use super::{TableBEntry, XY};
pub static TABLE_B: [TableBEntry; 1844] = [
TableBEntry {
xy: XY { x: 0, y: 1 },
class_name: "BUFR/CREX table entries",
element_name: "Table A: entry",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 0, y: 2 },
class_name: "BUFR/CREX table entries",
element_name: "Table A: data category description, line 1",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 0, y: 3 },
class_name: "BUFR/CREX table entries",
element_name: "Table A: data category description, line 2",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 0, y: 4 },
class_name: "BUFR/CREX table entries",
element_name: "BUFR/CREX Master table",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 0, y: 5 },
class_name: "BUFR/CREX table entries",
element_name: "BUFR/CREX edition number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 0, y: 6 },
class_name: "BUFR/CREX table entries",
element_name: "BUFR Master table version number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 0, y: 7 },
class_name: "BUFR/CREX table entries",
element_name: "CREX Master table version number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 0, y: 8 },
class_name: "BUFR/CREX table entries",
element_name: "BUFR Local table version number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 0, y: 10 },
class_name: "BUFR/CREX table entries",
element_name: "F descriptor to be added or defined",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 8,
},
TableBEntry {
xy: XY { x: 0, y: 11 },
class_name: "BUFR/CREX table entries",
element_name: "X descriptor to be added or defined",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 0, y: 12 },
class_name: "BUFR/CREX table entries",
element_name: "Y descriptor to be added or defined",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 0, y: 13 },
class_name: "BUFR/CREX table entries",
element_name: "Element name, line 1",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 0, y: 14 },
class_name: "BUFR/CREX table entries",
element_name: "Element name, line 2",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 0, y: 15 },
class_name: "BUFR/CREX table entries",
element_name: "Units name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 192,
},
TableBEntry {
xy: XY { x: 0, y: 16 },
class_name: "BUFR/CREX table entries",
element_name: "Units scale sign",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 8,
},
TableBEntry {
xy: XY { x: 0, y: 17 },
class_name: "BUFR/CREX table entries",
element_name: "Units scale",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 0, y: 18 },
class_name: "BUFR/CREX table entries",
element_name: "Units reference sign",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 8,
},
TableBEntry {
xy: XY { x: 0, y: 19 },
class_name: "BUFR/CREX table entries",
element_name: "Units reference value",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 80,
},
TableBEntry {
xy: XY { x: 0, y: 20 },
class_name: "BUFR/CREX table entries",
element_name: "Element data width",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 0, y: 24 },
class_name: "BUFR/CREX table entries",
element_name: "Code figure",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 0, y: 25 },
class_name: "BUFR/CREX table entries",
element_name: "Code figure meaning",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 496,
},
TableBEntry {
xy: XY { x: 0, y: 26 },
class_name: "BUFR/CREX table entries",
element_name: "Bit number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 0, y: 27 },
class_name: "BUFR/CREX table entries",
element_name: "Bit number meaning",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 496,
},
TableBEntry {
xy: XY { x: 0, y: 30 },
class_name: "BUFR/CREX table entries",
element_name: "Descriptor defining sequence",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 1, y: 1 },
class_name: "Identification",
element_name: "WMO block number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 1, y: 2 },
class_name: "Identification",
element_name: "WMO station number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 3 },
class_name: "Identification",
element_name: "WMO Region number/geographical area",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 1, y: 4 },
class_name: "Identification",
element_name: "WMO Region sub-area",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 3,
},
TableBEntry {
xy: XY { x: 1, y: 5 },
class_name: "Identification",
element_name: "Buoy/platform identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 17,
},
TableBEntry {
xy: XY { x: 1, y: 6 },
class_name: "Identification",
element_name: "Aircraft flight number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 7 },
class_name: "Identification",
element_name: "Satellite identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 8 },
class_name: "Identification",
element_name: "Aircraft registration number or other identification",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 9 },
class_name: "Identification",
element_name: "Type of commercial aircraft",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 10 },
class_name: "Identification",
element_name: "Stationary buoy platform identifier; e.g. C-MAN buoys",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 11 },
class_name: "Identification",
element_name: "Ship or mobile land station identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 72,
},
TableBEntry {
xy: XY { x: 1, y: 12 },
class_name: "Identification",
element_name: "Direction of motion of moving observing platform",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 1, y: 13 },
class_name: "Identification",
element_name: "Speed of motion of moving observing platform",
scale: 0,
reference_value: 0,
unit: "m/s",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 14 },
class_name: "Identification",
element_name: "Platform drift speed (high precision)",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 15 },
class_name: "Identification",
element_name: "Station or site name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 160,
},
TableBEntry {
xy: XY { x: 1, y: 16 },
class_name: "Identification",
element_name: "Satellite sub-identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 18 },
class_name: "Identification",
element_name: "Short station or site name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 40,
},
TableBEntry {
xy: XY { x: 1, y: 19 },
class_name: "Identification",
element_name: "Long station or site name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 1, y: 20 },
class_name: "Identification",
element_name: "WMO Region sub-area",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 1, y: 21 },
class_name: "Identification",
element_name: "Synoptic feature identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 1, y: 22 },
class_name: "Identification",
element_name: "Name of feature",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 224,
},
TableBEntry {
xy: XY { x: 1, y: 23 },
class_name: "Identification",
element_name: "Observation sequence number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 1, y: 24 },
class_name: "Identification",
element_name: "Wind speed source",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 1, y: 25 },
class_name: "Identification",
element_name: "Storm identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 26 },
class_name: "Identification",
element_name: "WMO storm name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 27 },
class_name: "Identification",
element_name: "WMO long storm name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 80,
},
TableBEntry {
xy: XY { x: 1, y: 28 },
class_name: "Identification",
element_name: "Aerosol optical depth (AOD) source",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 1, y: 29 },
class_name: "Identification",
element_name: "SSI source",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 1, y: 30 },
class_name: "Identification",
element_name: "Numerical model identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 128,
},
TableBEntry {
xy: XY { x: 1, y: 31 },
class_name: "Identification",
element_name: "Identification of originating/generating centre",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 32 },
class_name: "Identification",
element_name: "Generating application",
scale: 0,
reference_value: 0,
unit: "Code table defined by originating/generating centre",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 33 },
class_name: "Identification",
element_name: "Identification of originating/generating centre",
scale: 0,
reference_value: 0,
unit: "Common Code table C-1",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 34 },
class_name: "Identification",
element_name: "Identification of originating/generating sub-centre",
scale: 0,
reference_value: 0,
unit: "Common Code table C-12",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 35 },
class_name: "Identification",
element_name: "Originating centre",
scale: 0,
reference_value: 0,
unit: "Common Code table C-11",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 36 },
class_name: "Identification",
element_name: "Agency in charge of operating the observing platform",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 20,
},
TableBEntry {
xy: XY { x: 1, y: 37 },
class_name: "Identification",
element_name: "SIGMET sequence identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 38 },
class_name: "Identification",
element_name: "Source of sea ice fraction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 1, y: 39 },
class_name: "Identification",
element_name: "Graphical Area Forecast (GFA) sequence identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 40,
},
TableBEntry {
xy: XY { x: 1, y: 40 },
class_name: "Identification",
element_name: "Processing centre ID code",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 1, y: 41 },
class_name: "Identification",
element_name: "Absolute platform velocity - first component",
scale: 5,
reference_value: -1073741824,
unit: "m/s",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 42 },
class_name: "Identification",
element_name: "Absolute platform velocity - second component",
scale: 5,
reference_value: -1073741824,
unit: "m/s",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 43 },
class_name: "Identification",
element_name: "Absolute platform velocity - third component",
scale: 5,
reference_value: -1073741824,
unit: "m/s",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 44 },
class_name: "Identification",
element_name: "Standard generating application",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 50 },
class_name: "Identification",
element_name: "Platform transmitter ID number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 17,
},
TableBEntry {
xy: XY { x: 1, y: 51 },
class_name: "Identification",
element_name: "Platform transmitter ID number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 96,
},
TableBEntry {
xy: XY { x: 1, y: 52 },
class_name: "Identification",
element_name: "Platform transmitter ID",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 1, y: 53 },
class_name: "Identification",
element_name: "Tsunameter report sequence number triggered by a tsunami event",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 1, y: 60 },
class_name: "Identification",
element_name: "Aircraft reporting point (Beacon identifier)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 62 },
class_name: "Identification",
element_name: "Short ICAO location indicator",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 63 },
class_name: "Identification",
element_name: "ICAO location indicator",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 64 },
class_name: "Identification",
element_name: "Runway designator",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 65 },
class_name: "Identification",
element_name: "ICAO region identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 1, y: 75 },
class_name: "Identification",
element_name: "Tide station identification",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 40,
},
TableBEntry {
xy: XY { x: 1, y: 79 },
class_name: "Identification",
element_name: "Unique identifier for the profile",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 1, y: 80 },
class_name: "Identification",
element_name: "Ship line number according to SOOP",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 81 },
class_name: "Identification",
element_name: "Radiosonde serial number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 160,
},
TableBEntry {
xy: XY { x: 1, y: 82 },
class_name: "Identification",
element_name: "Radiosonde ascension number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 1, y: 83 },
class_name: "Identification",
element_name: "Radiosonde release number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 3,
},
TableBEntry {
xy: XY { x: 1, y: 85 },
class_name: "Identification",
element_name: "Observing platform manufacturer's model",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 160,
},
TableBEntry {
xy: XY { x: 1, y: 86 },
class_name: "Identification",
element_name: "Observing platform manufacturer's serial number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 256,
},
TableBEntry {
xy: XY { x: 1, y: 87 },
class_name: "Identification",
element_name: "WMO marine observing platform extended identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 23,
},
TableBEntry {
xy: XY { x: 1, y: 90 },
class_name: "Identification",
element_name: "Technique for making up initial perturbations",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 91 },
class_name: "Identification",
element_name: "Ensemble member number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 92 },
class_name: "Identification",
element_name: "Type of ensemble forecast",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 1, y: 93 },
class_name: "Identification",
element_name: "Balloon lot number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 96,
},
TableBEntry {
xy: XY { x: 1, y: 94 },
class_name: "Identification",
element_name: "WBAN number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 17,
},
TableBEntry {
xy: XY { x: 1, y: 95 },
class_name: "Identification",
element_name: "Observer identification",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 96 },
class_name: "Identification",
element_name: "Station acquisition",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 160,
},
TableBEntry {
xy: XY { x: 1, y: 99 },
class_name: "Identification",
element_name: "Unique product definition",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 248,
},
TableBEntry {
xy: XY { x: 1, y: 101 },
class_name: "Identification",
element_name: "State identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 10,
},
TableBEntry {
xy: XY { x: 1, y: 102 },
class_name: "Identification",
element_name: "National station number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 30,
},
TableBEntry {
xy: XY { x: 1, y: 103 },
class_name: "Identification",
element_name: "IMO Number. Unique Lloyd's register",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 104 },
class_name: "Identification",
element_name: "State/federal state identifier",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 105 },
class_name: "Identification",
element_name: "Highway designator",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 40,
},
TableBEntry {
xy: XY { x: 1, y: 106 },
class_name: "Identification",
element_name: "Location along highway as indicated by position markers",
scale: -2,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 1, y: 110 },
class_name: "Identification",
element_name: "Aircraft tail number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 1, y: 111 },
class_name: "Identification",
element_name: "Origination airport",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 112 },
class_name: "Identification",
element_name: "Destination airport",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 113 },
class_name: "Identification",
element_name: "Template version number defined by originating centre",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 1, y: 114 },
class_name: "Identification",
element_name: "Encrypted ship or mobile land station identifier (base64 encoding)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 352,
},
TableBEntry {
xy: XY { x: 1, y: 115 },
class_name: "Identification",
element_name: "Identifier of the cruise or mission under which the data were collected",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 160,
},
TableBEntry {
xy: XY { x: 1, y: 124 },
class_name: "Identification",
element_name: "Grid point identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 24,
},
TableBEntry {
xy: XY { x: 1, y: 125 },
class_name: "Identification",
element_name: "WIGOS identifier series",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 1, y: 126 },
class_name: "Identification",
element_name: "WIGOS issuer of identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 127 },
class_name: "Identification",
element_name: "WIGOS issue number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 128 },
class_name: "Identification",
element_name: "WIGOS local identifier (character)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 128,
},
TableBEntry {
xy: XY { x: 1, y: 130 },
class_name: "Identification",
element_name: "Storm identifier (long)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 1, y: 144 },
class_name: "Identification",
element_name: "Snapshot identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 145 },
class_name: "Identification",
element_name: "Light source identifier",
scale: 0,
reference_value: -8,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 1, y: 150 },
class_name: "Identification",
element_name: "Coordinate reference system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 16,
},
TableBEntry {
xy: XY { x: 1, y: 151 },
class_name: "Identification",
element_name: "Fixed mean sea-level reference datum",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 12,
},
TableBEntry {
xy: XY { x: 1, y: 152 },
class_name: "Identification",
element_name: "Semi-major axis of rotation ellipsoid",
scale: 2,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 153 },
class_name: "Identification",
element_name: "Semi-minor axis of rotation ellipsoid",
scale: 2,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 1, y: 154 },
class_name: "Identification",
element_name: "Sensor identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 1, y: 155 },
class_name: "Identification",
element_name: "Retrieval identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 1 },
class_name: "Instrumentation",
element_name: "Type of station",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 2 },
class_name: "Instrumentation",
element_name: "Type of instrumentation for wind measurement",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 3 },
class_name: "Instrumentation",
element_name: "Type of measuring equipment used",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 4 },
class_name: "Instrumentation",
element_name: "Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 5 },
class_name: "Instrumentation",
element_name: "Precision of temperature observation",
scale: 2,
reference_value: 0,
unit: "K",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 6 },
class_name: "Instrumentation",
element_name: "Upper air remote sensing instrument type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 7 },
class_name: "Instrumentation",
element_name: "Type of sensor for water level measuring instrument",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 8 },
class_name: "Instrumentation",
element_name: "Type of offshore platform",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 9 },
class_name: "Instrumentation",
element_name: "MODIS aerosol algorithm",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 11 },
class_name: "Instrumentation",
element_name: "Radiosonde type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 12 },
class_name: "Instrumentation",
element_name: "Radiosonde computational method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 13 },
class_name: "Instrumentation",
element_name: "Solar and infrared radiation correction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 14 },
class_name: "Instrumentation",
element_name: "Tracking technique/status of system used",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 15 },
class_name: "Instrumentation",
element_name: "Radiosonde completeness",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 16 },
class_name: "Instrumentation",
element_name: "Radiosonde configuration",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 17 },
class_name: "Instrumentation",
element_name: "Correction algorithms for humidity measurements",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 19 },
class_name: "Instrumentation",
element_name: "Satellite instruments",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 11,
},
TableBEntry {
xy: XY { x: 2, y: 20 },
class_name: "Instrumentation",
element_name: "Satellite classification",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 21 },
class_name: "Instrumentation",
element_name: "Satellite instrument data used in processing",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 22 },
class_name: "Instrumentation",
element_name: "Satellite data-processing technique used",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 23 },
class_name: "Instrumentation",
element_name: "Satellite-derived wind computation method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 24 },
class_name: "Instrumentation",
element_name: "Integrated mean humidity computational method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 25 },
class_name: "Instrumentation",
element_name: "Satellite channel(s) used in computation",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 25,
},
TableBEntry {
xy: XY { x: 2, y: 26 },
class_name: "Instrumentation",
element_name: "Cross-track resolution",
scale: 2,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 27 },
class_name: "Instrumentation",
element_name: "Along-track resolution",
scale: 2,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 28 },
class_name: "Instrumentation",
element_name: "Segment size at nadir in x-direction",
scale: 0,
reference_value: 0,
unit: "m",
bits: 18,
},
TableBEntry {
xy: XY { x: 2, y: 29 },
class_name: "Instrumentation",
element_name: "Segment size at nadir in y-direction",
scale: 0,
reference_value: 0,
unit: "m",
bits: 18,
},
TableBEntry {
xy: XY { x: 2, y: 30 },
class_name: "Instrumentation",
element_name: "Method of current measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 31 },
class_name: "Instrumentation",
element_name: "Duration and time of current measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 32 },
class_name: "Instrumentation",
element_name: "Indicator for digitization",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 33 },
class_name: "Instrumentation",
element_name: "Method of salinity/depth measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 34 },
class_name: "Instrumentation",
element_name: "Drogue type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 35 },
class_name: "Instrumentation",
element_name: "Cable length",
scale: 0,
reference_value: 0,
unit: "m",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 36 },
class_name: "Instrumentation",
element_name: "Buoy type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 37 },
class_name: "Instrumentation",
element_name: "Method of tidal observation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 38 },
class_name: "Instrumentation",
element_name: "Method of water temperature and/or salinity measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 39 },
class_name: "Instrumentation",
element_name: "Method of wet-bulb temperature measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 40 },
class_name: "Instrumentation",
element_name: "Method of removing velocity and motion of platform from current",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 41 },
class_name: "Instrumentation",
element_name: "Method for estimating reports related to synoptic features",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 42 },
class_name: "Instrumentation",
element_name: "Indicator for sea-surface current speed",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 44 },
class_name: "Instrumentation",
element_name: "Indicator for method of calculating spectral wave data",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 45 },
class_name: "Instrumentation",
element_name: "Indicator for type of platform",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 46 },
class_name: "Instrumentation",
element_name: "Wave measurement instrumentation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 47 },
class_name: "Instrumentation",
element_name: "Deep-ocean tsunameter type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 48 },
class_name: "Instrumentation",
element_name: "Satellite sensor indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 49 },
class_name: "Instrumentation",
element_name: "Geostationary satellite data-processing technique used",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 50 },
class_name: "Instrumentation",
element_name: "Geostationary sounder satellite channels used",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 20,
},
TableBEntry {
xy: XY { x: 2, y: 51 },
class_name: "Instrumentation",
element_name: "Indicator to specify observing method for extreme temperatures",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 52 },
class_name: "Instrumentation",
element_name: "Geostationary imager satellite channels used",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 53 },
class_name: "Instrumentation",
element_name: "GOES-I/M brightness temperature characteristics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 54 },
class_name: "Instrumentation",
element_name: "GOES-I/M soundings parameter characteristics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 55 },
class_name: "Instrumentation",
element_name: "Geostationary soundings statistical parameters",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 56 },
class_name: "Instrumentation",
element_name: "Geostationary soundings accuracy statistics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 57 },
class_name: "Instrumentation",
element_name: "Origin of first-guess information for GOES-I/M soundings",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 58 },
class_name: "Instrumentation",
element_name: "Valid times of first-guess information for GOES-I/M soundings",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 59 },
class_name: "Instrumentation",
element_name: "Origin of analysis information for GOES-I/M soundings",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 60 },
class_name: "Instrumentation",
element_name: "Origin of surface information for GOES-I/M soundings",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 61 },
class_name: "Instrumentation",
element_name: "Aircraft navigational system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 62 },
class_name: "Instrumentation",
element_name: "Type of aircraft data relay system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 63 },
class_name: "Instrumentation",
element_name: "Aircraft roll angle",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 64 },
class_name: "Instrumentation",
element_name: "Aircraft roll angle quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 65 },
class_name: "Instrumentation",
element_name: "ACARS ground-receiving station",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 40,
},
TableBEntry {
xy: XY { x: 2, y: 66 },
class_name: "Instrumentation",
element_name: "Radiosonde ground receiving system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 67 },
class_name: "Instrumentation",
element_name: "Radiosonde operating frequency",
scale: -5,
reference_value: 0,
unit: "Hz",
bits: 15,
},
TableBEntry {
xy: XY { x: 2, y: 70 },
class_name: "Instrumentation",
element_name: "Original specification of latitude/longitude",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 71 },
class_name: "Instrumentation",
element_name: "Spectrographic wavelength",
scale: 13,
reference_value: 0,
unit: "m",
bits: 30,
},
TableBEntry {
xy: XY { x: 2, y: 72 },
class_name: "Instrumentation",
element_name: "Spectrographic width",
scale: 13,
reference_value: 0,
unit: "m",
bits: 30,
},
TableBEntry {
xy: XY { x: 2, y: 80 },
class_name: "Instrumentation",
element_name: "Balloon manufacturer",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 81 },
class_name: "Instrumentation",
element_name: "Type of balloon",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 82 },
class_name: "Instrumentation",
element_name: "Weight of balloon",
scale: 3,
reference_value: 0,
unit: "kg",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 83 },
class_name: "Instrumentation",
element_name: "Type of balloon shelter",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 84 },
class_name: "Instrumentation",
element_name: "Type of gas used in balloon",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 85 },
class_name: "Instrumentation",
element_name: "Amount of gas used in balloon",
scale: 3,
reference_value: 0,
unit: "kg",
bits: 13,
},
TableBEntry {
xy: XY { x: 2, y: 86 },
class_name: "Instrumentation",
element_name: "Balloon flight train length",
scale: 1,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 2, y: 87 },
class_name: "Instrumentation",
element_name: "Parachute surface area",
scale: 4,
reference_value: 0,
unit: "m2",
bits: 15,
},
TableBEntry {
xy: XY { x: 2, y: 88 },
class_name: "Instrumentation",
element_name: "Volume of gas used in balloon",
scale: 3,
reference_value: 0,
unit: "m3",
bits: 13,
},
TableBEntry {
xy: XY { x: 2, y: 90 },
class_name: "Instrumentation",
element_name: "Instrument wavelength",
scale: 9,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 91 },
class_name: "Instrumentation",
element_name: "Entry sensor 4/20 mA",
scale: 4,
reference_value: 0,
unit: "A",
bits: 10,
},
TableBEntry {
xy: XY { x: 2, y: 92 },
class_name: "Instrumentation",
element_name: "Ozone profile computation method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 95 },
