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retv-m14.f
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program cab_tap
c
c Version 11/95
c 04/96 test version
c 10/96 modified tap
c
c Modify grid size on lines 135 & 1666
c If problems reading large CEDRIC file, increase lbf and ibf on lines 3720 & 3721
c
character*80 fileenv,filev1,filev2,fileab,filetp,filetptp
common/files/fileenv,filev1,filev2,fileab,filetp
character*8 fnu,fnv,fnw,fnz,opt,xbuf*80,ftr*8
integer(kind=4) itm(9)
common/iterms/iturb
data ftr,cr,iftr/'cressman',3.,1/
data icase/3/
data idomain/1/
data xlati,xalph/38.,90./
data imelt,z0km,z1melt,z2melt/1,0.2,4.,7./
data isolvt,pmu0init,ct0/1,-999.,0./
data v00,w00/1.,0.5/
data ipress,cp0/1,0./
data fileenv/'snd.dat'/
data fnu,fnv,fnw,fnz/'FU','FV','W','DBZ'/
data filev1,filev2,fileab/' ',' ',' '/
data filetp/'temp.pt'/
data addu,addv/0.,0./
data iref/1/
data iptretv/1/
data itermx,errmx/10000,0.01/
data iturb/1/
data hfac/1./
data icenter/0/
data idim/3/
data itv12,xmv1,ymv1,xmv2,ymv2/86400.,0.,0.,0.,0./
10 continue
call xread(opt,xbuf)
print*,opt,':',xbuf(1:70)
c if(opt.eq.'dim-tim')read(xbuf,*)icase
if(opt.eq.'dim')read(xbuf,*)idim
if(opt.eq.'lat-xax')read(xbuf,*)xlati,xalph
if(opt.eq.'melt')read(xbuf,*)imelt,z0km,z1melt,z2melt
if(opt.eq.'filter')read(xbuf,*)ftr,cr,iftr
c if(opt.eq.'domain')read(xbuf,*)idomain,imin,imax,jmin,jmax,kmax
if(opt.eq.'thermo')read(xbuf,*)isolvt,pmu0init,ct0
if(opt.eq.'v0w0')read(xbuf,*)v00,w00
if(opt.eq.'press')read(xbuf,*)ipress,cp0
if(opt.eq.'fileenv')read(xbuf,*)fileenv
if(opt.eq.'uvwz')read(xbuf,*)fnu,fnv,fnw,fnz
if(opt.eq.'filev1')read(xbuf,*)filev1
if(opt.eq.'filev2')read(xbuf,*)filev2
if(opt.eq.'timexy')read(xbuf,*)itv12,xmv1,ymv1,xmv2,ymv2
if(opt.eq.'timesft')read(xbuf,*)itv12,xmv1,ymv1,xmv2,ymv2
if(opt.eq.'fileab')read(xbuf,*)fileab
if(opt.eq.'filetp'.or.opt.eq.'filept')read(xbuf,*)filetp
if(opt.eq.'adduv')read(xbuf,*)addu,addv
if(opt.eq.'reflect')read(xbuf,*)iref
if(opt.eq.'ptretv')read(xbuf,*)iptretv
if(opt.eq.'itererr')read(xbuf,*)itermx,errmx
if(opt.eq.'iturb')read(xbuf,*)iturb
if(opt.eq.'hfac')read(xbuf,*)hfac
if(opt.eq.'center')read(xbuf,*)icenter
if(opt.ne.'exit'.and.opt.ne.'run')goto 10
if(iturb.gt.0)iturb=1
if(iturb.ne.1)iturb=0
if(icenter.gt.0)icenter=1
if(icenter.lt.0)icenter=-1
if(ftr.ne.'leise')ftr='cressman'
if(errmx.le.0.)errmx=0.01
if(itermx.le.0)itermx=10000
print*,'filter ',ftr,cr,iftr
c print *,'CASE <1:2D-stat, 2:2D-evol, 3:3D-stat, 4:3D-evol>'
c read*,icase
if(idim.ne.2)idim=3
if(filev2.eq.' ')filev2=filev1
if(idim.eq.2.and.filev1.eq.filev2)icase=1
if(idim.eq.2.and.filev1.ne.filev2)icase=2
if(idim.eq.3.and.filev1.eq.filev2)icase=3
if(idim.eq.3.and.filev1.ne.filev2)icase=4
print*,'CASE=',icase
c print *,'DOMAIN <1:full, 2:reduced>, imin,imax,jmin,jmax,kmax'
c read*,idomain,imin,imax,jmin,jmax,kmax
