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write_cdf_3D.f90
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write_cdf_3D.f90
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subroutine write_cdf_3D(stepl,n)
USE header,only: NI,NJ,NK,xc,yc,zc,p,h,consump,T,s,rho,Tr,u,v,w,vor,pv3,uf,vf,wf,Kz,conv,con100,nconsume,dirout,rc_kind,ntr,&
zf,Jac,UL,WL,LEN,DL,Kz,Kx,Ky,iv_compute_kh,iv_compute_kz ! drpx,drpy
! #ifdef extra_output
USE header,only: term_advcT, term_advcU, term_advcV, term_advcW, term_restT, term_restU,& !!! ADDED
term_dissTh,term_dissUh,term_dissVh,term_dissWh,term_dissTv,term_dissUv,term_dissVv,term_dissWv!!! ADDED
! #endif
#include "netcdf.inc"
integer i,j,k,n,stepl,nstp,it
character(LEN=150) outname_data,outname_face
REAL(kind=rc_kind) :: rcode
! REAL(kind=rc_kind) :: Trwrite(0:NI+1,0:NJ+1,0:NK+1,ntr)
REAL(kind=rc_kind) :: z(0:NI+1,0:NJ+1,0:NK+1)
REAL(kind=rc_kind) :: smax,Tmax,umax,vmax,wmax,smin,Tmin,umin,vmin,wmin
integer start(3), start2d(2),start4(4),start2dtr(3)
integer count(3), count2d(2),count4(4),count2dtr(3),count4consump(4)
integer countuf(3),countvf(3),countwf(3) !! ADDED
integer dims(3), dims2d(2), dims4(4), dims2dtr(3), dimsconsump(4)
integer dimuf(3), dimvf(3),dimwf(3)
integer :: iddatfile, idigit, idudx, idudy, idudz, idvbysection, idvby, idvbz, idvcon, idvcy, idvbx
integer :: idvcz, idvc, idvdivfeddy, idvdivfreyn, idvdx, idvdz, idvd, idvfb, idvh, idvn2bar
integer :: idvn2, idvnsq100m, idvnsq30m, idvpe,idvpsiv,idvpsiw,idvpv, idvp,idvrhbar,idvrho,idvrnk
integer :: idvstrain,idvstress,idvstr,idvs,idvtbar,idvtemp,idvtim,idvtr,idvt,idvu,idvvb,idvvc,idvvor,idvv
integer :: idvwb,idvwc,idvwpv,idvw,idvy,idvzsave,idvz,idvz3,idwdx,idwdy,idwdz,iimday,ipos
integer :: idvx,idvcon100,idFaceFile,idvuf,idvvf,idvwf,idvKf
integer :: idvzf,idvJac,idvptfx,idvptfy,idvptfz!,idvptc !! ADDED
integer :: idvKz,idvKx,idvKy !! ADDED
! integer :: idvdrpy, idvdrpx,idvugeo,idvvgeo,idvdum1,idvdum2,idvdum3,idvfdiv !! ADDED
! #ifdef extra_output
integer :: idvadvcT, idvadvcU, idvadvcV, idvadvcW, idvrestT, idvrestU !! ADDED
integer :: idvdissTh,idvdissUh,idvdissVh,idvdissWh,idvdissTv,idvdissUv,idvdissVv,idvdissWv !! ADDED
! #endif
! REAL(kind=rc_kind), dimension( 0:NI+1,0:NJ+1, 0:NK+1) :: ugeo, vgeo !! ADDED
REAL(kind=rc_kind), dimension( 0:NI+1,0:NJ+1, 0:NK+1) :: ptc !! ADDED
REAL(kind=rc_kind), dimension( 0:NI, NJ , NK ) :: ptfx !! ADDED
REAL(kind=rc_kind), dimension( NI, 0:NJ, NK ) :: ptfy !! ADDED
REAL(kind=rc_kind), dimension( NI, NJ, 0:NK ) :: ptfz !! ADDED
! =================================================================================================
! Initialization
! =================================================================================================
DATA start /1, 1, 1/
! DATA start4 /1, 1, 1, 1/
DATA start2d /1, 1/
! DATA start2dtr /1, 1, 1/
!