class_name: "Instrumentation",
element_name: "Type of pressure sensor",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 96 },
class_name: "Instrumentation",
element_name: "Type of temperature sensor",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 97 },
class_name: "Instrumentation",
element_name: "Type of humidity sensor",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 99 },
class_name: "Instrumentation",
element_name: "Polarization",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 100 },
class_name: "Instrumentation",
element_name: "Radar constant",
scale: 1,
reference_value: 0,
unit: "dB",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 101 },
class_name: "Instrumentation",
element_name: "Type of antenna",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 102 },
class_name: "Instrumentation",
element_name: "Antenna height above tower base",
scale: 0,
reference_value: 0,
unit: "m",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 103 },
class_name: "Instrumentation",
element_name: "Radome",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 104 },
class_name: "Instrumentation",
element_name: "Antenna polarization",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 105 },
class_name: "Instrumentation",
element_name: "Maximum antenna gain",
scale: 0,
reference_value: 0,
unit: "dB",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 106 },
class_name: "Instrumentation",
element_name: "3-dB beamwidth",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 107 },
class_name: "Instrumentation",
element_name: "Sidelobe suppression",
scale: 0,
reference_value: 0,
unit: "dB",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 108 },
class_name: "Instrumentation",
element_name: "Crosspol discrimination (on axis)",
scale: 0,
reference_value: 0,
unit: "dB",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 109 },
class_name: "Instrumentation",
element_name: "Antenna speed (azimuth)",
scale: 2,
reference_value: 0,
unit: "deg/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 110 },
class_name: "Instrumentation",
element_name: "Antenna speed (elevation)",
scale: 2,
reference_value: 0,
unit: "deg/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 111 },
class_name: "Instrumentation",
element_name: "Radar incidence angle",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 10,
},
TableBEntry {
xy: XY { x: 2, y: 112 },
class_name: "Instrumentation",
element_name: "Radar look angle",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 113 },
class_name: "Instrumentation",
element_name: "Number of azimuth looks",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 114 },
class_name: "Instrumentation",
element_name: "Antenna effective surface area",
scale: 0,
reference_value: 0,
unit: "m2",
bits: 15,
},
TableBEntry {
xy: XY { x: 2, y: 115 },
class_name: "Instrumentation",
element_name: "Type of surface observing equipment",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 116 },
class_name: "Instrumentation",
element_name: "Percentage of 320 MHz band processed",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 117 },
class_name: "Instrumentation",
element_name: "Percentage of 80 MHz band processed",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 118 },
class_name: "Instrumentation",
element_name: "Percentage of 20 MHz band processed",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 119 },
class_name: "Instrumentation",
element_name: "RA-2 instrument operations",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 120 },
class_name: "Instrumentation",
element_name: "Ocean wave frequency",
scale: 3,
reference_value: 0,
unit: "Hz",
bits: 10,
},
TableBEntry {
xy: XY { x: 2, y: 121 },
class_name: "Instrumentation",
element_name: "Mean frequency",
scale: -8,
reference_value: 0,
unit: "Hz",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 122 },
class_name: "Instrumentation",
element_name: "Frequency agility range",
scale: -6,
reference_value: -128,
unit: "Hz",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 123 },
class_name: "Instrumentation",
element_name: "Peak power",
scale: -4,
reference_value: 0,
unit: "W",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 124 },
class_name: "Instrumentation",
element_name: "Average power",
scale: -1,
reference_value: 0,
unit: "W",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 125 },
class_name: "Instrumentation",
element_name: "Pulse repetition frequency",
scale: -1,
reference_value: 0,
unit: "Hz",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 126 },
class_name: "Instrumentation",
element_name: "Pulse width",
scale: 7,
reference_value: 0,
unit: "s",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 127 },
class_name: "Instrumentation",
element_name: "Receiver intermediate frequency",
scale: -6,
reference_value: 0,
unit: "Hz",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 128 },
class_name: "Instrumentation",
element_name: "Intermediate frequency bandwidth",
scale: -5,
reference_value: 0,
unit: "Hz",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 129 },
class_name: "Instrumentation",
element_name: "Minimum detectable signal",
scale: 0,
reference_value: -150,
unit: "dB",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 130 },
class_name: "Instrumentation",
element_name: "Dynamic range",
scale: 0,
reference_value: 0,
unit: "dB",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 131 },
class_name: "Instrumentation",
element_name: "Sensitivity time control (STC)",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 132 },
class_name: "Instrumentation",
element_name: "Azimuth pointing accuracy",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 133 },
class_name: "Instrumentation",
element_name: "Elevation pointing accuracy",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 134 },
class_name: "Instrumentation",
element_name: "Antenna beam azimuth",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 135 },
class_name: "Instrumentation",
element_name: "Antenna elevation",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 2, y: 136 },
class_name: "Instrumentation",
element_name: "Range processed by range attenuation correction",
scale: -3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 137 },
class_name: "Instrumentation",
element_name: "Radar dual PRF ratio",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 138 },
class_name: "Instrumentation",
element_name: "Antenna rotation direction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 139 },
class_name: "Instrumentation",
element_name: "SIRAL instrument configuration",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 2, y: 140 },
class_name: "Instrumentation",
element_name: "Satellite radar beam azimuth angle",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 141 },
class_name: "Instrumentation",
element_name: "Measurement type",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 2, y: 142 },
class_name: "Instrumentation",
element_name: "Ozone instrument serial number/identification",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 2, y: 143 },
class_name: "Instrumentation",
element_name: "Ozone instrument type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 144 },
class_name: "Instrumentation",
element_name: "Light source type for Brewer spectrophotometer",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 145 },
class_name: "Instrumentation",
element_name: "Wavelength setting for Dobson instruments",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 146 },
class_name: "Instrumentation",
element_name: "Source conditions for Dobson instruments",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 147 },
class_name: "Instrumentation",
element_name: "Method of transmission to collection centre",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 148 },
class_name: "Instrumentation",
element_name: "Data collection and/or location system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 2, y: 149 },
class_name: "Instrumentation",
element_name: "Type of data buoy",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 150 },
class_name: "Instrumentation",
element_name: "TOVS/ATOVS/AVHRR instrumentation channel number",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 151 },
class_name: "Instrumentation",
element_name: "Radiometer identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 11,
},
TableBEntry {
xy: XY { x: 2, y: 152 },
class_name: "Instrumentation",
element_name: "Satellite instrument used in data processing",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 31,
},
TableBEntry {
xy: XY { x: 2, y: 153 },
class_name: "Instrumentation",
element_name: "Satellite channel centre frequency",
scale: -8,
reference_value: 0,
unit: "Hz",
bits: 26,
},
TableBEntry {
xy: XY { x: 2, y: 154 },
class_name: "Instrumentation",
element_name: "Satellite channel band width",
scale: -8,
reference_value: 0,
unit: "Hz",
bits: 26,
},
TableBEntry {
xy: XY { x: 2, y: 155 },
class_name: "Instrumentation",
element_name: "Satellite channel wavelength",
scale: 9,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 156 },
class_name: "Instrumentation",
element_name: "Percentage of valid KU ocean retracker measurements",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 157 },
class_name: "Instrumentation",
element_name: "Percentage of valid S ocean retracker measurements",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 158 },
class_name: "Instrumentation",
element_name: "RA-2 instrument",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 159 },
class_name: "Instrumentation",
element_name: "MWR instrument",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 160 },
class_name: "Instrumentation",
element_name: "Wavelength of the radar",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 161 },
class_name: "Instrumentation",
element_name: "Wind processing method",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 162 },
class_name: "Instrumentation",
element_name: "Extended height assignment method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 163 },
class_name: "Instrumentation",
element_name: "Height assignment method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 164 },
class_name: "Instrumentation",
element_name: "Tracer correlation method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 2, y: 165 },
class_name: "Instrumentation",
element_name: "Radiance type flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 15,
},
TableBEntry {
xy: XY { x: 2, y: 166 },
class_name: "Instrumentation",
element_name: "Radiance type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 167 },
class_name: "Instrumentation",
element_name: "Radiance computational method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 168 },
class_name: "Instrumentation",
element_name: "Hydrostatic pressure of lower end of cable (thermistor string)",
scale: -3,
reference_value: 0,
unit: "Pa",
bits: 16,
},
TableBEntry {
xy: XY { x: 2, y: 169 },
class_name: "Instrumentation",
element_name: "Anemometer type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 170 },
class_name: "Instrumentation",
element_name: "Aircraft humidity sensors",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 2, y: 171 },
class_name: "Instrumentation",
element_name: "Instrument serial number for water temperature profile measurement",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 64,
},
TableBEntry {
xy: XY { x: 2, y: 172 },
class_name: "Instrumentation",
element_name: "Product type for retrieved atmospheric gases",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 2, y: 173 },
class_name: "Instrumentation",
element_name: "Square of the off-nadir angle",
scale: 4,
reference_value: 0,
unit: "deg2",
bits: 10,
},
TableBEntry {
xy: XY { x: 2, y: 174 },
class_name: "Instrumentation",
element_name: "Mean across track pixel number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 2, y: 175 },
class_name: "Instrumentation",
element_name: "Method of precipitation measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 176 },
class_name: "Instrumentation",
element_name: "Method of state of ground measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 177 },
class_name: "Instrumentation",
element_name: "Method of snow depth measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 178 },
class_name: "Instrumentation",
element_name: "Method of liquid content measurement of precipitation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 179 },
class_name: "Instrumentation",
element_name: "Type of sky condition algorithm",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 180 },
class_name: "Instrumentation",
element_name: "Main present weather detecting system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 181 },
class_name: "Instrumentation",
element_name: "Supplementary present weather sensor",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 2, y: 182 },
class_name: "Instrumentation",
element_name: "Visibility measurement system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 183 },
class_name: "Instrumentation",
element_name: "Cloud detection system",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 184 },
class_name: "Instrumentation",
element_name: "Type of lightning detection sensor",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 185 },
class_name: "Instrumentation",
element_name: "Method of evaporation measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 2, y: 186 },
class_name: "Instrumentation",
element_name: "Capability to detect precipitation phenomena",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 30,
},
TableBEntry {
xy: XY { x: 2, y: 187 },
class_name: "Instrumentation",
element_name: "Capability to detect other weather phenomena",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 18,
},
TableBEntry {
xy: XY { x: 2, y: 188 },
class_name: "Instrumentation",
element_name: "Capability to detect obscuration",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 2, y: 189 },
class_name: "Instrumentation",
element_name: "Capability to discriminate lightning strikes",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 12,
},
TableBEntry {
xy: XY { x: 2, y: 190 },
class_name: "Instrumentation",
element_name: "Lagrangian drifter submergence (% time submerged)",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 2, y: 191 },
class_name: "Instrumentation",
element_name: "Geopotential height calculation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 1 },
class_name: "Instrumentation",
element_name: "Surface station type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 3, y: 3 },
class_name: "Instrumentation",
element_name: "Thermometer/hygrometer housing",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 4 },
class_name: "Instrumentation",
element_name: "Type of screen/shelter/radiation shield",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 5 },
class_name: "Instrumentation",
element_name: "Horizontal width of screen or shield (x)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 6 },
class_name: "Instrumentation",
element_name: "Horizontal depth of screen or shield (y)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 7 },
class_name: "Instrumentation",
element_name: "Vertical height of screen or shield (z)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 8 },
class_name: "Instrumentation",
element_name: "Artificially ventilated screen or shield",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 9 },
class_name: "Instrumentation",
element_name: "Amount of forced ventilation at time of reading",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 9,
},
TableBEntry {
xy: XY { x: 3, y: 10 },
class_name: "Instrumentation",
element_name: "Method of sea/water current measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 11 },
class_name: "Instrumentation",
element_name: "Method of depth calculation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 3, y: 12 },
class_name: "Instrumentation",
element_name: "Instrument type/sensor for dissolved oxygen measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 16 },
class_name: "Instrumentation",
element_name: "Position of road sensors",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 17 },
class_name: "Instrumentation",
element_name: "Extended type of station",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 6,
},
TableBEntry {
xy: XY { x: 3, y: 18 },
class_name: "Instrumentation",
element_name: "Type of road",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 3, y: 19 },
class_name: "Instrumentation",
element_name: "Type of construction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 20 },
class_name: "Instrumentation",
element_name: "Material for thermometer/hygrometer housing",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 21 },
class_name: "Instrumentation",
element_name: "Hygrometer heating",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 3, y: 22 },
class_name: "Instrumentation",
element_name: "Instrument owner",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 23 },
class_name: "Instrumentation",
element_name: "Configuration of louvers for thermometer/hygrometer screen",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 24 },
class_name: "Instrumentation",
element_name: "Psychrometric coefficient",
scale: 6,
reference_value: 0,
unit: "K-1",
bits: 10,
},
TableBEntry {
xy: XY { x: 3, y: 25 },
class_name: "Instrumentation",
element_name: "Cross-track estimation area size",
scale: 0,
reference_value: 5000,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 26 },
class_name: "Instrumentation",
element_name: "Along-track estimation area size",
scale: 0,
reference_value: 5000,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 27 },
class_name: "Instrumentation",
element_name: "Type of flight rig",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 3, y: 28 },
class_name: "Instrumentation",
element_name: "Method of snow water equivalent measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 3, y: 29 },
class_name: "Instrumentation",
element_name: "Swath",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 30 },
class_name: "Instrumentation",
element_name: "Antenna status",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 3, y: 31 },
class_name: "Instrumentation",
element_name: "Channel bandwidth, full width half maximum (FWHM)",
scale: 11,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 3, y: 32 },
class_name: "Instrumentation",
element_name: "Channel centre frequency",
scale: -6,
reference_value: 0,
unit: "Hz",
bits: 26,
},
TableBEntry {
xy: XY { x: 3, y: 33 },
class_name: "Instrumentation",
element_name: "Channel bandwidth",
scale: -6,
reference_value: 0,
unit: "Hz",
bits: 26,
},
TableBEntry {
xy: XY { x: 3, y: 34 },
class_name: "Instrumentation",
element_name: "Channel wavelength",
scale: 9,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 4, y: 1 },
class_name: "Location (time)",
element_name: "Year",
scale: 0,
reference_value: 0,
unit: "a",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 2 },
class_name: "Location (time)",
element_name: "Month",
scale: 0,
reference_value: 0,
unit: "mon",
bits: 4,
},
TableBEntry {
xy: XY { x: 4, y: 3 },
class_name: "Location (time)",
element_name: "Day",
scale: 0,
reference_value: 0,
unit: "d",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 4 },
class_name: "Location (time)",
element_name: "Hour",
scale: 0,
reference_value: 0,
unit: "h",
bits: 5,
},
TableBEntry {
xy: XY { x: 4, y: 5 },
class_name: "Location (time)",
element_name: "Minute",
scale: 0,
reference_value: 0,
unit: "min",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 6 },
class_name: "Location (time)",
element_name: "Second",
scale: 0,
reference_value: 0,
unit: "s",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 7 },
class_name: "Location (time)",
element_name: "Seconds within a minute (microsecond accuracy)",
scale: 6,
reference_value: 0,
unit: "s",
bits: 26,
},
TableBEntry {
xy: XY { x: 4, y: 11 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -1024,
unit: "a",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 12 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -1024,
unit: "mon",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 13 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -1024,
unit: "d",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 14 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -1024,
unit: "h",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 15 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -2048,
unit: "min",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 16 },
class_name: "Location (time)",
element_name: "Time increment",
scale: 0,
reference_value: -4096,
unit: "s",
bits: 13,
},
TableBEntry {
xy: XY { x: 4, y: 17 },
class_name: "Location (time)",
element_name: "Reference time period for accumulated or extreme data",
scale: 0,
reference_value: -1440,
unit: "min",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 21 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -1024,
unit: "a",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 22 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -1024,
unit: "mon",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 23 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -1024,
unit: "d",
bits: 11,
},
TableBEntry {
xy: XY { x: 4, y: 24 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -2048,
unit: "h",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 25 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -2048,
unit: "min",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 26 },
class_name: "Location (time)",
element_name: "Time period or displacement",
scale: 0,
reference_value: -4096,
unit: "s",
bits: 13,
},
TableBEntry {
xy: XY { x: 4, y: 31 },
class_name: "Location (time)",
element_name: "Duration of time relating to following value",
scale: 0,
reference_value: 0,
unit: "h",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 32 },
class_name: "Location (time)",
element_name: "Duration of time relating to following value",
scale: 0,
reference_value: 0,
unit: "min",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 41 },
class_name: "Location (time)",
element_name: "Time difference, UTC - LMT",
scale: 0,
reference_value: -1440,
unit: "min",
bits: 12,
},
TableBEntry {
xy: XY { x: 4, y: 43 },
class_name: "Location (time)",
element_name: "Day of the year",
scale: 0,
reference_value: 0,
unit: "d",
bits: 9,
},
TableBEntry {
xy: XY { x: 4, y: 51 },
class_name: "Location (time)",
element_name: "Principal time of daily reading of maximum temperature",
scale: 0,
reference_value: 0,
unit: "h",
bits: 5,
},
TableBEntry {
xy: XY { x: 4, y: 52 },
class_name: "Location (time)",
element_name: "Principal time of daily reading of minimum temperature",
scale: 0,
reference_value: 0,
unit: "h",
bits: 5,
},
TableBEntry {
xy: XY { x: 4, y: 53 },
class_name: "Location (time)",
element_name: "Number of days with precipitation equal to or more than 1 mm",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 59 },
class_name: "Location (time)",
element_name: "Times of observation used to compute the reported mean values",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 6,
},
TableBEntry {
xy: XY { x: 4, y: 65 },
class_name: "Location (time)",
element_name: "Short time increment",
scale: 0,
reference_value: -128,
unit: "min",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 66 },
class_name: "Location (time)",
element_name: "Short time increment",
scale: 0,
reference_value: -128,
unit: "s",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 73 },
class_name: "Location (time)",
element_name: "Short time period or displacement",
scale: 0,
reference_value: -128,
unit: "d",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 74 },
class_name: "Location (time)",
element_name: "Short time period or displacement",
scale: 0,
reference_value: -128,
unit: "h",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 75 },
class_name: "Location (time)",
element_name: "Short time period or displacement",
scale: 0,
reference_value: -128,
unit: "min",
bits: 8,
},
TableBEntry {
xy: XY { x: 4, y: 80 },
class_name: "Location (time)",
element_name: "Averaging period for following value",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 4, y: 86 },
class_name: "Location (time)",
element_name: "Long time period or displacement",
scale: 0,
reference_value: -8192,
unit: "s",
bits: 15,
},
TableBEntry {
xy: XY { x: 5, y: 1 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude (high accuracy)",
scale: 5,
reference_value: -9000000,
unit: "deg",
bits: 25,
},
TableBEntry {
xy: XY { x: 5, y: 2 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude (coarse accuracy)",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 5, y: 11 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude increment (high accuracy)",
scale: 5,
reference_value: -9000000,
unit: "deg",
bits: 25,
},
TableBEntry {
xy: XY { x: 5, y: 12 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude increment (coarse accuracy)",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 5, y: 15 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude displacement (high accuracy)",
scale: 5,
reference_value: -9000000,
unit: "deg",
bits: 25,
},
TableBEntry {
xy: XY { x: 5, y: 16 },
class_name: "Location (horizontal - 1)",
element_name: "Latitude displacement (coarse accuracy)",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 5, y: 21 },
class_name: "Location (horizontal - 1)",
element_name: "Bearing or azimuth",
scale: 2,
reference_value: 0,
unit: "degree true",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 22 },
class_name: "Location (horizontal - 1)",
element_name: "Solar azimuth",
scale: 2,
reference_value: 0,
unit: "degree true",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 23 },
class_name: "Location (horizontal - 1)",
element_name: "Sun to satellite azimuth difference",
scale: 1,
reference_value: -1800,
unit: "deg",
bits: 12,
},
TableBEntry {
xy: XY { x: 5, y: 30 },
class_name: "Location (horizontal - 1)",
element_name: "Direction (spectral)",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 12,
},
TableBEntry {
xy: XY { x: 5, y: 31 },
class_name: "Location (horizontal - 1)",
element_name: "Row number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 5, y: 32 },
class_name: "Location (horizontal - 1)",
element_name: "Y offset",
scale: 2,
reference_value: -1073741824,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 5, y: 33 },
class_name: "Location (horizontal - 1)",
element_name: "Pixel size on horizontal - 1",
scale: -1,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 34 },
class_name: "Location (horizontal - 1)",
element_name: "Along track row number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 11,
},
TableBEntry {
xy: XY { x: 5, y: 35 },
class_name: "Location (horizontal - 1)",
element_name: "Maximum size of x-dimension",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 5, y: 36 },
class_name: "Location (horizontal - 1)",
element_name: "Ship transect number according to SOOP",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 5, y: 40 },
class_name: "Location (horizontal - 1)",
element_name: "Orbit number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 24,
},
TableBEntry {
xy: XY { x: 5, y: 41 },
class_name: "Location (horizontal - 1)",
element_name: "Scan line number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 42 },
class_name: "Location (horizontal - 1)",
element_name: "Channel number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 5, y: 43 },
class_name: "Location (horizontal - 1)",
element_name: "Field of view number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 44 },
class_name: "Location (horizontal - 1)",
element_name: "Satellite cycle number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 11,
},
TableBEntry {
xy: XY { x: 5, y: 45 },
class_name: "Location (horizontal - 1)",
element_name: "Field of regard number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 52 },
class_name: "Location (horizontal - 1)",
element_name: "Channel number increment",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 5, y: 53 },
class_name: "Location (horizontal - 1)",
element_name: "Field of view number increment",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 5, y: 60 },
class_name: "Location (horizontal - 1)",
element_name: "Y angular position from centre of gravity",
scale: 6,
reference_value: -8000000,
unit: "deg",
bits: 24,
},
TableBEntry {
xy: XY { x: 5, y: 61 },
class_name: "Location (horizontal - 1)",
element_name: "Z angular position from centre of gravity",
scale: 6,
reference_value: -8000000,
unit: "deg",
bits: 24,
},
TableBEntry {
xy: XY { x: 5, y: 63 },
class_name: "Location (horizontal - 1)",
element_name: "Spacecraft roll",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 64 },
class_name: "Location (horizontal - 1)",
element_name: "Spacecraft pitch",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 66 },
class_name: "Location (horizontal - 1)",
element_name: "Spacecraft yaw",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 67 },
class_name: "Location (horizontal - 1)",
element_name: "Number of scan lines",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 68 },
class_name: "Location (horizontal - 1)",
element_name: "Profile number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 69 },
class_name: "Location (horizontal - 1)",
element_name: "Receiver channel",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 5, y: 70 },
class_name: "Location (horizontal - 1)",
element_name: "Observation identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 30,
},
TableBEntry {
xy: XY { x: 5, y: 71 },
class_name: "Location (horizontal - 1)",
element_name: "Stripmap identifier",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 72 },
class_name: "Location (horizontal - 1)",
element_name: "Number of spectra in range direction",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 73 },
class_name: "Location (horizontal - 1)",
element_name: "Number of spectra in azimuthal direction",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 74 },
class_name: "Location (horizontal - 1)",