open(05,file=fileenv,status='unknown',form='formatted')
iscra=0
if(fileab.eq.' '.or.fileab.eq.'null')iscra=1
if(iscra.eq.1)then
call ltime(time(),itm)
itm(4)=itm(4)+1
itm(5)=itm(5)+1
itm(6)=mod(itm(6),100)
write(fileab,15)itm(4),itm(5),itm(6),itm(3),itm(2),itm(1)
15 format('AB_',3i2.2,'_',3i2.2,'.tmp')
endif
open(01,file=fileab,status='unknown',form='unformatted')
call cab(icase,xlati,xalph,imelt,z0km,z1melt,z2melt,iref,cr,
+ ftr,iftr,idomain,imin,imax,jmin,jmax,kmax,fnu,fnv,fnw,fnz,
+ addu,addv,hfac,itv12,xmv1,ymv1,xmv2,ymv2,icenter)
print*,'*** E N D O F C A B ***'
if(iptretv.eq.0)goto 60
open(31,file=filetp,status='unknown',form='unformatted')
do i=80,1,-1
if(filetp(i:i).ne.' ')goto 50
enddo
i=1
50 continue
filetptp=filetp(1:i)//'TP'
open(02,file=filetptp,status='unknown',form='formatted')
call tap(isolvt,ipress,ct0,cp0,pmu0init,v00,w00,itermx,errmx)
print*,'*** E N D O F T A P ***'
60 continue
if(iscra.eq.1)close(01,status='delete')
stop
end
subroutine cab(icase,xlati,xalph,imelt,z0km,z1melt,z2melt,iref,
+ cr,ftr,iftr,idomain,imin,imax,jmin,jmax,kmax,
+ fnu,fnv,fnw,fnz,addu,addv,hfac,itv12,xmv1,ymv1,
+ xmv2,ymv2,icenter)
c NOTE! Modifying the parameter of dimension if the domain is changed.
parameter (n1=81,n2=201,n3=36,n3p1=n3+1)
c
integer iday(6),ih(6),jh(6),it(n1,n3,14),kk(n3)
real u(n1,n2,n3),v(n1,n2,n3),w(n1,n2,n3)
& ,z(n1,n2,n3),qp(n1,n2,n3),vp(n1,n2,n3)
& ,dtu(n1,n2,n3),dtv(n1,n2,n3),dtw(n1,n2,n3)
& ,dtq(n1,n2,n3),xk(n1,n2,n3),xkm(n1,n2,n3)
& ,um(n1,n2,n3),vm(n1,n2,n3),wm(n1,n2,n3)
& ,dxk(n1,n2,n3),dyk(n1,n2,n3),dzk(n1,n2,n3)
& ,sx(n1,n2,n3),sy(n1,n2,n3),sz(n1,n2,n3)
& ,ax(n1,n2,n3),ay(n1,n2,n3),az(n1,n2,n3)
& ,bx(n1,n2,n3),by(n1,n2,n3),bt(n1,n2,n3),beta(n1,n2,n3)
& ,fq(n1,n2,n3),pres(n1,n2,n3),tref(n1,n2,n3)
& ,tvel(n1,n2,n3),tm(n1,n2,n3),tmm(n1,n2,n3)
& ,teta0(n3p1),tetav0(n3p1),pi0(n3p1),rho0(n3p1)
& ,dzt0(n3p1),dzq0(n3p1),g0(n3p1),g1(n3p1)
dimension shit(n1,n2,n3)
character*8 fnu,fnv,fnw,fnz,fn,ftr
character*80 fileenv,filev1,filev2,fileab,filetp
character*4 name,date*12
common/files/fileenv,filev1,filev2,fileab,filetp
common/grid/hx,hy,hz,nx,ny,nz,i2d
common/coord/i0,j0,k0
common/cedric/reflat,reflon
common/iterms/iturb
c
c**** cp = SPECIFIC HEAT AT CONSTANT PRESSURE (10+3 J/kg)
c**** r = Cp-Cv (10+3 J/kg)
c**** vlh = LATENT HEAT OF VAPORIZATION (10+6 J/kg)
c**** flh = LATENT HEAT OF FUSION (10+6 J/kg)
c**** g = GRAVITATIONAL ACCELERATION (m.s-2)
c**** omega = EARTH ANGULAR VELOCITY (10-3 s-1)
c
cp=1.005
r=0.287
vlh=2.5
flh=0.334
slh=vlh+flh
g=9.81
omega=0.1458
conv=3.14159/180.
spv=-999.
ifilter=1
if(cr.le.0.)ifilter=0
c
c**** READ THE CONTROL DATA ON DATA_cab
c
io_env=1
c
if(icase.lt.1.or.icase.gt.4)then
print *,' ICASE=',icase,' !!!! SHOULD BE 1,2,3 or 4 !!!!'
stop
endif
if(icase.eq.1.or.icase.eq.3)then
nseq=1
else
nseq=2
endif
if(icase.le.2)then
xmod2d=0.
else
xmod2d=1.