! do k=0,NK+1
! do j=0,NJ+1
! do i=0,NI+1
! z(i,j,k)= zc(i,j,k)
! do it=1,ntr
! Trwrite(i,j,k,it)= Tr(it,i,j,k,n)
! end do
! end do
! end do
! end do
!
!---------------------------------------
! For the sake of better plots
!---------------------------------------
! do j=0,NJ+1
! do i=0,NI+1
! z(i,j,NK+1)= 0.d0 ; z(i,j,0)= 0.5*(z(i,j,0)+z(i,j,1));
! s(i,j,NK+1,n)= s(i,j,NK,n); s(i,j,0,n)= s(i,j,1,n);
! T(i,j,NK+1,n)= T(i,j,NK,n); T(i,j,0,n)= T(i,j,1,n);
! rho(i,j,NK+1)= rho(i,j,NK); rho(i,j,0)= rho(i,j,1);
! u(i,j,NK+1,n)= u(i,j,NK,n); u(i,j,0,n)= u(i,j,1,n);
! v(i,j,NK+1,n)= v(i,j,NK,n); v(i,j,0,n)= v(i,j,1,n);
! w(i,j,NK+1,n)= w(i,j,NK,n); w(i,j,0,n)= w(i,j,1,n);
! vor(i,j,NK+1)= vor(i,j,NK); vor(i,j,0)= vor(i,j,1);
! pv(i,j,NK+1) = pv(i,j,NK) ; pv(i,j,0) = pv(i,j,1) ;
! do it=1,ntr
! Trwrite(i,j,NK+1,it)= Trwrite(i,j,NK,it); Trwrite(i,j,0,it)= Trwrite(i,j,1,it);
! end do
! end do
! end do
call diag_pv(n); ! pvt=pv1+pv2+pv3;
call diag_ptc(ptc) !! ADDED
call intpol_pt(ptc,ptfx,ptfy,ptfz) !! ADDED
! call gradup3df !! ADDED
! call uv_geostrophic(ugeo,vgeo)
!---------------------------------------
! Output file names
!---------------------------------------
WRITE(outname_data,'("full_",I5.5,".cdf")') stepl ! Cell centers
WRITE(outname_face,'("face_",I5.5,".cdf")') stepl ! Cell faces
! Overwrite the face file, so only the last one is saved
! WRITE(outname_face,'("face_values.cdf")') ! Cell faces
! =================================================================================================
! Center values
! =================================================================================================
idDatFile = nccre(TRIM(dirout)//outname_data,NCCLOB,rcode)
!---------------------------------------
! Dimension
!---------------------------------------
! 3D dimensions for most variables
count(1)= NI+2; count(2)= NJ+2; count(3)= NK+2;
dims(1) = ncddef(idDatFile,'x', NI+2,rcode);
dims(2) = ncddef(idDatFile,'y', NJ+2,rcode);
dims(3) = ncddef(idDatFile,'sigma',NK+2,rcode);
! 2D dimensions (for h)
count2d(1)= NJ+2 ; count2d(2)= NK+2;
dims2d(1)= dims(2); dims2d(2)= dims(3);
! ! 2D dimensions for tracer (currently not used)
! count2dtr(1)= NI+2; count2dtr(2)= NJ+2; count2dtr(3)= ntr;
! dims2dtr(1)= dims(1); dims2dtr(2)= dims(2); dims2dtr(3)= dims4(4);
!
! ! 3D dimensions (for tracer)
! count4(1)= NI+2; count4(2)= NJ+2; count4(3)= NK+2; count4(4)= ntr;
! dims4(1) = dims(1); dims4(2) = dims(2); dims4(3) = dims(3); dims4(4) = ncddef(idDatFile,'ntr',ntr,rcode);
!
! ! 3D dimensions (for consump)
! count4consump(1)= NI+2; count4consump(2)= NJ+2; count4consump(3)= NK+2; count4consump(4)= nconsume;
! dimsconsump(1) = dims(1); dimsconsump(2) = dims(2);
! dimsconsump(3) = dims(3); dimsconsump(4) = ncddef(idDatFile,'ntrcon',nconsume,rcode);
!