element_name: "Index in range direction",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 75 },
class_name: "Location (horizontal - 1)",
element_name: "Index in azimuthal direction",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 5, y: 76 },
class_name: "Location (horizontal - 1)",
element_name: "Solar azimuth in instrument reference frame",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 5, y: 77 },
class_name: "Location (horizontal - 1)",
element_name: "Sub-satellite point latitude",
scale: 4,
reference_value: -900000,
unit: "deg",
bits: 21,
},
TableBEntry {
xy: XY { x: 5, y: 78 },
class_name: "Location (horizontal - 1)",
element_name: "Horn number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 5, y: 79 },
class_name: "Location (horizontal - 1)",
element_name: "Band number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 5, y: 80 },
class_name: "Location (horizontal - 1)",
element_name: "Resolution radius",
scale: -3,
reference_value: 0,
unit: "m",
bits: 6,
},
TableBEntry {
xy: XY { x: 6, y: 1 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude (high accuracy)",
scale: 5,
reference_value: -18000000,
unit: "deg",
bits: 26,
},
TableBEntry {
xy: XY { x: 6, y: 2 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude (coarse accuracy)",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 6, y: 11 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude increment (high accuracy)",
scale: 5,
reference_value: -18000000,
unit: "deg",
bits: 26,
},
TableBEntry {
xy: XY { x: 6, y: 12 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude increment (coarse accuracy)",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 6, y: 15 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude displacement (high accuracy)",
scale: 5,
reference_value: -18000000,
unit: "deg",
bits: 26,
},
TableBEntry {
xy: XY { x: 6, y: 16 },
class_name: "Location (horizontal - 2)",
element_name: "Longitude displacement (coarse accuracy)",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 6, y: 21 },
class_name: "Location (horizontal - 2)",
element_name: "Distance",
scale: -1,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 6, y: 29 },
class_name: "Location (horizontal - 2)",
element_name: "Wave number",
scale: 1,
reference_value: 0,
unit: "/m",
bits: 22,
},
TableBEntry {
xy: XY { x: 6, y: 30 },
class_name: "Location (horizontal - 2)",
element_name: "Wave number (spectral)",
scale: 5,
reference_value: 0,
unit: "rad/m",
bits: 13,
},
TableBEntry {
xy: XY { x: 6, y: 31 },
class_name: "Location (horizontal - 2)",
element_name: "Column number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 6, y: 32 },
class_name: "Location (horizontal - 2)",
element_name: "X offset",
scale: 2,
reference_value: -1073741824,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 6, y: 33 },
class_name: "Location (horizontal - 2)",
element_name: "Pixel size on horizontal - 2",
scale: -1,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 6, y: 34 },
class_name: "Location (horizontal - 2)",
element_name: "Cross-track cell number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 6, y: 35 },
class_name: "Location (horizontal - 2)",
element_name: "Maximum size of y-dimension",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 6, y: 40 },
class_name: "Location (horizontal - 2)",
element_name: "Radius of confidence",
scale: 0,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 6, y: 41 },
class_name: "Location (horizontal - 2)",
element_name: "Earth scan sample number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 11,
},
TableBEntry {
xy: XY { x: 6, y: 42 },
class_name: "Location (horizontal - 2)",
element_name: "Space/moon scan sample number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 6, y: 43 },
class_name: "Location (horizontal - 2)",
element_name: "Sub-satellite point longitude",
scale: 4,
reference_value: -1800000,
unit: "deg",
bits: 22,
},
TableBEntry {
xy: XY { x: 7, y: 1 },
class_name: "Location (vertical)",
element_name: "Height of station",
scale: 0,
reference_value: -400,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 2 },
class_name: "Location (vertical)",
element_name: "Height or altitude",
scale: -1,
reference_value: -40,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 7, y: 3 },
class_name: "Location (vertical)",
element_name: "Geopotential",
scale: -1,
reference_value: -400,
unit: "m2 s-2",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 4 },
class_name: "Location (vertical)",
element_name: "Pressure",
scale: -1,
reference_value: 0,
unit: "Pa",
bits: 14,
},
TableBEntry {
xy: XY { x: 7, y: 5 },
class_name: "Location (vertical)",
element_name: "Height increment",
scale: 0,
reference_value: -400,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 7, y: 6 },
class_name: "Location (vertical)",
element_name: "Height above station",
scale: 0,
reference_value: 0,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 7 },
class_name: "Location (vertical)",
element_name: "Height",
scale: 0,
reference_value: -1000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 8 },
class_name: "Location (vertical)",
element_name: "Geopotential",
scale: 0,
reference_value: -10000,
unit: "m2 s-2",
bits: 20,
},
TableBEntry {
xy: XY { x: 7, y: 9 },
class_name: "Location (vertical)",
element_name: "Geopotential height",
scale: 0,
reference_value: -1000,
unit: "gpm",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 10 },
class_name: "Location (vertical)",
element_name: "Flight level",
scale: 0,
reference_value: -1024,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 7, y: 12 },
class_name: "Location (vertical)",
element_name: "Grid point altitude",
scale: 2,
reference_value: -50000,
unit: "m",
bits: 20,
},
TableBEntry {
xy: XY { x: 7, y: 21 },
class_name: "Location (vertical)",
element_name: "Elevation",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 22 },
class_name: "Location (vertical)",
element_name: "Solar elevation",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 24 },
class_name: "Location (vertical)",
element_name: "Satellite zenith angle",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 25 },
class_name: "Location (vertical)",
element_name: "Solar zenith angle",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 26 },
class_name: "Location (vertical)",
element_name: "Satellite zenith angle",
scale: 4,
reference_value: -900000,
unit: "deg",
bits: 21,
},
TableBEntry {
xy: XY { x: 7, y: 30 },
class_name: "Location (vertical)",
element_name: "Height of station ground above mean sea level",
scale: 1,
reference_value: -4000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 31 },
class_name: "Location (vertical)",
element_name: "Height of barometer above mean sea level",
scale: 1,
reference_value: -4000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 32 },
class_name: "Location (vertical)",
element_name: "Height of sensor above local ground (or deck of marine platform)",
scale: 2,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 7, y: 33 },
class_name: "Location (vertical)",
element_name: "Height of sensor above water surface",
scale: 1,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 7, y: 34 },
class_name: "Location (vertical)",
element_name: "Vertical distance of sensor",
scale: 2,
reference_value: -65000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 35 },
class_name: "Location (vertical)",
element_name: "Maximum size of z-dimension",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 7, y: 36 },
class_name: "Location (vertical)",
element_name: "Level index of z",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 7, y: 40 },
class_name: "Location (vertical)",
element_name: "Impact parameter",
scale: 1,
reference_value: 62000000,
unit: "m",
bits: 22,
},
TableBEntry {
xy: XY { x: 7, y: 61 },
class_name: "Location (vertical)",
element_name: "Depth below land surface",
scale: 2,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 7, y: 62 },
class_name: "Location (vertical)",
element_name: "Depth below sea/water surface",
scale: 1,
reference_value: 0,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 63 },
class_name: "Location (vertical)",
element_name: "Depth below sea/water surface (cm)",
scale: 2,
reference_value: 0,
unit: "m",
bits: 20,
},
TableBEntry {
xy: XY { x: 7, y: 64 },
class_name: "Location (vertical)",
element_name: "Representative height of sensor above station",
scale: 0,
reference_value: 0,
unit: "m",
bits: 4,
},
TableBEntry {
xy: XY { x: 7, y: 65 },
class_name: "Location (vertical)",
element_name: "Water pressure",
scale: -3,
reference_value: 0,
unit: "Pa",
bits: 17,
},
TableBEntry {
xy: XY { x: 7, y: 70 },
class_name: "Location (vertical)",
element_name: "Drogue depth",
scale: 0,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 7, y: 71 },
class_name: "Location (vertical)",
element_name: "Height (high resolution)",
scale: 3,
reference_value: -10000000,
unit: "m",
bits: 26,
},
TableBEntry {
xy: XY { x: 7, y: 72 },
class_name: "Location (vertical)",
element_name: "Scan angle",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 73 },
class_name: "Location (vertical)",
element_name: "Angle between moon and space view",
scale: 2,
reference_value: 0,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 74 },
class_name: "Location (vertical)",
element_name: "Solar elevation angle in instrument reference frame",
scale: 2,
reference_value: -9000,
unit: "deg",
bits: 15,
},
TableBEntry {
xy: XY { x: 7, y: 75 },
class_name: "Location (vertical)",
element_name: "Scattering angle",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 8,
},
TableBEntry {
xy: XY { x: 7, y: 76 },
class_name: "Location (vertical)",
element_name: "Relative azimuth angle",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 1 },
class_name: "Significance qualifiers",
element_name: "Vertical sounding significance",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 7,
},
TableBEntry {
xy: XY { x: 8, y: 2 },
class_name: "Significance qualifiers",
element_name: "Vertical significance (surface observations)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 3 },
class_name: "Significance qualifiers",
element_name: "Vertical significance (satellite observations)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 4 },
class_name: "Significance qualifiers",
element_name: "Phase of aircraft flight",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 5 },
class_name: "Significance qualifiers",
element_name: "Meteorological attribute significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 6 },
class_name: "Significance qualifiers",
element_name: "Ozone vertical sounding significance",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 8, y: 7 },
class_name: "Significance qualifiers",
element_name: "Dimensional significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 8 },
class_name: "Significance qualifiers",
element_name: "Radiation vertical sounding significance",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 8, y: 9 },
class_name: "Significance qualifiers",
element_name: "Detailed phase of flight",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 10 },
class_name: "Significance qualifiers",
element_name: "Surface qualifier (temperature data)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 11 },
class_name: "Significance qualifiers",
element_name: "Meteorological feature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 12 },
class_name: "Significance qualifiers",
element_name: "Land/sea qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 13 },
class_name: "Significance qualifiers",
element_name: "Day/night qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 14 },
class_name: "Significance qualifiers",
element_name: "Qualifier for runway visual range",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 15 },
class_name: "Significance qualifiers",
element_name: "Significant qualifier for sensor",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 16 },
class_name: "Significance qualifiers",
element_name: "Change qualifier of a trend-type forecast or an aerodrome forecast",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 17 },
class_name: "Significance qualifiers",
element_name: "Qualifier of the time when the forecast change is expected",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 18 },
class_name: "Significance qualifiers",
element_name: "SEAWINDS land/ice surface type",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 8, y: 19 },
class_name: "Significance qualifiers",
element_name: "Qualifier for following centre identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 20 },
class_name: "Significance qualifiers",
element_name: "Total number of missing entities (with respect to accumulation or average)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 8, y: 21 },
class_name: "Significance qualifiers",
element_name: "Time significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 22 },
class_name: "Significance qualifiers",
element_name: "Total number (with respect to accumulation or average)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 8, y: 23 },
class_name: "Significance qualifiers",
element_name: "First-order statistics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 24 },
class_name: "Significance qualifiers",
element_name: "Difference statistics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 25 },
class_name: "Significance qualifiers",
element_name: "Time difference qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 26 },
class_name: "Significance qualifiers",
element_name: "Matrix significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 27 },
class_name: "Significance qualifiers",
element_name: "Type of sea-surface height anomaly measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 29 },
class_name: "Significance qualifiers",
element_name: "Surface type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 30 },
class_name: "Significance qualifiers",
element_name: "Manual on Codes (Volume I.1, Section C) Code table from which data are derived",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 13,
},
TableBEntry {
xy: XY { x: 8, y: 31 },
class_name: "Significance qualifiers",
element_name: "Data category - CREX table A",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 32 },
class_name: "Significance qualifiers",
element_name: "Status of operation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 33 },
class_name: "Significance qualifiers",
element_name: "Method of derivation of percentage confidence",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 8, y: 34 },
class_name: "Significance qualifiers",
element_name: "Temperature/salinity measurement qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 35 },
class_name: "Significance qualifiers",
element_name: "Type of monitoring exercise",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 36 },
class_name: "Significance qualifiers",
element_name: "Type of centre or station performing monitoring",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 37 },
class_name: "Significance qualifiers",
element_name: "Baseline check significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 38 },
class_name: "Significance qualifiers",
element_name: "Instrument data significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 39 },
class_name: "Significance qualifiers",
element_name: "Time significance (Aviation forecast)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 40 },
class_name: "Significance qualifiers",
element_name: "Flight level significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 41 },
class_name: "Significance qualifiers",
element_name: "Data significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 42 },
class_name: "Significance qualifiers",
element_name: "Extended vertical sounding significance",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 18,
},
TableBEntry {
xy: XY { x: 8, y: 43 },
class_name: "Significance qualifiers",
element_name: "Atmospheric chemical or physical constituent type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 44 },
class_name: "Significance qualifiers",
element_name: "CAS registry number",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 88,
},
TableBEntry {
xy: XY { x: 8, y: 45 },
class_name: "Significance qualifiers",
element_name: "Character of particulate matter",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 46 },
class_name: "Significance qualifiers",
element_name: "Atmospheric chemical or physical constituent type",
scale: 0,
reference_value: 0,
unit: "Common Code table C-14",
bits: 16,
},
TableBEntry {
xy: XY { x: 8, y: 49 },
class_name: "Significance qualifiers",
element_name: "Number of observations",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 50 },
class_name: "Significance qualifiers",
element_name: "Qualifier for number of missing values in calculation of statistic",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 51 },
class_name: "Significance qualifiers",
element_name: "Qualifier for number of missing values in calculation of statistic",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 52 },
class_name: "Significance qualifiers",
element_name: "Condition for which number of days of occurrence follows",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 53 },
class_name: "Significance qualifiers",
element_name: "Day of occurrence qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 54 },
class_name: "Significance qualifiers",
element_name: "Qualifier for wind speed or wind gusts",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 55 },
class_name: "Significance qualifiers",
element_name: "Method used to calculate the average wind components after removing vortex",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 60 },
class_name: "Significance qualifiers",
element_name: "Sample scanning mode significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 65 },
class_name: "Significance qualifiers",
element_name: "Sun-glint indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 66 },
class_name: "Significance qualifiers",
element_name: "Semi-transparency indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 70 },
class_name: "Significance qualifiers",
element_name: "Vertical sounding product qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 71 },
class_name: "Significance qualifiers",
element_name: "Type of cost estimation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 72 },
class_name: "Significance qualifiers",
element_name: "Pixel(s) type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 74 },
class_name: "Significance qualifiers",
element_name: "Altimeter echo type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 75 },
class_name: "Significance qualifiers",
element_name: "Ascending/descending orbit qualifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 8, y: 76 },
class_name: "Significance qualifiers",
element_name: "Type of band",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 77 },
class_name: "Significance qualifiers",
element_name: "Radiometer sensed surface type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 8, y: 79 },
class_name: "Significance qualifiers",
element_name: "Product status",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 80 },
class_name: "Significance qualifiers",
element_name: "Qualifier for GTSPP quality flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 81 },
class_name: "Significance qualifiers",
element_name: "Type of equipment",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 82 },
class_name: "Significance qualifiers",
element_name: "Modification of sensor height to another value",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 83 },
class_name: "Significance qualifiers",
element_name: "Nominal value indicator",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 15,
},
TableBEntry {
xy: XY { x: 8, y: 85 },
class_name: "Significance qualifiers",
element_name: "Beam identifier",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 86 },
class_name: "Significance qualifiers",
element_name: "Vertical significance for NWP",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 12,
},
TableBEntry {
xy: XY { x: 8, y: 87 },
class_name: "Significance qualifiers",
element_name: "Corner position of observation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 8, y: 88 },
class_name: "Significance qualifiers",
element_name: "Map significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 8, y: 90 },
class_name: "Significance qualifiers",
element_name: "Decimal scale of following significands",
scale: 0,
reference_value: -127,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 91 },
class_name: "Significance qualifiers",
element_name: "Coordinates significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 92 },
class_name: "Significance qualifiers",
element_name: "Measurement uncertainty expression",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 93 },
class_name: "Significance qualifiers",
element_name: "Measurement uncertainty significance",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 8, y: 94 },
class_name: "Significance qualifiers",
element_name: "Method used to calculate the average daily temperature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 95 },
class_name: "Significance qualifiers",
element_name: "Siting and measurement quality classification for temperature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 96 },
class_name: "Significance qualifiers",
element_name: "Siting and measurement quality classification for precipitation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 8, y: 97 },
class_name: "Significance qualifiers",
element_name: "Method used to calculate the average instrument temperature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 8, y: 98 },
class_name: "Significance qualifiers",
element_name: "Source of temperature measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 8, y: 99 },
class_name: "Significance qualifiers",
element_name: "Sensing direction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
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TableBEntry {
xy: XY { x: 11, y: 72 },
class_name: "Wind and turbulence",
element_name: "Turbulent vertical buoyancy flux",
scale: 3,
reference_value: -128,
unit: "K m s-1",
bits: 11,
},
TableBEntry {
xy: XY { x: 11, y: 73 },
class_name: "Wind and turbulence",
element_name: "Turbulent kinetic energy",
scale: 2,
reference_value: -1024,
unit: "m2 s-2",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 74 },
class_name: "Wind and turbulence",
element_name: "Dissipation energy",
scale: 2,
reference_value: -1024,
unit: "m2 s-2",
bits: 10,
},
TableBEntry {
xy: XY { x: 11, y: 75 },
class_name: "Wind and turbulence",
element_name: "Mean turbulence intensity (eddy dissipation rate)",
scale: 2,
reference_value: 0,
unit: "m2/3 s-1",
bits: 8,
},
TableBEntry {
xy: XY { x: 11, y: 76 },
class_name: "Wind and turbulence",
element_name: "Peak turbulence intensity (eddy dissipation rate)",
scale: 2,
reference_value: 0,
unit: "m2/3 s-1",
bits: 8,
},
TableBEntry {
xy: XY { x: 11, y: 77 },
class_name: "Wind and turbulence",
element_name: "Reporting interval or averaging time for eddy dissipation rate",
scale: 0,
reference_value: 0,
unit: "s",
bits: 12,
},
TableBEntry {
xy: XY { x: 11, y: 81 },
class_name: "Wind and turbulence",
element_name: "Model wind direction at 10 m",
scale: 2,
reference_value: 0,
unit: "degree true",
bits: 16,
},
TableBEntry {
xy: XY { x: 11, y: 82 },
class_name: "Wind and turbulence",
element_name: "Model wind speed at 10 m",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 14,
},
TableBEntry {
xy: XY { x: 11, y: 83 },
class_name: "Wind and turbulence",
element_name: "Wind speed",
scale: 0,
reference_value: 0,
unit: "km/h",
bits: 9,
},
TableBEntry {
xy: XY { x: 11, y: 84 },
class_name: "Wind and turbulence",
element_name: "Wind speed",
scale: 0,
reference_value: 0,
unit: "kt",
bits: 8,
},
TableBEntry {
xy: XY { x: 11, y: 85 },
class_name: "Wind and turbulence",
element_name: "Maximum wind gust speed",
scale: 0,
reference_value: 0,
unit: "km/h",
bits: 9,
},
TableBEntry {
xy: XY { x: 11, y: 86 },
class_name: "Wind and turbulence",
element_name: "Maximum wind gust speed",
scale: 0,
reference_value: 0,
unit: "kt",
bits: 8,
},
TableBEntry {
xy: XY { x: 11, y: 95 },
class_name: "Wind and turbulence",
element_name: "u-component of the model wind vector",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 96 },
class_name: "Wind and turbulence",
element_name: "v-component of the model wind vector",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 97 },
class_name: "Wind and turbulence",
element_name: "Wind speed from altimeter",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 11, y: 98 },
class_name: "Wind and turbulence",
element_name: "Wind speed from radiometer",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 11, y: 100 },
class_name: "Wind and turbulence",
element_name: "Aircraft true airspeed",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 11, y: 101 },
class_name: "Wind and turbulence",
element_name: "Aircraft ground speed u-component",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 102 },
class_name: "Wind and turbulence",
element_name: "Aircraft ground speed v-component",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 103 },
class_name: "Wind and turbulence",
element_name: "Aircraft ground speed w-component",
scale: 1,
reference_value: -512,
unit: "m/s",
bits: 10,
},
TableBEntry {
xy: XY { x: 11, y: 104 },
class_name: "Wind and turbulence",
element_name: "True heading of aircraft, ship or other mobile platform",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 11, y: 105 },
class_name: "Wind and turbulence",
element_name: "EDR algorithm version",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 11, y: 106 },
class_name: "Wind and turbulence",
element_name: "Running minimum confidence",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 11, y: 107 },
class_name: "Wind and turbulence",
element_name: "Maximum number bad inputs",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 11, y: 108 },
class_name: "Wind and turbulence",
element_name: "Peak location",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 11, y: 109 },
class_name: "Wind and turbulence",
element_name: "Number of good EDR",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 11, y: 110 },
class_name: "Wind and turbulence",
element_name: "Uncertainty in u-component",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 111 },
class_name: "Wind and turbulence",
element_name: "Uncertainty in v-component",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 112 },
class_name: "Wind and turbulence",
element_name: "Uncertainty in w-component",
scale: 2,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 11, y: 113 },
class_name: "Wind and turbulence",
element_name: "Tracking correlation of vector",
scale: 3,
reference_value: -1000,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 1 },
class_name: "Temperature",
element_name: "Temperature/air temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 2 },
class_name: "Temperature",
element_name: "Wet-bulb temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 3 },
class_name: "Temperature",
element_name: "Dewpoint temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 4 },
class_name: "Temperature",
element_name: "Air temperature at 2 m",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 5 },
class_name: "Temperature",
element_name: "Wet-bulb temperature at 2 m",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 6 },
class_name: "Temperature",
element_name: "Dewpoint temperature at 2 m",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 7 },
class_name: "Temperature",
element_name: "Virtual temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 8 },
class_name: "Temperature",
element_name: "Uncertainty in virtual temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 11 },
class_name: "Temperature",
element_name: "Maximum temperature, at height and over period specified",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 12 },
class_name: "Temperature",
element_name: "Minimum temperature, at height and over period specified",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 13 },
class_name: "Temperature",
element_name: "Ground minimum temperature, past 12 hours",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 14 },
class_name: "Temperature",
element_name: "Maximum temperature at 2 m, past 12 hours",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 15 },
class_name: "Temperature",
element_name: "Minimum temperature at 2 m, past 12 hours",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 16 },
class_name: "Temperature",
element_name: "Maximum temperature at 2 m, past 24 hours",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 17 },
class_name: "Temperature",
element_name: "Minimum temperature at 2 m, past 24 hours",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 21 },
class_name: "Temperature",
element_name: "Maximum temperature at 2 m",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 22 },
class_name: "Temperature",
element_name: "Minimum temperature at 2 m",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 23 },
class_name: "Temperature",
element_name: "Temperature",
scale: 0,
reference_value: -99,
unit: "C",
bits: 8,
},
TableBEntry {
xy: XY { x: 12, y: 24 },
class_name: "Temperature",
element_name: "Dewpoint temperature",
scale: 0,
reference_value: -99,
unit: "C",
bits: 8,
},
TableBEntry {
xy: XY { x: 12, y: 30 },
class_name: "Temperature",
element_name: "Soil temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 49 },
class_name: "Temperature",
element_name: "Temperature change over specified period",
scale: 0,
reference_value: -30,
unit: "K",
bits: 6,
},
TableBEntry {
xy: XY { x: 12, y: 51 },
class_name: "Temperature",
element_name: "Standard deviation temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 10,
},
TableBEntry {
xy: XY { x: 12, y: 52 },
class_name: "Temperature",
element_name: "Highest daily mean temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 53 },
class_name: "Temperature",
