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stepout.f90
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stepout.f90
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subroutine stepout(nstatsteps)
use vars
use rad, only: qrad
use sgs, only: tk
use tracers
use microphysics, only: micro_print, micro_statistics
use sgs, only: sgs_print, sgs_statistics
use stat_moments, only: compmoments
use movies, only: mvmovies
use params
use hbuffer
use instrument_diagnostics, only : isccp_write, modis_write, misr_write, zero_instr_diag
use mse, only: diagnoseMSE
implicit none
integer i,j,k,ic,jc,nstatsteps
real div, divmax, divmin
real rdx, rdy, rdz, coef
integer im,jm,km
real wmax, qnmax(1), qnmax1(1)
real(8) buffer(5), buffer1(5)
if(mod(nstep,nstatis).eq.0) then
call statistics()
call micro_statistics()
call sgs_statistics()
if(do_chunked_energy_budgets) call diagnoseMSE()
end if
if(mod(nstep,nmovie).eq.0.and.nstep.ge.nmoviestart &
.and.nstep.le.nmovieend) then
call mvmovies()
endif
if(mod(nstep,nstatmom).eq.0.and.nstep.ge.nstatmomstart &
.and.nstep.le.nstatmomend) then
if(masterproc) write(*,*) 'Calling compmoments'
call compmoments()
endif
if(mod(nstep,nstat).eq.0) then
if(masterproc) print *,'Writting statistics:nstatsteps=',nstatsteps
call t_startf ('stat_out')
! write out instrument simulator data and compute domain means for statistics
!bloss(2016-02-06): This needs to be called before hbuf_avg for the simulator
! cloud fraction to be recorded at the first statistics output.
call isccp_write()
call modis_write()
call misr_write()
call hbuf_average(nstatsteps)
call hbuf_write(nstatsteps)
call hbuf_flush()
nstatsteps = 0
call zero_instr_diag()
call t_stopf ('stat_out')
endif
if(mod(nstep,nstat*(1+nrestart_skip)).eq.0.or.nstep.eq.nstop.or.nelapse.eq.0) then
! MPI Ensemble run: turn on mpi before writing restart (Song Qiyu, 2022)
if(dompiensemble) dompi = .true.
call write_all() ! save restart file
! MPI Ensemble run: turn off mpi after writing restart (Song Qiyu, 2022)
if(dompiensemble) dompi = .false.
end if
call t_startf ('2D_out')
if(mod(nstep,nsave2D).eq.0.and.nstep.ge.nsave2Dstart &
.and.nstep.le.nsave2Dend) then
! MPI Ensemble run: turn on mpi before writing 2D output (Song Qiyu, 2022)
if(dompiensemble) dompi = .true.
call write_fields2D()
! MPI Ensemble run: turn off mpi after writing 2D output (Song Qiyu, 2022)
if(dompiensemble) dompi = .false.
endif
if(.not.save2Davg.or.nstep.eq.nsave2Dstart-nsave2D) call stat_2Dinit(0) ! argument of 0 means storage terms for statistics are preserved
call t_stopf ('2D_out')
call t_startf ('3D_out')
if(mod(nstep,nsave3D).eq.0.and.nstep.ge.nsave3Dstart.and.nstep.le.nsave3Dend ) then
! MPI Ensemble run: turn on mpi before writing 3D output (Song Qiyu, 2022)
if(dompiensemble) dompi = .true.
! determine if the maximum cloud water exceeds the threshold
! value to save 3D fields:
qnmax(1)=0.
do k=1,nzm
do j=1,ny
do i=1,nx
qnmax(1) = max(qnmax(1),qcl(i,j,k))
qnmax(1) = max(qnmax(1),qci(i,j,k))
end do
enddo
enddo
if(dompi) then
call task_max_real(qnmax(1),qnmax1(1),1)
qnmax(1) = qnmax1(1)
end if
if(qnmax(1).ge.qnsave3D) then
call write_fields3D()
end if
! MPI Ensemble run: turn off mpi after writing 3D output (Song Qiyu, 2022)
if(dompiensemble) dompi = .false.
endif
call t_stopf ('3D_out')
!------------------------------------------------------------------------------
!------------------------------------------------------------------------------
! Print stuff out:
call t_startf ('print_out')
if(masterproc) write(*,'(a,i10,a,i3,a,f6.3,a,f6.3)') 'NSTEP = ',nstep,' NCYCLE=',ncycle, &
' CFL_adv=',cfl_adv,' CFL_sgs=',cfl_sgs
if(mod(nstep,nprint).eq.0) then
divmin=1.e20
divmax=-1.e20
rdx = 1./dx
rdy = 1./dy
wmax=0.
