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The following medium resolution missions are supported:
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Is a SMILE correction available for OLCI?
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Which water-related algorithms are available and for which sensors?
OLCI | VIIRS | SeaWiFS | MODIS | MERIS | S2 | |
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FUB-CSIRO Coastal Water Processor | x | |||||
FLH/MCI | x | x | x | |||
C2RCC | x | x | X | x | x | x |
MPH/CHL Processor | x | x | ||||
MERIS FUB/WeW Water Processor | x | |||||
FU Classification | x | x | x | x | x | |
OWT Classification | x | x |
How to apply system vicarious calibration gains before C2RCC computation?
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Code Block |
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gpt "C:\s3tbx-c2rcc\input\olci_vicarious.xml" -p "C:\s3tbx-c2rcc\input\S3A_svc_gains.properties" -t "G:\EOData\temp\S3A_OL_1_ERR_20160917T230551_vicarious.dim" "G:\EOData\SENTINEL\SENTINEL3\OLCI\S3A_OL_1_ERR____20160917T230551_20160917T230806_20160918T030046_0135_009_001______MAR_O_NR_001.SEN3" |
How to read Landsat L1 data as TOA reflectance?
By default, the S3TBX provides the TOA radiance of Landsat L1 data, but you can switch to TOA reflectance by specifying a property.
To do this lookup the .snap
folder in your user directory. Inside this folder create a folder named etc
if not already existing. And in this folder create a file named s3tbx.properties
.
To this file add the following line:s3tbx.landsat.readAs=reflectance
Afterwards the values of Landsat will be provided as TOA reflectance.
Can I use C2RCC in the Graph Builder?
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