element_name: "Lowest daily mean temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 60 },
class_name: "Temperature",
element_name: "AWS enclosure internal temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 61 },
class_name: "Temperature",
element_name: "Skin temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 62 },
class_name: "Temperature",
element_name: "Equivalent black body temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 63 },
class_name: "Temperature",
element_name: "Brightness temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 64 },
class_name: "Temperature",
element_name: "Instrument temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 65 },
class_name: "Temperature",
element_name: "Standard deviation brightness temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 66 },
class_name: "Temperature",
element_name: "Antenna temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 70 },
class_name: "Temperature",
element_name: "Warm load temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 71 },
class_name: "Temperature",
element_name: "Coldest cluster temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 72 },
class_name: "Temperature",
element_name: "Radiance",
scale: 6,
reference_value: 0,
unit: "W m-2 sr-1",
bits: 31,
},
TableBEntry {
xy: XY { x: 12, y: 75 },
class_name: "Temperature",
element_name: "Spectral radiance",
scale: -3,
reference_value: 0,
unit: "W m-3 sr-1",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 76 },
class_name: "Temperature",
element_name: "Radiance",
scale: 3,
reference_value: 0,
unit: "W m-2 sr-1",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 80 },
class_name: "Temperature",
element_name: "Brightness temperature real part",
scale: 2,
reference_value: -10000,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 81 },
class_name: "Temperature",
element_name: "Brightness temperature imaginary part",
scale: 2,
reference_value: -10000,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 82 },
class_name: "Temperature",
element_name: "Pixel radiometric accuracy",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 83 },
class_name: "Temperature",
element_name: "Temperature difference between observed and computed",
scale: 2,
reference_value: -10000,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 101 },
class_name: "Temperature",
element_name: "Temperature/air temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 102 },
class_name: "Temperature",
element_name: "Wet-bulb temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 103 },
class_name: "Temperature",
element_name: "Dewpoint temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 104 },
class_name: "Temperature",
element_name: "Air temperature at 2 m",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 105 },
class_name: "Temperature",
element_name: "Web-bulb temperature at 2 m",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 106 },
class_name: "Temperature",
element_name: "Dewpoint temperature at 2 m",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 107 },
class_name: "Temperature",
element_name: "Virtual temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 111 },
class_name: "Temperature",
element_name: "Maximum temperature, at height and over period specified",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 112 },
class_name: "Temperature",
element_name: "Minimum temperature, at height and over period specified",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 113 },
class_name: "Temperature",
element_name: "Ground minimum temperature, past 12 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 114 },
class_name: "Temperature",
element_name: "Maximum temperature at 2 m, past 12 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 115 },
class_name: "Temperature",
element_name: "Minimum temperature at 2 m, past 12 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 116 },
class_name: "Temperature",
element_name: "Maximum temperature at 2 m, past 24 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 117 },
class_name: "Temperature",
element_name: "Minimum temperature at 2 m, past 24 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 118 },
class_name: "Temperature",
element_name: "Maximum temperature at height specified, past 24 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 119 },
class_name: "Temperature",
element_name: "Minimum temperature at height specified, past 24 hours",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 120 },
class_name: "Temperature",
element_name: "Ground temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 121 },
class_name: "Temperature",
element_name: "Ground minimum temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 122 },
class_name: "Temperature",
element_name: "Ground minimum temperature of the preceding night",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 128 },
class_name: "Temperature",
element_name: "Road surface temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 129 },
class_name: "Temperature",
element_name: "Road subsurface temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 130 },
class_name: "Temperature",
element_name: "Soil temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 131 },
class_name: "Temperature",
element_name: "Snow temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 132 },
class_name: "Temperature",
element_name: "Ice surface temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 133 },
class_name: "Temperature",
element_name: "Ice temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 151 },
class_name: "Temperature",
element_name: "Standard deviation of daily mean temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 152 },
class_name: "Temperature",
element_name: "Highest daily mean temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 153 },
class_name: "Temperature",
element_name: "Lowest daily mean temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 158 },
class_name: "Temperature",
element_name: "Noise-equivalent delta temperature while viewing cold target",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 159 },
class_name: "Temperature",
element_name: "Noise-equivalent delta temperature while viewing warm target",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 12, y: 161 },
class_name: "Temperature",
element_name: "Skin temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 162 },
class_name: "Temperature",
element_name: "Equivalent black body temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 163 },
class_name: "Temperature",
element_name: "Brightness temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 164 },
class_name: "Temperature",
element_name: "Instrument temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 12, y: 165 },
class_name: "Temperature",
element_name: "Direct sun brightness temperature",
scale: 0,
reference_value: 0,
unit: "K",
bits: 23,
},
TableBEntry {
xy: XY { x: 12, y: 166 },
class_name: "Temperature",
element_name: "Snapshot accuracy",
scale: 1,
reference_value: -4000,
unit: "K",
bits: 13,
},
TableBEntry {
xy: XY { x: 12, y: 167 },
class_name: "Temperature",
element_name: "Radiometric accuracy (pure polarization)",
scale: 1,
reference_value: 0,
unit: "K",
bits: 9,
},
TableBEntry {
xy: XY { x: 12, y: 168 },
class_name: "Temperature",
element_name: "Radiometric accuracy (cross polarization)",
scale: 1,
reference_value: 0,
unit: "K",
bits: 9,
},
TableBEntry {
xy: XY { x: 12, y: 169 },
class_name: "Temperature",
element_name: "Brightness temperature difference",
scale: 3,
reference_value: -100000,
unit: "K",
bits: 18,
},
TableBEntry {
xy: XY { x: 12, y: 171 },
class_name: "Temperature",
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element_name: "Net long-wave radiation, integrated over 24 hours",
scale: -3,
reference_value: -65536,
unit: "J m-2",
bits: 17,
},
TableBEntry {
xy: XY { x: 14, y: 12 },
class_name: "Radiation and radiance",
element_name: "Net long-wave radiation, integrated over period specified",
scale: -3,
reference_value: -65536,
unit: "J m-2",
bits: 17,
},
TableBEntry {
xy: XY { x: 14, y: 13 },
class_name: "Radiation and radiance",
element_name: "Net short-wave radiation, integrated over 24 hours",
scale: -3,
reference_value: -65536,
unit: "J m-2",
bits: 17,
},
TableBEntry {
xy: XY { x: 14, y: 14 },
class_name: "Radiation and radiance",
element_name: "Net short-wave radiation, integrated over period specified",
scale: -3,
reference_value: -65536,
unit: "J m-2",
bits: 17,
},
TableBEntry {
xy: XY { x: 14, y: 15 },
class_name: "Radiation and radiance",
element_name: "Net radiation, integrated over 24 hours",
scale: -4,
reference_value: -16384,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 16 },
class_name: "Radiation and radiance",
element_name: "Net radiation, integrated over period specified",
scale: -4,
reference_value: -16384,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 17 },
class_name: "Radiation and radiance",
element_name: "Instantaneous long-wave radiation",
scale: 0,
reference_value: -512,
unit: "W m-2",
bits: 10,
},
TableBEntry {
xy: XY { x: 14, y: 18 },
class_name: "Radiation and radiance",
element_name: "Instantaneous short-wave radiation",
scale: 0,
reference_value: -2048,
unit: "W m-2",
bits: 12,
},
TableBEntry {
xy: XY { x: 14, y: 19 },
class_name: "Radiation and radiance",
element_name: "Surface albedo",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 14, y: 20 },
class_name: "Radiation and radiance",
element_name: "Global solar radiation, integrated over 24 hours",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 21 },
class_name: "Radiation and radiance",
element_name: "Global solar radiation, integrated over period specified",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 22 },
class_name: "Radiation and radiance",
element_name: "Diffuse solar radiation, integrated over 24 hours",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 23 },
class_name: "Radiation and radiance",
element_name: "Diffuse solar radiation, integrated over period specified",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 24 },
class_name: "Radiation and radiance",
element_name: "Direct solar radiation, integrated over 24 hours",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 25 },
class_name: "Radiation and radiance",
element_name: "Direct solar radiation, integrated over period specified",
scale: -4,
reference_value: 0,
unit: "J m-2",
bits: 15,
},
TableBEntry {
xy: XY { x: 14, y: 26 },
class_name: "Radiation and radiance",
element_name: "Albedo at the top of clouds",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 14, y: 27 },
class_name: "Radiation and radiance",
element_name: "Albedo",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 14, y: 28 },
class_name: "Radiation and radiance",
element_name: "Global solar radiation (high accuracy), integrated over period specified",
scale: -2,
reference_value: 0,
unit: "J m-2",
bits: 20,
},
TableBEntry {
xy: XY { x: 14, y: 29 },
class_name: "Radiation and radiance",
element_name: "Diffuse solar radiation (high accuracy), integrated over period specified",
scale: -2,
reference_value: 0,
unit: "J m-2",
bits: 20,
},
TableBEntry {
xy: XY { x: 14, y: 30 },
class_name: "Radiation and radiance",
element_name: "Direct solar radiation (high accuracy), integrated over period specified",
scale: -2,
reference_value: 0,
unit: "J m-2",
bits: 20,
},
TableBEntry {
xy: XY { x: 14, y: 31 },
class_name: "Radiation and radiance",
element_name: "Total sunshine",
scale: 0,
reference_value: 0,
unit: "min",
bits: 11,
},
TableBEntry {
xy: XY { x: 14, y: 32 },
class_name: "Radiation and radiance",
element_name: "Total sunshine",
scale: 0,
reference_value: 0,
unit: "h",
bits: 10,
},
TableBEntry {
xy: XY { x: 14, y: 33 },
class_name: "Radiation and radiance",
element_name: "Total sunshine",
scale: 0,
reference_value: 0,
unit: "%",
bits: 9,
},
TableBEntry {
xy: XY { x: 14, y: 34 },
class_name: "Radiation and radiance",
element_name: "Sunshine over period specified",
scale: 0,
reference_value: 0,
unit: "min",
bits: 11,
},
TableBEntry {
xy: XY { x: 14, y: 35 },
class_name: "Radiation and radiance",
element_name: "Solar radiation flux",
scale: 1,
reference_value: 0,
unit: "W m-2",
bits: 14,
},
TableBEntry {
xy: XY { x: 14, y: 42 },
class_name: "Radiation and radiance",
element_name: "Bidirectional reflectance",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 14, y: 43 },
class_name: "Radiation and radiance",
element_name: "Channel radiance",
scale: 4,
reference_value: 0,
unit: "W m-2 sr-1 um-1",
bits: 23,
},
TableBEntry {
xy: XY { x: 14, y: 44 },
class_name: "Radiation and radiance",
element_name: "Channel radiance",
scale: 7,
reference_value: -100000,
unit: "W m-2 sr-1 cm",
bits: 22,
},
TableBEntry {
xy: XY { x: 14, y: 45 },
class_name: "Radiation and radiance",
element_name: "Channel radiance",
scale: 0,
reference_value: 0,
unit: "W m-2 sr-1 cm",
bits: 11,
},
TableBEntry {
xy: XY { x: 14, y: 46 },
class_name: "Radiation and radiance",
element_name: "Scaled radiance",
scale: 0,
reference_value: -5000,
unit: "W m-2 sr-1 m",
bits: 16,
},
TableBEntry {
xy: XY { x: 14, y: 47 },
class_name: "Radiation and radiance",
element_name: "Scaled mean AVHRR radiance",
scale: 0,
reference_value: 0,
unit: "W m-2 sr-1 m",
bits: 31,
},
TableBEntry {
xy: XY { x: 14, y: 48 },
class_name: "Radiation and radiance",
element_name: "Scaled standard deviation AVHRR radiance",
scale: 0,
reference_value: 0,
unit: "W m-2 sr-1 m",
bits: 31,
},
TableBEntry {
xy: XY { x: 14, y: 49 },
class_name: "Radiation and radiance",
element_name: "Noise equivalent delta radiance",
scale: 7,
reference_value: 0,
unit: "W m-2 sr-1 cm",
bits: 22,
},
TableBEntry {
xy: XY { x: 14, y: 50 },
class_name: "Radiation and radiance",
element_name: "Emissivity",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 14, y: 51 },
class_name: "Radiation and radiance",
element_name: "Direct solar radiation integrated over last hour",
scale: -3,
reference_value: 0,
unit: "J m-2",
bits: 14,
},
TableBEntry {
xy: XY { x: 14, y: 52 },
class_name: "Radiation and radiance",
element_name: "Global upward solar radiation, integrated over period specified",
scale: -2,
reference_value: -1048574,
unit: "J m-2",
bits: 20,
},
TableBEntry {
xy: XY { x: 14, y: 53 },
class_name: "Radiation and radiance",
element_name: "Net radiation (high accuracy), integrated over period specified",
scale: -2,
reference_value: -1048574,
unit: "J m-2",
bits: 21,
},
TableBEntry {
xy: XY { x: 14, y: 54 },
class_name: "Radiation and radiance",
element_name: "Photosynthetically active radiation, integrated over period specified",
scale: -3,
reference_value: 0,
unit: "J m-2",
bits: 16,
},
TableBEntry {
xy: XY { x: 14, y: 55 },
class_name: "Radiation and radiance",
element_name: "Solar activity index",
scale: 0,
reference_value: -32768,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 14, y: 56 },
class_name: "Radiation and radiance",
element_name: "Background luminance",
scale: 0,
reference_value: 0,
unit: "Cd m-2",
bits: 18,
},
TableBEntry {
xy: XY { x: 14, y: 57 },
class_name: "Radiation and radiance",
element_name: "Soil heat flux",
scale: -2,
reference_value: -1048574,
unit: "J m-2",
bits: 21,
},
TableBEntry {
xy: XY { x: 14, y: 58 },
class_name: "Radiation and radiance",
element_name: "Corrected cross-pole backscatter",
scale: 2,
reference_value: -5000,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 14, y: 72 },
class_name: "Radiation and radiance",
element_name: "Global UV irradiation",
scale: 0,
reference_value: -4000000,
unit: "J m-2",
bits: 23,
},
TableBEntry {
xy: XY { x: 15, y: 1 },
class_name: "Physical/chemical constituents",
element_name: "Total ozone",
scale: 0,
reference_value: 0,
unit: "DU",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 2 },
class_name: "Physical/chemical constituents",
element_name: "Air mass (slant path at 22 km)",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 3 },
class_name: "Physical/chemical constituents",
element_name: "Measured ozone partial pressure (sounding)",
scale: 4,
reference_value: 0,
unit: "Pa",
bits: 9,
},
TableBEntry {
xy: XY { x: 15, y: 4 },
class_name: "Physical/chemical constituents",
element_name: "Ozone sounding correction factor (CF)",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 11,
},
TableBEntry {
xy: XY { x: 15, y: 5 },
class_name: "Physical/chemical constituents",
element_name: "Ozone p",
scale: 0,
reference_value: 0,
unit: "DU",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 6 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of number density of atmosphere",
scale: 5,
reference_value: 1800000,
unit: "log(m-3)",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 7 },
class_name: "Physical/chemical constituents",
element_name: "Estimated amount of chemical constituent",
scale: 2,
reference_value: 0,
unit: "DU",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 8 },
class_name: "Physical/chemical constituents",
element_name: "Significand of volumetric mixing ratio",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 9 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of number density of ozone",
scale: 5,
reference_value: 1200000,
unit: "log(m-3)",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 11 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of integrated electron density",
scale: 3,
reference_value: 14000,
unit: "log (m-2)",
bits: 13,
},
TableBEntry {
xy: XY { x: 15, y: 12 },
class_name: "Physical/chemical constituents",
element_name: "Total electron count per square metre",
scale: -16,
reference_value: 0,
unit: "m-2",
bits: 6,
},
TableBEntry {
xy: XY { x: 15, y: 15 },
class_name: "Physical/chemical constituents",
element_name: "Maximum image spectral component before normalization",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 15, y: 20 },
class_name: "Physical/chemical constituents",
element_name: "Integrated ozone density",
scale: 8,
reference_value: 0,
unit: "kg m-2",
bits: 21,
},
TableBEntry {
xy: XY { x: 15, y: 21 },
class_name: "Physical/chemical constituents",
element_name: "Integrated mass density",
scale: 11,
reference_value: 0,
unit: "kg m-2",
bits: 31,
},
TableBEntry {
xy: XY { x: 15, y: 22 },
class_name: "Physical/chemical constituents",
element_name: "Extended integrated mass density",
scale: 1,
reference_value: -100000000,
unit: "kg m-2",
bits: 31,
},
TableBEntry {
xy: XY { x: 15, y: 24 },
class_name: "Physical/chemical constituents",
element_name: "Optical depth",
scale: 4,
reference_value: 0,
unit: "Numeric",
bits: 24,
},
TableBEntry {
xy: XY { x: 15, y: 25 },
class_name: "Physical/chemical constituents",
element_name: "Type of pollutant",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 15, y: 26 },
class_name: "Physical/chemical constituents",
element_name: "Concentration of pollutant (mol mol-1)",
scale: 9,
reference_value: 0,
unit: "mol/mol",
bits: 9,
},
TableBEntry {
xy: XY { x: 15, y: 27 },
class_name: "Physical/chemical constituents",
element_name: "Concentration of pollutant (kg m-3)",
scale: 9,
reference_value: 0,
unit: "kg m-3",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 28 },
class_name: "Physical/chemical constituents",
element_name: "Mole fraction of atmospheric constituent/pollutant in dry air",
scale: 5,
reference_value: 0,
unit: "0/00",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 29 },
class_name: "Physical/chemical constituents",
element_name: "Extinction coefficient",
scale: 9,
reference_value: 0,
unit: "/m",
bits: 30,
},
TableBEntry {
xy: XY { x: 15, y: 30 },
class_name: "Physical/chemical constituents",
element_name: "Aerosol contamination index",
scale: 2,
reference_value: -1000,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 15, y: 31 },
class_name: "Physical/chemical constituents",
element_name: "Atmospheric path delay in satellite signal",
scale: 4,
reference_value: 10000,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 15, y: 32 },
class_name: "Physical/chemical constituents",
element_name: "Estimated error in atmospheric path delay",
scale: 4,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 33 },
class_name: "Physical/chemical constituents",
element_name: "Difference in path delays for limb views at extremes of scan",
scale: 5,
reference_value: -10000,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 15, y: 34 },
class_name: "Physical/chemical constituents",
element_name: "Estimated error in path delay difference",
scale: 5,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 35 },
class_name: "Physical/chemical constituents",
element_name: "Component of zenith path delay due to water vapour",
scale: 4,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 36 },
class_name: "Physical/chemical constituents",
element_name: "Atmospheric refractivity",
scale: 3,
reference_value: 0,
unit: "N units",
bits: 19,
},
TableBEntry {
xy: XY { x: 15, y: 37 },
class_name: "Physical/chemical constituents",
element_name: "Bending angle",
scale: 8,
reference_value: -100000,
unit: "rad",
bits: 23,
},
TableBEntry {
xy: XY { x: 15, y: 38 },
class_name: "Physical/chemical constituents",
element_name: "Path delay due to neutral atmosphere",
scale: 4,
reference_value: 0,
unit: "m",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 39 },
class_name: "Physical/chemical constituents",
element_name: "Estimated error in neutral atmosphere path delay",
scale: 4,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 41 },
class_name: "Physical/chemical constituents",
element_name: "Sulphur dioxide index",
scale: 2,
reference_value: -1200,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 42 },
class_name: "Physical/chemical constituents",
element_name: "Reflectance",
scale: 2,
reference_value: 0,
unit: "%",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 43 },
class_name: "Physical/chemical constituents",
element_name: "Number of averaging kernel layers",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 15, y: 44 },
class_name: "Physical/chemical constituents",
element_name: "Averaging kernel value",
scale: 6,
reference_value: -5000000,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 15, y: 45 },
class_name: "Physical/chemical constituents",
element_name: "Sulphur dioxide",
scale: 2,
reference_value: -2000,
unit: "DU",
bits: 15,
},
TableBEntry {
xy: XY { x: 15, y: 46 },
class_name: "Physical/chemical constituents",
element_name: "Volcano contamination index",
scale: 2,
reference_value: -1000,
unit: "Numeric",
bits: 11,
},
TableBEntry {
xy: XY { x: 15, y: 49 },
class_name: "Physical/chemical constituents",
element_name: "Aerosol Angstrom wavelength exponent",
scale: 3,
reference_value: -2000,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 51 },
class_name: "Physical/chemical constituents",
element_name: "Meteorological optical range",
scale: 0,
reference_value: 0,
unit: "m",
bits: 18,
},
TableBEntry {
xy: XY { x: 15, y: 52 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of number density of aerosol particles with diameter greater than 5 nm",
scale: 1,
reference_value: 60,
unit: "log (m-3)",
bits: 6,
},
TableBEntry {
xy: XY { x: 15, y: 53 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of number density of aerosol particles with diameter greater than 14 nm",
scale: 2,
reference_value: 600,
unit: "log (m-3)",
bits: 9,
},
TableBEntry {
xy: XY { x: 15, y: 54 },
class_name: "Physical/chemical constituents",
element_name: "Log10 of number density of aerosol particles with diameter between 0.25 and 2.5 um",
scale: 2,
reference_value: 550,
unit: "log (m-3)",
bits: 9,
},
TableBEntry {
xy: XY { x: 15, y: 55 },
class_name: "Physical/chemical constituents",
element_name: "Non volatile aerosol ratio",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 15, y: 62 },
class_name: "Physical/chemical constituents",
element_name: "Aerosol optical thickness",
scale: 3,
reference_value: -1000,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 63 },
class_name: "Physical/chemical constituents",
element_name: "Attenuated backscatter",
scale: 8,
reference_value: 0,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 64 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in attenuated backscatter",
scale: 8,
reference_value: 0,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 65 },
class_name: "Physical/chemical constituents",
element_name: "Particle backscatter coefficient",
scale: 8,
reference_value: 0,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 66 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in particle backscatter coefficient",
scale: 8,
reference_value: 0,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 67 },
class_name: "Physical/chemical constituents",
element_name: "Particle extinction coefficient",
scale: 8,
reference_value: 0,
unit: "m-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 68 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in particle extinction coefficient",
scale: 8,
reference_value: 0,
unit: "m-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 69 },
class_name: "Physical/chemical constituents",
element_name: "Particle lidar ratio",
scale: 2,
reference_value: 0,
unit: "sr",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 70 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in lidar ratio",
scale: 2,
reference_value: 0,
unit: "sr",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 71 },
class_name: "Physical/chemical constituents",
element_name: "Particle depolarization ratio",
scale: 2,
reference_value: 0,
unit: "%",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 72 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in depolarization ratio",
scale: 2,
reference_value: 0,
unit: "%",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 73 },
class_name: "Physical/chemical constituents",
element_name: "Attenuated backscatter",
scale: 8,
reference_value: -524288,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 74 },
class_name: "Physical/chemical constituents",
element_name: "Particle backscatter coefficient",
scale: 8,
reference_value: -524288,
unit: "m-1 sr-1",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 75 },
class_name: "Physical/chemical constituents",
element_name: "Particle extinction coefficient",
scale: 8,
reference_value: -524288,
unit: "m",
bits: 20,
},
TableBEntry {
xy: XY { x: 15, y: 76 },
class_name: "Physical/chemical constituents",
element_name: "Particle lidar ratio",
scale: 1,
reference_value: -2048,
unit: "sr",
bits: 13,
},
TableBEntry {
xy: XY { x: 15, y: 77 },
class_name: "Physical/chemical constituents",
element_name: "Uncertainty in lidar ratio",
scale: 1,
reference_value: 0,
unit: "sr",
bits: 12,
},
TableBEntry {
xy: XY { x: 15, y: 78 },
class_name: "Physical/chemical constituents",
element_name: "Particle depolarization ratio",
scale: 2,
reference_value: -8192,
unit: "%",
bits: 15,
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TableBEntry {
xy: XY { x: 15, y: 79 },
class_name: "Physical/chemical constituents",
element_name: "Zenith path delay due to neutral atmosphere",
scale: 4,
reference_value: 0,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 15, y: 80 },
class_name: "Physical/chemical constituents",
element_name: "Estimated error in neutral atmosphere zenith path delay",
scale: 4,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 15, y: 81 },
class_name: "Physical/chemical constituents",
element_name: "Wet path delay due to neutral atmosphere",
scale: 4,
reference_value: 0,
unit: "m",
bits: 18,
},
TableBEntry {
xy: XY { x: 15, y: 82 },
class_name: "Physical/chemical constituents",
element_name: "Path integrated water vapour",
scale: 1,
reference_value: 0,
unit: "kg m-2",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 83 },
class_name: "Physical/chemical constituents",
element_name: "GNSS derived neutral atmosphere gradient",
scale: 5,
reference_value: -8192,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 84 },
class_name: "Physical/chemical constituents",
element_name: "GNSS least squares residual",
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reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 85 },
class_name: "Physical/chemical constituents",
element_name: "GNSS multi-path delay",
scale: 4,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 15, y: 86 },
class_name: "Physical/chemical constituents",
element_name: "GNSS hydrostatic mapping function",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 87 },
class_name: "Physical/chemical constituents",
element_name: "GNSS wet mapping function",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 88 },
class_name: "Physical/chemical constituents",
element_name: "GNSS gradient mapping function",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 15, y: 89 },
class_name: "Physical/chemical constituents",
element_name: "Zenith path delay due to neutral hydrostatic atmosphere",
scale: 4,
reference_value: 0,
unit: "m",
bits: 15,
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TableBEntry {
xy: XY { x: 15, y: 90 },
class_name: "Physical/chemical constituents",
element_name: "Path delay due to neutral hydrostatic atmosphere",
scale: 4,
reference_value: 0,
unit: "m",
bits: 20,
},
TableBEntry {
xy: XY { x: 19, y: 1 },
class_name: "Synoptic features",
element_name: "Type of synoptic feature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 19, y: 2 },
class_name: "Synoptic features",
element_name: "Effective radius of feature",
scale: -2,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 19, y: 3 },
class_name: "Synoptic features",
element_name: "Wind speed threshold",
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reference_value: 0,
unit: "m/s",
bits: 8,
},
TableBEntry {
xy: XY { x: 19, y: 4 },
class_name: "Synoptic features",
element_name: "Effective radius with respect to wind speeds above threshold",
scale: -2,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 19, y: 5 },
class_name: "Synoptic features",
element_name: "Direction of motion of feature",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 19, y: 6 },
class_name: "Synoptic features",
element_name: "Speed of motion of feature",
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reference_value: 0,
unit: "m/s",
bits: 14,
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TableBEntry {
