In fact, I realise there are important problem with my sen2agri L3A processor in manual mode …
I read the product data structure summary and my conclusion is: I can launch a command line for the composite with 2 tiles for ex. At the end, i should have in the folder named TILES, 2 sub-folder containing the composite for each tile.
In my case, I have every time only one subfolder in TILES ending with “Tnone” --> “S2AGRI_L3A_V20170205_Tnone”
The second problem, which is linked to the first one is: when i process 4 image covering 2 different tiles, the output composite is false! When i overlap the composite with goggle earth there are no matching points
Projection systems are the same.
Here is the command line used (maybe there is an error, but the algo is running until the end):
python /usr/bin/composite_processing.py --syntdate 20170205 --synthalf 10 --input /mnt/archive/temp/out/test/S2A_MSIL2A_20170215T105121_N0204_R051_T31UFS_20170215T105607/S2A_OPER_SSC_L2VALD_31UFS____20170215.HDR /mnt/archive/temp/out/test/S2A_MSIL2A_20170126T105321_N0204_R051_T31UFS_20170126T105612/S2A_OPER_SSC_L2VALD_31UFS____20170126.HDR /mnt/archive/temp/out/test/S2A_MSIL2A_20170215T105121_N0204_R051_T31UFR_20170215T105607/S2A_OPER_SSC_L2VALD_31UFR____20170215.HDR /mnt/archive/temp/out/test/S2A_MSIL2A_20170126T105321_N0204_R051_T31UFR_20170126T105612/S2A_OPER_SSC_L2VALD_31UFR____20170126.HDR --res 10 --outdir /mnt/archive/temp/out/test/CompositeL3A --bandsmap /usr/share/sen2agri/bands_mapping_s2_L8.txt --scatteringcoef /usr/share/sen2agri/scattering_coeffs_10m.txt
precision: I think the same problem will happens with other processors like LA4 or L4B.
Thanks for your help, don’t know how to solve this and i really need it.