diff --git a/level1c4pps/vgac2pps_lib.py b/level1c4pps/vgac2pps_lib.py index 9d5b61a..961490f 100644 --- a/level1c4pps/vgac2pps_lib.py +++ b/level1c4pps/vgac2pps_lib.py @@ -100,37 +100,6 @@ def convert_to_noaa19(scene, V="v6"): - """ - _v2_ - - r06(AVHRR,%) = 0.9129*M5 + 0.99 (based on data for solzenith angle < 75 degrees) - r09(AVHRR,%) = 0.9025*M7 (based on data for solzenith angle < 75 degrees) - tb37(AVHRR,K) = 0.9967*M12 + 0.85 (based on data for solzenith angles 95-180 degrees) - tb11(AVHRR,K) = 1.002*M15 - 0.4 (based on data for solzenith angles 0 -180 degrees) - tb12(AVHRR,K) = 0.9934*M16 + 1.52 (based on data for solzenith angles 0-180 degrees) - - _v3_ - Convert channel data to noaa19, using SBAFs. - - Salomon (KG and Erwin) 20240814: - r06(AVHRR,%) = 0.8949*M5 + 2.07 (based on nadir collocation data for SZA < 75) - r09(AVHRR,%) = 0.9204*M7 - 0.87 (based on nadir collocation data for SZA < 75) - tb37(AVHRR,K)_night = 0.9923*M12 + 1.8 (based on nadir collocation data for SZA 100-180) - tb37(AVHRR,K)_day = 0.9491*M12 + 16.0 (based on NASA SBAFS for SZA < 75 o and VZA < 5) - tb11(AVHRR,K) = 1.003*M15 - 0.78 (based on nadir collocation data for SZA 0 -180) - tb12(AVHRR,K) = 1.003*M16 - 0.84 (based on nadir collocation data for SZA 0-180) - - _v4_ - r06(AVHRR,%) = 0.8949*M5 + 2.07 (based on nadir collocation data for SZA < 75) - r09(AVHRR,%) = 0.9204*M7 - 0.87 (based on nadir collocation data for SZA < 75) - tb37(AVHRR,K)_night = 0.9923*M12 + 1.8 (based on nadir collocation data for SZA 100-180. For SZA > 89) - tb37(AVHRR,K)_day = 0.9491*M12 + 16.0(based on NASA SBAFS for SZA < 75 and VZA < 5. For SZA < 80) - Tb37(AVHRR,k)_twilight = Average of values from day and night relations (80 o < SZA < 89 o ) - tb11(AVHRR,K) = 1.002*M15 - 0.4 (based on nadir collocation data for SZA 0 -180 o ) - tb12(AVHRR,K) = 0.9934*M16 + 1.52 (based on nadir collocation data for SZA 0-180 o ) - - """ - """_SBAF dictionary_ I've put the SBAFs in this dictionary for super clarity when running the script