endif
c
c**** READ THE HEADERS ON THE 3D_WIND_FIELD_FILES FV_*
c
jxor=0
jyor=0
jzor=0
tps=0.
dt=0.
fn=' '
do iseq=1,nseq
if(iseq.eq.1)then
call readced(filev1,fn,spv,u,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
else if(iseq.eq.2)then
call readced(filev2,fn,spv,u,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
endif
ihx=h1*hfac
ihy=h2*hfac
ihz=h3*hfac
c ifich=10+iseq
c read(ifich)date,name
c + ,ih,ixor,iyor,izor,na,nb,nc,ihx,ihy,ihz
c + ,iolat,iolon,iha,ima,isa,iua,iva
ixor=0
iyor=0
izor=0
111 format(a12,a4,22i7)
if(icase.le.2)then
iyor=0
ihy=0
endif
write(date,'(3A2)') iday(3),iday(2),iday(1)
ihms1=10000*ih(1)+100*ih(2)+ih(3)
ihms2=10000*ih(4)+100*ih(5)+ih(6)
print *,' FILE NO',iseq,' HHMMSS :',ihms1,' -',ihms2
& ,' NX,NY,NZ :',na,nb,nc
jxor=jxor+ixor/nseq
jyor=jyor+iyor/nseq
jzor=jzor+izor/nseq
t_ks=3.6*float(ih(1))+0.06*float(ih(2))+0.001*float(ih(3))
tps=tps+t_ks
if(nseq.eq.1)then
do i=1,6
jh(i)=ih(i)
enddo
dt=1.e+6
else
lt=(iseq-1)*3
jh(lt+1)=ih(lt+1)
jh(lt+2)=ih(lt+2)
jh(lt+3)=ih(lt+3)
sign=float(2*iseq-3)
dt=dt+sign*t_ks
c call hms2s(itv1,itv11)
c call hms2s(itv2,itv22)
c dt=(itv22-itv11)/1000.
dt=itv12/1000.
print*,itv12,dt,xmv1,ymv1,xmv2,ymv2
endif
enddo
c if(dt.lt.0.)dt=dt+86.4
xor=float(jxor)/1000.
yor=float(jyor)/1000.
zor=float(jzor)/1000.
tps=tps/float(nseq)
ihh=(tps/3.6)
imm=(tps-3.6*float(ihh))/0.06
ihhmm=100*ihh+imm
write(name,888)ihhmm
888 format(i4)
hx=float(ihx)/1000.
hy=float(ihy)/1000.
hz=float(ihz)/1000.
if(icase.le.2)then
hy=hx
cd=0.2*sqrt(hx*hz)
else
cd=0.2*(hx*hy*hz)**(1./3.)
endif
cd2=cd*cd
c
clati=cos(conv*xlati)
slati=sin(conv*xlati)
calph=cos(conv*xalph)
salph=sin(conv*xalph)
cox=+omega*clati*calph
coy=-omega*clati*salph
coz=+omega*slati
c
k1melt=(z1melt-z0km)/hz+1
k2melt=(z2melt-z0km)/hz+1
xpmelt=float(k2melt-k1melt+1)
c
idomain=2
if(idomain.eq.1)then
c
c for full domain
c
imin=1
imax=na
nx=na
jmin=1
jmax=nb
if(icase.gt.2)then
ny=nb
else
ny=4
endif
kmax=nc
nz=nc
c kmax=min(nc,n3)
c nz=min(nc,n3)
c
print*,'IMIN,IMAX,JMIN,JMAX,KMAX:',imin,imax,jmin,jmax,kmax
else
c
c reduce domain
c
imin=1
imax=n1
jmin=1
jmax=n2
kmax=n3
nx=imax-imin+1
ny=jmax-jmin+1
if(icase.gt.2)then
ny=jmax-jmin+1
else
ny=4
endif
nz=kmax
print*,'IMIN,IMAX,JMIN,JMAX,KMAX,NX,NY,NZ:'
& ,imin,imax,jmin,jmax,kmax,nx,ny,nz
xor=xor+float(imin-1)*hx
yor=yor+float(jmin-1)*hy
endif
if(nx.gt.n1.or.ny.gt.n2.or.nz.gt.n3)then
print*,'!!!! NX,NY,NZ :',nx,ny,nz
& ,'GREATER THAN DECLARED N1,N2,N3:',n1,n2,n3,'!!!!'
print*,'!!!! MODIFY LINE 3 IN CAB.F AND RECOMPILE !!!!'
