2012年7月3日火曜日
2012年1月30日月曜日
grads 色
Controlling Colors in GrADS
The GrADS Default ColorsGrADS is built with 16 default colors that are used in a variety of applications. Every color in GrADS has a unique color number that is used as an index to identify it in GrADS commands. Complete specifications of the default colors numbered 0 to 15 are given below:
Col# Description Sample R G B 0 backgroundDisclaimer: The color samples may not be displayed properly. The GrADS Default Rainbow Sequence0 0 0 (black by default) 1 foreground
255 255 255 (white by default) 2 red
240 0 0 3 green
0 220 0 4 dark blue
31 61 250 5 light blue
0 199 199 6 magenta
220 0 99 7 yellow
230 220 51 8 orange
240 130 41 9 purple
161 0 199 10 yellow/green
161 230 51 11 medium blue
0 161 230 12 dark yellow
230 176 46 13 aqua
0 209 140 14 dark purple
110 0 220 15 gray
125 125 125
2011年11月10日木曜日
使いこなせ！シェルスクリプト！！データ解析
http://www.e.ics.nara-wu.ac.jp/~nogu/tips/unix_command.html
awk
- 行単位でデータファイルを様々に加工する awk(おーく)は、入力データ１行ごとに各列の様々な処理を行うコマンドである。 ここで、行とはファイルデータの横のライン、列とは縦のラインである。 awkを用いると、例えば「ファイルの２列目を２倍する」というような操作もコマンドライン一行で可能になる。
基本形は、
% awk '条件文{実行文}' ファイル名である。'は「Shiftキー＋数字の７」である。括弧は「中括弧」{}でなくてはならない。 また、条件文は省略可能である。 例えば、３列あるデータファイルのうち、１列目はそのまま、２列目は２倍、３列目は３で割りたいというときは、% awk '{print $1,$2*2.0,$3/3.0}' datafileとする。ここで、print文中の$1は１列目を表す。各列は,で区切る。print文中ではC言語の主な演算記号が使える。 以下に、awkによる処理の例を挙げる。% awk '$1 > 4.0{print}' datafile ある条件に一致した行のみを出力する。この例は一列目が4.0よりも大きければ出力。 print文で列を指定しなければ全列が出力される。$0と明示的に指定することも可能。% awk '$1 <= 5.0 {print $3} $1 > 10.0 {print $2}' datafile 複数の条件によって出力パターンを変える。 例では、１列目が5以上なら3列目を出力し、1列目が10より大きければ2列目を出力。% awk `$1 == "S"{print}` datafile 条件文の中で比較対象が文字の場合は、""で括る。% awk '$1 !~ "#"{print}' datafile 読み飛ばしたい行には行頭に#をつけ、#をコメントアウト行と認識させる。 #で始まる行はスキップする。正確には、1列目に#が含まれていなければ出力する。 ~はその列にある文字が含まれている時という条件を表し、 !は直後の条件を否定（not）する。% awk '{printf("%d %f %s\n",$1,$2,$3)}' datafile 出力書式を指定したいときに用いる。 printfの用法はC言語のprintfに準ずる。% awk 'NF >0 {print $1}' datafile 空行をスキップさせる。 NFはawkの変数で、現在読み込んでいる行の列(フィールド)の数を表す。% awk '{if ($1 == "B" || $1 == "N") print "B"; else print "C"}' datafile if/else文。複雑な条件文を組み込む。 if文以下の||は「または」(or)を表す。「かつ」(and)は&&。% awk '{if ($1 !~ "#") if ($1 == 0 && $2 == 0) print $0,0.5,"r"; else print $0,$1/($1+$2); else print "# is escaped."}' datafile 同じくif/else文。二重に入れ子になっているとき。 上記の例は二行に分けてあるが、実際は一行につなげて書く。% awk 'NR==1{s0=$1 } NR!=1{r=$1-s0; s0=$1; print r}' datafile 前後の行での処理。例は、１列目において、１行前の値を今の行の値から引いて出力する。 １行目では今の値を保持させるのみとし、２行目以降で引き算を行っている。 NRはNFと同様にawkの変数で、処理をした行の数を表す。 s0というのは、自分で設定した変数。ここに前の行の一列目の値を保持させている。awk内の変数を挙げる。- NF ：列の数
- NR ：行の数。
- FILENAME ：今読み込んでいるファイルの名前
2011年10月26日水曜日
chage_axcel6
#! /bin/tcsh -f
#####################################
# cloud change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data6
filename3=output_data
ffilename1=psea
ffilename2=u
ffilename3=v
ffilename4=srf_u
ffilename5=srf_v
ofname1=output_axcel
ofname2=output_axcel_c
####################################
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
*psea
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd psea'
'disable fwrite'
'c'
*u
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd u'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
*v
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename3}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd v'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
*srf_u
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename4}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd usrf'
'disable fwrite'
'c'
*srf_v
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename5}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd vsrf'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn v1n'
write(*,*) 'time_step pn plonn platn v1n'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn output_srfc output_c1000 output_c800 output_c600 output_c400 output_c200'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=u
!ffilename3=v
!ffilename4=srf_u
!ffilename5=srf_v
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename3}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename4}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename5}
real(kind=4), dimension(zgrid) :: output_c
real(kind=4), dimension(ygrid) :: corr_f
real(kind=4), dimension(xgrid,ygrid,zgrid) :: zcurl
real(kind=4), dimension(xgrid,ygrid) :: zcurls
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: zcurl_sum, s_sum, cx, cy, output_srfc
real(kind=4) :: f, rad, pai, omega
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=13,file='${ffilename3}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=13,rec=1) ${ffilename3}
open (unit=14,file='${ffilename4}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=14,rec=1) ${ffilename4}
open (unit=15,file='${ffilename5}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=15,rec=1) ${ffilename5}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check u
!do k = 1, ${zgrid}
!write(*,*) 'u(300,300,k) ', u(300,300,k)
!enddo
!!!!!!!check v
!do k = 1, ${zgrid}
!write(*,*) 'v(100,100,k) ', v(100,100,k)
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! cal circulation
!!!! centered difference
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!set coriolis
!rad=30*3.14/180
!f=sin(rad)
pai=3.141592
omega=2*pai/60/60/24
write(*,*) '!!!set coriolis'
do j = 1, ${ygrid}
rad=j*${gsize2}