xy: XY { x: 19, y: 7 },
class_name: "Synoptic features",
element_name: "Effective radius of feature",
scale: -3,
reference_value: 0,
unit: "m",
bits: 12,
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TableBEntry {
xy: XY { x: 19, y: 8 },
class_name: "Synoptic features",
element_name: "Vertical extent of circulation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 19, y: 9 },
class_name: "Synoptic features",
element_name: "Effective radius with respect to wind speeds above threshold (large storms)",
scale: -3,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 19, y: 10 },
class_name: "Synoptic features",
element_name: "Method for tracking the centre of synoptic feature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 100 },
class_name: "Synoptic features",
element_name: "Time interval to calculate the movement of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 101 },
class_name: "Synoptic features",
element_name: "Accuracy of the position of the centre of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 102 },
class_name: "Synoptic features",
element_name: "Shape and definition of the eye of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 19, y: 103 },
class_name: "Synoptic features",
element_name: "Diameter of major axis of the eye of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 104 },
class_name: "Synoptic features",
element_name: "Change in character of the eye during the 30 minutes",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 105 },
class_name: "Synoptic features",
element_name: "Distance between the end of spiral band and the centre",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 106 },
class_name: "Synoptic features",
element_name: "Identification number of tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 19, y: 107 },
class_name: "Synoptic features",
element_name: "Time interval over which the movement of the tropical cyclone has been calculated",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 108 },
class_name: "Synoptic features",
element_name: "Accuracy of geographical position of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 19, y: 109 },
class_name: "Synoptic features",
element_name: "Mean diameter of the overcast cloud of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 110 },
class_name: "Synoptic features",
element_name: "Apparent 24-hour change in intensity of the tropical cyclone",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 111 },
class_name: "Synoptic features",
element_name: "Current Intensity (CI) number of the tropical cyclone",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 7,
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TableBEntry {
xy: XY { x: 19, y: 112 },
class_name: "Synoptic features",
element_name: "Data Tropical (DT) number of the tropical cyclone",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 7,
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TableBEntry {
xy: XY { x: 19, y: 113 },
class_name: "Synoptic features",
element_name: "Cloud pattern type of the DT-number",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 19, y: 114 },
class_name: "Synoptic features",
element_name: "Model Expected Tropical (MET) number of the tropical cyclone",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 7,
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TableBEntry {
xy: XY { x: 19, y: 115 },
class_name: "Synoptic features",
element_name: "Trend of the past 24-hour change (+: Developed, -: Weakened)",
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reference_value: -30,
unit: "Numeric",
bits: 6,
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TableBEntry {
xy: XY { x: 19, y: 116 },
class_name: "Synoptic features",
element_name: "Pattern Tropical (PT) number of the tropical cyclone",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 7,
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TableBEntry {
xy: XY { x: 19, y: 117 },
class_name: "Synoptic features",
element_name: "Cloud picture type of the PT-number",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
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TableBEntry {
xy: XY { x: 19, y: 118 },
class_name: "Synoptic features",
element_name: "Final Tropical (T) number of the tropical cyclone",
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reference_value: 0,
unit: "Numeric",
bits: 7,
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TableBEntry {
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class_name: "Synoptic features",
element_name: "Type of the final T-number",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 19, y: 150 },
class_name: "Synoptic features",
element_name: "Typhoon International Common Number (Typhoon Committee)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 20, y: 1 },
class_name: "Observed phenomena",
element_name: "Horizontal visibility",
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reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 20, y: 2 },
class_name: "Observed phenomena",
element_name: "Vertical visibility",
scale: -1,
reference_value: 0,
unit: "m",
bits: 7,
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TableBEntry {
xy: XY { x: 20, y: 3 },
class_name: "Observed phenomena",
element_name: "Present weather",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 4 },
class_name: "Observed phenomena",
element_name: "Past weather (1)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 5 },
class_name: "Observed phenomena",
element_name: "Past weather (2)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 6 },
class_name: "Observed phenomena",
element_name: "Flight rules",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 20, y: 8 },
class_name: "Observed phenomena",
element_name: "Cloud distribution for aviation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 9 },
class_name: "Observed phenomena",
element_name: "General weather indicator (TAF/METAR)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 10 },
class_name: "Observed phenomena",
element_name: "Cloud cover (total)",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
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class_name: "Observed phenomena",
element_name: "Cloud amount",
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reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 12 },
class_name: "Observed phenomena",
element_name: "Cloud type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 20, y: 13 },
class_name: "Observed phenomena",
element_name: "Height of base of cloud",
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reference_value: -40,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 20, y: 14 },
class_name: "Observed phenomena",
element_name: "Height of top of cloud",
scale: -1,
reference_value: -40,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 20, y: 15 },
class_name: "Observed phenomena",
element_name: "Pressure at base of cloud",
scale: -1,
reference_value: 0,
unit: "Pa",
bits: 14,
},
TableBEntry {
xy: XY { x: 20, y: 16 },
class_name: "Observed phenomena",
element_name: "Pressure at top of cloud",
scale: -1,
reference_value: 0,
unit: "Pa",
bits: 14,
},
TableBEntry {
xy: XY { x: 20, y: 17 },
class_name: "Observed phenomena",
element_name: "Cloud top description",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 18 },
class_name: "Observed phenomena",
element_name: "Tendency of runway visual range",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 19 },
class_name: "Observed phenomena",
element_name: "Significant present or forecast weather",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 72,
},
TableBEntry {
xy: XY { x: 20, y: 20 },
class_name: "Observed phenomena",
element_name: "Significant recent weather phenomena",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 20, y: 21 },
class_name: "Observed phenomena",
element_name: "Type of precipitation",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 30,
},
TableBEntry {
xy: XY { x: 20, y: 22 },
class_name: "Observed phenomena",
element_name: "Character of precipitation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 23 },
class_name: "Observed phenomena",
element_name: "Other weather phenomena",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 18,
},
TableBEntry {
xy: XY { x: 20, y: 24 },
class_name: "Observed phenomena",
element_name: "Intensity of phenomena",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 20, y: 25 },
class_name: "Observed phenomena",
element_name: "Obscuration",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 20, y: 26 },
class_name: "Observed phenomena",
element_name: "Character of obscuration",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 27 },
class_name: "Observed phenomena",
element_name: "Phenomena occurrence",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 28 },
class_name: "Observed phenomena",
element_name: "Expected change in intensity",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 20, y: 29 },
class_name: "Observed phenomena",
element_name: "Rain flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 31 },
class_name: "Observed phenomena",
element_name: "Ice deposit (thickness)",
scale: 2,
reference_value: 0,
unit: "m",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 32 },
class_name: "Observed phenomena",
element_name: "Rate of ice accretion (estimated)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 20, y: 33 },
class_name: "Observed phenomena",
element_name: "Cause of ice accretion",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 34 },
class_name: "Observed phenomena",
element_name: "Sea ice concentration",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 35 },
class_name: "Observed phenomena",
element_name: "Amount and type of ice",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 36 },
class_name: "Observed phenomena",
element_name: "Ice situation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 37 },
class_name: "Observed phenomena",
element_name: "Ice development",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 38 },
class_name: "Observed phenomena",
element_name: "Bearing of ice edge",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 12,
},
TableBEntry {
xy: XY { x: 20, y: 39 },
class_name: "Observed phenomena",
element_name: "Ice distance",
scale: -1,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 20, y: 40 },
class_name: "Observed phenomena",
element_name: "Evolution of drift snow",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 41 },
class_name: "Observed phenomena",
element_name: "Airframe icing",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 42 },
class_name: "Observed phenomena",
element_name: "Airframe icing present",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 43 },
class_name: "Observed phenomena",
element_name: "Peak liquid water content",
scale: 4,
reference_value: 0,
unit: "kg m-3",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 44 },
class_name: "Observed phenomena",
element_name: "Average liquid water content",
scale: 4,
reference_value: 0,
unit: "kg m-3",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 45 },
class_name: "Observed phenomena",
element_name: "Supercooled large droplet (SLD) conditions",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 48 },
class_name: "Observed phenomena",
element_name: "Evolution of feature",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 50 },
class_name: "Observed phenomena",
element_name: "Cloud index",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 20, y: 51 },
class_name: "Observed phenomena",
element_name: "Amount of low clouds",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 52 },
class_name: "Observed phenomena",
element_name: "Amount of middle clouds",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 53 },
class_name: "Observed phenomena",
element_name: "Amount of high clouds",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 54 },
class_name: "Observed phenomena",
element_name: "True direction from which a phenomenon or clouds are moving or in which they are observed",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 55 },
class_name: "Observed phenomena",
element_name: "State of sky in the tropics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 56 },
class_name: "Observed phenomena",
element_name: "Cloud phase",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 20, y: 58 },
class_name: "Observed phenomena",
element_name: "Visibility seawards from a coastal station",
scale: -1,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 20, y: 59 },
class_name: "Observed phenomena",
element_name: "Minimum horizontal visibility",
scale: -1,
reference_value: 0,
unit: "m",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 60 },
class_name: "Observed phenomena",
element_name: "Prevailing horizontal visibility",
scale: -1,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 61 },
class_name: "Observed phenomena",
element_name: "Runway visual range (RVR)",
scale: 0,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 20, y: 62 },
class_name: "Observed phenomena",
element_name: "State of the ground (with or without snow)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 20, y: 63 },
class_name: "Observed phenomena",
element_name: "Special phenomena",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 65 },
class_name: "Observed phenomena",
element_name: "Snow cover",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 66 },
class_name: "Observed phenomena",
element_name: "Maximum diameter of hailstones",
scale: 3,
reference_value: 0,
unit: "m",
bits: 8,
},
TableBEntry {
xy: XY { x: 20, y: 67 },
class_name: "Observed phenomena",
element_name: "Diameter of deposit",
scale: 3,
reference_value: 0,
unit: "m",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 70 },
class_name: "Observed phenomena",
element_name: "Minimum number of atmospherics",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 71 },
class_name: "Observed phenomena",
element_name: "Accuracy of fix and rate of atmospherics",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 79 },
class_name: "Observed phenomena",
element_name: "Snow or ice crystals indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 81 },
class_name: "Observed phenomena",
element_name: "Cloud amount in segment",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 82 },
class_name: "Observed phenomena",
element_name: "Amount segment cloud free",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 83 },
class_name: "Observed phenomena",
element_name: "Amount of segment covered by scene",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 85 },
class_name: "Observed phenomena",
element_name: "General condition of runway",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 86 },
class_name: "Observed phenomena",
element_name: "Runway deposits",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 87 },
class_name: "Observed phenomena",
element_name: "Runway contamination",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 88 },
class_name: "Observed phenomena",
element_name: "Depth of runway deposits",
scale: 3,
reference_value: 0,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 20, y: 89 },
class_name: "Observed phenomena",
element_name: "Runway friction coefficient",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 90 },
class_name: "Observed phenomena",
element_name: "Special clouds",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 91 },
class_name: "Observed phenomena",
element_name: "Vertical visibility",
scale: -2,
reference_value: 0,
unit: "ft",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 92 },
class_name: "Observed phenomena",
element_name: "Height of base of cloud",
scale: -2,
reference_value: 0,
unit: "ft",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 93 },
class_name: "Observed phenomena",
element_name: "Height of inversion",
scale: -1,
reference_value: 0,
unit: "m",
bits: 8,
},
TableBEntry {
xy: XY { x: 20, y: 95 },
class_name: "Observed phenomena",
element_name: "Ice probability",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 96 },
class_name: "Observed phenomena",
element_name: "Ice age (\"A\" parameter)",
scale: 2,
reference_value: -4096,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 20, y: 101 },
class_name: "Observed phenomena",
element_name: "Locust (acridian) name",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 102 },
class_name: "Observed phenomena",
element_name: "Locust (maturity) colour",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 103 },
class_name: "Observed phenomena",
element_name: "Stage of development of locusts",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 104 },
class_name: "Observed phenomena",
element_name: "Organization state of swarm or band of locusts",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 105 },
class_name: "Observed phenomena",
element_name: "Size of swarm or band of locusts and duration of passage of swarm",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 106 },
class_name: "Observed phenomena",
element_name: "Locust population density",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 107 },
class_name: "Observed phenomena",
element_name: "Direction of movements of locust swarm",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 108 },
class_name: "Observed phenomena",
element_name: "Extent of vegetation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 111 },
class_name: "Observed phenomena",
element_name: "x-axis error ellipse major component",
scale: -1,
reference_value: 0,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 20, y: 112 },
class_name: "Observed phenomena",
element_name: "y-axis error ellipse minor component",
scale: -1,
reference_value: 0,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 20, y: 113 },
class_name: "Observed phenomena",
element_name: "z-axis error ellipse component",
scale: -1,
reference_value: 0,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 20, y: 114 },
class_name: "Observed phenomena",
element_name: "Angle of x-axis in error ellipse",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 115 },
class_name: "Observed phenomena",
element_name: "Angle of z-axis in error ellipse",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 116 },
class_name: "Observed phenomena",
element_name: "Emission height of cloud stroke",
scale: 0,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 117 },
class_name: "Observed phenomena",
element_name: "Amplitude of lightning strike",
scale: -1,
reference_value: -32000,
unit: "A",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 118 },
class_name: "Observed phenomena",
element_name: "Lightning detection error",
scale: 0,
reference_value: 0,
unit: "m",
bits: 19,
},
TableBEntry {
xy: XY { x: 20, y: 119 },
class_name: "Observed phenomena",
element_name: "Lightning discharge polarity",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 121 },
class_name: "Observed phenomena",
element_name: "Threshold value for polarity decision",
scale: 3,
reference_value: 0,
unit: "V",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 122 },
class_name: "Observed phenomena",
element_name: "Threshold value for polarity decision",
scale: 0,
reference_value: 0,
unit: "A",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 123 },
class_name: "Observed phenomena",
element_name: "Minimum threshold for detection",
scale: 3,
reference_value: 0,
unit: "V/m",
bits: 16,
},
TableBEntry {
xy: XY { x: 20, y: 124 },
class_name: "Observed phenomena",
element_name: "Lightning stroke or flash",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 20, y: 126 },
class_name: "Observed phenomena",
element_name: "Lightning rate of discharge",
scale: 0,
reference_value: 0,
unit: "/h",
bits: 23,
},
TableBEntry {
xy: XY { x: 20, y: 127 },
class_name: "Observed phenomena",
element_name: "Lightning - distance from station",
scale: -3,
reference_value: 0,
unit: "m",
bits: 8,
},
TableBEntry {
xy: XY { x: 20, y: 128 },
class_name: "Observed phenomena",
element_name: "Lightning - direction from station",
scale: 1,
reference_value: 0,
unit: "degree true",
bits: 12,
},
TableBEntry {
xy: XY { x: 20, y: 129 },
class_name: "Observed phenomena",
element_name: "Lightning density (stroke, flash or event)",
scale: 6,
reference_value: 0,
unit: "m-2",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 130 },
class_name: "Observed phenomena",
element_name: "Cloud hydrometeor concentration",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 131 },
class_name: "Observed phenomena",
element_name: "Effective radius of cloud hydrometeors",
scale: 5,
reference_value: 0,
unit: "m",
bits: 6,
},
TableBEntry {
xy: XY { x: 20, y: 132 },
class_name: "Observed phenomena",
element_name: "Cloud liquid water content",
scale: 5,
reference_value: 0,
unit: "kg m-3",
bits: 11,
},
TableBEntry {
xy: XY { x: 20, y: 133 },
class_name: "Observed phenomena",
element_name: "Hydrometeor radius",
scale: 5,
reference_value: 0,
unit: "m",
bits: 6,
},
TableBEntry {
xy: XY { x: 20, y: 135 },
class_name: "Observed phenomena",
element_name: "Ice mass (on a rod)",
scale: 1,
reference_value: 0,
unit: "kg/m",
bits: 10,
},
TableBEntry {
xy: XY { x: 20, y: 136 },
class_name: "Observed phenomena",
element_name: "Supplementary cloud type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 9,
},
TableBEntry {
xy: XY { x: 20, y: 137 },
class_name: "Observed phenomena",
element_name: "Evolution of clouds",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 138 },
class_name: "Observed phenomena",
element_name: "Road surface condition",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 139 },
class_name: "Observed phenomena",
element_name: "Final cloud model assumption",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 20, y: 140 },
class_name: "Observed phenomena",
element_name: "Lightning area",
scale: 0,
reference_value: 0,
unit: "m2",
bits: 30,
},
TableBEntry {
xy: XY { x: 20, y: 141 },
class_name: "Observed phenomena",
element_name: "Lightning energy",
scale: 19,
reference_value: 0,
unit: "J",
bits: 30,
},
TableBEntry {
xy: XY { x: 20, y: 142 },
class_name: "Observed phenomena",
element_name: "Lightning detection efficiency",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 20, y: 143 },
class_name: "Observed phenomena",
element_name: "Liquid cloud",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 1 },
class_name: "Radar data",
element_name: "Horizontal reflectivity",
scale: 0,
reference_value: -64,
unit: "dB",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 2 },
class_name: "Radar data",
element_name: "Vertical reflectivity",
scale: 0,
reference_value: -64,
unit: "dB",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 3 },
class_name: "Radar data",
element_name: "Differential reflectivity",
scale: 1,
reference_value: -5,
unit: "dB",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 4 },
class_name: "Radar data",
element_name: "Differential reflectivity",
scale: 2,
reference_value: -800,
unit: "dB",
bits: 11,
},
TableBEntry {
xy: XY { x: 21, y: 5 },
class_name: "Radar data",
element_name: "Linear depolarization ratio",
scale: 0,
reference_value: -65,
unit: "dB",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 6 },
class_name: "Radar data",
element_name: "Circular depolarization ratio",
scale: 0,
reference_value: -65,
unit: "dB",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 7 },
class_name: "Radar data",
element_name: "Radar reflectivity factor",
scale: 2,
reference_value: -9000,
unit: "dB",
bits: 15,
},
TableBEntry {
xy: XY { x: 21, y: 8 },
class_name: "Radar data",
element_name: "Uncertainty in radar reflectivity factor",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 9 },
class_name: "Radar data",
element_name: "Vertical Doppler velocity",
scale: 2,
reference_value: -10000,
unit: "m/s",
bits: 15,
},
TableBEntry {
xy: XY { x: 21, y: 10 },
class_name: "Radar data",
element_name: "Uncertainty in vertical Doppler velocity",
scale: 2,
reference_value: -10000,
unit: "m/s",
bits: 15,
},
TableBEntry {
xy: XY { x: 21, y: 11 },
class_name: "Radar data",
element_name: "Doppler mean velocity in x-direction",
scale: 0,
reference_value: -128,
unit: "m/s",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 12 },
class_name: "Radar data",
element_name: "Doppler mean velocity in y-direction",
scale: 0,
reference_value: -128,
unit: "m/s",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 13 },
class_name: "Radar data",
element_name: "Doppler mean velocity in z-direction",
scale: 0,
reference_value: -128,
unit: "m/s",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 14 },
class_name: "Radar data",
element_name: "Doppler mean velocity (radial)",
scale: 1,
reference_value: -4096,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 17 },
class_name: "Radar data",
element_name: "Doppler velocity spectral width",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 18 },
class_name: "Radar data",
element_name: "Extended NYQUIST velocity",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 19 },
class_name: "Radar data",
element_name: "High NYQUIST velocity",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 20 },
class_name: "Radar data",
element_name: "Dynamic atmospheric correction",
scale: 3,
reference_value: -65536,
unit: "Numeric",
bits: 17,
},
TableBEntry {
xy: XY { x: 21, y: 21 },
class_name: "Radar data",
element_name: "Echo tops",
scale: -3,
reference_value: 0,
unit: "m",
bits: 4,
},
TableBEntry {
xy: XY { x: 21, y: 22 },
class_name: "Radar data",
element_name: "Range bin offset",
scale: 1,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 23 },
class_name: "Radar data",
element_name: "Range bin size",
scale: 0,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 24 },
class_name: "Radar data",
element_name: "Azimuth offset",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 25 },
class_name: "Radar data",
element_name: "Azimuthal resolution",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 26 },
class_name: "Radar data",
element_name: "ASCAT sigma-0 usability",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 21, y: 27 },
class_name: "Radar data",
element_name: "Land contribution ratio",
scale: 4,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 28 },
class_name: "Radar data",
element_name: "Differential phase",
scale: 1,
reference_value: 0,
unit: "deg",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 29 },
class_name: "Radar data",
element_name: "Cross-polarization correlation coefficient",
scale: 2,
reference_value: -100,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 30 },
class_name: "Radar data",
element_name: "Signal to noise ratio",
scale: 0,
reference_value: -32,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 31 },
class_name: "Radar data",
element_name: "Vertically integrated liquid-water content",
scale: 0,
reference_value: 0,
unit: "kg m-2",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 36 },
class_name: "Radar data",
element_name: "Radar rainfall intensity",
scale: 7,
reference_value: 0,
unit: "m/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 41 },
class_name: "Radar data",
element_name: "Bright-band height",
scale: -2,
reference_value: 0,
unit: "m",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 51 },
class_name: "Radar data",
element_name: "Signal power above 1 mW",
scale: 0,
reference_value: -256,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 62 },
class_name: "Radar data",
element_name: "Backscatter",
scale: 2,
reference_value: -5000,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 63 },
class_name: "Radar data",
element_name: "Radiometric resolution (noise value)",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 64 },
class_name: "Radar data",
element_name: "Clutter noise estimate",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 65 },
class_name: "Radar data",
element_name: "Missing packet counter",
scale: 0,
reference_value: -127,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 66 },
class_name: "Radar data",
element_name: "Wave scatterometer product confidence data",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 67 },
class_name: "Radar data",
element_name: "Wind product confidence data",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 68 },
class_name: "Radar data",
element_name: "Radar altimeter product confidence data",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 69 },
class_name: "Radar data",
element_name: "SST product confidence data",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 70 },
class_name: "Radar data",
element_name: "SST product confidence data (SADIST-2)",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 23,
},
TableBEntry {
xy: XY { x: 21, y: 71 },
class_name: "Radar data",
element_name: "Peakiness",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 72 },
class_name: "Radar data",
element_name: "Satellite altimeter calibration status",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 21, y: 73 },
class_name: "Radar data",
element_name: "Satellite altimeter instrument mode",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 75 },
class_name: "Radar data",
element_name: "Image spectrum intensity",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 76 },
class_name: "Radar data",
element_name: "Representation of intensities",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 21, y: 77 },
class_name: "Radar data",
element_name: "Altitude correction (ionosphere)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 78 },
class_name: "Radar data",
element_name: "Altitude correction (dry troposphere)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 79 },
class_name: "Radar data",
element_name: "Altitude correction (wet troposphere)",
scale: 3,
reference_value: 2000,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 80 },
class_name: "Radar data",
element_name: "Altitude correction (calibration constant)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 21, y: 81 },
class_name: "Radar data",
element_name: "Open loop correction (height-time loop)",
scale: 3,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 82 },
class_name: "Radar data",
element_name: "Open loop correction (auto gain control)",
