270 270 270 GOES 16 271 271 271 GOES 17 272 272 272 GOES 18 273 273 273 GOES 19 523 523 523 FY-3D 812 812 812 SCISAT-1 813 813 813 ODIN in common code table C-8, Code Agency Type Short name Long name 92 CSA Limb-scanning ACE-FTS Atmospheric Chemistry Experiment - Fourier sounder Transform Spectrometer 151 ESA Imaging radar SAR-C Synthetic Aperture Radar (C-band) 152 ESA Cross-nadir SW Sounder TROPOMI Tropospheric Monitoring scanning Instrument 959 SNSB Limb-scanning SMR Sub-millimetre radiometer sounder ANNEX TO PARAGRAPH 2016-3.2.4 [Validation with FT2016-2 option] Add entries: in BUFR table B, Class 03 – BUFR/CREX Instrumentation TABLE BUFR CREX ELEMENT NAME DATA DATA REF. F X Y UNIT SCALE WIDTH UNIT SCALE WIDTH Description VALUE (Bits) (Char.) 0 03 025 Cross-track m 0 5000 16 m 0 5 Ground range size of the estimation area [m]. estimation area size 0 03 026 Along-track m 0 5000 16 m 0 5 Azimuth size of the estimation area [m]. estimation area size Class 05 – BUFR/CREX Location (horizontal – 1) TABLE BUFR CREX REF. ELEMENT DATA DATA NAME REF. F X Y UNIT SCALE WIDTH UNIT SCALE WIDTH Description VALUE (Bits) (Char.) 0 05 071 Stripmap Numeric 0 0 16 Numeric 0 5 In the case of SM mode the product contained in a single identifier netCDF file will be split in several BUFR messages. We need to have an identifier to rebuild the original product and to mark the single parts to belong to the same product. This is the function of Stripmat identifier 0 05 072 Number of Numeric 0 0 8 Numeric 0 3 Number of range swell wave spectra cells. For WV mode spectra in this dimension is set to 1 as range there is 1 swell wave spectra direction per WV vignette. For SM this dimension is set to the
270 270 270 GOES 16 271 271 271 GOES 17 272 272 272 GOES 18 273 273 273 GOES 19 523 523 523 FY-3D 812 812 812 SCISAT-1 813 813 813 ODIN in common code table C-8, Code Agency Type Short name Long name 92 CSA Limb-scanning sounder ACE-FTS Atmospheric Chemistry Experiment - Fourier Transform Spectrometer 151 ESA Imaging radar SAR-C Synthetic Aperture Radar (C-band) 152 ESA Cross-nadir scanning SW Sounder TROPOMI Tropospheric Monitoring Instrument 959 SNSB Limb-scanning sounder SMR Sub-millimetre radiometer ANNEX TO PARAGRAPH 2016-3.2.4 [Validation with FT2016-2 option] Add entries: in BUFR table B, Class 03 – BUFR/CREX Instrumentation TABLE ELEMENT NAME BUFR CREX F X Y UNIT SCALE REF. VALUE DATA WIDTH (Bits) UNIT SCALE DATA WIDTH (Char.) Description 0 03 025 Cross-track estimation area size m 0 5000 16 m 0 5 Ground range size of the estimation area [m]. 0 03 026 Along-track estimation area size m 0 5000 16 m 0 5 Azimuth size of the estimation area [m]. Class 05 – BUFR/CREX Location (horizontal – 1) TABLE REF. ELEMENT NAME BUFR CREX F X Y UNIT SCALE REF. VALUE DATA WIDTH (Bits) UNIT SCALE DATA WIDTH (Char.) Description 0 05 071 Stripmap identifier Numeric 0 0 16 Numeric 0 5 In the case of SM mode the product contained in a single netCDF file will be split in several BUFR messages. We need to have an identifier to rebuild the original product and to mark the single parts to belong to the same product. This is the function of Stripmat identifier 0 05 072 Number of spectra in range direction Numeric 0 0 8 Numeric 0 3 Number of range swell wave spectra cells. For WV mode this dimension is set to 1 as there is 1 swell wave spectra per WV vignette. For SM this dimension is set to the
ICT-ISS-2016-i04.03(02)_DraftReport_IPET-DRMM-IV_Geneva_annex.docx