stop
endif
c
c**** OPEN THE FILES
c
iolat=reflat*100
iolon=reflon*100
iha=0
ima=0
isa=0
iua=0
iva=0
rewind 01
write(01)date,name
write(01)iolat,iolon,iha,ima,isa,iua,iva
write(01)jh,jxor,jyor,jzor,nx,ny,nz,ihx,ihy,ihz
c
io_ab=0
if(io_ab.ne.0)then
open(77,file='oCAB',status='unknown',form='formatted')
endif
c
c**** READ THE ENVIRONMENTAL DATA ON (05) ENV_*
c
do k=1,kmax+1
read(05,'(6x,6f9.4)',end=1)teta0(k),tetav0(k),pi0(k)
+ ,rho0(k),dzt0(k),dzq0(k)
enddo
goto 2
1 continue
print*,'kmax+1=',kmax+1
call quit('end of file in '//fileenv(1:20))
2 continue
c
c**** COEFFICIENTS FOR THE PSEUDO-ADIABATIC LAPSE RATES
c
cap=cp/r
t00=273.15
ae=17.2694
be=35.86
ag=21.8746
bg=7.66
e0=0.61078
epsi=0.622
do k=1,kmax+1
p0=100.*(pi0(k)**cap)
t0=teta0(k)*pi0(k)
if(t0.gt.t00)then
aa=ae
bb=be
xlat=vlh*1000.
else
if(t0.gt.263.15)then
ce=(t0-263.15)/10.
cg=1.-ce
aa=ae*ce+ag*cg
bb=be*ce+bg*cg
xlat=(vlh*ce+slh*cg)*1000.
else
aa=ag
bb=bg
xlat=slh*1000.
endif
endif
es0=e0*exp(aa*(t0-t00)/(t0-bb))
b0=aa*(t00-bb)*pi0(k)/((t0-bb)*(t0-bb))
xx0=(epsi*xlat*es0)/(r*p0*t0)
yy0=(epsi*xlat)/(cp*t0)
g0(k)=(1.+xx0)/(1.+xx0*yy0)
g11=xx0/((1.+xx0*yy0)*(1.+xx0*yy0))
g12=b0*(1.-yy0)+(xx0*yy0+2.*yy0-1.)/teta0(k)
g1(k)=g11*g12
if(io_env.eq.1)then
print 999,p0,t0-t00,g0(k),g1(k)
999 format(' P=',f6.2,' T=',f6.2,' G0=',f7.4,' G1=',f7.4)
endif
enddo
c
c**** READ THE 3D_WIND_FIELDS FV_*
c
print*,' '
print*,'READ THE 3D_WIND_FIELDS FILES : ',fileV1,fileV2
c
velm=0.
xpv=0.
c
c read ced file
c. liu
c
call readced(filev1,fnu,spv,u,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev1,fnv,spv,v,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev1,fnw,spv,w,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev1,fnz,spv,z,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call bndfil(u,na,nb,nc,spv,1,3,5)
call bndfil(v,na,nb,nc,spv,1,3,5)
call bndfil(w,na,nb,nc,spv,1,3,5)
call bndfil(z,na,nb,nc,spv,1,3,5)
call adduv(u,v,na,nb,nc,addu,addv,spv)
if(xmv1.ne.0..or.ymv1.ne.0.)then
call sftxy(u,shit,n1,n2,n3,xmv1,ymv1,spv)
call sftxy(v,shit,n1,n2,n3,xmv1,ymv1,spv)
call sftxy(w,shit,n1,n2,n3,xmv1,ymv1,spv)
call sftxy(z,shit,n1,n2,n3,xmv1,ymv1,spv)
endif
if(nseq.eq.2)then
call readced(filev2,fnu,spv,ax,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev2,fnv,spv,ay,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev2,fnw,spv,az,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call readced(filev2,fnz,spv,bx,n1,n2,n3,iday,ih,na,nb,nc,h1,h2,h3)
call bndfil(ax,na,nb,nc,spv,1,3,5)
call bndfil(ay,na,nb,nc,spv,1,3,5)
call bndfil(az,na,nb,nc,spv,1,3,5)
call bndfil(bx,na,nb,nc,spv,1,3,5)
call adduv(ax,ay,na,nb,nc,addu,addv,spv)
if(xmv2.ne.0..or.ymv2.ne.0.)then
call sftxy(ax,shit,n1,n2,n3,xmv2,ymv2,spv)
call sftxy(ay,shit,n1,n2,n3,xmv2,ymv2,spv)
call sftxy(az,shit,n1,n2,n3,xmv2,ymv2,spv)
call sftxy(bx,shit,n1,n2,n3,xmv2,ymv2,spv)
endif
endif
c
do k=1,max0(nz,kmax)
nok=0
do j=1,nb
do i=1,na
c
c input data from 11 (and 12)
c
c read(11)r1,rr,qp1,vp1,u1,v1,w1
r1=z(i,j,k)
u1=u(i,j,k)
v1=v(i,j,k)
w1=w(i,j,k)
call getqv(r1,qp1,vp1,teta0,pi0,rho0,k,spv)
if(iref.eq.0)qp1=0.
if(nseq.eq.2)then
r2=bx(i,j,k)
u2=ax(i,j,k)
v2=ay(i,j,k)
w2=az(i,j,k)
call getqv(r2,qp2,vp2,teta0,pi0,rho0,k,spv)
if(iref.eq.0)qp2=0.
else
r2=r1
qp2=qp1
vp2=vp1
u2=u1
v2=v1
w2=w1
endif
if(i.ge.imin.and.i.le.imax.and.
