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You don't need OCSSW to calculate Bathymetry, so you can ignore the warnings for now.

Are you able to create Bathymetry with newly installed SeaDAS?

To install and process SeaDAS OCSSW in Windows, you need to set up the client-server configuration following the instructions here https://seadas.gsfc.nasa.gov/client_server/

If you have issues with client-server model, please start a new question on the forum.

What version of SeaDAS are you using? Please do SeaDAS-OCSSW -> SeaDAS/System Info and post the result here.

There is a copy of ETOPO1_ocssw.nc in $OCDATAROOT/common. You can manually copy it to ~/.seadas8/seadas-bathymetry-operator/auxdata. That might work.

You can browse VIIRS L2 files here -- https://oceancolor.gsfc.nasa.gov/cgi/browse.pl or directly download the files here --https://oceandata.sci.gsfc.nasa.gov/directaccess/ 1. load the L2 file (eg. V2019096034800.L2_JPSS1_OC.nc) in SeaDAS and open the chlor_a band 2. click the Bathymetry icon on the...

Thanks for your suggestion. We'll add an --ofile option to getanc, so users can name their *.anc files. It will be in the next tag of OCSSW

Dmitry,

I have to clarify that ocssw/scripts/modis_atteph.py (V2019.3) calls an old api that returns 1 when ATT files are non optimal.

The new ocssw/bin/modis_attpeh (V2022.0) calls a new api that returns 0 even when ATT/EPH files are non optimal.

Bing

Yes, an exit status < 4 indicates the presence of some kind of ATT/EPH data, sometimes NRT, less than optimal.

Hello bijaylaxmi, I tried your file A2005335192500.L1A_LAC with V2022.0. Here is what I did 1) modis_GEO on A2005335192500.L1A_LAC -> AQUA_MODIS.20051201T192500.GEO.hdf 2) extractor on A2005335192500.L1A_LAC with (SWlon=-92.5, SWlat=26, NElon=-87.5, NElat=31) -> AQUA_MODIS.20051201T192500.L1A.sub.nc...

Please try If successful, try modis_GEO again.

What version of SeaDAS are you using? SeaDAS 8.2.0? What tag of OCSSW are you using? V2022.0?