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本帖最后由 丿张二嘎` 于 2013-9-17 11:34 编辑
各位大神,求教。。
是这样我在NCEP网站上下载了数据,分别是gsf_18z.ctl 和gfs_18z.idx这种格式,逐6小时一次的数据。网址是http://nomad3.ncep.noaa.gov/pub/gfs/rotating/
比如我想知道北京的辐射量,风速,风向等数据,我怎么定位到当前的城市呢。用GRAds软件,open gsf_18z.ctl 后,
不知道该怎么进行下一步 ,还是我下载的资料包不对呢? 求大神指导。。。
这个软件能将数据解析成txt或者别的如excel能打开的么?现在在写的c++程序需要这些数据,求回复- -!
ctl文本如下
dset ^gfs.t18z.pgrbf%f2
index ^gfs_18z.idx
undef 9.999E+20
title GFS fcst starting from 18Z15sep2013, downloaded Sep 15 22:40 UTC wcoss
* produced by grib2ctl v0.9.12.5p10
options yrev template
dtype grib 3
xdef 360 linear 0 1
ydef 181 linear -90 1
tdef 61 linear 18Z15sep2013 3hr
zdef 26 levels
1000 975 950 925 900 850 800 750 700 650 600 550 500 450 400 350 300
250 200 150 100 70 50 30 20 10
* function:4LFTX:1:no4LFTX:Best (4-layer) lifted index [K]
* function:5WAVH:1:no5WAVH:500 mb 5-wave geopotential height [gpm]
vars 109
no4LFTX 0 132,1,0 ** surface Best (4-layer) lifted index [K]
no5WAVH 0 222,100,500 ** 5-wave geopotential height [gpm]
ABSV 26 41,100,0 ** Absolute vorticity
ACPCP 0 63,1,0 ** surface Convective precipitation [kg/m^2] (hidden)
APCP 0 61,1,0 ** surface Total precipitation [kg/m^2] (hidden)
CAPE 0 157,1,0 ** surface Convective Avail. Pot. Energy [J/kg]
CAPE180_0mb 0 157,116,46080 ** 180-0 mb above gnd Convective Avail. Pot. Energy [J/kg]
oCFRZR 0 141,1,0 ** surface Categorical freezing rain [yes=1;no=0] (hidden)
oCICEP 0 142,1,0 ** surface Categorical ice pellets [yes=1;no=0] (hidden)
CIN 0 156,1,0 ** surface Convective inhibition [J/kg]
CIN180_0mb 0 156,116,46080 ** 180-0 mb above gnd Convective inhibition [J/kg]
oCPRAT 0 214,1,0 ** surface Convective precip. rate [kg/m^2/s] (hidden)
oCRAIN 0 140,1,0 ** surface Categorical rain [yes=1;no=0] (hidden)
oCSNOW 0 143,1,0 ** surface Categorical snow [yes=1;no=0] (hidden)
oCWORKclm 0 146,200,0 ** atmos column Cloud work function [J/kg]
oDLWRFsfc 0 205,1,0 ** surface Downward long wave flux [W/m^2] (hidden)
oDSWRFsfc 0 204,1,0 ** surface Downward short wave flux [W/m^2] (hidden)
GFLUX 0 155,1,0 ** surface Ground heat flux [W/m^2] (hidden)
HGTsfc 0 7,1,0 ** surface Geopotential height [gpm]
HGT 26 7,100,0 ** Geopotential height [gpm]
HGTmwl 0 7,6,0 ** max wind level Geopotential height [gpm]
HGTtrp 0 7,7,0 ** tropopause Geopotential height [gpm]
HPBL 0 221,1,0 ** surface Planetary boundary layer height [m]
ICEC 0 91,1,0 ** surface Ice concentration (ice=1;no ice=0) [fraction]
LAND 0 81,1,0 ** surface Land cover (land=1;sea=0) [fraction]
LFTX 0 131,1,0 ** surface Surface lifted index [K]
oLHTFL 0 121,1,0 ** surface Latent heat flux [W/m^2] (hidden)
O3MR 6 154,100,0 ** Ozone mixing ratio [kg/kg]
oPEVPR 0 145,1,0 ** surface Potential evaporation rate [W/m^2] (hidden)
POTsig995 0 13,107,9950 ** sig=.995 Potential temp. [K]