! ! 3D dimensions for divergence of energy flux
! dimfdiv(1) = ncddef(idDatFile,'fdiv',1, rcode); !! ADDED
!---------------------------------------
! ID
!---------------------------------------
! if (stepl.lt.0.5) then
! idvx =ncvdef(idDatFile,'xc', NCDOUBLE,1,dims(1),rcode)
! idvy =ncvdef(idDatFile,'yc', NCDOUBLE,1,dims(2),rcode)
! idvz =ncvdef(idDatFile,'zc', NCDOUBLE,3,dims, rcode)
! idvzf =ncvdef(idDatFile,'zf', NCDOUBLE,3,dims, rcode)
! endif
! idvh =ncvdef(idDatFile,'h', NCDOUBLE,2,dims2d, rcode)
! idvc =ncvdef(idDatFile,'consump',NCDOUBLE,4,dimsconsump,rcode)
! idvtr =ncvdef(idDatFile,'tr', NCDOUBLE,4,dims4, rcode)
! idvs =ncvdef(idDatFile,'s', NCDOUBLE,3,dims, rcode)
! idvt =ncvdef(idDatFile,'temp', NCDOUBLE,3,dims, rcode)
idvrho =ncvdef(idDatFile,'rho', NCDOUBLE,3,dims, rcode)
! idvp =ncvdef(idDatFile,'p', NCDOUBLE,3,dims, rcode)
idvu =ncvdef(idDatFile,'u', NCDOUBLE,3,dims, rcode)
idvv =ncvdef(idDatFile,'v', NCDOUBLE,3,dims, rcode)
! idvugeo =ncvdef(idDatFile,'ugeo', NCDOUBLE,3,dims, rcode)
! idvvgeo =ncvdef(idDatFile,'vgeo', NCDOUBLE,3,dims, rcode)
idvw =ncvdef(idDatFile,'w', NCDOUBLE,3,dims, rcode)
! idvz3 =ncvdef(idDatFile,'vor', NCDOUBLE,3,dims, rcode)
idvpv =ncvdef(idDatFile,'pv', NCDOUBLE,3,dims, rcode)
! idvcon =ncvdef(idDatFile,'conv', NCshort, 3,dims, rcode)
! idvcon100=ncvdef(idDatFile,'con100', NCshort, 3,dims, rcode)
! idvJac =ncvdef(idDatFile,'Jac', NCDOUBLE,3,dims, rcode) !! ADDED
! idvptc =ncvdef(idDatFile,'ptc', NCDOUBLE,3,dims, rcode) !! ADDED
! idvdum1 =ncvdef(idDatFile,'dum1', NCDOUBLE,3,dims, rcode) !! ADDED
! idvdum2 =ncvdef(idDatFile,'dum2', NCDOUBLE,3,dims3d, rcode) !! ADDED
! idvdum3 =ncvdef(idDatFile,'dum3', NCDOUBLE,3,dims3d, rcode) !! ADDED
! idvfdiv =ncvdef(idDatFile,'fdiv', NCDOUBLE,1,dimfdiv,rcode) !! ADDED
! idvdrpy =ncvdef(idDatFile,'drpy', NCDOUBLE,3,dims, rcode) !! ADDED
! idvdrpx =ncvdef(idDatFile,'drpx', NCDOUBLE,3,dims, rcode) !! ADDED
if (iv_compute_kh==1) then
idvKx =ncvdef(idDatFile,'Kx', NCDOUBLE,3,dims, rcode) !! ADDED
idvKy =ncvdef(idDatFile,'Ky', NCDOUBLE,3,dims, rcode) !! ADDED
endif
if (iv_compute_kz==1) then
idvKz =ncvdef(idDatFile,'Kz', NCDOUBLE,3,dims, rcode) !! ADDED
endif
! #ifdef extra_output
idvadvcT =ncvdef(idDatFile,'advcT', NCDOUBLE,3,dims, rcode) !! ADDED
idvadvcU =ncvdef(idDatFile,'advcU', NCDOUBLE,3,dims, rcode) !! ADDED
idvadvcV =ncvdef(idDatFile,'advcV', NCDOUBLE,3,dims, rcode) !! ADDED
idvadvcW =ncvdef(idDatFile,'advcW', NCDOUBLE,3,dims, rcode) !! ADDED
idvrestT =ncvdef(idDatFile,'restT', NCDOUBLE,2,dims2d, rcode) !! ADDED
idvrestU =ncvdef(idDatFile,'restU', NCDOUBLE,2,dims2d, rcode) !! ADDED
idvdissTh=ncvdef(idDatFile,'dissTh', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissUh=ncvdef(idDatFile,'dissUh', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissVh=ncvdef(idDatFile,'dissVh', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissWh=ncvdef(idDatFile,'dissWh', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissTv=ncvdef(idDatFile,'dissTv', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissUv=ncvdef(idDatFile,'dissUv', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissVv=ncvdef(idDatFile,'dissVv', NCDOUBLE,3,dims, rcode) !! ADDED
idvdissWv=ncvdef(idDatFile,'dissWv', NCDOUBLE,3,dims, rcode) !! ADDED
! #endif
!---------------------------------------
! Write
!---------------------------------------
!