+ j.ge.jmin.and.j.le.jmax.and.k.le.kmax)then
i1=i-imin+1
j1=j-jmin+1
z(i1,j1,k)=-999.
qp(i1,j1,k)=-999.
dtq(i1,j1,k)=-999.
vp(i1,j1,k)=-999.
u(i1,j1,k)=-999.
dtu(i1,j1,k)=-999.
v(i1,j1,k)=-999.
dtv(i1,j1,k)=-999.
w(i1,j1,k)=-999.
dtw(i1,j1,k)=-999.
tref(i1,j1,k)=0.
tvel(i1,j1,k)=0.
if(r1.ne.spv.and.r2.ne.spv.and.
+ qp1.ne.spv.and.qp2.ne.spv.and.
+ vp1.ne.spv.and.vp2.ne.spv.and.
+ u1.ne.spv.and.v1.ne.spv.and.w1.ne.spv.and.
+ u2.ne.spv.and.v2.ne.spv.and.w2.ne.spv)then
nok=nok+1
tref(i1,j1,k)=1.
if(icenter.eq.0)then
z(i1,j1,k)=(r1+r2)/2.
qp(i1,j1,k)=(qp1+qp2)/2.
vp(i1,j1,k)=(vp1+vp2)/2.
u(i1,j1,k)=(u1+u2)/2.
v(i1,j1,k)=(v1+v2)/2.
w(i1,j1,k)=(w1+w2)/2.
else if(icenter.gt.0)then
z(i1,j1,k)=r2
qp(i1,j1,k)=qp2
vp(i1,j1,k)=vp2
u(i1,j1,k)=u2
v(i1,j1,k)=v2
w(i1,j1,k)=w2
else if(icenter.lt.0)then
z(i1,j1,k)=r1
qp(i1,j1,k)=qp1
vp(i1,j1,k)=vp1
u(i1,j1,k)=u1
v(i1,j1,k)=v1
w(i1,j1,k)=w1
endif
tvel(i1,j1,k)=1.
dtq(i1,j1,k)=(qp2-qp1)/dt
dtu(i1,j1,k)=(u2-u1)/dt
dtv(i1,j1,k)=(v2-v1)/dt
dtw(i1,j1,k)=(w2-w1)/dt
xpv=xpv+1.
uu=u(i1,j1,k)*u(i1,j1,k)
vv=v(i1,j1,k)*v(i1,j1,k)
ww=w(i1,j1,k)*w(i1,j1,k)
velm=velm+(uu+vv+ww)
endif
endif
enddo
enddo
print*,'LEVEL ',k,' NPTS_OK:',nok
enddo
xpv=amax1(1.,xpv)
print*,' '
print*,'VELOCITY COMPONENTS'
print*,' rms VEL (ms-1) =',sqrt(velm/xpv)
print*,' npts=',xpv
c
if(icase.le.2)then
do j=2,ny
do i=1,nx
do k=1,nz
tref(i,j,k)=tref(i,1,k)
z(i,j,k)=z(i,1,k)
qp(i,j,k)=qp(i,1,k)
vp(i,j,k)=vp(i,1,k)
tvel(i,j,k)=tvel(i,1,k)
u(i,j,k)=u(i,1,k)
dtu(i,j,k)=dtu(i,1,k)
v(i,j,k)=v(i,1,k)
dtv(i,j,k)=dtv(i,1,k)
w(i,j,k)=w(i,1,k)
dtw(i,j,k)=dtw(i,1,k)
enddo
enddo
enddo
c
endif
c
c**** EDDY MIXING COEFFICIENT AT (I,J,K)+1/2
c
print*,'EDDY MIXING COEFFICIENT AT (I,J,K)+1/2'
c
do k=1,nz
do j=1,ny
do i=1,nx
xk(i,j,k)=-999.
dxk(i,j,k)=-999.
dyk(i,j,k)=-999.
dzk(i,j,k)=-999.
ax(i,j,k)=-999.
ay(i,j,k)=-999.
az(i,j,k)=-999.
bx(i,j,k)=-999.
tm(i,j,k)=0.
enddo
enddo
enddo
c
xkmean=0.
xpk=0.
do k=1,nz-1
k0=k
do j=1,ny-1
j0=j
do i=1,nx-1
i0=i
tvelm=xmean(tvel,n1,n2,n3)
if(tvelm.ge.1.)then
tm(i,j,k)=1.