scale: 3,
reference_value: -3000,
unit: "dB",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 83 },
class_name: "Radar data",
element_name: "Warm target calibration",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 84 },
class_name: "Radar data",
element_name: "Cold target calibration",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 85 },
class_name: "Radar data",
element_name: "ATSR sea-surface temperature across-track band number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 21, y: 86 },
class_name: "Radar data",
element_name: "Number of pixels in nadir only, average",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 87 },
class_name: "Radar data",
element_name: "Number of pixels in dual view, average",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 88 },
class_name: "Radar data",
element_name: "Wet backscatter",
scale: 2,
reference_value: -5000,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 91 },
class_name: "Radar data",
element_name: "Radar signal Doppler spectrum 0th moment",
scale: 0,
reference_value: -100,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 92 },
class_name: "Radar data",
element_name: "RASS signal Doppler spectrum 0th moment, referring to RASS signal",
scale: 0,
reference_value: -100,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 93 },
class_name: "Radar data",
element_name: "Ku band peakiness",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 94 },
class_name: "Radar data",
element_name: "S band peakiness",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 95 },
class_name: "Radar data",
element_name: "Kp coefficient A",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 21, y: 96 },
class_name: "Radar data",
element_name: "Kp coefficient B",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 21, y: 97 },
class_name: "Radar data",
element_name: "Kp coefficient C",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 21, y: 101 },
class_name: "Radar data",
element_name: "Number of vector ambiguities",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 3,
},
TableBEntry {
xy: XY { x: 21, y: 102 },
class_name: "Radar data",
element_name: "Index of selected wind vector",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 3,
},
TableBEntry {
xy: XY { x: 21, y: 103 },
class_name: "Radar data",
element_name: "Total number of sigma-0 measurements",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 21, y: 104 },
class_name: "Radar data",
element_name: "Likelihood computed for solution",
scale: 3,
reference_value: -30000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 21, y: 105 },
class_name: "Radar data",
element_name: "Normalized radar cross-section",
scale: 2,
reference_value: -10000,
unit: "dB",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 106 },
class_name: "Radar data",
element_name: "Kp variance coefficient (alpha)",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 107 },
class_name: "Radar data",
element_name: "Kp variance coefficient (beta)",
scale: 8,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 109 },
class_name: "Radar data",
element_name: "SEAWINDS wind vector cell quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 21, y: 110 },
class_name: "Radar data",
element_name: "Number of inner-beam sigma-0 (forward of satellite)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 111 },
class_name: "Radar data",
element_name: "Number of outer-beam sigma-0 (forward of satellite)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 112 },
class_name: "Radar data",
element_name: "Number of inner-beam sigma-0 (aft of satellite)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 113 },
class_name: "Radar data",
element_name: "Number of outer-beam sigma-0 (aft of satellite)",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 114 },
class_name: "Radar data",
element_name: "Kp variance coefficient (gamma)",
scale: 3,
reference_value: -140000,
unit: "dB",
bits: 18,
},
TableBEntry {
xy: XY { x: 21, y: 115 },
class_name: "Radar data",
element_name: "SEAWINDS sigma-0 quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 21, y: 116 },
class_name: "Radar data",
element_name: "SEAWINDS sigma-0 mode",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 21, y: 117 },
class_name: "Radar data",
element_name: "Sigma-0 variance quality control",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 118 },
class_name: "Radar data",
element_name: "Attenuation correction on sigma-0",
scale: 2,
reference_value: -10000,
unit: "dB",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 119 },
class_name: "Radar data",
element_name: "Wind scatterometer geophysical model function",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 120 },
class_name: "Radar data",
element_name: "Probability of rain",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 121 },
class_name: "Radar data",
element_name: "SEAWINDS NOF rain index",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 122 },
class_name: "Radar data",
element_name: "Attenuation correction on sigma-0 (from tB)",
scale: 2,
reference_value: -10000,
unit: "dB",
bits: 14,
},
TableBEntry {
xy: XY { x: 21, y: 123 },
class_name: "Radar data",
element_name: "SEAWINDS normalized radar cross-section",
scale: 2,
reference_value: -30000,
unit: "dB",
bits: 15,
},
TableBEntry {
xy: XY { x: 21, y: 128 },
class_name: "Radar data",
element_name: "Number of valid points per second used to derive previous parameters",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 130 },
class_name: "Radar data",
element_name: "Spectrum total energy",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 28,
},
TableBEntry {
xy: XY { x: 21, y: 131 },
class_name: "Radar data",
element_name: "Spectrum max energy",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 28,
},
TableBEntry {
xy: XY { x: 21, y: 132 },
class_name: "Radar data",
element_name: "Direction of spectrum max on higher resolution grid",
scale: 3,
reference_value: 0,
unit: "deg",
bits: 19,
},
TableBEntry {
xy: XY { x: 21, y: 133 },
class_name: "Radar data",
element_name: "Wavelength of spectrum max on higher resolution grid",
scale: 3,
reference_value: 0,
unit: "m",
bits: 29,
},
TableBEntry {
xy: XY { x: 21, y: 134 },
class_name: "Radar data",
element_name: "Range resolution of cress covariance spectrum",
scale: 3,
reference_value: 0,
unit: "rad/m",
bits: 19,
},
TableBEntry {
xy: XY { x: 21, y: 135 },
class_name: "Radar data",
element_name: "Real part of cross spectra polar grid number of bins",
scale: 3,
reference_value: -524288,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 21, y: 136 },
class_name: "Radar data",
element_name: "Imaginary part of cross spectra polar grid number of bins",
scale: 3,
reference_value: -524288,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 21, y: 137 },
class_name: "Radar data",
element_name: "Ku band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 138 },
class_name: "Radar data",
element_name: "Std Ku band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 139 },
class_name: "Radar data",
element_name: "Ku band net instrumental correction for AGC",
scale: 2,
reference_value: -2048,
unit: "dB",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 140 },
class_name: "Radar data",
element_name: "S band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 141 },
class_name: "Radar data",
element_name: "Std S band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 142 },
class_name: "Radar data",
element_name: "S band net instrumental correction for AGC",
scale: 2,
reference_value: -1024,
unit: "dB",
bits: 11,
},
TableBEntry {
xy: XY { x: 21, y: 143 },
class_name: "Radar data",
element_name: "Ku band rain attenuation",
scale: 2,
reference_value: -1073741824,
unit: "dB",
bits: 31,
},
TableBEntry {
xy: XY { x: 21, y: 144 },
class_name: "Radar data",
element_name: "Altimeter rain flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 145 },
class_name: "Radar data",
element_name: "Ku band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 146 },
class_name: "Radar data",
element_name: "RMS Ku band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 147 },
class_name: "Radar data",
element_name: "Number of valid points for Ku band automatic gain control",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 21, y: 148 },
class_name: "Radar data",
element_name: "Trailing edge variation flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 150 },
class_name: "Radar data",
element_name: "Beam co-location",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 151 },
class_name: "Radar data",
element_name: "Estimated error in sigma-0 at 40 degrees incidence angle",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 152 },
class_name: "Radar data",
element_name: "Slope at 40 degrees incidence angle",
scale: 2,
reference_value: -80,
unit: "dB/deg",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 153 },
class_name: "Radar data",
element_name: "Estimated error in slope at 40 degrees incidence angle",
scale: 2,
reference_value: -40,
unit: "dB/deg",
bits: 6,
},
TableBEntry {
xy: XY { x: 21, y: 154 },
class_name: "Radar data",
element_name: "Soil moisture sensitivity",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 155 },
class_name: "Radar data",
element_name: "Wind vector cell quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 24,
},
TableBEntry {
xy: XY { x: 21, y: 156 },
class_name: "Radar data",
element_name: "Backscatter distance",
scale: 1,
reference_value: -4096,
unit: "Numeric",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 157 },
class_name: "Radar data",
element_name: "Loss per unit length of atmosphere used",
scale: 10,
reference_value: 0,
unit: "dB/m",
bits: 22,
},
TableBEntry {
xy: XY { x: 21, y: 158 },
class_name: "Radar data",
element_name: "ASCAT Kp estimate quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 159 },
class_name: "Radar data",
element_name: "ASCAT sigma-0 usability",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 160 },
class_name: "Radar data",
element_name: "ASCAT use of synthetic data",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 161 },
class_name: "Radar data",
element_name: "ASCAT synthetic data quantity",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 162 },
class_name: "Radar data",
element_name: "ASCAT satellite orbit and attitude quality",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 163 },
class_name: "Radar data",
element_name: "ASCAT solar array reflection contamination",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 164 },
class_name: "Radar data",
element_name: "ASCAT telemetry presence and quality",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 165 },
class_name: "Radar data",
element_name: "ASCAT extrapolated reference function presence",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 166 },
class_name: "Radar data",
element_name: "Land fraction",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 167 },
class_name: "Radar data",
element_name: "Subsurface scattering probability",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 169 },
class_name: "Radar data",
element_name: "Ice presence indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 21, y: 170 },
class_name: "Radar data",
element_name: "C band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 171 },
class_name: "Radar data",
element_name: "RMS C band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 172 },
class_name: "Radar data",
element_name: "C band net instrumental correction for AGC",
scale: 2,
reference_value: -2048,
unit: "dB",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 173 },
class_name: "Radar data",
element_name: "C band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 174 },
class_name: "Radar data",
element_name: "RMS C band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 9,
},
TableBEntry {
xy: XY { x: 21, y: 175 },
class_name: "Radar data",
element_name: "Number of valid points for C band automatic gain control",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 21, y: 176 },
class_name: "Radar data",
element_name: "High frequency variability correction",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 177 },
class_name: "Radar data",
element_name: "Corrected OCOG backscatter coefficient",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 178 },
class_name: "Radar data",
element_name: "STD of 20 Hz OCOG backscatter coefficient",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 179 },
class_name: "Radar data",
element_name: "Number of 20 Hz valid points for OCOG backscatter coefficient",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 180 },
class_name: "Radar data",
element_name: "Number of 20 Hz valid points for ocean backscatter coefficient",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 181 },
class_name: "Radar data",
element_name: "20 Hz ocean backscatter coefficient",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 182 },
class_name: "Radar data",
element_name: "20 Hz Ku band peakiness",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 183 },
class_name: "Radar data",
element_name: "Specific band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 184 },
class_name: "Radar data",
element_name: "STD specific band corrected ocean backscatter coefficient",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 21, y: 185 },
class_name: "Radar data",
element_name: "Specific band net instrumental correction for AGC",
scale: 2,
reference_value: -2048,
unit: "dB",
bits: 12,
},
TableBEntry {
xy: XY { x: 21, y: 186 },
class_name: "Radar data",
element_name: "Specific band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 13,
},
TableBEntry {
xy: XY { x: 21, y: 187 },
class_name: "Radar data",
element_name: "RMS specific band automatic gain control",
scale: 2,
reference_value: 0,
unit: "dB",
bits: 8,
},
TableBEntry {
xy: XY { x: 21, y: 188 },
class_name: "Radar data",
element_name: "Number of valid points for specific band automatic gain control",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 21, y: 189 },
class_name: "Radar data",
element_name: "Corrected OCOG backscatter coefficient (negative reference)",
scale: 2,
reference_value: -32768,
unit: "dB",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 1 },
class_name: "Oceanographic elements",
element_name: "Direction of waves",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 2 },
class_name: "Oceanographic elements",
element_name: "Direction of wind waves",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 3 },
class_name: "Oceanographic elements",
element_name: "Direction of swell waves",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 4 },
class_name: "Oceanographic elements",
element_name: "Direction of current",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 5 },
class_name: "Oceanographic elements",
element_name: "Direction of sea-surface current",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 11 },
class_name: "Oceanographic elements",
element_name: "Period of waves",
scale: 0,
reference_value: 0,
unit: "s",
bits: 6,
},
TableBEntry {
xy: XY { x: 22, y: 12 },
class_name: "Oceanographic elements",
element_name: "Period of wind waves",
scale: 0,
reference_value: 0,
unit: "s",
bits: 6,
},
TableBEntry {
xy: XY { x: 22, y: 13 },
class_name: "Oceanographic elements",
element_name: "Period of swell waves",
scale: 0,
reference_value: 0,
unit: "s",
bits: 6,
},
TableBEntry {
xy: XY { x: 22, y: 21 },
class_name: "Oceanographic elements",
element_name: "Height of waves",
scale: 1,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 22 },
class_name: "Oceanographic elements",
element_name: "Height of wind waves",
scale: 1,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 23 },
class_name: "Oceanographic elements",
element_name: "Height of swell waves",
scale: 1,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 25 },
class_name: "Oceanographic elements",
element_name: "Standard deviation wave height",
scale: 2,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 26 },
class_name: "Oceanographic elements",
element_name: "Standard deviation of significant wave height",
scale: 2,
reference_value: 0,
unit: "m",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 31 },
class_name: "Oceanographic elements",
element_name: "Speed of current",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 32 },
class_name: "Oceanographic elements",
element_name: "Speed of sea-surface current",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 35 },
class_name: "Oceanographic elements",
element_name: "Tidal elevation with respect to local chart datum",
scale: 2,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 36 },
class_name: "Oceanographic elements",
element_name: "Meteorological residual tidal elevation (surge or offset)",
scale: 2,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 37 },
class_name: "Oceanographic elements",
element_name: "Tidal elevation with respect to national land datum",
scale: 3,
reference_value: -10000,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 22, y: 38 },
class_name: "Oceanographic elements",
element_name: "Tidal elevation with respect to local chart datum",
scale: 3,
reference_value: -10000,
unit: "m",
bits: 15,
},
TableBEntry {
xy: XY { x: 22, y: 39 },
class_name: "Oceanographic elements",
element_name: "Meteorological residual tidal elevation (surge or offset)",
scale: 3,
reference_value: -5000,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 40 },
class_name: "Oceanographic elements",
element_name: "Meteorological residual tidal elevation (surge or offset)",
scale: 3,
reference_value: -5000,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 41 },
class_name: "Oceanographic elements",
element_name: "Sea-surface temperature (15-day running mean)",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 22, y: 42 },
class_name: "Oceanographic elements",
element_name: "Sea/water temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 22, y: 43 },
class_name: "Oceanographic elements",
element_name: "Sea/water temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 15,
},
TableBEntry {
xy: XY { x: 22, y: 44 },
class_name: "Oceanographic elements",
element_name: "Sound velocity",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 45 },
class_name: "Oceanographic elements",
element_name: "Sea/water temperature",
scale: 3,
reference_value: 0,
unit: "K",
bits: 19,
},
TableBEntry {
xy: XY { x: 22, y: 46 },
class_name: "Oceanographic elements",
element_name: "Sea-ice fraction",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 49 },
class_name: "Oceanographic elements",
element_name: "Sea-surface temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 15,
},
TableBEntry {
xy: XY { x: 22, y: 50 },
class_name: "Oceanographic elements",
element_name: "Standard deviation sea-surface temperature",
scale: 2,
reference_value: 0,
unit: "K",
bits: 8,
},
TableBEntry {
xy: XY { x: 22, y: 55 },
class_name: "Oceanographic elements",
element_name: "Float cycle number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 56 },
class_name: "Oceanographic elements",
element_name: "Direction of profile",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 22, y: 59 },
class_name: "Oceanographic elements",
element_name: "Sea-surface salinity",
scale: 2,
reference_value: 0,
unit: "0/00",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 60 },
class_name: "Oceanographic elements",
element_name: "Lagrangian drifter drogue status",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 22, y: 61 },
class_name: "Oceanographic elements",
element_name: "State of the sea",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 22, y: 62 },
class_name: "Oceanographic elements",
element_name: "Salinity",
scale: 2,
reference_value: 0,
unit: "0/00",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 63 },
class_name: "Oceanographic elements",
element_name: "Total water depth",
scale: 0,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 64 },
class_name: "Oceanographic elements",
element_name: "Salinity",
scale: 3,
reference_value: 0,
unit: "0/00",
bits: 17,
},
TableBEntry {
xy: XY { x: 22, y: 65 },
class_name: "Oceanographic elements",
element_name: "Water pressure",
scale: -3,
reference_value: 0,
unit: "Pa",
bits: 17,
},
TableBEntry {
xy: XY { x: 22, y: 66 },
class_name: "Oceanographic elements",
element_name: "Water conductivity",
scale: 6,
reference_value: 0,
unit: "S/m",
bits: 26,
},
TableBEntry {
xy: XY { x: 22, y: 67 },
class_name: "Oceanographic elements",
element_name: "Instrument type for water temperature/salinity profile measurement",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 68 },
class_name: "Oceanographic elements",
element_name: "Water temperature profile recorder types",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 69 },
class_name: "Oceanographic elements",
element_name: "Spectral wave density",
scale: 3,
reference_value: 0,
unit: "m2/Hz",
bits: 22,
},
TableBEntry {
xy: XY { x: 22, y: 70 },
class_name: "Oceanographic elements",
element_name: "Significant wave height",
scale: 2,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 71 },
class_name: "Oceanographic elements",
element_name: "Spectral peak wave period",
scale: 1,
reference_value: 0,
unit: "s",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 72 },
class_name: "Oceanographic elements",
element_name: "Spectral peak wavelength",
scale: 0,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 73 },
class_name: "Oceanographic elements",
element_name: "Maximum wave height",
scale: 2,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 74 },
class_name: "Oceanographic elements",
element_name: "Average wave period",
scale: 1,
reference_value: 0,
unit: "s",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 75 },
class_name: "Oceanographic elements",
element_name: "Average wavelength",
scale: 0,
reference_value: 0,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 76 },
class_name: "Oceanographic elements",
element_name: "Direction from which dominant waves are coming",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 77 },
class_name: "Oceanographic elements",
element_name: "Directional spread of dominant wave",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 78 },
class_name: "Oceanographic elements",
element_name: "Duration of wave record",
scale: 0,
reference_value: 0,
unit: "s",
bits: 12,
},
TableBEntry {
xy: XY { x: 22, y: 79 },
class_name: "Oceanographic elements",
element_name: "Length of wave record",
scale: 0,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 80 },
class_name: "Oceanographic elements",
element_name: "Waveband central frequency",
scale: 3,
reference_value: 0,
unit: "Hz",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 81 },
class_name: "Oceanographic elements",
element_name: "Waveband central wave number",
scale: 5,
reference_value: 0,
unit: "/m",
bits: 13,
},
TableBEntry {
xy: XY { x: 22, y: 82 },
class_name: "Oceanographic elements",
element_name: "Maximum non-directional spectral wave density",
scale: 2,
reference_value: 0,
unit: "m2 s",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 83 },
class_name: "Oceanographic elements",
element_name: "Maximum non-directional spectral wave number",
scale: 2,
reference_value: 0,
unit: "m3",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 84 },
class_name: "Oceanographic elements",
element_name: "Band containing maximum non-directional spectral wave density",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 85 },
class_name: "Oceanographic elements",
element_name: "Spectral wave density ratio",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 86 },
class_name: "Oceanographic elements",
element_name: "Mean direction from which waves are coming",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 87 },
class_name: "Oceanographic elements",
element_name: "Principal direction from which waves are coming",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 88 },
class_name: "Oceanographic elements",
element_name: "First normalized polar coordinate from Fourier coefficients",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 89 },
class_name: "Oceanographic elements",
element_name: "Second normalized polar coordinate from Fourier coefficients",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 90 },
class_name: "Oceanographic elements",
element_name: "Non-directional spectral estimate by wave frequency",
scale: 2,
reference_value: 0,
unit: "m2 s",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 91 },
class_name: "Oceanographic elements",
element_name: "Non-directional spectral estimate by wave number",
scale: 2,
reference_value: 0,
unit: "m3",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 92 },
class_name: "Oceanographic elements",
element_name: "Directional spectral estimate by wave frequency",
scale: 2,
reference_value: 0,
unit: "m2 rad-1 s",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 93 },
class_name: "Oceanographic elements",
element_name: "Directional spectral estimate by wave number",
scale: 2,
reference_value: 0,
unit: "m4",
bits: 20,
},
TableBEntry {
xy: XY { x: 22, y: 94 },
class_name: "Oceanographic elements",
element_name: "Total number of wave bands",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 95 },
class_name: "Oceanographic elements",
element_name: "Directional spread of individual waves",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 8,
},
TableBEntry {
xy: XY { x: 22, y: 96 },
class_name: "Oceanographic elements",
element_name: "Spectral band width",
scale: 3,
reference_value: 0,
unit: "/s",
bits: 4,
},
TableBEntry {
xy: XY { x: 22, y: 97 },
class_name: "Oceanographic elements",
element_name: "Mean wavelength > 731 m of image spectrum at low wave numbers",
scale: 0,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 98 },
class_name: "Oceanographic elements",
element_name: "Wavelength spread (wavelength > 731 m) at low wave numbers",
scale: 0,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 99 },
class_name: "Oceanographic elements",
element_name: "Mean direction at low wave numbers (wavelength > 731 m)",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 100 },
class_name: "Oceanographic elements",
element_name: "Direction spread at low wave numbers (wavelength > 731 m)",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 101 },
class_name: "Oceanographic elements",
element_name: "Total energy (wavelength > 731m) at low wave numbers",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 102 },
class_name: "Oceanographic elements",
element_name: "Scaled maximum non-directional spectral wave density by frequency",
scale: 0,
reference_value: 0,
unit: "m2 s",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 103 },
class_name: "Oceanographic elements",
element_name: "Scaled maximum non-directional spectral wave density by wave number",
scale: 0,
reference_value: 0,
unit: "m3",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 104 },
class_name: "Oceanographic elements",
element_name: "Scaled non-directional spectral wave density by frequency",
scale: 0,
reference_value: 0,
unit: "m2 s",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 105 },
class_name: "Oceanographic elements",
element_name: "Scaled non-directional spectral wave density by wave number",
scale: 0,
reference_value: 0,
unit: "m3",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 106 },
class_name: "Oceanographic elements",
element_name: "Scaled directional spectral wave density by frequency",
scale: 0,
reference_value: 0,
unit: "m2 s rad-1",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 107 },
class_name: "Oceanographic elements",
element_name: "Scaled directional spectral wave density by wave number",
scale: 0,
reference_value: 0,
unit: "m4",
bits: 14,
},
TableBEntry {
xy: XY { x: 22, y: 108 },
class_name: "Oceanographic elements",
element_name: "Spectral wave density ratio",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 22, y: 120 },
class_name: "Oceanographic elements",
element_name: "Tide station automated water level check",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 22, y: 121 },
class_name: "Oceanographic elements",
element_name: "Tide station manual water level check",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 22, y: 122 },
class_name: "Oceanographic elements",
element_name: "Tide station automated meteorological data check",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 22, y: 123 },
class_name: "Oceanographic elements",
element_name: "Tide station manual meteorological data check",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 22, y: 130 },
class_name: "Oceanographic elements",
element_name: "Number of valid points for specific band",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 131 },
class_name: "Oceanographic elements",
element_name: "RMS specific band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 132 },
class_name: "Oceanographic elements",
element_name: "Number of valid points for specific band significant wave height",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 133 },
class_name: "Oceanographic elements",
element_name: "Specific band net instrument correction for significant wave height",
scale: 3,
reference_value: -1000,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 22, y: 134 },
class_name: "Oceanographic elements",
element_name: "Number of valid points for specific band backscatter",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 141 },
class_name: "Oceanographic elements",
element_name: "Sea-surface temperature (15-day running mean)",
scale: 2,
reference_value: 0,
unit: "K",
bits: 15,
},
TableBEntry {
xy: XY { x: 22, y: 142 },
class_name: "Oceanographic elements",
element_name: "Square of significant wave height",
scale: 3,
reference_value: -33554432,
unit: "m2",
bits: 26,
},
TableBEntry {
xy: XY { x: 22, y: 143 },
class_name: "Oceanographic elements",
element_name: "STD of 20 Hz SWH squared",
scale: 3,
reference_value: -8388608,
unit: "m2",
bits: 24,
},
TableBEntry {
xy: XY { x: 22, y: 144 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for SWH squared",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 145 },
class_name: "Oceanographic elements",
