10m風速と2m気温の水平分布

$ srcdump.sh U10T2.gs plev.ctl sfc.ctl

aofd165.bio.mie-u.ac.jp

/work1/am/2016.PolarLow/ERA-I/U10T2

Tue Sep 20 17:09:16 JST 2016

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U10T2.gs

======================

#

# Rasmussen and Turner, Ed. (2003), Polar Lows Mesoscale Weather Systems in the Polar Regions,

# Cambridge University Press, http://dx.doi.org/10.1017/CBO9780511524974

# p.12

#

'open sfc.ctl'

'open plev.ctl'

#'q ctlinfo 1'

#say result

header='ERA-I.Barents110116-110126'

varname='U10T2'

outdir='Fig'

'!mkdir -p 'outdir

#'set mproj latlon'

'set mproj nps'

'set lat 60 85'

'set lon -45 50'

'set grid off'

i=1

while (i <= 34 )

'set t ' i

'cc'

'set mpdset mres'

'set frame off'

'q dims'

line=sublin(result,5)

datetime=subwrd(line,6)

'set strsiz 0.2 0.25'

'set string 1 c 5'

'draw string 4.5 8.5 'datetime

'mul 1 4 1 1 -yini 1'

var1=sst.1'-273'

'set gxout shade2'

'set grads off'

'color -1 18 2 -kind white->rainbow -xcbar 1 1.1 0.5 2.7 -fh 0.12 -fw 0.11 -edge triangle -line on'

'draw string 0.9 2.8 degC'

# 'set strsiz 0.2 0.22'

'draw string 1.8 0.6 SST'

'set clab off'

'd maskout(' var1 ',' var1 '+3)'

'set gxout contour'

'set cthick 3'

'set ccolor 0'

'set cmin -1'

'set cmax 18'

'set cint 2'

'd maskout(' var1 ',' var1 '+3)'

'circlat 5 55 0.1'

'circlon 10 0.1'

'tile ' ci.1 ' 0.2 1'

'set gxout contour'

levs1='960 965 970 975 980 985 990 995 1000 1005 1010 1015 1020'

'set clevs 'levs1

'set clab off'

'set cthick 5'

'set ccolor 0'

'd ' msl.1 '/100'

'color -gxout contour -kind purple->thistle -levs ' levs1 ;#' -xcbar 7.5 7.6 6.0 8.2 -fh 0.12 -fw 0.11 -edge triangle -line on'

# 'draw string 7.5 8.3 hPa'

'set cthick 2'

'd ' msl.1 '/100'

'set gxout vector'

'set z 1'

sclv=15

lngv=0.1

'set gxout vector'

'set arrscl 'lngv' 'sclv

'set arrlab off'

'set ccolor 0'

'set cthick 10'

'set grads off'

'd skip(u10.1,10,5);skip(v10.1,10,5)'

'set ccolor 1'

'set cthick 3'

'set arrscl 0.1 'sclv

'set arrlab on' ;*off'

'set grads off'

sclv2=sclv*2

lngv2=lngv*2

'vec.gs skip(u10.1,10,5);skip(v10.1,10,5) -SCL ' lngv2 ' ' sclv2 ' -P 6.5 0.6 -SL m/s -HDSZ 0.5'

'mul 1 4 1 2 -yini 0.1'

'set z 1'

var2'='t2m.1'-273.15'

'set gxout shade2'

'color -40 10 5 -kind blue->cyan->yellow->tomato -xcbar 1 1.1 3.3 5.5 -fh 0.12 -fw 0.11 -edge triangle -line on'

'draw string 0.9 5.6 degC'

# 'set strsiz 0.2 0.22'

# 'draw string 1.8 3.4 `3z`0`b'plev2

'draw string 1.8 3.4 T2m'

'set clab off'

'set grads off'

# 'd maskout(' var2 ',' sp.1 '-' plev2 '*100)'

'd var2'

'set gxout contour'

'set grads off'

'set clab off'

'set cthick 1'

'set ccolor 0'

'set grads off'

# 'd maskout(' var2 ',' sp.1 '-' plev2 '*100)'

'd var2'

'set gxout contour'

'set z 1'

'set clevs 'levs1

'set clab off'

'set cthick 5'

'set ccolor 0'

'set grads off'

'd ' msl.1 '/100'

'color -gxout contour -kind indigo->plum -levs ' levs1 ' -xcbar 7.5 7.6 2.3 6.5 -fh 0.12 -fw 0.11 -edge triangle -line on'

'draw string 7.5 6.6 hPa'

'set cthick 2'

'set grads off'

'd ' msl.1 '/100'

# 'set lev 'plev2

'set z 1'

sclv=15

lngv=0.1

'set gxout vector'

'set arrscl 'lngv' 'sclv

'set arrlab off'

'set ccolor 0'

'set cthick 10'

'set grads off'

'd skip(u10.1,10,5);skip(v10.1,10,5)'

