nlon[
nlon=
0
..71]
(Type is Float32)
-
attributes
-
long_name:
longitude
-
standard_name:
longitude
-
units:
degrees_east
nlat[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
long_name:
latitude
-
standard_name:
latitude
-
units:
degrees_north
nlonh[
nlonh=
0
..719]
(Type is Float32)
-
attributes
-
long_name:
longitude
-
standard_name:
longitude
-
units:
degrees_east
nlath[
nlath=
0
..147]
(Type is Float32)
-
attributes
-
long_name:
latitude
-
standard_name:
latitude
-
units:
degrees_north
fakeDim12[
fakeDim12=
0
..3]
(Type is Int32)
fakeDim21[
fakeDim21=
0
..5]
(Type is Int32)
fakeDim22[
fakeDim22=
0
..4]
(Type is Int32)
fakeDim4[
fakeDim4=
0
..2]
(Type is Int32)
fakeDim6[
fakeDim6=
0
..1]
(Type is Int32)
nang[
nang=
0
..4]
(Type is Int32)
-
attributes
-
units:
level
-
comment:
Number of fixed incidence angles, at 0, 5, 10 and 15 degree and all angles.
-
references:
http://pps.gsfc.nasa.gov/Documents/ICSVol4.pdf
-
positive:
up
-
_CoordinateAxisType:
GeoZ
ncat2[
ncat2=
0
..29]
(Type is Int32)
-
attributes
-
units:
level
-
comment:
Second number of categories for histograms (30). Check more information from the references.
-
references:
http://pps.gsfc.nasa.gov/Documents/filespec.TRMM.V7.pdf
-
positive:
up
-
_CoordinateAxisType:
GeoZ
nh1[
nh1=
0
..5]
(Type is Int32)
-
attributes
-
units:
level
-
comment:
Number of fixed heights above the earth ellipsoid, at 2, 4, 6, 10, and 15 km plus one for path-average.
-
references:
http://pps.gsfc.nasa.gov/Documents/filespec.TRMM.V7.pdf
-
positive:
up
-
_CoordinateAxisType:
GeoZ
nh3[
nh3=
0
..3]
(Type is Int32)
-
attributes
-
units:
level
-
comment:
Number of fixed heights above the earth ellipsoid, at 2, 4, 6 km plus one for path-average.
-
references:
http://pps.gsfc.nasa.gov/Documents/filespec.TRMM.V7.pdf
-
positive:
up
-
_CoordinateAxisType:
GeoZ
rainMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
rainDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convRainMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convRainDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratRainMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratRainDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
shallowRainMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
shallowRainDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
shallowIsoRainMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
shallowIsoRainDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
zmMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
zmDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convZmMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convZmDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratZmMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratZmDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
ztMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
ztDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convZtMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convZtDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratZtMean1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratZtDev1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0Mean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0Dev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25Mean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25Dev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtssMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtssDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbssMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbssDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0ssMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0ssDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25ssMean[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25ssDev[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stormHtMean[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
units:
m
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim4 nlon nlat
-
long_name:
mean of the storm height for conditions of stratiform rain, convective rain and unconditional rain
stormHtDev[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
units:
m
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim4 nlon nlat
-
long_name:
standard deviation of the storm height for conditions of stratiform rain, convective rain and unconditional rain
xiMean[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
xiDev[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
nubfCorFacMean[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
nubfCorFacDev[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbHtMean[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbHtDev[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilon0StratMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilon0StratDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilon0ConvMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilon0ConvDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonStratMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonStratDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonConvMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonConvDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbZmaxMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbZmaxDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirHtMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirHtDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirWidthMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirWidthDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirZmaxMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
bbNadirZmaxDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
sdepthMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
sdepthDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainConvMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainConvDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainStratMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
surfRainStratDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainConvMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainConvDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainStratMean1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
e_surfRainStratDev1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
rzStratA1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The A parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs conditioned on stratiform rain
rzStratB1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The B parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs conditioned on stratiform rain
rzConvA1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The A parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs conditioned on convective rain
rzConvB1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The B parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs conditioned on convective rain
rzA1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The A parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs
rzB1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
-
attributes
-
_FillValue:
-9999.9
-
coordinates:
time fakeDim6 nlon nlat
-
long_name:
The B parameter in rainfall-reflectivity relation from fitting of instantaneous R,Z pairs
ttlPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
bbPixNum1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
bbNadirPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
surfRainPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
surfRainStratPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
surfRainConvPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
e_surfRainPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
e_surfRainStratPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