oPRATE 0 59,1,0 ** surface Precipitation rate [kg/m^2/s] (hidden)
PRESsfc 0 1,1,0 ** surface Pressure [Pa]
PRESlcb 0 1,212,0 ** low cloud base Pressure [Pa] (hidden)
PRESlct 0 1,213,0 ** low cloud top Pressure [Pa] (hidden)
PRESmcb 0 1,222,0 ** mid cloud base Pressure [Pa] (hidden)
PRESmct 0 1,223,0 ** mid cloud top Pressure [Pa] (hidden)
PREShcb 0 1,232,0 ** high cloud base Pressure [Pa] (hidden)
PREShct 0 1,233,0 ** high cloud top Pressure [Pa] (hidden)
PREScvb 0 1,242,0 ** Pressure [Pa]
PREScvt 0 1,243,0 ** Pressure [Pa]
PRESmwl 0 1,6,0 ** max wind level Pressure [Pa]
PREStrp 0 1,7,0 ** tropopause Pressure [Pa]
PRMSL 0 2,102,0 ** Pressure reduced to MSL [Pa]
PWATclm 0 54,200,0 ** atmos column Precipitable water [kg/m^2]
RH 21 52,100,0 ** Relative humidity [%]
RH2m 0 52,105,2 ** 2 m Relative humidity [%]
RHsig995 0 52,107,9950 ** sig=.995 Relative humidity [%]
RH30_0mb 0 52,116,7680 ** 30-0 mb above gnd Relative humidity [%]
RHclm 0 52,200,0 ** atmos column Relative humidity [%]
oSHTFL 0 122,1,0 ** surface Sensible heat flux [W/m^2] (hidden)
SOILWSoilT 0 144,112,10 ** 0-10cm undergnd Volumetric soil moisture [fraction]
SOILWSoilM 0 144,112,2760 ** 10-200 cm undergnd Volumetric soil moisture [fraction]
SPFH2m 0 51,105,2 ** 2 m Specific humidity [kg/kg]
SPFH30_0mb 0 51,116,7680 ** 30-0 mb above gnd Specific humidity [kg/kg]
oTCDCclm 0 71,200,0 ** atmos column Total cloud cover [%] (hidden)
oTCDCbcl 0 71,211,0 ** boundary cloud layer Total cloud cover [%] (hidden)
oTCDClcl 0 71,214,0 ** low cloud level Total cloud cover [%] (hidden)
oTCDCmcl 0 71,224,0 ** mid cloud level Total cloud cover [%] (hidden)
oTCDChcl 0 71,234,0 ** high cloud level Total cloud cover [%] (hidden)
oTCDCcvl 0 71,244,0 ** convective cld layer Total cloud cover [%] (hidden)
TMAX2m 0 15,105,2 ** 2 m Max. temp. [K] (hidden)
TMIN2m 0 16,105,2 ** 2 m Min. temp. [K] (hidden)
TMPsfc 0 11,1,0 ** surface Temp. [K]
TMP 26 11,100,0 ** Temp. [K]
TMP1829m 0 11,103,1829 ** 1829 m Temp. [K]
TMP2743m 0 11,103,2743 ** 2743 m Temp. [K]
TMP3658m 0 11,103,3658 ** 3658 m Temp. [K]
TMP2m 0 11,105,2 ** 2 m Temp. [K]
TMPsig995 0 11,107,9950 ** sig=.995 Temp. [K]
TMPSoilT 0 11,112,10 ** 0-10cm undergnd Temp. [K]
TMPSoilM 0 11,112,2760 ** 10-200 cm undergnd Temp. [K]
TMP30_0mb 0 11,116,7680 ** 30-0 mb above gnd Temp. [K]
oTMPlct 0 11,213,0 ** low cloud top Temp. [K] (hidden)
oTMPmct 0 11,223,0 ** mid cloud top Temp. [K] (hidden)
oTMPhct 0 11,233,0 ** high cloud top Temp. [K] (hidden)
TMPmwl 0 11,6,0 ** max wind level Temp. [K]
TMPtrp 0 11,7,0 ** tropopause Temp. [K]
TOZNEclm 0 10,200,0 ** atmos column Total ozone [Dobson]
UGWD 0 147,1,0 ** surface Zonal gravity wave stress [N/m^2]
oUFLX 0 124,1,0 ** surface Zonal momentum flux [N/m^2] (hidden)
