Select Variable(s):
Variables with Time coordinate
time
cell_origin
=
Cell origin code
cldamt
=
Cloud amount
cldamt_ir
=
Cloud amount (using IR data)
cldamt_irmarg
=
Cloud amount uncertainty (using IR data)
eqheight
=
Equal-area cell mean topographic height
fill_days
=
Number of missing days in gap
fill_gmts
=
Number of missing GMTs in gap
n_total
=
Total number of pixels
pc
=
Mean cloud-top pressure (PC) for cloudy pixels
pc_ir
=
Mean cloud-top pressure (PC) for IR-cloudy pixels
satcode
=
Satellite code number
scene
=
Scene identification
sigma_pc_ir
=
Standard deviation of cloud-top pressure (PC) for IR-cloudy pixels
sigma_tau_ir
=
Standard deviation of cloud optical depth (TAU) for IR-cloudy pixels
sigma_tc_ir
=
Standard deviation of cloud-top temperature (TC) for IR-cloudy pixels
sigma_wp_ir
=
Standard deviation of cloud water path (WP) for IR-cloudy pixels
snoice
=
Snow/ice cover
tau
=
Mean cloud optical depth (TAU) for cloudy pixels
tau_ir
=
Mean cloud optical depth (TAU) for IR-cloudy pixels
tc
=
Mean cloud-top temperature (TC) for cloudy pixels
tc_ir
=
Mean cloud-top temperature (TC) for IR-cloudy pixels
wp
=
Mean cloud water path (WP) for cloudy pixels
wp_ir
=
Mean cloud water path (WP) for IR-cloudy pixels
with Vertical Levels (
levpc
) :
95.0 245.0 375.0 500.0 620.0 740.0 912.5
hPa
n_pcdist
=
IR cloudy pixel fraction in each cloud-top pressure (PC) level
pc_pcdist
=
cloud-top pressure (PC) means for IR PC distribution levels
tc_pcdist
=
cloud-top temperature (TC) means for IR cloud-top pressure (PC) distribution levels
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Choose Spatial Subset:
Lat/lon subset
Coordinate subset
Horizontal Stride:
Choose Time Subset:
Time range
Single time
Choose Vertical Level:
Single Level
Vertical Stride
Add 2D Lat/Lon to file (if needed for CF
compliance)
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