e_surfRainConvPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
epsilon0StratPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
epsilon0ConvPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
epsilonStratPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
epsilonConvPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
rainPix1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
convRainPix1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
stratRainPix1[
time=
0
..204]
[
nh1=
0
..5]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
ttlAnglePix1[
time=
0
..204]
[
fakeDim12=
0
..3]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
rainAnglePix1[
time=
0
..204]
[
fakeDim12=
0
..3]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
rzStratPix1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
rzConvPix1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
rzPix1[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
shallowRainPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
shallowIsoRainPix1[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
stormHH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
convStormHH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
stratStormHH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
BBHH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
bbNadirWidthH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
bbNadirHH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
bbNadirZmaxH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
snowIceLH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
bbZmaxH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
epsilon0StratH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
epsilon0ConvH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
epsilonStratH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
epsilonConvH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
surfRainH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
e_surfRainH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
surfRainConvH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
surfRainStratH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
e_surfRainConvH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
e_surfRainStratH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
zmH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
convZmH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
stratZmH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
ztH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
convZtH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
stratZtH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
rainH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
convRainH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
stratRainH[
time=
0
..204]
[
nh1=
0
..5]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
shallowRainH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
shallowIsoRainH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
piaSrtH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
piaHbH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
pia0H[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
pia2a25H[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
piaSrtssH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
piaHbssH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
pia0ssH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
pia2a25ssH[
time=
0
..204]
[
nang=
0
..4]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
xiH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
nubfH[
time=
0
..204]
[
ncat2=
0
..29]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int16)
rainCCoef[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convRainCCoef[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratRainCCoef[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaCCoef[
time=
0
..204]
[
fakeDim21=
0
..5]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtPix[
time=
0
..204]
[
fakeDim22=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbPix[
time=
0
..204]
[
fakeDim22=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0Pix[
time=
0
..204]
[
fakeDim22=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25Pix[
time=
0
..204]
[
fakeDim22=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaSrtssPix[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaHbssPix[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia0ssPix[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
pia2a25ssPix[
time=
0
..204]
[
nang=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
rainCCoefPix[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
stratCCoefPix[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
convCCoefPix[
time=
0
..204]
[
fakeDim4=
0
..2]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
piaCCoefPix[
time=
0
..204]
[
fakeDim22=
0
..4]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonFit[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonFitRMS[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Float32)
epsilonFitPix[
time=
0
..204]
[
nlon=
0
..71]
[
nlat=
0
..15]
(Type is Int32)
rainMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
rainDev2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
convRainMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
convRainDev2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stratRainMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stratRainDev2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
shallowRainMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
shallowRainDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
shallowIsoRainMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
shallowIsoRainDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
zmMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
convZmMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stratZmMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
ztMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
convZtMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stratZtMean2[
time=
0
..204]
[
nh3=
0
..3]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stormHeightMean[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
stormHeightDev2[
time=
0
..204]
[
fakeDim6=
0
..1]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
bbHeightMean[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilon0StratMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilon0StratDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilon0ConvMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilon0ConvDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilonStratMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilonStratDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilonConvMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
epsilonConvDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
bbZmaxMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
bbZmaxDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
sdepthMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
sdepthDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
bbHeightDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainConvMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainConvDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainStratMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
surfRainStratDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainConvMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainConvDev2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainStratMean2[
time=
0
..204]
[
nlonh=
0
..719]
[
nlath=
0
..147]
(Type is Float32)
e_surfRainStratDev2[
time=
0
..204]
[
nlonh=
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