um(i,j,k)=xmean(u,n1,n2,n3)
vm(i,j,k)=xmean(v,n1,n2,n3)
wm(i,j,k)=xmean(w,n1,n2,n3)
call deriv(u,dxu,dyu,dzu,n1,n2,n3)
call deriv(v,dxv,dyv,dzv,n1,n2,n3)
call deriv(w,dxw,dyw,dzw,n1,n2,n3)
d1=(dyw+dzv)*(dyw+dzv)
d2=(dzu+dxw)*(dzu+dxw)
d3=(dxv+dyu)*(dxv+dyu)
d4=2.*(dxu*dxu+dyv*dyv+dzw*dzw)
xk(i,j,k)=cd2*sqrt(d1+d2+d3+d4)
xkmean=xkmean+xk(i,j,k)*xk(i,j,k)
xpk=xpk+1.
endif
enddo
enddo
enddo
c
xxpk=amax1(1.,xpk)
print*,' rms KV (10+3 m2s-1) = ',sqrt(xkmean/xxpk)
print*,' npts=',xpk
c
c**** SUBGRID SCALE FORCE AT (I,J,K)+1
c
print*,'SUBGRID SCALE FORCE AT (I,J,K)+1'
c
do k=1,nz
do j=1,ny
do i=1,nx
ax(i,j,k)=-999.
ay(i,j,k)=-999.
az(i,j,k)=-999.
pres(i,j,k)=0.
tmm(i,j,k)=0.
enddo
enddo
enddo
c
dxkm=0.
dykm=0.
dzkm=0.
xdk=0.
do k=1,nz-2
k0=k
do j=1,ny-2
j0=j
do i=1,nx-2
i0=i
tvelmm=xmean(tm,n1,n2,n3)
if(tvelmm.ge.1.)then
tmm(i,j,k)=1.
pres(i,j,k)=1.
xkm(i,j,k)=xmean(xk,n1,n2,n3)
call deriv(xk,d1,d2,d3,n1,n2,n3)
dxk(i,j,k)=d1
dyk(i,j,k)=d2
dzk(i,j,k)=d3
xdk=xdk+1.
dxkm=dxkm+dxk(i,j,k)*dxk(i,j,k)
dykm=dykm+dyk(i,j,k)*dyk(i,j,k)
dzkm=dzkm+dzk(i,j,k)*dzk(i,j,k)
call deriv(um,dxu,dyu,dzu,n1,n2,n3)
call deriv(vm,dxv,dyv,dzv,n1,n2,n3)
call deriv(wm,dxw,dyw,dzw,n1,n2,n3)
d2u=der2(u,n1,n2,n3)
d2v=der2(v,n1,n2,n3)
d2w=der2(w,n1,n2,n3)
ax(i,j,k)=xkm(i,j,k)*d2u+dxk(i,j,k)*(dxu+dxu)
& +dyk(i,j,k)*(dyu+dxv)+dzk(i,j,k)*(dzu+dxw)
ay(i,j,k)=xkm(i,j,k)*d2v+dxk(i,j,k)*(dxv+dyu)
& +dyk(i,j,k)*(dyv+dyv)+dzk(i,j,k)*(dzv+dyw)
if(icase.le.2)ay(i,j,k)=0.
az(i,j,k)=xkm(i,j,k)*d2w+dxk(i,j,k)*(dxw+dzu)
& +dyk(i,j,k)*(dyw+dzv)+dzk(i,j,k)*(dzw+dzw)
endif
enddo
enddo
enddo
xxdk=amax1(1.,xdk)
print *,' rms DXK,DYK,DZK (ms-1) = '
& ,sqrt(dxkm/xxdk),sqrt(dykm/xxdk),sqrt(dzkm/xxdk)
print *,' npts=',xdk
c
c**** SUBGRID SCALE FORCE : (I,J,K)+1 -> I,J,K +1/2
c
print *,' SUBGRID SCALE FORCE : (I,J,K)+1 -> I,J,K +1/2'
c
call trans(sx,sy,sz,ax,ay,az,beta,pres,n1,n2,n3)
c
c**** PRESSURE GRADIENTS AT (I,J,K)+1/2
c
print *,' PRESSURE GRADIENTS AT (I,J,K)+1/2'
c
do k=1,nz
do j=1,ny
do i=1,nx
ax(i,j,k)=-999.
ay(i,j,k)=-999.
az(i,j,k)=-999.
pres(i,j,k)=0.
enddo
enddo
enddo
c
xaxyz=0.
axm=0.
aym=0.
azm=0.
do k=1,nz-1
k0=k
tv0=(tetav0(k+1)+tetav0(k+2))/2000.
cona=-1./(cp*tv0)
do j=1,ny-1
j0=j
do i=1,nx-1
i0=i
if(tm(i,j,k).ge.1.)then
xaxyz=xaxyz+1.
pres(i,j,k)=1.
