L2AuxiliaryProcessorParameters version 6

xml record

id field name definition 0 productId xml string 1 ocnProcParams xml record id field name definition 0 oswProcParams xml record id field name definition 0 spectralEstimationParams xml record id field name definition 0 frequencySeparation ascii double Frequency separation of neighbouring looks. unit: "Hz" 1 rangeLookFilterWidth ascii double Range look filter width. unit: "Hz" 2 azimuthLookFilterWidth ascii double Azimuth look filter width. unit: "Hz" 3 numberOfLooks ascii uint64 Number of individual looks. 4 numRangePixels ascii uint64 Number of range pixels from input L1 product to be used in the estimation of the OSW. Only used for SM, for WV all range pixels are used. 5 numAzimuthPixels ascii uint64 Number of azimuth pixels from input L1 product to be used in the estimation of the OSW. Only used for SM, for WV all range pixels are used. 1 spectralInversionParams xml record id field name definition 0 shortestWavelength ascii float Shortest wavelength of output polar grid. unit: "m" 1 longestWavelength ascii float Longest wavelength of output polar grid. unit: "m" 2 waveNumberBins ascii uint64 Number of wavenumber bins in polar grid. 3 directionalBins ascii uint64 Number of directional bins in polar grid. 4 vel_thr xml array[dim_0] dim_0: determined automatically from xml file ascii float Parameters relative to velocity bunching. attribute: beam ascii string available: optional 5 activateAlfaCorrection xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 Parameters relative to the calibration of the MTF to compensate for wind-dependent Hs Range Ratio. The parameter has an attribute named "beam" to allow decoupling the activation depending on the beam for WV (i.e: allowed attribute value WV1,WV2, S1, S2, S3, S4, S5, S6) mapping: "false" -> 0 mapping: "true" -> 1 attribute: beam ascii string available: optional 6 activateBetaCorrection xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 Parameters relative to the calibration of the MTF to compensate for wind-dependent Hs Eff Ratio. The parameter has an attribute named "beam" to allow decoupling the activation depending on the beam for WV (i.e: allowed attribute value WV1,WV2, S1, S2, S3, S4, S5, S6) mapping: "false" -> 0 mapping: "true" -> 1 attribute: beam ascii string available: optional 7 merge_thr_low xml array[dim_0] dim_0: determined automatically from xml file ascii float Value of the contrast between two partitions below which they should be merged during the removal of the low frequency noise (non-wave signatures). attribute: beam ascii string available: optional 8 merge_thr_fac xml array[dim_0] dim_0: determined automatically from xml file ascii float Factor applied to the contrast between two partitions below which they should be merged during the swell spectrum partitioning. attribute: beam ascii string available: optional 9 merge_close xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 Decide or not to merge partitions during the swell spectrum partitioning for which the spectral distance between the integral parameters is above the variable merge_close_thr (row below). mapping: "false" -> 0 mapping: "true" -> 1 attribute: beam ascii string available: optional 10 merge_close_thr xml array[dim_0] dim_0: determined automatically from xml file ascii float Factor applied to the contrast between two partitions below which they should be merged during the swell spectrum partitioning. attribute: beam ascii string available: optional 11 discard_thr xml array[dim_0] dim_0: determined automatically from xml file ascii float During the partitioning process, value for which swell spectrum values are not considered to present any relevant peak for the detection of the local peak. attribute: beam ascii string available: optional 2 activateTotalHs xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 Allow activating the computation of the total significant wave height, value=True to activate the calculation, otherwise False mapping: "false" -> 0 mapping: "true" -> 1 attribute: beam ascii string available: optional 3 activateGroupDir ascii uint8 Allow activating the computation of the peak direction from Group analysis, value=True to activate the calculation, otherwise False mapping: "false" -> 0 mapping: "true" -> 1 4 activateNoiseCorrection ascii uint8 Allow to trigger the denoising on OSW mapping: "false" -> 0 mapping: "true" -> 1 5 seaCoverageThreshold ascii float Threshold on percentage of Sea Coverage. Imagettes having a percentage of Sea Coverage below this threshold will not be processed with a full OSW inversion. Variables not generated will contain fill values. Default is 0%. available: optional 6 useOnlyInference xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 If true, the model inference is performed using the models provided in AUX_ML2 auxiliary product, and if a failure is occurring, the LOP process stops with error. If false, the model inference is performed using the models provided in AUX_ML2 auxiliary product, however, if a failure is occurring, the LOP continues the processing either replacing the result of inference by legacy inversion process (if existing), or by using fill values. The model it applies to can be selected by the "for" attribute, with allowed values "TotalHS" and "Quality Flag" mapping: "false" -> 0 mapping: "true" -> 1 attribute: for ascii string available: optional 1 owiProcParams xml record id field name definition 0 rangeCellSize ascii double Size of the SAR derived wind field in the range direction. Wind cells should typically be square therefore nominally rangeCellSize = azimuthCellSize. unit: "m" 1 azimuthCellSize ascii double Size of the SAR derived wind field in the azimuth direction. Wind cells should typically be square therefore nominally azimuthCellSize = rangeCellSize. unit: "m" 2 distanceToShore ascii double Distance to shore where the processing is not performed. unit: "km" 3 windSpeedStdDev ascii double Standard deviation error of the wind speed provided by ancillary wind information. unit: "m/s" 4 windDirStdDev ascii double Standard deviation error of the wind direction provided by ancillary wind information. unit: "degrees" 5 gmfIndex xml array[dim_0] dim_0: determined automatically from xml file ascii uint8 Index of the Geophysical Model Function (GMF) to be used for the wind inversion, used for either for VV or HH polarisation data. Options supported are integers in the range [0, 8]. 0=cmod2_i3_nn, 1=cmod_ifr2_nn, 2=cmod_ifr2_bc_nn, 3=cmod4_nn, 4=cmod2_i3, 5=cmod_ifr2, 6=cmod_ifr2_bc, 7=cmod4, 8=cmod5. The concerned polarisation is discriminated by the attribute named Polarisation with supported value 'VV' or 'HH' attribute: polarisation ascii string available: optional 6 prIndex ascii uint8 Index for the Polarisation Ratio Function to be used for the wind inversion (used for HH polarisation data). This function converts HH NRCS into VV NRCS before applying the GMF specified by gmfIndex (2nd value) to retrieve the wind. Options supported are integers from 0 to 3. 0=Thomson; 1=Elfouhaily; 2=Mouche-1; 3=Mouche2 7 inversionQualityThreshold ascii double Value above which minimization in the inversion is considered low quality. Valid value range is between 0 and 1e29. 8 calibrationQualityThreshold ascii double Value above which the calibration of the product is considered to be incorrect. Valid value range is between 0 and 10 dB. unit: "dB" 9 nrcsQualityThreshold ascii double Value above which the NRCS estimated at the SAR wind cell resolution is considered as low quality. Valid value range is between -30 and 10 dB. unit: "dB" 10 brightTargetPfa ascii double Probability of false alarm for the removal of bright target. 11 activateNoiseCorrection ascii uint8 Allow activating the noise correction, value=True to activate the noise correction, otherwise False. mapping: "false" -> 0 mapping: "true" -> 1 available: optional 2 rvlProcParams xml record id field name definition 0 rangeBlockSize ascii double Size of the Doppler estimation block in the range direction. unit: "m" 1 azimuthBlockSize ascii double Size of the Doppler estimation block in the azimuth direction. unit: "m" 2 rangeCellSize ascii double Size of grid cell interval in range direction. unit: "m" 3 azimuthCellSize ascii double Size of grid cell interval in azimuth direction unit: "m"