High-Gain Antenna Pointing for the Voyager 1 Encounter with Jupiter (binary).

urn:nasa:pds:voyager1_rss_jupiter_raw:geometry:vh008b 1.0 High-Gain Antenna Pointing for the Voyager 1 Encounter with Jupiter (binary). 1.16.0.0 Product_Observational Simpson, R. A. 2022 High-gain antenna pointing for the Voyager 1 encounter with Jupiter. Ones' complement binary: 18 36-bit integers per record. 2023-10-27 1.0 This data file has been recovered from holdings of the Voyager Radio Science Team. A PDS4 label was created as part of the process. 1979-03-04T14:50:00Z 1979-03-04T18:21:00Z Calibration Calibrated High-gain antenna pointing for the Voyager 1 radio science encounter with Jupiter (binary). Radio Science Voyager Mission urn:nasa:pds:context:investigation:mission.voyager data_to_investigation Voyager 1 Host urn:nasa:pds:context:instrument_host:spacecraft.vg1 is_instrument_host Voyager 1 Spacecraft Sensors Instrument urn:nasa:pds:context:instrument:vg1.eng is_instrument Voyager 1 Equipment urn:nasa:pds:context:instrument_host:spacecraft.vg1 data_to_target urn:nasa:pds:voyager1_rss_jupiter_raw:document:vg1j_hga data_to_document The referenced product is documentation of the HGA reconstruction. urn:nasa:pds:voyager1_rss_jupiter_raw:geometry:vh008a data_to_associate The referenced product is an ASCII translation of this binary file. vh008b.dat 2022-01-10T01:48:00 260268 bdee4c47c931eacad79b35fcd1adc47b Voyager 1 Jupiter - HGA Pointing (binary) 0 3174 A binary table with HGA pointing data from the Voyager 1 encounter with Jupiter. Each record comprises 18 fields totaling 81 bytes. Byte 82 is undefined. 1 0 82 Container for 18 non-standard binary integers. 1 1 UnsignedBitString 82 18 Spacecraft Event Time 1 1 36 UnsignedBitString second 1. 920000000.0 A 36-bit one's complement integer which provides the SCET in seconds from 1950.0 (after application of scaling_factor and value_offset). Angle Between HGA Boresight and Earth Image 2 37 72 UnsignedBitString degree 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the angle between the HGA boresight and the image of Earth during the Titan occultation. Angle Between Earth Direction and Earth Image 3 73 108 UnsignedBitString degree 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the angle between the true direction to Earth and the image of Earth during the Titan occultation. Angle Between Titan and Earth Image 4 109 144 UnsignedBitString degree 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the angle between the direction to Titan and the image of Earth during the Titan occultation. Angle Between HGA Boresight and Earth 5 145 180 UnsignedBitString degree 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the angle between the HGA boresight and the true direction to Earth during the Titan occultation. Angle Between Titan and Earth 6 181 216 UnsignedBitString degree 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the angle between the direction to Titan and the direction to Earth during the Titan occultation. Earth Virtual Image X-Component 7 217 252 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the x-component of the unit vector from Voyager 1 to the virtual image of Earth during the Titan occultation. Earth Virtual Image Y-Component 8 253 288 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the y-component of the unit vector from Vopyager 1 to the virtual image of Earth during the Titan occultation. Earth Virtual Image Z-Component 9 289 324 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the z-component of the unit vector from Vopyager 1 to the virtual image of Earth during the Titan occultation. HGA Boresight Pointing Vector X-Component 10 325 360 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the x-component of the HGA unit pointing vector from during the Titan occultation. HGA Boresight Pointing Vector Y-Component 11 361 396 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the y-component of the HGA unit pointing vector from during the Titan occultation. HGA Boresight Pointing Vector Z-Component 12 397 432 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the z-component of the HGA unit pointing vector from during the Titan occultation. Earth Unit Vector X-Component 13 433 468 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the x-component of the Voyager 1 to Earth unit vector in the EME 50 spacecraft-centered coordinate system. Earth Unit Vector Y-Component 14 469 504 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the y-component of the Voyager 1 to Earth unit vector in the EME 50 spacecraft-centered coordinate system. Earth Unit Vector Z-Component 15 505 540 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the z-component of the Voyager 1 to Earth unit vector in the EME 50 spacecraft-centered coordinate system. Titan Unit Vector X-Component 16 541 576 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the x-component of the Voyager 1 to Titan unit vector in the EME 50 spacecraft-centered coordinate system. Titan Unit Vector Y-Component 17 577 612 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the y-component of the Voyager 1 to Titan unit vector in the EME 50 spacecraft-centered coordinate system. Titan Unit Vector Z-Component 18 613 648 UnsignedBitString 1.0e-08 0. A 36-bit one's complement integer which is used (in conjunction with scaling_factor and value_offset) to compute the z-component of the Voyager 1 to Titan unit vector in the EME 50 spacecraft-centered coordinate system.