dtum=xmean(dtu,n1,n2,n3)
dtvm=xmean(dtv,n1,n2,n3)
dtwm=xmean(dtw,n1,n2,n3)
qm=xmean(qp,n1,n2,n3)
vdu=xlag(u,v,w,beta,n1,n2,n3,1)
vdv=xlag(u,v,w,beta,n1,n2,n3,2)
vdw=xlag(u,v,w,beta,n1,n2,n3,3)
ax(i,j,k)=cona*(dtum+vdu-coz*vm(i,j,k)
& +coy*wm(i,j,k)-iturb*sx(i,j,k))
axm=axm+ax(i,j,k)*ax(i,j,k)
ay(i,j,k)=cona*(dtvm+vdv+coz*um(i,j,k)
& -cox*wm(i,j,k)-iturb*sy(i,j,k))
if(icase.le.2)ay(i,j,k)=0.
aym=aym+ay(i,j,k)*ay(i,j,k)
az(i,j,k)=cona*(dtwm+vdw+g*qm-coy*um(i,j,k)
& +cox*vm(i,j,k)-iturb*sz(i,j,k))
azm=azm+az(i,j,k)*az(i,j,k)
endif
enddo
enddo
enddo
xxaxyz=amax1(1.,xaxyz)
print *,' rms AX,AY,AZ (10-9 m-1) = '
& ,sqrt(axm/xxaxyz),sqrt(aym/xxaxyz),sqrt(azm/xxaxyz)
print *,' npts=',xaxyz
c
c**** FILTER ON AX,AY,AZ (IF IFILTER=1)
c
if(ifilter.eq.1)then
if(ftr.eq.'cressman')then
do iff=1,iftr
print *,' Cressman FILTER ON AX'
call filter(ax,pres,sx,sy,sz,n1,n2,n3,1,cr)
print *,' Cressman FILTER ON AY'
call filter(ay,pres,sx,sy,sz,n1,n2,n3,1,cr)
print *,' Cressman FILTER ON AZ'
call filter(az,pres,sx,sy,sz,n1,n2,n3,0,cr)
enddo
else
iicr=cr
print *,' Leise FILTER ON AX'
call leise(ax,sx,n1,n2,n3,-999.,iicr,iftr)
print *,' Leise FILTER ON AY'
call leise(ay,sx,n1,n2,n3,-999.,iicr,iftr)
print *,' Leise FILTER ON AZ'
call leise(az,sx,n1,n2,n3,-999.,iicr,iftr)
endif
endif
call getmx2('AX',ax,n1,n2,n3,-999.)
call getmx2('AY',ay,n1,n2,n3,-999.)
call getmx2('AZ',az,n1,n2,n3,-999.)
c
c**** REVISED VALUES FOR TM(I,J,K) AT (I,J,K)+1/2
c**** AND TMM(I,J,K) AT (I,J,K)+1
c
do k=1,nz
do j=1,ny
do i=1,nx
tm(i,j,k)=0.
tmm(i,j,k)=0.
if(ax(i,j,k).ne.-999..and.ay(i,j,k).ne.-999..and.
& az(i,j,k).ne.-999.)then
tm(i,j,k)=1.
endif
enddo
enddo
enddo
do k=1,nz-1
k0=k
do j=1,ny-1
j0=j
do i=1,nx-1
i0=i
tam=xmean(tm,n1,n2,n3)
if(tam.ge.1.)then
tmm(i,j,k)=1.
endif
enddo
enddo
enddo
c
c**** HORIZONTAL TEMPERATURE GRADIENTS AT (I,J,K)+1
c
print *,' HORIZONTAL TEMPERATURE GRADIENTS AT (I,J,K)+1'
c
do k=1,nz
do j=1,ny
do i=1,nx
bx(i,j,k)=-999.
by(i,j,k)=-999.
pres(i,j,k)=0.
enddo
enddo
enddo
c
xbxy=0.
bxm=0.
bym=0.
do k=1,nz-2
k0=k
t0=teta0(k+2)/1000.
tv0=tetav0(k+2)/1000.
conb=cp*t0*tv0/g
do j=1,ny-2
j0=j
do i=1,nx-2
i0=i
if(tmm(i,j,k).ge.1.)then
xbxy=xbxy+1.
pres(i,j,k)=1.
call deriv(ax,da,db,dzax,n1,n2,n3)
call deriv(ay,da,db,dzay,n1,n2,n3)
call deriv(az,dxaz,dyaz,da,n1,n2,n3)
bx(i,j,k)=conb*(dzax-dxaz)
bxm=bxm+bx(i,j,k)*bx(i,j,k)
by(i,j,k)=conb*(dzay-dyaz)
if(icase.le.2)by(i,j,k)=0.