rad=rad${f_lat}
rad=rad*pai/180
corr_f(j)=2*omega*sin(rad)
!write(*,*) 'corr_f', corr_f(j)
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cal zcurl
cx=${xgrid}-1
cy=${ygrid}-1
do k = 1, ${zgrid}
do i = 2, cx
do j = 2, cy
zcurl(i,j,k)=(v(i+1,j,k)-v(i-1,j,k))-(u(i,j+1,k)-u(i,j-1,k))
zcurl(i,j,k)=zcurl(i,j,k)/(2*${gsize1})
zcurl(i,j,k)= zcurl(i,j,k) + corr_f(j)
enddo
enddo
enddo
!do k = 1, 16
!write(*,*) 'zcurl(300,300,k) 300,300,k', zcurl(300,300,k), 300, 300, k
!enddo
zcurl_sum=0
do k = 1, ${zgrid}
do i = 2, ${xgrid}
do j = 2, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
zcurl_sum = zcurl_sum + zcurl(i,j,k)
step = step + 1
! write(*,*) 'zcurl_sum zcurl(i,j,k) step i j k', zcurl_sum, zcurl(i,j,k), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
!write(*,*) 'yoshiyoshi'
endif
l_axcel=0
enddo
enddo
output_c(k)=zcurl_sum*(step*${gsize1}*${gsize1})
!write(*,*) 'step output_c(k)', step, output_c(k)
zcurl_sum=0
step=0
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cal srf_zcurl
cx=${xgrid}-1
cy=${ygrid}-1
do i = 2, cx
do j = 2, cy
zcurls(i,j)=(srf_v(i+1,j)-srf_v(i-1,j))-(srf_u(i,j+1)-srf_u(i,j-1))
zcurls(i,j)=zcurls(i,j)/(2*${gsize1})
zcurls(i,j)= zcurls(i,j) + corr_f(j)
enddo
enddo
!do k = 1, 16
!write(*,*) 'zcurl(300,300,k) 300,300,k', zcurl(300,300,k), 300, 300, k
!enddo
zcurl_sum=0
do i = 2, ${xgrid}
do j = 2, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
zcurl_sum = zcurl_sum + zcurls(i,j)
step = step + 1
! write(*,*) 'zcurl_sum zcurls(i,j) step i j k', zcurl_sum, zcurls(i,j), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
!write(*,*) 'yoshiyoshi'
endif
l_axcel=0
enddo
enddo
output_srfc=zcurl_sum*(step*${gsize1}*${gsize1})
!write(*,*) 'step output_srfc(k)', step, output_srfc
zcurl_sum=0
step=0
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(*,*) ${time_step}, pn, plonn, platn, output_srfc, output_c(1), output_c(7), output_c(9), output_c(11), output_c(14)
write(32,*) ${time_step}, pn, plonn, platn, output_srfc, output_c(1), output_c(7), output_c(9), output_c(11), output_c(14)
close(11)
close(12)
close(13)
close(14)
close(15)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
hour=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
#####################################
# cloud change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data6
filename3=output_data
ffilename1=psea
ffilename2=u
ffilename3=v
ffilename4=srf_u
ffilename5=srf_v
ofname1=output_axcel
ofname2=output_axcel_c
####################################
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
*psea
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd psea'
'disable fwrite'
'c'
*u
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd u'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
*v
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename3}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd v'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
*srf_u
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename4}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd usrf'
'disable fwrite'
'c'
*srf_v
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename5}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd vsrf'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn v1n'
write(*,*) 'time_step pn plonn platn v1n'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn output_srfc output_c1000 output_c800 output_c600 output_c400 output_c200'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=u
!ffilename3=v
!ffilename4=srf_u
!ffilename5=srf_v
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename3}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename4}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename5}
real(kind=4), dimension(zgrid) :: output_c
real(kind=4), dimension(ygrid) :: corr_f
real(kind=4), dimension(xgrid,ygrid,zgrid) :: zcurl
real(kind=4), dimension(xgrid,ygrid) :: zcurls
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: zcurl_sum, s_sum, cx, cy, output_srfc
real(kind=4) :: f, rad, pai, omega
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=13,file='${ffilename3}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=13,rec=1) ${ffilename3}
open (unit=14,file='${ffilename4}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=14,rec=1) ${ffilename4}
open (unit=15,file='${ffilename5}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=15,rec=1) ${ffilename5}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check u
!do k = 1, ${zgrid}
!write(*,*) 'u(300,300,k) ', u(300,300,k)
!enddo
!!!!!!!check v
!do k = 1, ${zgrid}
!write(*,*) 'v(100,100,k) ', v(100,100,k)
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! cal circulation
!!!! centered difference
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!set coriolis
!rad=30*3.14/180
!f=sin(rad)
pai=3.141592
omega=2*pai/60/60/24
write(*,*) '!!!set coriolis'
do j = 1, ${ygrid}
rad=j*${gsize2}
rad=rad${f_lat}
rad=rad*pai/180
corr_f(j)=2*omega*sin(rad)
!write(*,*) 'corr_f', corr_f(j)
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cal zcurl
cx=${xgrid}-1
cy=${ygrid}-1
do k = 1, ${zgrid}
do i = 2, cx
do j = 2, cy
zcurl(i,j,k)=(v(i+1,j,k)-v(i-1,j,k))-(u(i,j+1,k)-u(i,j-1,k))
zcurl(i,j,k)=zcurl(i,j,k)/(2*${gsize1})
zcurl(i,j,k)= zcurl(i,j,k) + corr_f(j)
enddo
enddo
enddo