UGRD 26 33,100,0 ** u wind [m/s]
UGRD1829m 0 33,103,1829 ** 1829 m u wind [m/s]
UGRD2743m 0 33,103,2743 ** 2743 m u wind [m/s]
UGRD3658m 0 33,103,3658 ** 3658 m u wind [m/s]
UGRD10m 0 33,105,10 ** 10 m u wind [m/s]
UGRDsig995 0 33,107,9950 ** sig=.995 u wind [m/s]
UGRD30_0mb 0 33,116,7680 ** 30-0 mb above gnd u wind [m/s]
UGRDmwl 0 33,6,0 ** max wind level u wind [m/s]
UGRDtrp 0 33,7,0 ** tropopause u wind [m/s]
oULWRFsfc 0 212,1,0 ** surface Upward long wave flux [W/m^2] (hidden)
oULWRFtoa 0 212,8,0 ** top of atmos Upward long wave flux [W/m^2] (hidden)
oUSWRFsfc 0 211,1,0 ** surface Upward short wave flux [W/m^2] (hidden)
oUSWRFtoa 0 211,8,0 ** top of atmos Upward short wave flux [W/m^2] (hidden)
VGWD 0 148,1,0 ** surface Meridional gravity wave stress [N/m^2]
oVFLX 0 125,1,0 ** surface Meridional momentum flux [N/m^2] (hidden)
VGRD 26 34,100,0 ** v wind [m/s]
VGRD1829m 0 34,103,1829 ** 1829 m v wind [m/s]
VGRD2743m 0 34,103,2743 ** 2743 m v wind [m/s]
VGRD3658m 0 34,103,3658 ** 3658 m v wind [m/s]
VGRD10m 0 34,105,10 ** 10 m v wind [m/s]
VGRDsig995 0 34,107,9950 ** sig=.995 v wind [m/s]
VGRD30_0mb 0 34,116,7680 ** 30-0 mb above gnd v wind [m/s]
VGRDmwl 0 34,6,0 ** max wind level v wind [m/s]
VGRDtrp 0 34,7,0 ** tropopause v wind [m/s]
VVEL 21 39,100,0 ** Pressure vertical velocity [Pa/s]
VVELsig995 0 39,107,9950 ** sig=.995 Pressure vertical velocity [Pa/s]
VWSHtrp 0 136,7,0 ** tropopause Vertical speed shear [1/s]
oWATR 0 90,1,0 ** surface Water runoff [kg/m^2] (hidden)
WEASD 0 65,1,0 ** surface Accum. snow [kg/m^2]
ENDVARS
*
* shaded:CFRZR:*:set gxout grfill
* shaded:CFRZR:*:set clevs 0.5
* shaded:CFRZR:*:set ccols 99 2
* shaded:CICEP:*:set gxout grfill
* shaded:CICEP:*:set clevs 0.5
* shaded:CICEP:*:set ccols 99 2
* shaded:CSNOW:*:set gxout grfill
* shaded:CSNOW:*:set clevs 0.5
* shaded:CSNOW:*:set ccols 99 2
* shaded:CRAIN:*:set gxout grfill
* shaded:CRAIN:*:set clevs 0.5
* shaded:CRAIN:*:set ccols 99 2
*
* function:precip type:1:CRAIN+2*CFRZR+3*CICEP+4*CSNOW:precip type 1=rain 2=freezing rain 3=ice pellets 4=snow
* shaded:precip type:*:set gxout grfill
* shaded:precip type:*:set ccols 99 36 2 45 85 3
* shaded:precip type:*:set clevs 0.5 1.5 2.5 3.5
* title:precip type:rain=1 freezing rain=2 ice=3 snow=4 $_hour $_day$_month$_year
*
* function:isotach (m/s):26:mag(ugrd,vgrd):wind speed (m/s)
*
* plot:winds:16:isotachs (m/s) and wind vectors
* title:winds:isotachs (m/s) $_level mb $_dayofweek $_hour $_day$_month$_year
* display:winds:set gxout shaded
* display:winds:d mag(UGRD,VGRD)
* display:winds:run cbar98.gs
* display:winds:set ccolor 98
* display:winds:run d_uv.gs ugrd vgrd
*
* plot:winds 10m:1:10 meter isotachs (m/s) and wind vectors
* title:winds 10m:10 m isotachs (m/s) $_dayofweek $_hour $_day$_month$_year