element_name: "STD of 20 Hz ocean range",
scale: 3,
reference_value: -33554432,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 146 },
class_name: "Oceanographic elements",
element_name: "OCOG range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 147 },
class_name: "Oceanographic elements",
element_name: "STD of 20 Hz OCOG range",
scale: 3,
reference_value: -8388608,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 148 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for ocean range",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 149 },
class_name: "Oceanographic elements",
element_name: "20 Hz significant wave height squared",
scale: 3,
reference_value: -33554432,
unit: "m2",
bits: 26,
},
TableBEntry {
xy: XY { x: 22, y: 150 },
class_name: "Oceanographic elements",
element_name: "Number of 18 Hz valid points for Ku band",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 151 },
class_name: "Oceanographic elements",
element_name: "Ku band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 152 },
class_name: "Oceanographic elements",
element_name: "STD of 18 Hz Ku band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 153 },
class_name: "Oceanographic elements",
element_name: "Number of 18 Hz valid points for S band",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 154 },
class_name: "Oceanographic elements",
element_name: "S band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 155 },
class_name: "Oceanographic elements",
element_name: "STD of 18 Hz S band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 156 },
class_name: "Oceanographic elements",
element_name: "Ku band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 157 },
class_name: "Oceanographic elements",
element_name: "STD of 18 Hz Ku band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 158 },
class_name: "Oceanographic elements",
element_name: "S band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 159 },
class_name: "Oceanographic elements",
element_name: "STD of 18 Hz S band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 160 },
class_name: "Oceanographic elements",
element_name: "Normalized inverse wave age",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 21,
},
TableBEntry {
xy: XY { x: 22, y: 161 },
class_name: "Oceanographic elements",
element_name: "Wave spectra",
scale: 4,
reference_value: 0,
unit: "m4",
bits: 27,
},
TableBEntry {
xy: XY { x: 22, y: 162 },
class_name: "Oceanographic elements",
element_name: "RMS of 20 Hz Ku band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 163 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for Ku band",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 164 },
class_name: "Oceanographic elements",
element_name: "RMS 20 Hz Ku band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 165 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for Ku band significant wave height",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 166 },
class_name: "Oceanographic elements",
element_name: "Ku band net instrumental correction for significant wave height",
scale: 3,
reference_value: -1000,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 22, y: 167 },
class_name: "Oceanographic elements",
element_name: "Number of valid points for Ku band backscatter",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 168 },
class_name: "Oceanographic elements",
element_name: "C band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 169 },
class_name: "Oceanographic elements",
element_name: "RMS of C band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 170 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for C band",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 171 },
class_name: "Oceanographic elements",
element_name: "C band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 172 },
class_name: "Oceanographic elements",
element_name: "RMS 20 Hz C band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 173 },
class_name: "Oceanographic elements",
element_name: "Number of 20 Hz valid points for C band significant wave height",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 174 },
class_name: "Oceanographic elements",
element_name: "C band net instrumental correction for significant wave height",
scale: 3,
reference_value: -1000,
unit: "m",
bits: 11,
},
TableBEntry {
xy: XY { x: 22, y: 175 },
class_name: "Oceanographic elements",
element_name: "Number of valid points for C band backscatter",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 177 },
class_name: "Oceanographic elements",
element_name: "Height of XBT/XCTD launcher",
scale: 0,
reference_value: 0,
unit: "m",
bits: 6,
},
TableBEntry {
xy: XY { x: 22, y: 178 },
class_name: "Oceanographic elements",
element_name: "XBT/XCTD launcher type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 8,
},
TableBEntry {
xy: XY { x: 22, y: 179 },
class_name: "Oceanographic elements",
element_name: "Specific band significant wave height (negative reference)",
scale: 3,
reference_value: -500,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 182 },
class_name: "Oceanographic elements",
element_name: "Water column height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 23,
},
TableBEntry {
xy: XY { x: 22, y: 184 },
class_name: "Oceanographic elements",
element_name: "Water column height deviation from the reference value",
scale: 3,
reference_value: -2000,
unit: "m",
bits: 12,
},
TableBEntry {
xy: XY { x: 22, y: 185 },
class_name: "Oceanographic elements",
element_name: "BPR transmission count",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 22, y: 186 },
class_name: "Oceanographic elements",
element_name: "Direction from which waves are coming",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 187 },
class_name: "Oceanographic elements",
element_name: "Directional spread of wave",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 9,
},
TableBEntry {
xy: XY { x: 22, y: 188 },
class_name: "Oceanographic elements",
element_name: "Dissolved oxygen",
scale: 3,
reference_value: 0,
unit: "umol/kg",
bits: 19,
},
TableBEntry {
xy: XY { x: 22, y: 189 },
class_name: "Oceanographic elements",
element_name: "Specific band ocean range",
scale: 3,
reference_value: 0,
unit: "m",
bits: 31,
},
TableBEntry {
xy: XY { x: 22, y: 190 },
class_name: "Oceanographic elements",
element_name: "Specific band significant wave height",
scale: 3,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 22, y: 191 },
class_name: "Oceanographic elements",
element_name: "RMS of specific band ocean range",
scale: 4,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 23, y: 1 },
class_name: "Dispersal and transport",
element_name: "Accident early notification - article applicable",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 2 },
class_name: "Dispersal and transport",
element_name: "Activity or facility involved in incident",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 23, y: 3 },
class_name: "Dispersal and transport",
element_name: "Type of release",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 4 },
class_name: "Dispersal and transport",
element_name: "Countermeasures taken near border",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 5 },
class_name: "Dispersal and transport",
element_name: "Cause of incident",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 6 },
class_name: "Dispersal and transport",
element_name: "Incident situation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 7 },
class_name: "Dispersal and transport",
element_name: "Characteristics of release",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 8 },
class_name: "Dispersal and transport",
element_name: "State of current release",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 9 },
class_name: "Dispersal and transport",
element_name: "State of expected release",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 16 },
class_name: "Dispersal and transport",
element_name: "Possibility of significant chemical toxic health effect",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 17 },
class_name: "Dispersal and transport",
element_name: "Flow discharge of major recipient",
scale: 6,
reference_value: 0,
unit: "m3/s",
bits: 20,
},
TableBEntry {
xy: XY { x: 23, y: 18 },
class_name: "Dispersal and transport",
element_name: "Release behaviour over time",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 23, y: 19 },
class_name: "Dispersal and transport",
element_name: "Actual release height",
scale: 0,
reference_value: -15000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 23, y: 21 },
class_name: "Dispersal and transport",
element_name: "Effective release height",
scale: 0,
reference_value: -15000,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 23, y: 22 },
class_name: "Dispersal and transport",
element_name: "Distance of release point or site of incident",
scale: 0,
reference_value: 0,
unit: "m",
bits: 24,
},
TableBEntry {
xy: XY { x: 23, y: 23 },
class_name: "Dispersal and transport",
element_name: "Main transport speed in the atmosphere",
scale: 1,
reference_value: 0,
unit: "m/s",
bits: 12,
},
TableBEntry {
xy: XY { x: 23, y: 24 },
class_name: "Dispersal and transport",
element_name: "Main transport speed in water",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 23, y: 25 },
class_name: "Dispersal and transport",
element_name: "Main transport speed in ground water",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 13,
},
TableBEntry {
xy: XY { x: 23, y: 27 },
class_name: "Dispersal and transport",
element_name: "Main transport direction in the atmosphere",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 23, y: 28 },
class_name: "Dispersal and transport",
element_name: "Main transport direction in water",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 23, y: 29 },
class_name: "Dispersal and transport",
element_name: "Main transport direction in ground water",
scale: 0,
reference_value: 0,
unit: "degree true",
bits: 9,
},
TableBEntry {
xy: XY { x: 23, y: 31 },
class_name: "Dispersal and transport",
element_name: "Possibility that plume will encounter precipitation in State in which incident occurred",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 32 },
class_name: "Dispersal and transport",
element_name: "Plume will encounter change in wind direction and/or speed flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 23, y: 40 },
class_name: "Dispersal and transport",
element_name: "Flow discharge - river",
scale: 1,
reference_value: 0,
unit: "m3/s",
bits: 22,
},
TableBEntry {
xy: XY { x: 23, y: 41 },
class_name: "Dispersal and transport",
element_name: "Flow discharge - well",
scale: 3,
reference_value: 0,
unit: "m3/s",
bits: 16,
},
TableBEntry {
xy: XY { x: 24, y: 1 },
class_name: "Radiological elements",
element_name: "Estimate of amount of radioactivity released up to specified time",
scale: -11,
reference_value: 0,
unit: "Bq",
bits: 28,
},
TableBEntry {
xy: XY { x: 24, y: 2 },
class_name: "Radiological elements",
element_name: "Estimated maximum potential release",
scale: -11,
reference_value: 0,
unit: "Bq",
bits: 28,
},
TableBEntry {
xy: XY { x: 24, y: 3 },
class_name: "Radiological elements",
element_name: "Composition of release",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 24, y: 4 },
class_name: "Radiological elements",
element_name: "Element name",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 16,
},
TableBEntry {
xy: XY { x: 24, y: 5 },
class_name: "Radiological elements",
element_name: "Isotope mass",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 24, y: 11 },
class_name: "Radiological elements",
element_name: "Dose",
scale: 2,
reference_value: 0,
unit: "mSv",
bits: 32,
},
TableBEntry {
xy: XY { x: 24, y: 12 },
class_name: "Radiological elements",
element_name: "Trajectory dose (defined location and expected time of arrival)",
scale: 2,
reference_value: 0,
unit: "mSv",
bits: 32,
},
TableBEntry {
xy: XY { x: 24, y: 13 },
class_name: "Radiological elements",
element_name: "Gamma dose in air along the main transport path (defined location and time period)",
scale: 2,
reference_value: 0,
unit: "mSv",
bits: 32,
},
TableBEntry {
xy: XY { x: 24, y: 14 },
class_name: "Radiological elements",
element_name: "Gamma radiation dose rate",
scale: 1,
reference_value: 0,
unit: "nSv/h",
bits: 14,
},
TableBEntry {
xy: XY { x: 24, y: 21 },
class_name: "Radiological elements",
element_name: "Air concentration (of named isotope type including gross beta)",
scale: 2,
reference_value: 0,
unit: "Bq m-3",
bits: 32,
},
TableBEntry {
xy: XY { x: 24, y: 22 },
class_name: "Radiological elements",
element_name: "Concentration in precipitation (of named isotope type)",
scale: 2,
reference_value: 0,
unit: "Bq/l",
bits: 32,
},
TableBEntry {
xy: XY { x: 24, y: 23 },
class_name: "Radiological elements",
element_name: "Pulse rate of beta radiation",
scale: 1,
reference_value: 0,
unit: "/s",
bits: 14,
},
TableBEntry {
xy: XY { x: 24, y: 24 },
class_name: "Radiological elements",
element_name: "Pulse rate of gamma radiation",
scale: 1,
reference_value: 0,
unit: "/s",
bits: 14,
},
TableBEntry {
xy: XY { x: 25, y: 1 },
class_name: "Processing information",
element_name: "Range-gate length",
scale: -1,
reference_value: 0,
unit: "m",
bits: 6,
},
TableBEntry {
xy: XY { x: 25, y: 2 },
class_name: "Processing information",
element_name: "Number of gates averaged",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 3 },
class_name: "Processing information",
element_name: "Number of integrated pulses",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 25, y: 4 },
class_name: "Processing information",
element_name: "Echo processing",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 5 },
class_name: "Processing information",
element_name: "Echo integration",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 6 },
class_name: "Processing information",
element_name: "Z to R conversion",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 25, y: 7 },
class_name: "Processing information",
element_name: "Z to R conversion factor",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 25, y: 8 },
class_name: "Processing information",
element_name: "Z to R conversion exponent",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 9,
},
TableBEntry {
xy: XY { x: 25, y: 9 },
class_name: "Processing information",
element_name: "Calibration method",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 10 },
class_name: "Processing information",
element_name: "Clutter treatment",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 11 },
class_name: "Processing information",
element_name: "Ground occultation correction (screening)",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 12 },
class_name: "Processing information",
element_name: "Range attenuation correction",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 13 },
class_name: "Processing information",
element_name: "Bright-band correction",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 14 },
class_name: "Processing information",
element_name: "Azimuth clutter cut-off",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 25, y: 15 },
class_name: "Processing information",
element_name: "Radome attenuation correction",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 16 },
class_name: "Processing information",
element_name: "Clear-air attenuation correction",
scale: 5,
reference_value: 0,
unit: "dB/m",
bits: 6,
},
TableBEntry {
xy: XY { x: 25, y: 17 },
class_name: "Processing information",
element_name: "Precipitation attenuation correction",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 18 },
class_name: "Processing information",
element_name: "A to Z law for attenuation factor",
scale: 7,
reference_value: 0,
unit: "Numeric",
bits: 6,
},
TableBEntry {
xy: XY { x: 25, y: 19 },
class_name: "Processing information",
element_name: "A to Z law for attenuation exponent",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 25, y: 20 },
class_name: "Processing information",
element_name: "Mean speed estimation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 21 },
class_name: "Processing information",
element_name: "Wind computation enhancement",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 25, y: 22 },
class_name: "Processing information",
element_name: "GHRSST rejection flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 25, y: 23 },
class_name: "Processing information",
element_name: "GHRSST confidence flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 25, y: 24 },
class_name: "Processing information",
element_name: "GHRSST data quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 25 },
class_name: "Processing information",
element_name: "Battery voltage",
scale: 1,
reference_value: 0,
unit: "V",
bits: 9,
},
TableBEntry {
xy: XY { x: 25, y: 26 },
class_name: "Processing information",
element_name: "Battery voltage (large range)",
scale: 1,
reference_value: 0,
unit: "V",
bits: 12,
},
TableBEntry {
xy: XY { x: 25, y: 28 },
class_name: "Processing information",
element_name: "Operator or manufacturer defined parameter",
scale: 1,
reference_value: -16384,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 25, y: 29 },
class_name: "Processing information",
element_name: "Calibration method",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 6,
},
TableBEntry {
xy: XY { x: 25, y: 30 },
class_name: "Processing information",
element_name: "Running mean sea-surface temperature usage",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 31 },
class_name: "Processing information",
element_name: "NWP-generated vertical profile thinning method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 25, y: 32 },
class_name: "Processing information",
element_name: "Wind profiler mode information",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 33 },
class_name: "Processing information",
element_name: "Wind profiler submode information",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 34 },
class_name: "Processing information",
element_name: "Wind profiler quality control test results",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 35 },
class_name: "Processing information",
element_name: "Decision method for polarity",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 25, y: 36 },
class_name: "Processing information",
element_name: "Atmospherics location method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 37 },
class_name: "Processing information",
element_name: "SST bias",
scale: 2,
reference_value: -127,
unit: "K",
bits: 8,
},
TableBEntry {
xy: XY { x: 25, y: 38 },
class_name: "Processing information",
element_name: "Difference between SST and analysis",
scale: 1,
reference_value: -127,
unit: "K",
bits: 8,
},
TableBEntry {
xy: XY { x: 25, y: 40 },
class_name: "Processing information",
element_name: "CO2 wind product derivation",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 41 },
class_name: "Processing information",
element_name: "Moving platform direction reporting method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 42 },
class_name: "Processing information",
element_name: "Moving platform speed reporting method",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 25, y: 43 },
class_name: "Processing information",
element_name: "Wave sampling interval (time)",
scale: 4,
reference_value: 0,
unit: "s",
bits: 15,
},
TableBEntry {
xy: XY { x: 25, y: 44 },
class_name: "Processing information",
element_name: "Wave sampling interval (space)",
scale: 2,
reference_value: 0,
unit: "m",
bits: 14,
},
TableBEntry {
xy: XY { x: 25, y: 45 },
class_name: "Processing information",
element_name: "HIRS channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 25, y: 46 },
class_name: "Processing information",
element_name: "MSU channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 5,
},
TableBEntry {
xy: XY { x: 25, y: 47 },
class_name: "Processing information",
element_name: "SSU channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 4,
},
TableBEntry {
xy: XY { x: 25, y: 48 },
class_name: "Processing information",
element_name: "AMSU-A channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 25, y: 49 },
class_name: "Processing information",
element_name: "AMSU-B channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 6,
},
TableBEntry {
xy: XY { x: 25, y: 50 },
class_name: "Processing information",
element_name: "Principal component score",
scale: 4,
reference_value: -131072,
unit: "Numeric",
bits: 18,
},
TableBEntry {
xy: XY { x: 25, y: 51 },
class_name: "Processing information",
element_name: "AVHRR channel combination",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 7,
},
TableBEntry {
xy: XY { x: 25, y: 52 },
class_name: "Processing information",
element_name: "Log10 of principal components normalized fit to data",
scale: 4,
reference_value: 0,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 25, y: 53 },
class_name: "Processing information",
element_name: "Observation quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 12,
},
TableBEntry {
xy: XY { x: 25, y: 54 },
class_name: "Processing information",
element_name: "SSMIS subframe ID number",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 25, y: 55 },
class_name: "Processing information",
element_name: "Multiplexer housekeeping",
scale: 2,
reference_value: 0,
unit: "K",
bits: 16,
},
TableBEntry {
xy: XY { x: 25, y: 56 },
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unit: "deg",
bits: 25,
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TableBEntry {
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unit: "deg",
bits: 15,
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TableBEntry {
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reference_value: -9000,
unit: "deg",
bits: 15,
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TableBEntry {
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reference_value: -9000000,
unit: "deg",
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TableBEntry {
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reference_value: 0,
unit: "m",
bits: 14,
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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},
TableBEntry {
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reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
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class_name: "Non-coordinate location (horizontal - 1)",
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reference_value: -1073741824,
unit: "m",
bits: 31,
},
TableBEntry {
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reference_value: 0,
unit: "m",
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TableBEntry {
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reference_value: 0,
unit: "degree true",
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TableBEntry {
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reference_value: -18000000,
unit: "deg",
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TableBEntry {
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reference_value: -18000,
unit: "deg",
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TableBEntry {
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TableBEntry {
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unit: "deg",
bits: 26,
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TableBEntry {
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reference_value: 0,
unit: "m",
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TableBEntry {
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reference_value: -1073741824,
unit: "m",
bits: 31,
},
TableBEntry {
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reference_value: 0,
unit: "Code table",
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},
TableBEntry {
xy: XY { x: 29, y: 2 },
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element_name: "Coordinate grid type",
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reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
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class_name: "Map data",
element_name: "Optional list of parameters for an external map projection library",
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reference_value: 0,
unit: "CCITT IA5",
bits: 504,
},
TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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TableBEntry {
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unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
bits: 4,
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TableBEntry {
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reference_value: 0,
unit: "Flag table",
bits: 16,
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
bits: 12,
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
bits: 8,
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TableBEntry {
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reference_value: 0,
unit: "Numeric",
bits: 16,
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TableBEntry {
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reference_value: 0,
unit: "Code table",
bits: 6,
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TableBEntry {
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element_name: "Data present indicator",
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reference_value: 0,
unit: "Flag table",
bits: 1,
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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element_name: "Quality information",
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reference_value: 0,
unit: "Code table",
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},
TableBEntry {
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class_name: "Quality information",
element_name: "Quality information (AWS data)",
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reference_value: 0,
unit: "Flag table",
bits: 30,
},
TableBEntry {
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class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 33, y: 7 },
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reference_value: 0,
unit: "%",
bits: 7,
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TableBEntry {
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class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
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TableBEntry {
xy: XY { x: 33, y: 24 },
class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
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TableBEntry {
xy: XY { x: 33, y: 25 },
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reference_value: 0,
unit: "Code table",
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TableBEntry {
xy: XY { x: 33, y: 26 },
class_name: "Quality information",
element_name: "Moisture quality",
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reference_value: 0,
unit: "Code table",
bits: 6,
},
TableBEntry {
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reference_value: 0,
unit: "Code table",
bits: 3,
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TableBEntry {
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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reference_value: 0,
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TableBEntry {
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reference_value: 0,
unit: "Flag table",
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TableBEntry {
xy: XY { x: 33, y: 35 },
class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
bits: 4,
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TableBEntry {
xy: XY { x: 33, y: 36 },
class_name: "Quality information",
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reference_value: 0,
unit: "%",
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TableBEntry {
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class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 20,
},
TableBEntry {
xy: XY { x: 33, y: 38 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 10,
},
TableBEntry {
xy: XY { x: 33, y: 39 },
class_name: "Quality information",
element_name: "Quality flags for radio occultation data",
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reference_value: 0,
unit: "Flag table",
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},
TableBEntry {
xy: XY { x: 33, y: 40 },
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reference_value: 0,
unit: "%",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
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TableBEntry {
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reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
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class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
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TableBEntry {
xy: XY { x: 33, y: 44 },
class_name: "Quality information",
element_name: "ASAR quality information",
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reference_value: 0,
unit: "Flag table",
bits: 15,
},
TableBEntry {
xy: XY { x: 33, y: 45 },
class_name: "Quality information",
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reference_value: 0,
unit: "%",
bits: 7,
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TableBEntry {
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reference_value: 0,
unit: "%",
bits: 7,
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TableBEntry {
xy: XY { x: 33, y: 47 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 31,
},
TableBEntry {
xy: XY { x: 33, y: 48 },
class_name: "Quality information",
element_name: "Confidence measure of SAR inversion",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 33, y: 49 },
class_name: "Quality information",
element_name: "Confidence measure of wind retrieval",
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reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 33, y: 50 },
class_name: "Quality information",
element_name: "Global GTSPP quality flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 33, y: 52 },
class_name: "Quality information",