!do k = 1, 16
!write(*,*) 'zcurl(300,300,k) 300,300,k', zcurl(300,300,k), 300, 300, k
!enddo
zcurl_sum=0
do k = 1, ${zgrid}
do i = 2, ${xgrid}
do j = 2, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
zcurl_sum = zcurl_sum + zcurl(i,j,k)
step = step + 1
! write(*,*) 'zcurl_sum zcurl(i,j,k) step i j k', zcurl_sum, zcurl(i,j,k), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
!write(*,*) 'yoshiyoshi'
endif
l_axcel=0
enddo
enddo
output_c(k)=zcurl_sum*(step*${gsize1}*${gsize1})
!write(*,*) 'step output_c(k)', step, output_c(k)
zcurl_sum=0
step=0
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cal srf_zcurl
cx=${xgrid}-1
cy=${ygrid}-1
do i = 2, cx
do j = 2, cy
zcurls(i,j)=(srf_v(i+1,j)-srf_v(i-1,j))-(srf_u(i,j+1)-srf_u(i,j-1))
zcurls(i,j)=zcurls(i,j)/(2*${gsize1})
zcurls(i,j)= zcurls(i,j) + corr_f(j)
enddo
enddo
!do k = 1, 16
!write(*,*) 'zcurl(300,300,k) 300,300,k', zcurl(300,300,k), 300, 300, k
!enddo
zcurl_sum=0
do i = 2, ${xgrid}
do j = 2, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
zcurl_sum = zcurl_sum + zcurls(i,j)
step = step + 1
! write(*,*) 'zcurl_sum zcurls(i,j) step i j k', zcurl_sum, zcurls(i,j), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
!write(*,*) 'yoshiyoshi'
endif
l_axcel=0
enddo
enddo
output_srfc=zcurl_sum*(step*${gsize1}*${gsize1})
!write(*,*) 'step output_srfc(k)', step, output_srfc
zcurl_sum=0
step=0
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(*,*) ${time_step}, pn, plonn, platn, output_srfc, output_c(1), output_c(7), output_c(9), output_c(11), output_c(14)
write(32,*) ${time_step}, pn, plonn, platn, output_srfc, output_c(1), output_c(7), output_c(9), output_c(11), output_c(14)
close(11)
close(12)
close(13)
close(14)
close(15)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
hour=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
change_axcel5
#! /bin/tcsh -f
#####################################
# cwc change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data5
filename3=output_data
ffilename1=psea
ffilename2=cwc #[g/kg]
ofname1=output_axcel
ofname2=output_axcel_cwc
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
*psea
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd cwc*1000'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn cwc1000 cwc800 cwc600 cwc400 cwc200 sumcwc1000 sumcwc800 sumcwc600 sumcwc400 sumcwc200 allcwc'
write(32,*) 'time_step pn plonn platn cwc1000 cwc800 cwc600 cwc400 cwc200 sumcwc1000 sumcwc800 sumcwc600 sumcwc400 sumcwc200 allcwc'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=cwc
!ofname1=output_axcel
!ofname2=output_axcel_cwc
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(zgrid) :: output_cwc
real(kind=4), dimension(zgrid) :: output_cwc_av
real(kind=4), dimension(zgrid) :: output_cwc_zintegral
real(kind=4), dimension(zgrid) :: output_cwc_av_zintegral
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: cwc_sum, av_cwc, allcwc
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check cwc
!do k = 1, ${zgrid}
!write(*,*) 'cwc(100,300,k) ', cwc(100,300,k)
!enddo
!!!!!!!check cwc
!do k = 1, ${zgrid}
!do i = 1, ${xgrid}
!do j = 1, ${ygrid}
! if (cwc(i,j,k) > 0) then
! write(*,*) 'i, j, k, cwc(i,j,k) ', i, j, k, cwc(i,j,k)
! endif
!enddo
!enddo
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cwc 1~zgrid
step=0
cwc_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
do k = 1, ${zgrid}
cwc(i,j,k)=0
enddo
enddo
enddo
endif
do k = 1, ${zgrid}
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
cwc_sum = cwc_sum + cwc(i,j,k)
step = step + 1
! write(*,*) 'cwc_sum cwc(i,j,k) step i j k', cwc_sum, cwc(i,j,k), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
endif
l_axcel=0
enddo
enddo
output_cwc(k) = cwc_sum
output_cwc_av(k) = cwc_sum / step
output_cwc_zintegral(k) = output_cwc_zintegral(k) + output_cwc(k)
output_cwc_av_zintegral(k) = output_cwc_av_zintegral(k) + output_cwc_av(k)
! write(*,*) 'k output_cwc(k) output_cwc_av(k)', k, output_cwc(k), output_cwc_av(k)
step=0
cwc_sum=0
enddo
allcwc=0
do k =1 ,${zgrid}
allcwc = allcwc + output_cwc_zintegral(k)
!write(*,*) 'k, allcwc, output_cwc_zintegral(k)', k, allcwc, output_cwc_zintegral(k)
enddo
do k =1 ,${zgrid}
!write(*,*) 'k output_cwc(k) output_cwc_av(k), output_cwc_zintegral, output_cwc_av_zintegral', k, output_cwc(k), output_cwc_av(k), output_cwc_zintegral(k), output_cwc_zintegral(k)
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
!write(32,*) ${time_step}, pn, plonn, platn, avcwc1000, avcwc800, avcwc600, avcwc400, avcwc200, sumcwc1000, sumcwc800, sumcwc600, sumcwc400, sumcwc200, allcwc
write(32,*) ${time_step}, pn, plonn, platn, output_cwc(1), output_cwc(7), output_cwc(9), output_cwc(11), output_cwc(14), output_cwc_zintegral(1), output_cwc_zintegral(7), output_cwc_zintegral(9), output_cwc_zintegral(11), output_cwc_zintegral(14), allcwc
write(*,*) ${time_step}, pn, plonn, platn, output_cwc(1), output_cwc(7), output_cwc(9), output_cwc(11), output_cwc(14), output_cwc_zintegral(1), output_cwc_zintegral(7), output_cwc_zintegral(9), output_cwc_zintegral(11), output_cwc_zintegral(14), allcwc
close(11)
close(12)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
our=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
cp ${ofname3}.txt ${ofname3}.dat
#####################################
# cwc change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data5
filename3=output_data