! if (stepl.lt.0.5) then
CALL ncendf(idDatFile,rcode)
! CALL ncvpt(idDatFile,idvx, start(1),count(1),xc*DL, rcode)
! CALL ncvpt(idDatFile,idvy, start(2),count(2),yc*DL, rcode)
! CALL ncvpt(idDatFile,idvz, start, count, zc*DL, rcode)
! CALL ncvpt(idDatFile,idvzf, start, count, zf(:,:,-1:NK)*DL,rcode)
! endif
! CALL ncvpt(idDatFile,idvh, start2d, count2d, h, rcode)
! CALL ncvpt(idDatFile,idvc, start4, count4consump,consump,rcode)
! CALL ncvpt(idDatFile,idvtr, start4, count4, Trwrite, rcode)
! CALL ncvpt(idDatFile,idvs, start, count, s, rcode)
! CALL ncvpt(idDatFile,idvt, start, count, T, rcode)
CALL ncvpt(idDatFile,idvrho, start, count, rho, rcode)
! CALL ncvpt(idDatFile,idvp, start, count, p, rcode)
CALL ncvpt(idDatFile,idvu, start, count, u*UL, rcode)
CALL ncvpt(idDatFile,idvv, start, count, v*UL, rcode)
! CALL ncvpt(idDatFile,idvugeo, start, count, ugeo*UL, rcode)
! CALL ncvpt(idDatFile,idvvgeo, start, count, vgeo*UL, rcode)
CALL ncvpt(idDatFile,idvw, start, count, w*WL, rcode)
! CALL ncvpt(idDatFile,idvz3, start, count, vor, rcode)
CALL ncvpt(idDatFile,idvpv, start, count, pv3, rcode)
! CALL ncvpt(idDatFile,idvcon, start, count, conv, rcode)
! CALL ncvpt(idDatFile,idvcon100,start, count, con100, rcode)
! CALL ncvpt(idDatFile,idvJac, start, count, Jac, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvptc, start, count, ptc, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvdum1, start, count, dum1, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvdum2, start, countdiv,dum2, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvdum3, start, countdiv,dum3, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvfdiv, start, 1, fdiv, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvdrpy, start, count, drpx, rcode) !! ADDED
! CALL ncvpt(idDatFile,idvdrpx, start, count, drpy, rcode) !! ADDED
if (iv_compute_kh==1) then
CALL ncvpt(idDatFile,idvKx, start, count, Kx, rcode) !! ADDED
CALL ncvpt(idDatFile,idvKy, start, count, Ky, rcode) !! ADDED
endif
if (iv_compute_kz==1) then
CALL ncvpt(idDatFile,idvKz, start, count, Kz, rcode) !! ADDED
endif
! #ifdef extra_output
CALL ncvpt(idDatFile,idvadvcT, start, count, term_advcT, rcode) !! ADDED
CALL ncvpt(idDatFile,idvadvcU, start, count, term_advcU, rcode) !! ADDED
CALL ncvpt(idDatFile,idvadvcV, start, count, term_advcV, rcode) !! ADDED
CALL ncvpt(idDatFile,idvadvcW, start, count, term_advcW, rcode) !! ADDED
CALL ncvpt(idDatFile,idvrestT, start2d, count2d, term_restT, rcode) !! ADDED