* display:winds 10m:set gxout shaded
* display:winds 10m:d mag(UGRD10m,VGRD10m)
* display:winds 10m:run cbar98.gs
* display:winds 10m:set ccolor 98
* display:winds 10m:run d_uv.gs ugrd10m vgrd10m
*
* plot:winds B/W:16:isotachs (m/s) and wind vectors
* title:winds B/W:isotachs (m/s) $_level mb $_dayofweek $_hour $_day$_month$_year
* display:winds B/W:set ccolor 98
* display:winds B/W:set gxout contour
* display:winds B/W:d mag(UGRD,VGRD)
* display:winds B/W:run cbar98.gs
* display:winds B/W:set ccolor 98
* display:winds B/W:run d_uv.gs ugrd vgrd
*
* plot:winds 10m B/W:1:10 meter isotachs (m/s) and wind vectors
* title:winds 10m B/W:10 m isotachs (m/s) $_dayofweek $_hour $_day$_month$_year
* display:winds 10m B/W:set ccolor 98
* display:winds 10m B/W:set gxout contour
* display:winds 10m B/W:d mag(UGRD10m,VGRD10m)
* display:winds 10m B/W:run cbar98.gs
* display:winds 10m B/W:set ccolor 98
* display:winds 10m B/W:run d_uv.gs ugrd10m vgrd10m
*
* plot:winds (knots):16:isotachs (knots) and wind vectors
* title:winds (knots):isotachs (knot) $_level mb $_dayofweek $_hour $_day$_month$_year
* display:winds (knots):set gxout shaded
* display:winds (knots):d mag(UGRD,VGRD)*1.94254
* display:winds (knots):run cbar98.gs
* display:winds (knots):set ccolor 98
* display:winds (knots):run d_uv.gs ugrd*1.94254 vgrd*1.94245
*
* plot:winds 10m (knots):1:10 meter isotachs (knots) and wind vectors
* title:winds 10m (knots):10 m isotachs (knot) $_dayofweek $_hour $_day$_month$_year
* display:winds 10m (knots):set gxout shaded
* display:winds 10m (knots):d mag(UGRD10m,VGRD10m)*1.94254
* display:winds 10m (knots):run cbar98.gs
* display:winds 10m (knots):set ccolor 98
* display:winds 10m (knots):run d_uv.gs ugrd10m*1.94254 vgrd10m*1.94245
*
* plot:winds B/W (knots):16:isotachs (knots) and wind vectors
* title:winds B/W (knots):isotachs (knot) $_level mb $_dayofweek $_hour $_day$_month$_year
* display:winds B/W (knots):set ccolor 98
* display:winds B/W (knots):set gxout contour
* display:winds B/W (knots):d mag(UGRD,VGRD)*1.94254
* display:winds B/W (knots):run cbar98.gs
* display:winds B/W (knots):set ccolor 98
* display:winds B/W (knots):run d_uv.gs ugrd*1.94254 vgrd*1.94245
*
* plot:winds 10m B/W (knots):1:10 meter isotachs (knots) and wind vectors
* title:winds 10m B/W (knots):10 m isotachs (knot) $_dayofweek $_hour $_day$_month$_year
* display:winds 10m B/W (knots):set ccolor 98
* display:winds 10m B/W (knots):set gxout contour
* display:winds 10m B/W (knots):d mag(UGRD10m,VGRD10m)*1.94254
* display:winds 10m B/W (knots):run cbar98.gs
* display:winds 10m B/W (knots):set ccolor 98
* display:winds 10m B/W (knots):run d_uv.gs ugrd10m*1.94254 vgrd10m*1.94245
*
* plot:HGT&AbsVort:17:height (gpm) and absolute vorticity (1e-6/s)