ffilename1=psea
ffilename2=cwc #[g/kg]
ofname1=output_axcel
ofname2=output_axcel_cwc
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
*psea
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 418'
'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd cwc*1000'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn cwc1000 cwc800 cwc600 cwc400 cwc200 sumcwc1000 sumcwc800 sumcwc600 sumcwc400 sumcwc200 allcwc'
write(32,*) 'time_step pn plonn platn cwc1000 cwc800 cwc600 cwc400 cwc200 sumcwc1000 sumcwc800 sumcwc600 sumcwc400 sumcwc200 allcwc'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=cwc
!ofname1=output_axcel
!ofname2=output_axcel_cwc
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(zgrid) :: output_cwc
real(kind=4), dimension(zgrid) :: output_cwc_av
real(kind=4), dimension(zgrid) :: output_cwc_zintegral
real(kind=4), dimension(zgrid) :: output_cwc_av_zintegral
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: cwc_sum, av_cwc, allcwc
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check cwc
!do k = 1, ${zgrid}
!write(*,*) 'cwc(100,300,k) ', cwc(100,300,k)
!enddo
!!!!!!!check cwc
!do k = 1, ${zgrid}
!do i = 1, ${xgrid}
!do j = 1, ${ygrid}
! if (cwc(i,j,k) > 0) then
! write(*,*) 'i, j, k, cwc(i,j,k) ', i, j, k, cwc(i,j,k)
! endif
!enddo
!enddo
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!cwc 1~zgrid
step=0
cwc_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
do k = 1, ${zgrid}
cwc(i,j,k)=0
enddo
enddo
enddo
endif
do k = 1, ${zgrid}
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
cwc_sum = cwc_sum + cwc(i,j,k)
step = step + 1
! write(*,*) 'cwc_sum cwc(i,j,k) step i j k', cwc_sum, cwc(i,j,k), step, i, j, k
! write(*,*) pkxn, pkyn, 'step', 'cwc_sum', step, cwc_sum, l_axcel, i, j
endif
l_axcel=0
enddo
enddo
output_cwc(k) = cwc_sum
output_cwc_av(k) = cwc_sum / step
output_cwc_zintegral(k) = output_cwc_zintegral(k) + output_cwc(k)
output_cwc_av_zintegral(k) = output_cwc_av_zintegral(k) + output_cwc_av(k)
! write(*,*) 'k output_cwc(k) output_cwc_av(k)', k, output_cwc(k), output_cwc_av(k)
step=0
cwc_sum=0
enddo
allcwc=0
do k =1 ,${zgrid}
allcwc = allcwc + output_cwc_zintegral(k)
!write(*,*) 'k, allcwc, output_cwc_zintegral(k)', k, allcwc, output_cwc_zintegral(k)
enddo
do k =1 ,${zgrid}
!write(*,*) 'k output_cwc(k) output_cwc_av(k), output_cwc_zintegral, output_cwc_av_zintegral', k, output_cwc(k), output_cwc_av(k), output_cwc_zintegral(k), output_cwc_zintegral(k)
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
!write(32,*) ${time_step}, pn, plonn, platn, avcwc1000, avcwc800, avcwc600, avcwc400, avcwc200, sumcwc1000, sumcwc800, sumcwc600, sumcwc400, sumcwc200, allcwc
write(32,*) ${time_step}, pn, plonn, platn, output_cwc(1), output_cwc(7), output_cwc(9), output_cwc(11), output_cwc(14), output_cwc_zintegral(1), output_cwc_zintegral(7), output_cwc_zintegral(9), output_cwc_zintegral(11), output_cwc_zintegral(14), allcwc
write(*,*) ${time_step}, pn, plonn, platn, output_cwc(1), output_cwc(7), output_cwc(9), output_cwc(11), output_cwc(14), output_cwc_zintegral(1), output_cwc_zintegral(7), output_cwc_zintegral(9), output_cwc_zintegral(11), output_cwc_zintegral(14), allcwc
close(11)
close(12)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
our=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
cp ${ofname3}.txt ${ofname3}.dat
change_axcel4
! /bin/tcsh -f
#####################################
# cloud change
# chage of axcel
# rain before diff hour ~now time2
#####################################
#####################################
filename1=change
filename2=read_data4
filename3=output_data
ffilename1=psea
ffilename2=rain1
ffilename3=rain2
ofname1=output_axcel
ofname2=output_axcel_rain
####################################
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
#: ${start1:=199201070000}
: ${start1:=199201041200}
: ${end1:=199201082100}
#: ${end1:=199201050000}
year1=`echo ${start1} | cut -c 1-4`
month1=`echo ${start1} | cut -c 5-6`
day1=`echo ${start1} | cut -c 7-8`
hour1=`echo ${start1} |cut -c 9-10`
h1=00
echo start time ${year1} ${month1} ${day1} ${hour1} ${h1}
echo end time ${end1}
: ${time1:=${start1}}
: ${start1:=${start1}}
#timestep
timestep=1
time_step=0
diff=1
#now time2
year2=`echo ${start1} | cut -c 1-4`
month2=`echo ${start1} | cut -c 5-6`
day2=`echo ${start1} | cut -c 7-8`
hour2=`echo ${start1} |cut -c 9-10`
h2=00
#### next time step
#hour=`expr $hour + 1`
hour2=`expr ${hour1} + ${diff}`
hour2=`echo ${hour2} | awk '{printf("%02d",$1)}'`
if [ $hour2 -ge 24 ]; then
hour2=`expr ${hour2} - 24`
# day=`expr $day + 1`
day2=`echo ${day2} | awk '{printf("%02d",$1+1)}'`
if [ $day2 -ge 32 ];then
day2=01
# month=`expr $month + 1`
month2=`echo ${month2} | awk '{printf("%02d",$1+1)}'`
if [ $month2 -ge 13 ];then
month2=01
year2=`expr $year2 + 1`
fi
fi
fi
time2=${year2}${month2}${day2}${hour2}${h2}
echo start before time1 ${year1} ${month1} ${day1} ${hour1} ${h1}
echo start now time2 ${year2} ${month2} ${day2} ${hour2} ${h2}
#########################
#########################
#########################
#########################
i=0
while [ ${time1} -le ${end1} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
echo start before time1 ${year1} ${month1} ${day1} ${hour1} ${h1}
echo start now time2 ${year2} ${month2} ${day2} ${hour2} ${h2}
