la, lo, t = displacements: latitude (degree), longitude (degree) and time (seconds)

PP = pressure in hPa

hh = geopotential height

DD, FF = wind: direction and speed

TT, TD = temperature and dew point temperature in degrees Celcius

wsb, wsa = absolute wind shear in 1 km layer below/above

vss = vertical sounding significance:

s means surface level
S standard level
t tropopause level
M maximum wind level
T significant level temperature
H significant level humidity
W significant level wind
r level determined by regional decision

Output:

wmonr=01001
obstime=2010-02-26 05:13:00
type=Automatic
lat= 70.93970
lon= -8.66790
n= 1
t= 0
la= 0.00030
lo= -0.00210
vss= sTHW
PP= 1006.6
hh= 9
DD= 12
FF= 15.2
TT= -1.9
TD= -5.6
n= 2
t= 10
la= 0.00030
lo= -0.00210
vss= S
PP= 1000.0
hh= 61
DD= 13
FF= 16.8
TT= -2.8
TD= -6.9
n= 3
t= 58
la= -0.00970
lo= -0.01210
vss= W
PP= 970.5
hh= 297
DD= 18
FF= 19.6
TT= -5.2
TD= -8.3
n= 4
t= 116
la= -0.01970
lo= -0.01210
vss= TH
PP= 931.9
hh= 614
DD= 19
FF= 15.5
TT= -8.0
TD= -9.9
...
n= 85
t= 4762
la= 0.02030
lo= -1.13210
vss= W
PP= 35.5
hh= 22702
DD= 93
FF= 15.8
TT= -43.1
TD= -79.0
n= 86
t= 4840
la= 0.02030
lo= -1.16210
vss= THW
PP= 33.2
hh= 23157
DD= 106
FF= 14.7
TT= -44.5
TD= -79.9
n= 87
vss= S
PP= 30.0
hh= 23826
n= 88
t= 1672
la= -0.01970
lo= -0.47210
vss= MW
PP= 324.7
wsb= 3.3
wsa= 16.0