bym=bym+by(i,j,k)*by(i,j,k)
endif
enddo
enddo
enddo
xxbxy=amax1(1.,xbxy)
print *,' rms BX,BY (10-3 Km-1) = '
& ,sqrt(bxm/xxbxy),sqrt(bym/xxbxy)
print *,' npts=',xbxy
c
c**** FILTER ON BX,BY (IF IFILTER=1)
c
if(ifilter.eq.1)then
if(ftr.eq.'cressman')then
do iff=1,iftr
print *,' Cressman FILTER ON BX'
call filter(bx,pres,sx,sy,sz,n1,n2,n3,1,cr)
print *,' Cressman FILTER ON BY'
call filter(by,pres,sx,sy,sz,n1,n2,n3,0,cr)
enddo
else
iicr=cr
print *,' Leise FILTER ON BX'
call leise(bx,sx,n1,n2,n3,-999.,iicr,iftr)
print *,' Leise FILTER ON BY'
call leise(by,sx,n1,n2,n3,-999.,iicr,iftr)
endif
endif
call getmx2('BX',bx,n1,n2,n3,-999.)
call getmx2('BY',by,n1,n2,n3,-999.)
c
c**** PRODUCTION RATE OF PRECIPITATION AT (I,J,K)+1/2
c
print *,' PRODUCTION RATE OF PRECIPITATION AT (I,J,K)+1/2'
c
do k=1,nz
do j=1,ny
do i=1,nx
fq(i,j,k)=-999.
pres(i,j,k)=0.
enddo
enddo
enddo
c
xfq=0.
fqm=0.
do k=1,nz-1
k0=k
do j=1,ny-1
j0=j
do i=1,nx-1
i0=i
if(tm(i,j,k).ge.1.)then
pres(i,j,k)=1.
trm=xmean(tref,n1,n2,n3)
if(trm.ge.1.)then
dtqm=xmean(dtq,n1,n2,n3)
vdq=xlag(u,v,w,qp,n1,n2,n3,4)
dzvq=derz(qp,vp,rho0,n1,n2,n3,n3p1)
fq(i,j,k)=dtqm+vdq+dzvq
else
fq(i,j,k)=0.
endif
xfq=xfq+1.
fqm=fqm+fq(i,j,k)*fq(i,j,k)
endif
enddo
enddo
enddo
xxfq=amax1(1.,xfq)
print *,' rms FQ (10-6 s-1) = ',sqrt(fqm/xxfq)
print *,' npts=',xfq
c
c**** FILTER ON F(QP) (IF IFILTER=1)
c
if(ifilter.eq.1)then
if(ftr.eq.'cressman')then
do iff=1,iftr
print *,' Cressman FILTER ON F(QP)'
call filter(fq,pres,sx,sy,sz,n1,n2,n3,0,cr)
enddo
else
iicr=cr
print *,' Leise FILTER ON F(QP)'
call leise(fq,sx,n1,n2,n3,-999.,iicr,iftr)
endif
endif
call getmx2('FQ',fq,n1,n2,n3,-999.)
c
c**** ADVECTION OF TEMPERATURE AT (I,J,K)+1
c
print *,' ADVECTION OF TEMPERATURE AT (I,J,K)+1'
c
do k=1,nz
do j=1,ny
do i=1,nx
bt(i,j,k)=-999.
beta(i,j,k)=-999.
enddo
enddo
enddo
c
xbt=0.
btm=0.
betam=0.
do k=1,nz-2
alt=zor+float(k-1)*hz
k0=k
temp=teta0(k+2)*pi0(k+2)
if(temp.ge.273.15)then
xlat=vlh
else
if(temp.le.263.15)then
xlat=slh
else
ce=(temp-263.15)/10.
cg=1.-ce
xlat=ce*vlh+cg*slh
endif
endif
t0=teta0(k+2)/1000.
gpit=g*(1./(cp*pi0(k+2))-1.61*t0/xlat)
b0=-dzt0(k+2)-0.61*t0*dzq0(k+2)
b1s=(1.-g0(k+2))*gpit
b1ns=xlat/(cp*pi0(k+2))-0.61*t0
bet=-g1(k+2)*gpit
do j=1,ny-2
j0=j
do i=1,nx-2
i0=i
pres(i,j,k)=0.
if(tmm(i,j,k).ge.1.
& .and.test(wm,n1,n2,n3).ge.1.
& .and.test(fq,n1,n2,n3).ge.1.)then
pres(i,j,k)=1.
wmm=xmean(wm,n1,n2,n3)
bt0=wmm*b0
fqm=xmean(fq,n1,n2,n3)
if(fqm.lt.-1.)then
c
c**** CASE: UNSATURATED AIR
c
bt1=b1ns*fqm
beta(i,j,k)=0.
else
c
c**** CASE: SATURATED AIR
c
bt1=wmm*b1s+t0*fqm
beta(i,j,k)=wmm*bet
endif