Complex and variable atmosphere
| SWIR1 band at 1610 nm
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![]() April 20th TCC | ![]() April 20th SWIR1 glint regression TCC deglinted |
![]() May 22nd TCC | ![]() May 22nd SWIR1 May 22nd SWIR2 glint regression looks excellent but deglinting is awfully bad |
![]() June 7th TCC glint regression is excellent, even the PAN vs SWIR1, which usually tend to be fuzzy see SWIR1 : this is a very homogeneous atmosphere==>it deglints very well Calibration diagram for the PAN band: X2 vs X4 | ![]() June 7th TCC deglinted Deglinting is very good, apart from the electronic noise. see deglinting of the PAN band along Profile White The problem at the far east can be corrected for. Profile White is shown.
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![]() June 23rd TCC see the SWIR1 | ![]() June 23rd deglinted glint regression is excellent |
![]() July 9th TCC see SWIR1 glint regression is excellent Calibration diagram for PAN band_4 see that RM, Rw and Ra are displayed | ![]() July 9th TCC deglinted looks good BUT WAIT: force the enhancement Deglinting can be very frustrating! Results can only be questionable |
![]() July 25th TCC Stuffy atmosphere in july, no cloud at all the glint regressions are good | ![]() July 25th TCC deglinted looks good BUT WAIT: force the enhancement Deglinting can be very frustrating! Results can only be questionable |
![]() August 10th TCC can't get suitable glint regressions no results | There are several atmosphere types here, each with its own disting set of glint regressions: I give up. |
![]() August 26th TCC glint regressions were quite difficuly to obtain | ![]() August 26th TCC deglinted Deglintinng is found wanting!!!! |
![]() September 11th TCC glint regressions are splendid but quite difficult to obtain atmosphere is very heterogeneous | ![]() September 11th TCC deglinted "so to speak"!!! |