'set ccolor 1'

'set cthick 3'

'set arrscl 0.1 'sclv

'set arrlab on' ;*off'

'set grads off'

sclv2=sclv*2

lngv2=lngv*2

'vec.gs skip(u10.1,10,5);skip(v10.1,10,5) -SCL ' lngv2 ' ' sclv2 ' -P 6.5 3.4 -SL m/s -HDSZ 0.5'

'circlat 5 55 0.1'

'circlon 10 0.1'

'mul 1 4 1 3 -yini 0.1'

'set z 1'

vmag '=mag(' u10.1 ',' v10.1 ')'

'set gxout shade2'

'color 14 20 2 -kind white->blue->cyan->yellow->tomato -xcbar 1 1.1 6.0 8.2 -fh 0.12 -fw 0.11 -edge triangle -line on'

'draw string 0.9 8.3 m/s'

# 'set strsiz 0.2 0.22'

# 'draw string 1.8 6.1 `37z`0`b'plev2

'draw string 1.8 6.1 U10'

'set clab off'

'set grads off'

# 'd maskout(' vmag ',' sp.1 '-' plev2 '*100)'

'd vmag'

'set z 1'

sclv=15

lngv=0.1

'set gxout vector'

'set arrscl 'lngv' 'sclv

'set arrlab off'

'set ccolor 0'

'set cthick 10'

'set grads off'

'd skip(u10.1,10,5);skip(v10.1,10,5)'

'set ccolor 1'

'set cthick 3'

'set arrscl 0.1 'sclv

'set arrlab on' ;*off'

'set grads off'

sclv2=sclv*2

lngv2=lngv*2

'vec.gs skip(u10.1,10,5);skip(v10.1,10,5) -SCL ' lngv2 ' ' sclv2 ' -P 6.5 6.1 -SL m/s -HDSZ 0.5'

'set gxout contour'

'set z 1'

'set clevs 'levs1

'set clab off'

'set cthick 5'

'set ccolor 0'

'set grads off'

'd ' msl.1 '/100'

'color -gxout contour -kind indigo->plum -levs ' levs1 ' -xcbar 7.5 7.6 2.3 6.5 -fh 0.12 -fw 0.11 -edge triangle -line on'

'draw string 7.5 6.6 hPa'

'set cthick 2'

'set grads off'

'd ' msl.1 '/100'

'circlat 5 55 0.1'

'circlon 10 0.1'

num=''

if (i<10)

num='00'i

endif

if (i>=10 & i<100)

num='0'i

endif

if (i>100)

num=i

endif

figfile=outdir '/' header '_' varname '_' num '_' datetime '.png'

say 'Output: ' figfile

'gxprint ' figfile

i=i+1

endwhile

'allclose'

exit

#'quit'

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End of U10T2.gs

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======================

plev.ctl

======================

dset /work4/data/ERA-Interim/ERA-I.Barents_110116-26_plev.nc

title

undef -9.99e+33

dtype netcdf

UNPACK scale_factor add_offset

OPTIONS yrev zrev

xdef 480 linear -180 0.75

ydef 81 linear 30 0.75

zdef 27 levels 1000 975 950 925 900 875 850 825

800 775 750 700 650 600 550 500 450 400

350 300 250 225 200 175 150 125 100

tdef 44 linear 00Z16JAN2011 360mn

vars 10

pv=>pv 27 t,z,y,x Potential vorticity

z=>z 27 t,z,y,x Geopotential

t=>t 27 t,z,y,x Temperature

q=>q 27 t,z,y,x Specific humidity

w=>w 27 t,z,y,x Vertical velocity

r=>r 27 t,z,y,x Relative humidity

clwc=>clwc 27 t,z,y,x Specific cloud liquid water content

ciwc=>ciwc 27 t,z,y,x Specific cloud ice water content

u=>u 27 t,z,y,x U component of wind

v=>v 27 t,z,y,x V component of wind

endvars

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End of plev.ctl

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sfc.ctl

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dset /work4/data/ERA-Interim/ERA-I.Barents_110116-26_sfc.nc

title

undef -9.99e+33

dtype netcdf

UNPACK scale_factor add_offset

OPTIONS yrev

xdef 480 linear -180 0.75

ydef 81 linear 30 0.75

zdef 1 linear 0 1

tdef 44 linear 00Z16JAN2011 360mn

vars 8

ci=>ci 0 t,y,x Sea-ice cover

sst=>sst 0 t,y,x Sea surface temperature

sp=>sp 0 t,y,x Surface pressure

msl=>msl 0 t,y,x Mean sea level pressure

u10=>u10 0 t,y,x 10 metre U wind component

v10=>v10 0 t,y,x 10 metre V wind component

t2m=>t2m 0 t,y,x 2 metre temperature

d2m=>d2m 0 t,y,x 2 metre dewpoint temperature

endvars

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End of sfc.ctl

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