element_name: "S band ocean retracking quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 33, y: 53 },
class_name: "Quality information",
element_name: "Ku band ocean retracking quality",
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reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 33, y: 54 },
class_name: "Quality information",
element_name: "Overall quality of retrieved atmospheric profile",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 33, y: 55 },
class_name: "Quality information",
element_name: "Wind vector quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 24,
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TableBEntry {
xy: XY { x: 33, y: 56 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 24,
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TableBEntry {
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class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 33, y: 61 },
class_name: "Quality information",
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reference_value: 0,
unit: "%",
bits: 7,
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TableBEntry {
xy: XY { x: 33, y: 62 },
class_name: "Quality information",
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reference_value: 0,
unit: "%",
bits: 7,
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TableBEntry {
xy: XY { x: 33, y: 63 },
class_name: "Quality information",
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reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 33, y: 64 },
class_name: "Quality information",
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scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 33, y: 65 },
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reference_value: 0,
unit: "Numeric",
bits: 24,
},
TableBEntry {
xy: XY { x: 33, y: 66 },
class_name: "Quality information",
element_name: "AMV quality flag",
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reference_value: 0,
unit: "Flag table",
bits: 24,
},
TableBEntry {
xy: XY { x: 33, y: 70 },
class_name: "Quality information",
element_name: "Total ozone quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 33, y: 71 },
class_name: "Quality information",
element_name: "Profile ozone quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 33, y: 72 },
class_name: "Quality information",
element_name: "Ozone error",
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reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 33, y: 75 },
class_name: "Quality information",
element_name: "Scan-level quality flags",
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reference_value: 0,
unit: "Flag table",
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},
TableBEntry {
xy: XY { x: 33, y: 76 },
class_name: "Quality information",
element_name: "Calibration quality flags",
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reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 33, y: 77 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 19,
},
TableBEntry {
xy: XY { x: 33, y: 78 },
class_name: "Quality information",
element_name: "Geolocation quality",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 33, y: 79 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 80 },
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reference_value: 0,
unit: "Flag table",
bits: 20,
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TableBEntry {
xy: XY { x: 33, y: 81 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
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},
TableBEntry {
xy: XY { x: 33, y: 82 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
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},
TableBEntry {
xy: XY { x: 33, y: 83 },
class_name: "Quality information",
element_name: "Radiance data quality flags",
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reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 84 },
class_name: "Quality information",
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reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 85 },
class_name: "Quality information",
element_name: "Aerosol optical thickness quality flags",
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reference_value: 0,
unit: "Flag table",
bits: 18,
},
TableBEntry {
xy: XY { x: 33, y: 86 },
class_name: "Quality information",
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reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 33, y: 87 },
class_name: "Quality information",
element_name: "Extent of satellite within South Atlantic anomaly (based on climatological data)",
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reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 33, y: 88 },
class_name: "Quality information",
element_name: "Ozone total column quality flag",
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reference_value: 0,
unit: "Flag table",
bits: 18,
},
TableBEntry {
xy: XY { x: 33, y: 89 },
class_name: "Quality information",
element_name: "Noise equivalent delta temperature (NEdT) quality indicators for warm target calibration",
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reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 33, y: 90 },
class_name: "Quality information",
element_name: "NEdT quality indicators for cold target calibration",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 33, y: 91 },
class_name: "Quality information",
element_name: "NEdT quality indicators for overall calibration",
scale: 2,
reference_value: 0,
unit: "K",
bits: 12,
},
TableBEntry {
xy: XY { x: 33, y: 92 },
class_name: "Quality information",
element_name: "Band specific ocean quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 33, y: 93 },
class_name: "Quality information",
element_name: "Extended quality flags for ground-based GNSS data",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 31,
},
TableBEntry {
xy: XY { x: 33, y: 94 },
class_name: "Quality information",
element_name: "Calibration quality control flags",
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reference_value: 0,
unit: "Flag table",
bits: 24,
},
TableBEntry {
xy: XY { x: 33, y: 95 },
class_name: "Quality information",
element_name: "MWI temperatures flag",
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reference_value: 0,
unit: "Flag table",
bits: 8,
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TableBEntry {
xy: XY { x: 33, y: 96 },
class_name: "Quality information",
element_name: "MWI calibration flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 97 },
class_name: "Quality information",
element_name: "MWI scan quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 98 },
class_name: "Quality information",
element_name: "MWI data quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 33, y: 99 },
class_name: "Quality information",
element_name: "MWI navigation status flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 100 },
class_name: "Quality information",
element_name: "ICI temperatures flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 33, y: 101 },
class_name: "Quality information",
element_name: "ICI calibration flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 102 },
class_name: "Quality information",
element_name: "ICI scan quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 103 },
class_name: "Quality information",
element_name: "ICI data quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 33, y: 104 },
class_name: "Quality information",
element_name: "ICI navigation status flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 105 },
class_name: "Quality information",
element_name: "ICI processing flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 106 },
class_name: "Quality information",
element_name: "MWI processing flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 107 },
class_name: "Quality information",
element_name: "MWS scan line processing flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 108 },
class_name: "Quality information",
element_name: "MWS navigation status flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 109 },
class_name: "Quality information",
element_name: "MWS overall quality flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 110 },
class_name: "Quality information",
element_name: "MWS channel processing flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 9,
},
TableBEntry {
xy: XY { x: 33, y: 111 },
class_name: "Quality information",
element_name: "SCA quality flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 32,
},
TableBEntry {
xy: XY { x: 33, y: 112 },
class_name: "Quality information",
element_name: "Faraday rotation angle (one way)",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 113 },
class_name: "Quality information",
element_name: "IASI-NG general quality flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 33, y: 114 },
class_name: "Quality information",
element_name: "Out of bounds check",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 33, y: 115 },
class_name: "Quality information",
element_name: "Aerosol optical depth quality information",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 33, y: 116 },
class_name: "Quality information",
element_name: "First guess in bounds check",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 33, y: 117 },
class_name: "Quality information",
element_name: "In bounds check",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 33, y: 118 },
class_name: "Quality information",
element_name: "Relative error percentage",
scale: 2,
reference_value: -10000,
unit: "%",
bits: 15,
},
TableBEntry {
xy: XY { x: 33, y: 119 },
class_name: "Quality information",
element_name: "Forecast error percentage",
scale: 0,
reference_value: -100,
unit: "%",
bits: 8,
},
TableBEntry {
xy: XY { x: 35, y: 0 },
class_name: "Data monitoring information",
element_name: "FM and regional code number",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 10,
},
TableBEntry {
xy: XY { x: 35, y: 1 },
class_name: "Data monitoring information",
element_name: "Time frame for monitoring",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 35, y: 11 },
class_name: "Data monitoring information",
element_name: "Number of reports actually received",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 35, y: 21 },
class_name: "Data monitoring information",
element_name: "Bulletin being monitored (TTAAii)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 35, y: 22 },
class_name: "Data monitoring information",
element_name: "Bulletin being monitored (YYGGgg)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 48,
},
TableBEntry {
xy: XY { x: 35, y: 23 },
class_name: "Data monitoring information",
element_name: "Bulletin being monitored (CCCC)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 32,
},
TableBEntry {
xy: XY { x: 35, y: 24 },
class_name: "Data monitoring information",
element_name: "Bulletin being monitored (BBB)",
scale: 0,
reference_value: 0,
unit: "CCITT IA5",
bits: 24,
},
TableBEntry {
xy: XY { x: 35, y: 30 },
class_name: "Data monitoring information",
element_name: "Discrepancies in the availability of expected data",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 35, y: 31 },
class_name: "Data monitoring information",
element_name: "Qualifier on monitoring results",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 35, y: 32 },
class_name: "Data monitoring information",
element_name: "Cause of missing data",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 35, y: 33 },
class_name: "Data monitoring information",
element_name: "Observation and collection deficiencies",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 7,
},
TableBEntry {
xy: XY { x: 35, y: 34 },
class_name: "Data monitoring information",
element_name: "Statistical trends for availability of data (during the survey period(s))",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 35, y: 35 },
class_name: "Data monitoring information",
element_name: "Reason for termination",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 5,
},
TableBEntry {
xy: XY { x: 40, y: 1 },
class_name: "Satellite data",
element_name: "Surface soil moisture (ms)",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 2 },
class_name: "Satellite data",
element_name: "Estimated error in surface soil moisture",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 3 },
class_name: "Satellite data",
element_name: "Mean surface soil moisture",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 4 },
class_name: "Satellite data",
element_name: "Rain fall detection",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 5 },
class_name: "Satellite data",
element_name: "Soil moisture correction flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 6 },
class_name: "Satellite data",
element_name: "Soil moisture processing flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 7 },
class_name: "Satellite data",
element_name: "Soil moisture quality",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 8 },
class_name: "Satellite data",
element_name: "Frozen land surface fraction",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 9 },
class_name: "Satellite data",
element_name: "Inundation and wetland fraction",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 10 },
class_name: "Satellite data",
element_name: "Topographic complexity",
scale: 1,
reference_value: 0,
unit: "%",
bits: 10,
},
TableBEntry {
xy: XY { x: 40, y: 11 },
class_name: "Satellite data",
element_name: "Interpolation flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 12 },
class_name: "Satellite data",
element_name: "Radiometer data quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 13 },
class_name: "Satellite data",
element_name: "Radiometer brightness temperature interpretation flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 14 },
class_name: "Satellite data",
element_name: "High-frequency fluctuations of the sea-surface topography correction",
scale: 4,
reference_value: -3000,
unit: "m",
bits: 13,
},
TableBEntry {
xy: XY { x: 40, y: 15 },
class_name: "Satellite data",
element_name: "Normalized differential vegetation index (NDVI)",
scale: 2,
reference_value: -100,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 16 },
class_name: "Satellite data",
element_name: "Residual RMS in band",
scale: 3,
reference_value: 0,
unit: "Numeric",
bits: 14,
},
TableBEntry {
xy: XY { x: 40, y: 17 },
class_name: "Satellite data",
element_name: "Non-normalized principal component score",
scale: 0,
reference_value: -1073741824,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 40, y: 18 },
class_name: "Satellite data",
element_name: "GIacAvgImagIIS - average of imager measurements",
scale: 6,
reference_value: 0,
unit: "W m-2 sr-1 m",
bits: 24,
},
TableBEntry {
xy: XY { x: 40, y: 19 },
class_name: "Satellite data",
element_name: "GIacVarImagIIS - variance of imager measurements",
scale: 6,
reference_value: 0,
unit: "W m-2 sr-1 m",
bits: 24,
},
TableBEntry {
xy: XY { x: 40, y: 20 },
class_name: "Satellite data",
element_name: "GqisFlagQualDetailed - quality flag for the system",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 17,
},
TableBEntry {
xy: XY { x: 40, y: 21 },
class_name: "Satellite data",
element_name: "Fraction of weighted AVHRR pixel in IASI FOV covered with snow/ice",
scale: 0,
reference_value: 0,
unit: "%",
bits: 7,
},
TableBEntry {
xy: XY { x: 40, y: 22 },
class_name: "Satellite data",
element_name: "Number of missing, bad or failed AVHRR pixels",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 7,
},
TableBEntry {
xy: XY { x: 40, y: 23 },
class_name: "Satellite data",
element_name: "Auxiliary altimeter state flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 5,
},
TableBEntry {
xy: XY { x: 40, y: 24 },
class_name: "Satellite data",
element_name: "Meteorological map availability",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 25 },
class_name: "Satellite data",
element_name: "Interpolation flag for mean diurnal tide",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 2,
},
TableBEntry {
xy: XY { x: 40, y: 26 },
class_name: "Satellite data",
element_name: "Score quantization factor",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 27 },
class_name: "Satellite data",
element_name: "Sun glint angle",
scale: 2,
reference_value: -18000,
unit: "deg",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 28 },
class_name: "Satellite data",
element_name: "GMI quality flag",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 40, y: 29 },
class_name: "Satellite data",
element_name: "Horizontal observation integration length",
scale: 0,
reference_value: 0,
unit: "m",
bits: 26,
},
TableBEntry {
xy: XY { x: 40, y: 30 },
class_name: "Satellite data",
element_name: "Horizontal line of sight wind",
scale: 2,
reference_value: -32767,
unit: "m/s",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 31 },
class_name: "Satellite data",
element_name: "Error estimate of horizontal line of sight wind",
scale: 2,
reference_value: 0,
unit: "m/s",
bits: 15,
},
TableBEntry {
xy: XY { x: 40, y: 32 },
class_name: "Satellite data",
element_name: "Derivative wind to pressure",
scale: 3,
reference_value: -100000,
unit: "m s-1 Pa-1",
bits: 18,
},
TableBEntry {
xy: XY { x: 40, y: 33 },
class_name: "Satellite data",
element_name: "Derivative wind to temperature",
scale: 3,
reference_value: -100000,
unit: "m s-1 K-1",
bits: 18,
},
TableBEntry {
xy: XY { x: 40, y: 34 },
class_name: "Satellite data",
element_name: "Derivative wind to backscatter ratio",
scale: 3,
reference_value: -200000,
unit: "m/s",
bits: 19,
},
TableBEntry {
xy: XY { x: 40, y: 35 },
class_name: "Satellite data",
element_name: "Satellite range",
scale: 0,
reference_value: 380000,
unit: "m",
bits: 18,
},
TableBEntry {
xy: XY { x: 40, y: 36 },
class_name: "Satellite data",
element_name: "Lidar L2b classification type",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 40, y: 37 },
class_name: "Satellite data",
element_name: "Backscatter ratio",
scale: 3,
reference_value: 500,
unit: "Numeric",
bits: 20,
},
TableBEntry {
xy: XY { x: 40, y: 38 },
class_name: "Satellite data",
element_name: "Cloud particle size",
scale: 7,
reference_value: 0,
unit: "m",
bits: 28,
},
TableBEntry {
xy: XY { x: 40, y: 39 },
class_name: "Satellite data",
element_name: "Single look complex image intensity",
scale: 0,
reference_value: -25,
unit: "Numeric",
bits: 5,
},
TableBEntry {
xy: XY { x: 40, y: 40 },
class_name: "Satellite data",
element_name: "Single look complex image skewness",
scale: 2,
reference_value: 1,
unit: "Numeric",
bits: 13,
},
TableBEntry {
xy: XY { x: 40, y: 41 },
class_name: "Satellite data",
element_name: "Single look complex image kurtosis",
scale: 2,
reference_value: 1,
unit: "Numeric",
bits: 13,
},
TableBEntry {
xy: XY { x: 40, y: 42 },
class_name: "Satellite data",
element_name: "Single look complex image variance",
scale: 2,
reference_value: 1,
unit: "Numeric",
bits: 13,
},
TableBEntry {
xy: XY { x: 40, y: 43 },
class_name: "Satellite data",
element_name: "Satellite manoeuvre indicator",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 44 },
class_name: "Satellite data",
element_name: "Dust index",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 45 },
class_name: "Satellite data",
element_name: "Cloud formation and height assignment",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 5,
},
TableBEntry {
xy: XY { x: 40, y: 46 },
class_name: "Satellite data",
element_name: "Cloudiness summary",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 47 },
class_name: "Satellite data",
element_name: "Validation flag for IASI or IASI-NG level 1 product",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 48 },
class_name: "Satellite data",
element_name: "Validation flag of AMSU-A level 1 data flow",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 49 },
class_name: "Satellite data",
element_name: "Cloud tests executed and results",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 50 },
class_name: "Satellite data",
element_name: "Retrieval initialisation",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 51 },
class_name: "Satellite data",
element_name: "Convergence of the iterative retrieval",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 52 },
class_name: "Satellite data",
element_name: "Indication of super-adiabatic and super-saturation in final retrieval",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 53 },
class_name: "Satellite data",
element_name: "Number of iterations used for retrieval",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 54 },
class_name: "Satellite data",
element_name: "Potential processing and inputs errors",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 13,
},
TableBEntry {
xy: XY { x: 40, y: 55 },
class_name: "Satellite data",
element_name: "Diagnostics on the retrieval",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 21,
},
TableBEntry {
xy: XY { x: 40, y: 56 },
class_name: "Satellite data",
element_name: "General retrieval quality",
scale: 0,
reference_value: 0,
unit: "Code table ",
bits: 3,
},
TableBEntry {
xy: XY { x: 40, y: 57 },
class_name: "Satellite data",
element_name: "IASI level 2 retrieval flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 31,
},
TableBEntry {
xy: XY { x: 40, y: 58 },
class_name: "Satellite data",
element_name: "Number of vectors describing the characterization matrices",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 59 },
class_name: "Satellite data",
element_name: "Number of layers actually retrieved",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 60 },
class_name: "Satellite data",
element_name: "Number of profiles retrieved in scanline",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 61 },
class_name: "Satellite data",
element_name: "Air partial columns on each retrieved layer",
scale: 3,
reference_value: 0,
unit: "mol cm-2",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 62 },
class_name: "Satellite data",
element_name: "A priori partial columns on each retrieved layer",
scale: 10,
reference_value: 0,
unit: "mol cm-2",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 63 },
class_name: "Satellite data",
element_name: "Scaling vector multiplying the a priori vector in order to define the retrieved vector",
scale: 5,
reference_value: 0,
unit: "Numeric",
bits: 26,
},
TableBEntry {
xy: XY { x: 40, y: 64 },
class_name: "Satellite data",
element_name: "Main eigenvalues of the sensitivity matrix",
scale: 6,
reference_value: 0,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 40, y: 65 },
class_name: "Satellite data",
element_name: "Main eigenvectors of the sensitivity matrix",
scale: 6,
reference_value: -1000000000,
unit: "Numeric",
bits: 31,
},
TableBEntry {
xy: XY { x: 40, y: 66 },
class_name: "Satellite data",
element_name: "Quality indicator for atmospheric water vapour",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 67 },
class_name: "Satellite data",
element_name: "Quality indicator for atmospheric temperature",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 68 },
class_name: "Satellite data",
element_name: "General retrieval quality flag for SO2",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 40, y: 69 },
class_name: "Satellite data",
element_name: "PWLR estimated retrieval error for surface air temperature",
scale: 4,
reference_value: -1000000,
unit: "K",
bits: 21,
},
TableBEntry {
xy: XY { x: 40, y: 70 },
class_name: "Satellite data",
element_name: "PWLR estimated retrieval error of surface dewpoint",
scale: 4,
reference_value: -1000000,
unit: "K",
bits: 21,
},
TableBEntry {
xy: XY { x: 40, y: 71 },
class_name: "Satellite data",
element_name: "Retrieval error covariance matrix for ozone in principal component domain",
scale: 4,
reference_value: -1000000,
unit: "Numeric",
bits: 21,
},
TableBEntry {
xy: XY { x: 40, y: 72 },
class_name: "Satellite data",
element_name: "PWLR estimated retrieval quality indicator of atmospheric ozone",
scale: 1,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 40, y: 73 },
class_name: "Satellite data",
element_name: "PWLR estimated retrieval error of surface skin temperature",
scale: 1,
reference_value: 0,
unit: "K",
bits: 8,
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TableBEntry {
xy: XY { x: 40, y: 74 },
class_name: "Satellite data",
element_name: "General interferometry quality flags",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 16,
},
TableBEntry {
xy: XY { x: 40, y: 75 },
class_name: "Satellite data",
element_name: "Retrieval error covariance matrix for humidity in principal component domain",
scale: 0,
reference_value: 0,
unit: "Numeric",
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TableBEntry {
xy: XY { x: 40, y: 76 },
class_name: "Satellite data",
element_name: "Retrieval error covariance matrix for temperature in principal component domain",
scale: 0,
reference_value: 0,
unit: "Numeric",
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TableBEntry {
xy: XY { x: 40, y: 77 },
class_name: "Satellite data",
element_name: "Ocean product quality flag",
scale: 0,
reference_value: 0,
unit: "Flag table",
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TableBEntry {
xy: XY { x: 40, y: 80 },
class_name: "Satellite data",
element_name: "Cloud test results for IASI-NG level 2",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 5,
},
TableBEntry {
xy: XY { x: 40, y: 81 },
class_name: "Satellite data",
element_name: "OLCI Level 1 classification and quality",
scale: 0,
reference_value: 0,
unit: "Flag table",
bits: 31,
},
TableBEntry {
xy: XY { x: 41, y: 1 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "pCO2",
scale: 3,
reference_value: 0,
unit: "Pa",
bits: 18,
},
TableBEntry {
xy: XY { x: 41, y: 2 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "Fluorescence",
scale: 12,
reference_value: 0,
unit: "kg l-1",
bits: 16,
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TableBEntry {
xy: XY { x: 41, y: 3 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "Dissolved nitrates",
scale: 3,
reference_value: 0,
unit: "umol kg-1",
bits: 17,
},
TableBEntry {
xy: XY { x: 41, y: 4 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "Chlorophyll-A",
scale: 4,
reference_value: 0,
unit: "mg m-3",
bits: 19,
},
TableBEntry {
xy: XY { x: 41, y: 5 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "Turbidity",
scale: 2,
reference_value: 0,
unit: "NTU",
bits: 12,
},
TableBEntry {
xy: XY { x: 41, y: 6 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "Seawater pH",
scale: 4,
reference_value: 70000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 41, y: 7 },
class_name: "Oceanographic/biogeochemical parameters",
element_name: "BBP700",
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reference_value: 0,
unit: "m-1",
bits: 20,
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TableBEntry {
xy: XY { x: 42, y: 1 },
class_name: "Oceanographic elements",
element_name: "Dominant swell wave direction of spectral partition",
scale: 0,
reference_value: 0,
unit: "deg",
bits: 9,
},
TableBEntry {
xy: XY { x: 42, y: 2 },
class_name: "Oceanographic elements",
element_name: "Significant swell wave height of spectral partition",
scale: 1,
reference_value: 0,
unit: "m",
bits: 9,
},
TableBEntry {
xy: XY { x: 42, y: 3 },
class_name: "Oceanographic elements",
element_name: "Dominant swell wavelength of spectral partition",
scale: 2,
reference_value: 100,
unit: "m",
bits: 17,
},
TableBEntry {
xy: XY { x: 42, y: 4 },
class_name: "Oceanographic elements",
element_name: "Confidence of inversion for each partition of swell wave spectra",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 42, y: 5 },
class_name: "Oceanographic elements",
element_name: "Ambiguity removal factor for swell wave partition",
scale: 5,
reference_value: -100000,
unit: "Numeric",
bits: 18,
},
TableBEntry {
xy: XY { x: 42, y: 6 },
class_name: "Oceanographic elements",
element_name: "Wave age",
scale: 2,
reference_value: 1,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 42, y: 7 },
class_name: "Oceanographic elements",
element_name: "Shortest ocean wavelength on spectral resolution",
scale: 2,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 42, y: 8 },
class_name: "Oceanographic elements",
element_name: "Nonlinear inverse spectral width",
scale: 2,
reference_value: 0,
unit: "m",
bits: 16,
},
TableBEntry {
xy: XY { x: 42, y: 9 },
class_name: "Oceanographic elements",
element_name: "Bin partition reference",
scale: 0,
reference_value: 0,
unit: "Numeric",
bits: 8,
},
TableBEntry {
xy: XY { x: 42, y: 10 },
class_name: "Oceanographic elements",
element_name: "Partition number",
scale: 0,
reference_value: 1,
unit: "Numeric",
bits: 4,
},
TableBEntry {
xy: XY { x: 42, y: 11 },
class_name: "Oceanographic elements",
element_name: "a1 coefficient of the directional Fourier series",
scale: 4,
reference_value: -20000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 42, y: 12 },
class_name: "Oceanographic elements",
element_name: "b1 coefficient of the directional Fourier series",
scale: 4,
reference_value: -20000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 42, y: 13 },
class_name: "Oceanographic elements",
element_name: "a2 coefficient of the directional Fourier series",
scale: 4,
reference_value: -20000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 42, y: 14 },
class_name: "Oceanographic elements",
element_name: "b2 coefficient of the directional Fourier series",
scale: 4,
reference_value: -20000,
unit: "Numeric",
bits: 15,
},
TableBEntry {
xy: XY { x: 42, y: 15 },
class_name: "Oceanographic elements",
element_name: "Check factor K",
scale: 2,
reference_value: 0,
unit: "Numeric",
bits: 12,
},
TableBEntry {
xy: XY { x: 42, y: 16 },
class_name: "Oceanographic elements",
element_name: "Sea water potential density referenced to sea surface",
scale: 5,
reference_value: -10000000,
unit: "kg m-3",
bits: 24,
},
TableBEntry {
xy: XY { x: 42, y: 17 },
class_name: "Oceanographic elements",
element_name: "Quality flag of swell wave spectra",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
TableBEntry {
xy: XY { x: 42, y: 18 },
class_name: "Oceanographic elements",
element_name: "Quality flag for each partition of swell wave spectra",
scale: 0,
reference_value: 0,
unit: "Code table",
bits: 4,
},
];