer 5 The value of LINE_LAST_PIXEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Sample First Pixel 45 251 ASCII_Integer 5 The value of SAMPLE_FIRST_PIXEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Sample Last Pixel 46 257 ASCII_Integer 5 The value of SAMPLE_LAST_PIXEL in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Map Projection Rotation 47 263 ASCII_Real 10 The value of MAP_PROJECTION_ROTATION in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Map Resolution 48 274 ASCII_Real 10 The value of MAP_RESOLUTION in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Map Scale 49 285 ASCII_Real 10 The value of MAP_SCALE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Minimum Latitude 50 296 ASCII_Real 10 The value of MINIMUM_LATITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Maximum Latitude 51 307 ASCII_Real 10 The value of MAXIMUM_LATITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Westernmost Longitude 52 318 ASCII_Real 10 The value of WESTERNMOST_LONGITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Easternmost Longitude 53 329 ASCII_Real 10 The value of EASTERNMOST_LONGITUDE in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Line Projection Offset 54 340 ASCII_Real 10 The value of LINE_PROJECTION_OFFSET in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. Sample Projection Offset 55 351 ASCII_Real 10 The value of SAMPLE_PROJECTION_OFFSET in the IMAGE_MAP_PROJECTION object defined in IMPNORTH.LBL in the CATALOG directory. gvhdr.lbl 0 PDS3 Original PDS3 label Carriage-Return Line-Feed gvhdr.fmt 0 PDS3 Original PDS3 format file Carriage-Return Line-Feed