* title:HGT&AbsVort:Height and Abs Vort $_level mb $_dayofweek $_hour $_day$_month$_year
* display:HGT&AbsVort:set csmooth on
* display:HGT&AbsVort:d ABSV*1000000
* display:HGT&AbsVort:run cbar98.gs
* display:HGT&AbsVort:set gxout contour
* display:HGT&AbsVort:set cthick 5
* display:HGT&AbsVort:set ccolor 98
* display:HGT&AbsVort:d HGT
*
* plot:HGT&RelVort:17:height (gpm) and relative vorticity (1e-6/s)
* title:HGT&RelVort:Height and Rel Vort $_level mb $_dayofweek $_hour $_day$_month$_year
* display:HGT&RelVort:set csmooth on
* display:HGT&RelVort:d hcurl(UGRD, VGRD)*1000000
* display:HGT&RelVort:run cbar98.gs
* display:HGT&RelVort:set gxout contour
* display:HGT&RelVort:set cthick 5
* display:HGT&RelVort:set ccolor 98
* display:HGT&RelVort:d HGT
*
* plot:RH & Omega:17:Relative Humidity (%) and Omega (dp/dt) (Pa/s)
* title:RH & Omega:RH and Omega $_level mb $_dayofweek $_hour $_day$_month$_year
* display:RH & Omega:d VVEL
* display:RH & Omega:run cbar98.gs
* display:RH & Omega:set gxout contour
* display:RH & Omega:set ccolor 98
* display:RH & Omega:set cint 20
* display:RH & Omega:d RH
*
* function:1000-500 Thickness:1:hgt(lev=500)-hgt(lev=1000):Thickness of the 500-1000mb layer (m)
* title:1000-500 Thickness:1000-500 thickness $_dayofweek $_hour $_day$_month$_year
*
* plot:msl&thick:1:mean sea level pressure (mb) and 1000-500 thickness (m)
* title:msl&thick:MSLP and 1000-500 thickness $_dayofweek $_hour $_day$_month$_year
* display:msl&thick:set gxout contour
* display:msl&thick:set csmooth on
* display:msl&thick:set cthick 5
* display:msl&thick:set ccolor 2
* display:msl&thick:set cint 5
* display:msl&thick:d PRMSL/100
* display:msl&thick:set cthick 4
* display:msl&thick:set ccolor 98
* display:msl&thick:set cint 50
* display:msl&thick:d HGT(lev=500)-HGT(lev=1000)
* display:msl&thick:set cthick 5
* display:msl&thick:set ccolor 59
* display:msl&thick:set cint 5400
* display:msl&thick:d HGT(lev=500)-HGT(lev=1000)
*
* plot:msl 0,12hr:1:mean sea level pressure (mb), t=0,12hr
* title:msl 0,12hr:MSLP $_hour$_day$_month$_year (shaded) +12hr (lines)
* display:msl 0,12hr:set cthick 5
* display:msl 0,12hr:set ccolor 2
* display:msl 0,12hr:d PRMSL/100
* display:msl 0,12hr:set gxout contour
* display:msl 0,12hr:d PRMSL/100
* display:msl 0,12hr:run cbar98.gs
* display:msl 0,12hr:set gxout contour
* display:msl 0,12hr:set cthick 1
* display:msl 0,12hr:set ccolor 98
* display:msl 0,12hr:d PRMSL(t+4)/100
*
* function:precip 0-6hr:1:smth9(apcp(t=3)):smoothed precip (mm)
* title:precip 0-6hr:precip 0-6hr (mm)
* shaded:precip 0-6hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 6-12hr:1:smth9(apcp(t=5)):smoothed precip (mm)
* title:precip 6-12hr:precip 6-12hr (mm)
* shaded:precip 6-12hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 12-18hr:1:smth9(apcp(t=7)):smoothed precip (mm)
