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write_cdf_2D_y.f90
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write_cdf_2D_y.f90
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subroutine write_cdf_2D_y(jslice,counter_2d,n)
USE header,ONLY : NI,NJ,NK,rho,u,v,w,xc,zc,DL,UL,WL, & !,ntr,nconsume,s,T,vor
time_seconds,time_days,dirout,rc_kind
#include "netcdf.inc"
character(LEN=150) outname
integer :: itr,jslice,counter_2d,i,j,k,n
REAL(kind=rc_kind) :: rcode
REAL(kind=4) :: xslice(NI),zslice(NI,NK), &
& rslice(NI,NK),uslice(NI,NK),vslice(NI,NK),wslice(NI,NK)!,&
! & Tslice(NI,NK),vorslice(NI,NK)
integer :: start(4),count(4),counttim,dims(4),dims4(4),dimstim, &
start2d(2),count4(4),start4(4)
integer :: iddatfile,idvx,idvz,idvtim,idvu,idvv,idvw,idvvor, &
idvbz,idvby,idvrho,idvt,idvs
! =================================================================================================
! 2D slices
! =================================================================================================
j=jslice
do k=1,NK
do i=1,NI
zslice(i,k)= zc(i,j,k)*DL
xslice(i) = xc(i) *DL
!for tracer
! do itr=1,ntr
! trslice(itr,i,k)= Tr(itr,i,j,k,n)
! end do
! Tslice(i,k)= T(i,j,k,n)
rslice(i,k) = rho(i,j,k)
uslice(i,k) = u(i,j,k,n)*UL
vslice(i,k) = v(i,j,k,n)*UL
wslice(i,k) = w(i,j,k,n)*WL
! vorslice(i,k)= vor(i,j,k)
end do
end do
! =================================================================================================
! Start writing
! =================================================================================================
WRITE(outname,'("yslice_",I3.3,".cdf")') jslice
if (counter_2d.eq.1) then
idDatFile = nccre(TRIM(dirout)//outname,NCCLOB,rcode)
!---------------------------------------
! Dimension
!---------------------------------------
dims(1) = ncddef(idDatFile,'x', NI, rcode)
dims(2) = ncddef(idDatFile,'y', 1, rcode)
dims(3) = ncddef(idDatFile,'z', NK, rcode)
dims(4) = ncddef(idDatFile,'time',NCUNLIM,rcode)
dimstim= dims(4)
! !this is for tracer
! dims4(1) = dims(1)
! dims4(2) = ncddef(idDatFile,'ntr',ntr,rcode)
! dims4(3) = dims(3)
! dims4(4) = dims(4)
!---------------------------------------
! ID
!---------------------------------------
idvx = ncvdef(idDatFile,'xc', NCFLOAT,1,dims(1),rcode)
idvz = ncvdef(idDatFile,'zc', NCFLOAT,3,dims, rcode)
idvtim= ncvdef(idDatFile,'day', NCFLOAT,1,dimstim,rcode)
! idvt = ncvdef(idDatFile,'temp',NCFLOAT,4,dims, rcode)
! idvt = ncvdef(idDatFile,'tr', NCFLOAT,4,dims4, rcode)
idvrho= ncvdef(idDatFile,'rho', NCFLOAT,4,dims, rcode)
idvu = ncvdef(idDatFile,'u', NCFLOAT,4,dims, rcode)
idvv = ncvdef(idDatFile,'v', NCFLOAT,4,dims, rcode)
idvw = ncvdef(idDatFile,'w', NCFLOAT,4,dims, rcode)
! idvvor= ncvdef(idDatFile,'vor', NCFLOAT,4,dims, rcode)
CALL ncendf(idDatFile,rcode)
else
!---------------------------------------
! ID
!---------------------------------------
idDatFile = ncopn(TRIM(dirout)//outname, NCWRITE,rcode)
idvtim= NCVID(idDatFile, 'day', RCODE)
! idvt = NCVID(idDatFile, 'temp',RCODE)
idvrho= NCVID(idDatFile, 'rho', RCODE)
idvu = NCVID(idDatFile, 'u', RCODE)
idvv = NCVID(idDatFile, 'v', RCODE)
idvw = NCVID(idDatFile, 'w', RCODE)
! idvvor= NCVID(idDatFile, 'vor', RCODE)
endif
! write(6,*) 'in writecdf_yslice','counter,days',counter_2d,time_days
!---------------------------------------
! Count & start
!---------------------------------------
count(1)= NI
count(2)= 1
count(3)= NK
count(4)= 1
! !this is for tracers
! count4(1)= NI
! count4(2)= ntr
! count4(3)= NK
! count4(4)= 1
counttim= 1
! start2d(1)= 1
! start2d(2)= 1
start(1)= 1
start(2)= 1
start(3)= 1
start(4)= counter_2d
! start4(1)= 1
! start4(2)= 1
! start4(3)= 1
! start4(4)= counter_2d
!---------------------------------------
! Write
!---------------------------------------
if (counter_2d.eq.1) then
CALL ncvpt(idDatFile,idvx,start(1),count(1),xslice, rcode)
CALL ncvpt(idDatFile,idvz,start, count, zslice, rcode)
endif
! CALL ncvpt(idDatFile,idvtim, start(4),counttim,time_days,rcode)
! CALL ncvpt(idDatFile,idvt, start, count, Tslice, rcode)
CALL ncvpt(idDatFile,idvrho, start, count, rslice, rcode)
CALL ncvpt(idDatFile,idvu, start, count, uslice, rcode)
CALL ncvpt(idDatFile,idvv, start, count, vslice, rcode)
CALL ncvpt(idDatFile,idvw, start, count, wslice, rcode)
! CALL ncvpt(idDatFile,idvvor, start, count, vorslice, rcode)
CALL ncclos(idDatFile,rcode)
END