##decide m
if [ ${month2} -eq 01 ]; then
m2=JAN
elif [ ${month2} -eq 02 ]; then
m2=FEB
elif [ ${month2} -eq 03 ]; then
m2=MAR
elif [ ${month2} -eq 04 ]; then
m2=APR
elif [ ${month2} -eq 05 ]; then
m2=MAY
elif [ ${month2} -eq 06 ]; then
m2=JUN
elif [ ${month2} -eq 07 ]; then
m2=JUL
elif [ ${month2} -eq 08 ]; then
m2=AUG
elif [ ${month2} -eq 09 ]; then
m2=SEP
elif [ ${month2} -eq 10 ]; then
m2=OCT
elif [ ${month2} -eq 11 ]; then
m2=NOV
elif [ ${month2} -eq 12 ]; then
m2=DEM
fi
##############################################
#read grads data
: ${prefix:=anl_p} #want data
echo ${time1}
echo ${time2}
### time2 rain2 now time
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time2}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
!'set x 1 418'
!'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename3}.grd'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
'd rain'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
### time1 rain1
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time1}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
'd rain'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time1} -eq ${start1} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn area_rain av_rain'
write(*,*) 'time_step pn plonn platn area_rain av_rain'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
! integer, parameter :: time1=${time1}, time2=${time2},
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change_cloud
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=rain1
!ffilename3=rain2
!ofname1=output_axcel
!ofname2=output_axcel_rain
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename2}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename3}
real(kind=4), dimension(xgrid,ygrid) :: rain_d
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: rain_sum, av_rain, area_rain
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=13,file='${ffilename3}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=13,rec=1) ${ffilename3}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check rain1,2, d
!do i = 100, 300
! do j = 100, 300
!if (rain1(i,j) < rain2(i,j)) then
!write(*,*) 'rain1(i,j) rain2(i,j)', rain1(i,j), rain2(i,j)
!endif
!enddo
!enddo
!do i = 200, ${xgrid}
!do j = 200, ${ygrid}
!psea(i,j)=psea(i,j)/100
!write(*,*) 'p ', psea(150,300)
!enddo
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
!write(*,*) 'yoshiyoshi', step
!write(*,*) 'kxn, kyn', kxn, kyn
!step=step+1
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!cal rain
step=0
rain_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
rain1(i,j)=0
rain2(i,j)=0
enddo
enddo
endif
!ck rain>0
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain1(i,j) < 0) then
rain1(i,j)=0
endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain2(i,j) < 0) then
rain2(i,j)=0
endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
rain_d(i,j)=rain2(i,j)-rain1(i,j)
!if(rain_d(i,j) > 0) then
!write(*,*) 'rain_d(i,j) rain2(i,j) rain1(i,j)', rain_d(i,j), rain2(i,j), rain1(i,j)
!endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain_d(i,j) < 0) then
rain_d(i,j)=0
endif
enddo
enddo
rain_sum=0
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
rain_sum = rain_sum + rain_d(i,j)
step = step + 1
!write(*,*) 'rain_sum rain_d(i,j) step i j', rain_sum, rain_d(i,j), step, i, j
!write(*,*) pkxn, pkyn, 'step', 'rain_sum', step, rain_sum, l_axcel, i, j
endif
l_axcel=0
enddo
enddo
area_rain = rain_sum
av_rain = rain_sum / step
write(*,*) 'area_rain av_rain step', area_rain, av_rain, step
! real(kind=4) :: rain_sum, av_rain, area_rain
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
write(32,*) ${time_step}, pn, plonn, platn, area_rain, av_rain
write(*,*) ${time_step}, pn, plonn, platn, area_rain, av_rain
!write(32,*) 'start before time1', ${time1}
!write(32,*) 'start now time2', ${time2}
close(11)
close(12)
close(13)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#### next time1 step
#hour=`expr $hour + 1`
hour1=`expr $hour1 + $timestep`
hour11=$hour1
hour1=`echo ${hour1} | awk '{printf("%02d",$1)}'`
if [ $hour1 -ge 24 ]; then
hour1=00
# day=`expr $day + 1`
day1=`echo ${day1} | awk '{printf("%02d",$1+1)}'`
if [ $day1 -ge 32 ];then
day1=01
# month=`expr $month + 1`
month1=`echo ${month1} | awk '{printf("%02d",$1+1)}'`
if [ $month1 -ge 13 ];then
month1=01
year1=`expr $year1 + 1`
fi
fi
fi
time1=${year1}${month1}${day1}${hour1}${h1}
#### next time2 step
#hour=`expr $hour + 1`
#"hour2=`expr $hour1 + $diff`
#day2=`expr $day1 + $diff`
hour2=`expr $hour2 + $timestep`
echo hour1 $hour1
echo hour2 $hour2
hour2=`echo ${hour2} | awk '{printf("%02d",$1)}'`
if [ $hour2 -ge 24 ]; then
hour2=`expr ${hour2} - 24 | awk '{printf("%02d",$1)}'`
echo hour2 $hour2
# day=`expr $day + 1`
day2=`echo ${day2} | awk '{printf("%02d",$1+1)}'`
if [ $day2 -ge 32 ];then
day2=01
# month=`expr $month + 1`
month2=`echo ${month2} | awk '{printf("%02d",$1+1)}'`
if [ $month2 -ge 13 ];then
month2=01
year2=`expr $year2 + 1`
fi
fi
fi
time2=${year2}${month2}${day2}${hour2}${h2}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
#####################################
# cloud change
# chage of axcel
# rain before diff hour ~now time2
#####################################
#####################################
filename1=change
filename2=read_data4