* title:precip 12-18hr:precip 12-18hr (mm)
* shaded:precip 12-18hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 18-24hr:1:smth9(apcp(t=9)):smoothed precip (mm)
* title:precip 18-24hr:precip 18-24hr (mm)
* shaded:precip 18-24hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 24-30hr:1:smth9(apcp(t=11)):smoothed precip (mm)
* title:precip 24-30hr:precip 24-30hr (mm)
* shaded:precip 24-30hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 30-36hr:1:smth9(apcp(t=13)):smoothed precip (mm)
* title:precip 30-36hr:precip 30-36hr (mm)
* shaded:precip 30-36hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 36-42hr:1:smth9(apcp(t=15)):smoothed precip (mm)
* title:precip 36-42hr:precip 36-42hr (mm)
* shaded:precip 36-42hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 42-48hr:1:smth9(apcp(t=17)):smoothed precip (mm)
* title:precip 42-48hr:precip 42-48hr (mm)
* shaded:precip 42-48hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 0-12hr:1:smth9(apcp(t=3)+apcp(t=5)):smoothed precip (mm)
* title:precip 0-12hr:precip 0-12hr (mm)
* shaded:precip 0-12hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 12-24hr:1:smth9(apcp(t=7)+apcp(t=9)):smoothed precip (mm)
* title:precip 12-24hr:precip 12-24hr (mm)
* shaded:precip 12-24hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 24-36hr:1:smth9(apcp(t=11)+apcp(t=13)):smoothed precip (mm)
* title:precip 24-36hr:precip 24-36hr (mm)
* shaded:precip 24-36hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 36-48hr:1:smth9(apcp(t=15)+apcp(t=17)):smoothed precip (mm)
* title:precip 36-48hr:precip 36-48hr (mm)
* shaded:precip 36-48hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 48-60hr:1:smth9(apcp(t=19)+apcp(t=21)):smoothed precip (mm)
* title:precip 48-60hr:precip 48-60hr (mm)
* shaded:precip 48-60hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* function:precip 60-72hr:1:smth9(apcp(t=23)+apcp(t=25)):smoothed precip (mm)
* title:precip 60-72hr:precip 60-72hr (mm)
* shaded:precip 60-72hr:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* shaded:PRATE:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
* shaded:CPRAT:*:set rbcols 99 42 43 44 45 46 47 48 49 22 23 24 25 26 27 28 29
*
* init:CPRAT:run mask10.gs
* init:PRATE:run mask10.gs
* function:CPRAT:1:(1+mask10)*ocprat-const(mask10*ocprat(t-1),0,-u):Convective precipitation rate [kg/m^2/s]
* function:PRATE:1:(1+mask10)*oprate-const(mask10*oprate(t-1),0,-u):Precipitation rate [kg/m^2/s]
*
* function:LHTFL:1:(1+mask10)*olhtfl-const(mask10*olhtfl(t-1),0,-u):Latent heat flux [W/m^2]
* init:LHTFL:run mask10.gs
*
* function:SHTFL:1:(1+mask10)*oshtfl-const(mask10*oshtfl(t-1),0,-u):Sensible heat flux [W/m^2]
* init:SHTFL:run mask10.gs
*
* init:DLWRFsfc:run mask10.gs
* init:DSWRFsfc:run mask10.gs