CALL ncvpt(idDatFile,idvrestU, start2d, count2d, term_restU, rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissTh,start, count, term_dissTh,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissUh,start, count, term_dissUh,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissVh,start, count, term_dissVh,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissWh,start, count, term_dissWh,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissTv,start, count, term_dissTv,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissUv,start, count, term_dissUv,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissVv,start, count, term_dissVv,rcode) !! ADDED
CALL ncvpt(idDatFile,idvdissWv,start, count, term_dissWv,rcode) !! ADDED
! #endif
CALL ncclos(idDatFile,rcode)
! =================================================================================================
! Face values
! =================================================================================================
idFaceFile = nccre(TRIM(dirout)//outname_face,NCCLOB,rcode)
!---------------------------------------
! Dimension
!---------------------------------------
! 3D dimensions for face values
countuf(1)= NI+1; countuf(2)= NJ ; countuf(3)= NK ;
countvf(1)= NI ; countvf(2)= NJ+1; countvf(3)= NK ;
countwf(1)= NI ; countwf(2)= NJ ; countwf(3)= NK+1;
! dimuf(1) = ncddef(idFaceFile,'xi-ew', NI+1,rcode)
! dimuf(2) = ncddef(idFaceFile,'eta-ew', NJ, rcode)
! dimuf(3) = ncddef(idFaceFile,'sigma-ew',NK, rcode)
! dimvf(1) = ncddef(idFaceFile,'xi-ns', NI, rcode)
! dimvf(2) = ncddef(idFaceFile,'eta-ns', NJ+1,rcode)
! dimvf(3) = ncddef(idFaceFile,'sigma-ns',NK, rcode)
dimwf(1) = ncddef(idFaceFile,'xi-tb', NI, rcode)
dimwf(2) = ncddef(idFaceFile,'eta-tb', NJ, rcode)
dimwf(3) = ncddef(idFaceFile,'sigma-tb',NK+1,rcode)
!---------------------------------------
! ID
!---------------------------------------
! idvKf = ncvdef(idFaceFile,'Kz', NCDOUBLE,3,dimwf,rcode)
! idvuf = ncvdef(idFaceFile,'uf', NCDOUBLE,3,dimuf,rcode)
! idvvf = ncvdef(idFaceFile,'vf', NCDOUBLE,3,dimvf,rcode)
idvwf = ncvdef(idFaceFile,'wf', NCDOUBLE,3,dimwf,rcode)
! idvptfx = ncvdef(idFaceFile,'ptfx',NCDOUBLE,3,dimuf,rcode) !! ADDED
! idvptfy = ncvdef(idFaceFile,'ptfy',NCDOUBLE,3,dimvf,rcode) !! ADDED
idvptfz = ncvdef(idFaceFile,'ptfz',NCDOUBLE,3,dimwf,rcode) !! ADDED
!---------------------------------------
! Write
!---------------------------------------
CALL ncendf(idFaceFile,rcode)
! CALL ncvpt(idFaceFile,idvKf, start,countwf,Kz, rcode)
! CALL ncvpt(idFaceFile,idvuf, start,countuf,uf*UL*LEN*DL, rcode)
! CALL ncvpt(idFaceFile,idvvf, start,countvf,vf*UL*LEN*DL, rcode)
CALL ncvpt(idFaceFile,idvwf, start,countwf,wf*UL*LEN*DL, rcode)
! CALL ncvpt(idFaceFile,idvptfx,start,countuf,ptfx, rcode) !! ADDED
! CALL ncvpt(idFaceFile,idvptfy,start,countvf,ptfy, rcode) !! ADDED
CALL ncvpt(idFaceFile,idvptfz,start,countwf,ptfz, rcode) !! ADDED
CALL ncclos(idFaceFile,rcode)
! =================================================================================================
return
end