l2bin_aquarius |

### l2bin_aquarius

Creates a Level 3 bin file from one or more Aquarius Level 2 input files.

Location
Details
Command Line Usage

#### Location

SeaDAS-OCSSW -> l2bin_aquarius

#### Details

l2bin_aquarius performs spatial/temporal binning of Aquarius Level-2 data files.

l2bin_aquarius GUI

Arguments/Keywords

UI Element Name | Type | Description | Required/Optional | Default Value
infile | ifile | input filename/filelist | Required |
ofile | ofile | output bin filename | Required |
resolve | string | the bin resolution (typically '1D') | Optional |
l3bprod | string | the output products to bin | Optional |
suite | string | suite | Optional |
beam | string | the radiometer beam (1-3) | Optional |
flaguse | string | flags masked | Optional |
filter_width | string | the angular radius in degrees of the cutoff filter | Optional |
fill | int | fill={0,1}
                0 - no fill of undefined bins
                1 - fill undefined bins
| Optional |
fit | string | fit = {"C", "L", "B", "Q"}
               "C" - constant fit  (1 parameter)
               "L" - linear fit    (2 parameters)
               "B" - bilinear fit  (3 parameters)
               "Q" - quadratic fit (4 parameters)
| Optional |
pversion | string | processing version | Optional |

FLAGUSE flags

    COLDWATER
    COLDWATERRED
    COLDWATERYELLOW
    FLARE
    FLARERED
    FLAREYELLOW
    FLUXD
    FLUXDHRED
    FLUXDHYELLOW
    FLUXDRED
    FLUXDVRED
    FLUXDVYELLOW
    FLUXDYELLOW
    FLUXR
    FLUXRHRED
    FLUXRHYELLOW
    FLUXRRED
    FLUXRVRED
    FLUXRVYELLOW
    FLUXRYELLOW
    GALACTIC
    GALACTICHRED
    GALACTICHYELLOW
    GALACTICRED
    GALACTICVRED
    GALACTICVYELLOW
    GALACTICYELLOW
    ICE
    ICERED
    ICEYELLOW
    LAND
    LANDRED
    LANDYELLOW
    MOON
    MOONHRED
    MOONHYELLOW
    MOONRED
    MOONVRED
    MOONVYELLOW
    MOONYELLOW
    NAV
    NAVOFF
    NAVPITCH
    NAVROLL
    NAVYAW
    POINTING
    RAIN
    REFL_1STOKES
    REFL_1STOKESGAL
    REFL_1STOKESMOONRED
    REFL_1STOKESMOONYELLOW
    RFI
    RFIRED
    RFI_REGION
    RFIYELLOW
    ROUGHOOB
    SAOVERFLOW
    SCATRFI
    SUNGLINT
    SUNGLINTHRED
    SUNGLINTHYELLOW
    SUNGLINTRED
    SUNGLINTVRED
    SUNGLINTVYELLOW
    SUNGLINTYELLOW
    SWH
    TBCONS
    TEMP
    TEMPHRED
    TEMPHYELLOW
    TEMPRED
    TEMPVRED
    TEMPVYELLOW
    TEMPYELLOW
    TFTADIFF
    TFTADIFFRED
    TFTADIFFYELLOW
    WIND
    WINDCONVERGE
    WINDRED
    WINDYELLOW

Actions/Buttons

UI Element Name | Type | Description
Browser Button | Button | Selects infile/ofile
Load Parameters ... | Button | Reads in previously saved parameters and populates the fields in GUI.
Store Parameters ... | Button | Saves the current arguments in GUI in a file.
Run | Button | Executes the l2bin_aquarius command with arguments provided in the UI.
Cancel | Button | Closes current processor GUI.
Apply | Button | Makes current arguments effective.
Open in SeaDAS | Checkbox | If selected, the ofile will be added to the open products list right after its generation.
? | Button | Displays the help content of the current command.

#### Command Line Usage

    l2bin_aquarius 2.07 (Jun  4 2018 09:56:34)

    l2bin_aquarius infile=input_filelist ofile=L3B_output_file resolve=resolution l3bprod=product_list beam=beam_number flaguse=flaguse filter_width=filter_width fill=fill fit=fit pversion=pversion
    where input_filelist is the list of L2 files to bin
          L3B_output_filelist is the L3B output filename
          resolve is the bin resolution (typically '1D')
          product_list is the output products to bin
          beam_number is the radiometer beam (1-3)
          pversion is processing version

    The following parameters are for smoothing:

          filter_width is the angular radius in degrees of the cutoff filter
          fill = {0,1} {0 - no fill of undefined bins, 1 - fill undefined bins}
          fit = {"C", "L", "B", "Q"}
          "C" - constant fit  (1 parameter)
          "L" - linear fit    (2 parameters)
          "B" - bilinear fit  (3 parameters)
          "Q" - quadratic fit (4 parameters)