filename3=output_data
ffilename1=psea
ffilename2=rain1
ffilename3=rain2
ofname1=output_axcel
ofname2=output_axcel_rain
####################################
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=16
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
#: ${start1:=199201070000}
: ${start1:=199201041200}
: ${end1:=199201082100}
#: ${end1:=199201050000}
year1=`echo ${start1} | cut -c 1-4`
month1=`echo ${start1} | cut -c 5-6`
day1=`echo ${start1} | cut -c 7-8`
hour1=`echo ${start1} |cut -c 9-10`
h1=00
echo start time ${year1} ${month1} ${day1} ${hour1} ${h1}
echo end time ${end1}
: ${time1:=${start1}}
: ${start1:=${start1}}
#timestep
timestep=1
time_step=0
diff=1
#now time2
year2=`echo ${start1} | cut -c 1-4`
month2=`echo ${start1} | cut -c 5-6`
day2=`echo ${start1} | cut -c 7-8`
hour2=`echo ${start1} |cut -c 9-10`
h2=00
#### next time step
#hour=`expr $hour + 1`
hour2=`expr ${hour1} + ${diff}`
hour2=`echo ${hour2} | awk '{printf("%02d",$1)}'`
if [ $hour2 -ge 24 ]; then
hour2=`expr ${hour2} - 24`
# day=`expr $day + 1`
day2=`echo ${day2} | awk '{printf("%02d",$1+1)}'`
if [ $day2 -ge 32 ];then
day2=01
# month=`expr $month + 1`
month2=`echo ${month2} | awk '{printf("%02d",$1+1)}'`
if [ $month2 -ge 13 ];then
month2=01
year2=`expr $year2 + 1`
fi
fi
fi
time2=${year2}${month2}${day2}${hour2}${h2}
echo start before time1 ${year1} ${month1} ${day1} ${hour1} ${h1}
echo start now time2 ${year2} ${month2} ${day2} ${hour2} ${h2}
#########################
#########################
#########################
#########################
i=0
while [ ${time1} -le ${end1} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
echo start before time1 ${year1} ${month1} ${day1} ${hour1} ${h1}
echo start now time2 ${year2} ${month2} ${day2} ${hour2} ${h2}
##decide m
if [ ${month2} -eq 01 ]; then
m2=JAN
elif [ ${month2} -eq 02 ]; then
m2=FEB
elif [ ${month2} -eq 03 ]; then
m2=MAR
elif [ ${month2} -eq 04 ]; then
m2=APR
elif [ ${month2} -eq 05 ]; then
m2=MAY
elif [ ${month2} -eq 06 ]; then
m2=JUN
elif [ ${month2} -eq 07 ]; then
m2=JUL
elif [ ${month2} -eq 08 ]; then
m2=AUG
elif [ ${month2} -eq 09 ]; then
m2=SEP
elif [ ${month2} -eq 10 ]; then
m2=OCT
elif [ ${month2} -eq 11 ]; then
m2=NOV
elif [ ${month2} -eq 12 ]; then
m2=DEM
fi
##############################################
#read grads data
: ${prefix:=anl_p} #want data
echo ${time1}
echo ${time2}
### time2 rain2 now time
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time2}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
!'set x 1 418'
!'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename3}.grd'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
'd rain'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
### time1 rain1
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time1}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
'd rain'
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time1} -eq ${start1} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn area_rain av_rain'
write(*,*) 'time_step pn plonn platn area_rain av_rain'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
! integer, parameter :: time1=${time1}, time2=${time2},
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change_cloud
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=rain1
!ffilename3=rain2
!ofname1=output_axcel
!ofname2=output_axcel_rain
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename2}
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename3}
real(kind=4), dimension(xgrid,ygrid) :: rain_d
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: rain_sum, av_rain, area_rain
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=13,file='${ffilename3}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=13,rec=1) ${ffilename3}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check rain1,2, d
!do i = 100, 300
! do j = 100, 300
!if (rain1(i,j) < rain2(i,j)) then
!write(*,*) 'rain1(i,j) rain2(i,j)', rain1(i,j), rain2(i,j)
!endif
!enddo
!enddo
!do i = 200, ${xgrid}
!do j = 200, ${ygrid}
!psea(i,j)=psea(i,j)/100
!write(*,*) 'p ', psea(150,300)
!enddo
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
!write(*,*) 'yoshiyoshi', step
!write(*,*) 'kxn, kyn', kxn, kyn
!step=step+1
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!cal rain
step=0
rain_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
rain1(i,j)=0
rain2(i,j)=0
enddo
enddo
endif
!ck rain>0
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain1(i,j) < 0) then
rain1(i,j)=0
endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain2(i,j) < 0) then
rain2(i,j)=0
endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
rain_d(i,j)=rain2(i,j)-rain1(i,j)
!if(rain_d(i,j) > 0) then
!write(*,*) 'rain_d(i,j) rain2(i,j) rain1(i,j)', rain_d(i,j), rain2(i,j), rain1(i,j)
!endif
enddo
enddo
do i = 1, ${xgrid}
do j = 1, ${ygrid}
if (rain_d(i,j) < 0) then
rain_d(i,j)=0
endif
enddo
enddo
rain_sum=0
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
rain_sum = rain_sum + rain_d(i,j)
step = step + 1
!write(*,*) 'rain_sum rain_d(i,j) step i j', rain_sum, rain_d(i,j), step, i, j
!write(*,*) pkxn, pkyn, 'step', 'rain_sum', step, rain_sum, l_axcel, i, j
endif
l_axcel=0
enddo
enddo
area_rain = rain_sum
av_rain = rain_sum / step
write(*,*) 'area_rain av_rain step', area_rain, av_rain, step