* init:USWRFsfc:run mask10.gs
* init:ULWRFsfc:run mask10.gs
* init:USWRFtoa:run mask10.gs
* init:ULWRFtoa:run mask10.gs
*
* function:DLWRFsfc:1:(1+mask10)*odlwrfsfc-const(mask10*odlwrfsfc(t-1),0,-u):surface Downward long wave flux [W/m^2]
* function:DSWRFsfc:1:(1+mask10)*odswrfsfc-const(mask10*odswrfsfc(t-1),0,-u):surface Downward short wave flux [W/m^2]
* function:ULWRFsfc:1:(1+mask10)*oulwrfsfc-const(mask10*oulwrfsfc(t-1),0,-u):surface Upward long wave flux [W/m^2]
* function:USWRFsfc:1:(1+mask10)*ouswrfsfc-const(mask10*ouswrfsfc(t-1),0,-u):surface Upward short wave flux [W/m^2]
* function:ULWRFtoa:1:(1+mask10)*oulwrftoa-const(mask10*oulwrftoa(t-1),0,-u):top of atmos Upward long wave flux [W/m^2]
* function:USWRFtoa:1:(1+mask10)*ouswrftoa-const(mask10*ouswrftoa(t-1),0,-u):top of atmos Upward short wave flux [W/m^2]
*
* init:TCDCclm:run mask10.gs
* init:TCDCbcl:run mask10.gs
* init:TCDClcl:run mask10.gs
* init:TCDCmcl:run mask10.gs
* init:TCDChcl:run mask10.gs
* init:TCDCcvl:run mask10.gs
*
* function:TCDCclm:1:(1+mask10)*oTCDCclm-const(mask10*oTCDCclm(t-1),0,-u):atmos column cloud cover [%]
* function:TCDCbcl:1:(1+mask10)*oTCDCbcl-const(mask10*oTCDCbcl(t-1),0,-u):boundary cloud layer cloud cover [%]
* function:TCDClcl:1:(1+mask10)*oTCDClcl-const(mask10*oTCDClcl(t-1),0,-u):low cloud layer cloud cover [%]
* function:TCDCmcl:1:(1+mask10)*oTCDCmcl-const(mask10*oTCDCmcl(t-1),0,-u):mid cloud layer cloud cover [%]
* function:TCDChcl:1:(1+mask10)*oTCDChcl-const(mask10*oTCDChcl(t-1),0,-u):high cloud layer cloud cover [%]
* function:TCDCcvl:1:(1+mask10)*oTCDCcvl-const(mask10*oTCDCcvl(t-1),0,-u):convective cloud layer cloud cover [%]
*
* init:TMPlct:run mask10.gs
* init:TMPmct:run mask10.gs
* init:TMPhct:run mask10.gs
* function:TMPlct:1:(1+mask10)*oTMPlct-const(mask10*oTMPlct(t-1),0,-u):low cloud top Temp. [K]
* function:TMPmct:1:(1+mask10)*oTMPmct-const(mask10*oTMPmct(t-1),0,-u):mid cloud top Temp. [K]
* function:TMPhct:1:(1+mask10)*oTMPhct-const(mask10*oTMPhct(t-1),0,-u):high cloud top Temp. [K]
*
* init:WATR:run mask10.gs
* function:WATR:1:(1+mask10)*oWATR-const(mask10*oWATR(t-1),0,-u):Water runoff [kg/m^2]
*
* init:PEVPR:run mask10.gs
* function:PEVPR:1:(1+mask10)*oPEVPR-const(mask10*oPEVPR(t-1),0,-u):Potential evaporation rate [W/m^2]
*
* init:CWORKclm:run mask10.gs
* function:CWORKclm:1:(1+mask10)*oCWORKclm-const(mask10*oCWORKclm(t-1),0,-u):atmos column Cloud work function [J/kg]
*
* init:UFLX:run mask10.gs
* function:UFLX:1:(1+mask10)*oUFLX-const(mask10*oUFLX(t-1),0,-u):surface Zonal momentum flux [N/m^2]
* init:VFLX:run mask10.gs
* function:VFLX:1:(1+mask10)*oVFLX-const(mask10*oVFLX(t-1),0,-u):surface Meridional momentum flux [N/m^2]
*
grads 打开ctl文件后如下
open后
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