! real(kind=4) :: rain_sum, av_rain, area_rain
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
write(32,*) ${time_step}, pn, plonn, platn, area_rain, av_rain
write(*,*) ${time_step}, pn, plonn, platn, area_rain, av_rain
!write(32,*) 'start before time1', ${time1}
!write(32,*) 'start now time2', ${time2}
close(11)
close(12)
close(13)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#### next time1 step
#hour=`expr $hour + 1`
hour1=`expr $hour1 + $timestep`
hour11=$hour1
hour1=`echo ${hour1} | awk '{printf("%02d",$1)}'`
if [ $hour1 -ge 24 ]; then
hour1=00
# day=`expr $day + 1`
day1=`echo ${day1} | awk '{printf("%02d",$1+1)}'`
if [ $day1 -ge 32 ];then
day1=01
# month=`expr $month + 1`
month1=`echo ${month1} | awk '{printf("%02d",$1+1)}'`
if [ $month1 -ge 13 ];then
month1=01
year1=`expr $year1 + 1`
fi
fi
fi
time1=${year1}${month1}${day1}${hour1}${h1}
#### next time2 step
#hour=`expr $hour + 1`
#"hour2=`expr $hour1 + $diff`
#day2=`expr $day1 + $diff`
hour2=`expr $hour2 + $timestep`
echo hour1 $hour1
echo hour2 $hour2
hour2=`echo ${hour2} | awk '{printf("%02d",$1)}'`
if [ $hour2 -ge 24 ]; then
hour2=`expr ${hour2} - 24 | awk '{printf("%02d",$1)}'`
echo hour2 $hour2
# day=`expr $day + 1`
day2=`echo ${day2} | awk '{printf("%02d",$1+1)}'`
if [ $day2 -ge 32 ];then
day2=01
# month=`expr $month + 1`
month2=`echo ${month2} | awk '{printf("%02d",$1+1)}'`
if [ $month2 -ge 13 ];then
month2=01
year2=`expr $year2 + 1`
fi
fi
fi
time2=${year2}${month2}${day2}${hour2}${h2}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
change_axcel3.sh
#! /bin/tcsh -f
#####################################
# qv change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data3
filename3=output_data
ffilename1=psea
ffilename2=qv
ofname1=output_axcel
ofname2=output_axcel_qv
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=24
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
!'set x 1 418'
!'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd qv*1000'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn qv20m qv1180m qv5330m qv7830m'
write(*,*) 'time_step pn plonn platn qv20m qv1180m qv5330m qv7830m'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=qv
!ofname1=output_axcel
!ofname2=output_axcel_qv
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(zgrid) :: output_qv
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: qv_sum, avqv
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check qv
!do k = 1, ${zgrid}
!write(*,*) 'qv(100,100,k) ', qv(100,100,k)
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
!write(*,*) 'yoshiyoshi', psea(i,j)
!write(*,*) 'kxn, kyn', kxn, kyn
!step=step+1
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
step=0
qv_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
do k = 1, ${zgrid}
qv(i,j,k)=0
enddo
enddo
enddo
endif
do k = 1, ${zgrid}
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
if(qv(i,j,k)<100) then
qv_sum = qv_sum + qv(i,j,k)
step = step + 1
!write(*,*) 'qv_sum qv(i,j,k) step i j k', qv_sum, qv(i,j,k), step, i, j, k
!write(*,*) pkxn, pkyn, 'step', 'qv_sum', step, qv_sum, l_axcel, i, j
endif
endif
l_axcel=0
enddo
enddo
output_qv(k) = qv_sum / step
!write(*,*) 'output_qv(k) k', output_qv(k), step, k
step=0
qv_sum=0
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
write(32,*) ${time_step}, pn, plonn, platn, output_qv(2), output_qv(10), output_qv(20), output_qv(24)
write(*,*) ${time_step}, pn, plonn, platn, output_qv(2), output_qv(10), output_qv(20), output_qv(24)
close(11)
close(12)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
our=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
cp ${ofname3}.txt ${ofname3}.dat
#####################################
# qv change
# chage of axcel
#####################################
#####################################
filename1=change
filename2=read_data3
filename3=output_data
ffilename1=psea
ffilename2=qv
ofname1=output_axcel
ofname2=output_axcel_qv
####################################
#model grid size
xgrid=418
ygrid=418
zgrid=24
#include +,=
f_lon=+129.88
f_lat=-45.12
####################################
# set grid for cal
#20km=1grid is 0.18
xgrid_a=56 #10=55.5 grid
ygrid_a=56 #10=55.5 grid
gsize1=20 # 20km or 5km
gsize2=0.18 #grid size 20km=0.18, 5km=0.045
#definition region
lon_l=10.00
lat_l=10.00
#for cal
lon_l2=15.00
lat_l2=15.00
#length from center
ll_km=1000 #[km]
ll_m=`expr $ll_km \* 1000` #[m]
####################################
####################################
#type yyyymmddhhhh start and end time
: ${start:=199201041200}
: ${end:=199201082100}
#: ${end:=199201041500}
year=`echo ${start} | cut -c 1-4`
month=`echo ${start} | cut -c 5-6`
day=`echo ${start} | cut -c 7-8`
hour=`echo ${start} |cut -c 9-10`
h=00
echo start time ${year} ${month} ${day} ${hour} ${h}
echo end time ${end}
: ${time:=${start}}
#timestep
timestep=1
time_step=0
i=0
while [ ${time} -le ${end} ]
do
time_step=`expr ${timestep} \* ${i}`
echo time_step ${time_step}
##decide m
if [ ${month} -eq 01 ]; then
m=JAN
elif [ ${month} -eq 02 ]; then
m=FEB
elif [ ${month} -eq 03 ]; then
m=MAR
elif [ ${month} -eq 04 ]; then
m=APR
elif [ ${month} -eq 05 ]; then
m=MAY
elif [ ${month} -eq 06 ]; then
m=JUN
elif [ ${month} -eq 07 ]; then
m=JUL
elif [ ${month} -eq 08 ]; then
m=AUG
elif [ ${month} -eq 09 ]; then
m=SEP
elif [ ${month} -eq 10 ]; then
m=OCT
elif [ ${month} -eq 11 ]; then
m=NOV
elif [ ${month} -eq 12 ]; then
m=DEC
fi
##decide m
#echo $hour
time=${year}${month}${day}${hour}${h}
#echo yoshiyoshi
echo time $time
echo month $m
t=`expr ${day} \* 4 - 3`
t=`expr ${hour} / 6 + ${t}`
##############################################
#read grads data
: ${prefix:=anl_p} #want data
cat > ${filename2}.gs <<EOF
'reinit'
'open _NHMMRPPFCSVSTD1_${time}.ctl'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename1}.grd'
*'set t ${t}'
'set x 1 ${xgrid}'
'set y 1 ${ygrid}'
!'set x 1 418'
!'set y 1 418'
'd psea'
'disable fwrite'
'c'
'set gxout fwrite'
'set undef dfile'
'set fwrite ${ffilename2}.grd'
'set x 1 418'
'set y 1 418'
k=1
while (k<=${zgrid})
'set z 'k''
'd qv*1000'
*say 'yoshiyoshi'
*say k
k=k+1
endwhile
'disable fwrite'
'c'
'quit'
EOF
grads -blc ${filename2}.gs
########################################
####program read_data###################
########################################
if [ ${time} -eq ${start} ]; then
##start : make output file
cat <<EOF > start.f90
program start
implicit none
open (unit=31, file='${ofname1}.txt', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', form='FORMATTED')
write(31,*) '${ofilename1}'
write(31,*) 'time_step pn plonn platn'
write(*,*) 'time_step pn plonn platn'
write(32,*) '${ofilename2}'
write(32,*) 'time_step pn plonn platn qv20m qv1180m qv5330m qv7830m'
write(*,*) 'time_step pn plonn platn qv20m qv1180m qv5330m qv7830m'
close(31)
close(32)
end program start
EOF
##output data.txt by f90
f90 -o start.out start.f90
./start.out
##start
fi
####find min psea
cat <<EOF > ${filename2}.f90
program ${filename2}
implicit none
integer, parameter :: xgrid=${xgrid}, ygrid=${ygrid}, zgrid=${zgrid}, rgrid=10
real, parameter :: gsize1=${gsize1}, gsize2=${gsize2}
real, parameter :: ll_km=${ll_km}, ll_m=${ll_m}
integer :: n, i, j, k, step, is, ie, js, je
integer :: kxn, kyn, pkxn, pkyn
integer :: ngrid2, ngrid3, size
!filename1=change
!filename2=read_data
!filename3=output_data
!ffilename1=psea
!ffilename2=qv
!ofname1=output_axcel
!ofname2=output_axcel_qv
real(kind=4), dimension(xgrid,ygrid) :: ${ffilename1}
real(kind=4), dimension(xgrid,ygrid,zgrid) :: ${ffilename2}
real(kind=4), dimension(zgrid) :: output_qv
real(kind=4) :: pn, ppn, lonn, latn, plonn, platn, v1n, v2n, vlonn, vlatn, vmaxn, x
real(kind=4) :: p, axcel_avcwc, l_axcel
real(kind=4) :: qv_sum, avqv
ngrid2=xgrid*ygrid
ngrid3=xgrid*ygrid*zgrid
open (unit=11,file='${ffilename1}.grd',form='unformatted',access='direct',recl=ngrid2*4)
read (unit=11,rec=1) ${ffilename1}
open (unit=12,file='${ffilename2}.grd',form='unformatted',access='direct',recl=ngrid3*4)
read (unit=12,rec=1) ${ffilename2}
open (unit=31, file='${ofname1}.txt', position='append', form='FORMATTED')
open (unit=32, file='${ofname2}.txt', position='append', form='FORMATTED')
!!!!!!!check qv
!do k = 1, ${zgrid}
!write(*,*) 'qv(100,100,k) ', qv(100,100,k)
!enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!find axcel pmin lon,lat
pn=2000
do i = 83, 277 !145~180
do j = 255, 388 !1~25 @NH
ppn= psea(i-1,j) + psea(i+1,j) + psea(i,j-1) + psea(i,j-1)
ppn= ppn / 4
if (psea(i,j) < ppn) then
if (psea(i,j) < pn) then
pn=psea(i,j)
kxn=i
kyn=j
!write(*,*) 'yoshiyoshi', psea(i,j)
!write(*,*) 'kxn, kyn', kxn, kyn
!step=step+1
endif
endif
n=n+1
enddo
enddo
pkxn=kxn
pkyn=kyn
!pmin location
plonn=kxn*${gsize2}${f_lon}
platn=kyn*${gsize2}${f_lat}
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
step=0
qv_sum=0
if (${time_step} == 0) then
do i = 1, ${xgrid}
do j = 1, ${ygrid}
do k = 1, ${zgrid}
qv(i,j,k)=0
enddo
enddo
enddo
endif
do k = 1, ${zgrid}
do i = 1, ${xgrid}
do j = 1, ${ygrid}
l_axcel=(i-pkxn)**2+(j-pkyn)**2
l_axcel=(l_axcel)**0.5
l_axcel=l_axcel*${gsize1} !between axcel(pmin) and point
if (l_axcel < ${ll_km}) then
if(qv(i,j,k)<100) then
qv_sum = qv_sum + qv(i,j,k)
step = step + 1
!write(*,*) 'qv_sum qv(i,j,k) step i j k', qv_sum, qv(i,j,k), step, i, j, k
!write(*,*) pkxn, pkyn, 'step', 'qv_sum', step, qv_sum, l_axcel, i, j
endif
endif
l_axcel=0
enddo
enddo
output_qv(k) = qv_sum / step
!write(*,*) 'output_qv(k) k', output_qv(k), step, k
step=0
qv_sum=0
enddo
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!! output data
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
write(31,*) ${time_step}, pn, plonn, platn
write(*,*) ${time_step}, pn, plonn, platn
write(32,*) ${time_step}, pn, plonn, platn, output_qv(2), output_qv(10), output_qv(20), output_qv(24)
write(*,*) ${time_step}, pn, plonn, platn, output_qv(2), output_qv(10), output_qv(20), output_qv(24)
close(11)
close(12)
close(31)
close(32)
end program
EOF
##output data.txt by f90
f90 -o ${filename2}.out ${filename2}.f90
./${filename2}.out
#echo ${day}
#echo "yoshiyoshi"
i=`expr $i + 1`
#echo $i
#hour=`expr $hour + 1`
hour=`expr $hour + $timestep`
our=`echo ${hour} | awk '{printf("%02d",$1)}'`
if [ $hour -eq 24 ]; then
hour=00
# day=`expr $day + 1`
day=`echo ${day} | awk '{printf("%02d",$1+1)}'`
if [ $day -ge 32 ];then
day=01
# month=`expr $month + 1`
month=`echo ${month} | awk '{printf("%02d",$1+1)}'`
if [ $month -ge 13 ];then
month=01
year=`expr $year + 1`
fi
fi
fi
time=${year}${month}${day}${hour}${h}
done
cp ${ofname1}.txt ${ofname1}.dat
cp ${ofname2}.txt ${ofname2}.dat
cp ${ofname3}.txt ${ofname3}.dat
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