do k=1,nzm
coef = rho(k)*adz(k)*dz
rdz = 1./coef
if(ny.ne.1) then
do j=1,ny-1*YES3D
jc = j+1*YES3D
do i=1,nx-1
ic = i+1
div = (u(ic,j,k)-u(i,j,k))*rdx + (v(i,jc,k)-v(i,j,k))*rdy + &
(w(i,j,k+1)*rhow(k+1)-w(i,j,k)*rhow(k))*rdz
divmax = max(divmax,div)
divmin = min(divmin,div)
if(w(i,j,k).gt.wmax) then
wmax=w(i,j,k)
im=i
jm=j
km=k
endif
end do
end do
else
j = 1
do i=1,nx-1
ic = i+1
div = (u(ic,j,k)-u(i,j,k))*rdx +(w(i,j,k+1)*rhow(k+1)-w(i,j,k)*rhow(k))*rdz
divmax = max(divmax,div)
divmin = min(divmin,div)
if(w(i,j,k).gt.wmax) then
wmax=w(i,j,k)
im=i
jm=j
km=k
endif
end do
endif
end do
! MPI Ensemble run: If MPI ensemble then need to sum up everything? (Nat, 2022)
if(dompiensemble) dompi = .true.
if(dompi) then
buffer(1) = total_water_before
buffer(2) = total_water_after
buffer(3) = total_water_evap
buffer(4) = total_water_prec
buffer(5) = total_water_ls
call task_sum_real8(buffer, buffer1,5)
total_water_before = buffer1(1)
total_water_after = buffer1(2)
total_water_evap = buffer1(3)
total_water_prec = buffer1(4)
total_water_ls = buffer1(5)
end if
! MPI Ensemble run: If MPI ensemble then need to sum up everything? (Nat, 2022)
if(dompiensemble) dompi = .false.
!print*,rank,minval(u(1:nx,1:ny,:)),maxval(u(1:nx,1:ny,:))
!print*,rank,'min:',minloc(u(1:nx,1:ny,:))
!print*,rank,'max:',maxloc(u(1:nx,1:ny,:))
!if(masterproc) then
!print*,'--->',tk(27,1,1)
!print*,'tk->:'
!write(6,'(16f7.2)')((tk(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'p->:'
!write(6,'(16f7.2)')((p(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'u->:'
!write(6,'(16f7.2)')((u(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'v->:'
!write(6,'(16f7.2)')((v(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'w->:'
!write(6,'(16f7.2)')((w(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'qcl:'
!write(6,'(16f7.2)')((qcl(i,1,k)*1000.,i=16,31),k=nzm,1,-1)
!print*,'qpl->:'
!write(6,'(16f7.2)')((qpl(i,1,k)*1000.,i=16,31),k=nzm,1,-1)
!print*,'qcl:->'
!write(6,'(16f7.2)')((qci(i,1,k)*1000.,i=16,31),k=nzm,1,-1)
!print*,'qpl->:'
!write(6,'(16f7.2)')((qpi(i,1,k)*1000.,i=16,31),k=nzm,1,-1)
!print*,'qrad->:'
!write(6,'(16f7.2)')((qrad(i,1,k)*3600.,i=16,31),k=nzm,1,-1)
!print*,'qv->:'
!write(6,'(16f7.2)')((qv(i,1,k)*1000.,i=16,31),k=nzm,1,-1)
!print*,'t->:'
!write(6,'(16f7.2)')((t(i,1,k),i=1,16),k=nzm,1,-1)
!print*,'tabs->:'
!write(6,'(16f7.2)')((tabs(i,1,k),i=16,31),k=nzm,1,-1)
!end if
!--------------------------------------------------------
if(masterproc) then
print*,'DAY = ',day
write(6,*) 'NSTEP=',nstep
write(6,*) 'div:',divmax,divmin
if(.not.dodynamicocean) write(6,*) 'SST=',tabs_s
write(6,*) 'surface pressure=',pres0
endif
call fminmax_print('u:',u,dimx1_u,dimx2_u,dimy1_u,dimy2_u,nzm)
call fminmax_print('v:',v,dimx1_v,dimx2_v,dimy1_v,dimy2_v,nzm)
call fminmax_print('w:',w,dimx1_w,dimx2_w,dimy1_w,dimy2_w,nz)
call fminmax_print('p:',p,0,nx,1-YES3D,ny,nzm)
call fminmax_print('t:',t,dimx1_s,dimx2_s,dimy1_s,dimy2_s,nzm)
call fminmax_print('tabs:',tabs,1,nx,1,ny,nzm)
call fminmax_print('qv:',qv,1,nx,1,ny,nzm)
if(dosgs) call sgs_print()
if(docloud) then
call fminmax_print('qcl:',qcl,1,nx,1,ny,nzm)
call fminmax_print('qci:',qci,1,nx,1,ny,nzm)
call micro_print()
end if
if(doprecip) then
call fminmax_print('qpl:',qpl,1,nx,1,ny,nzm)
call fminmax_print('qpi:',qpi,1,nx,1,ny,nzm)
end if
if(dolongwave.or.doshortwave) call fminmax_print('qrad(K/day):',qrad*86400.,1,nx,1,ny,nzm)
if(dotracers) then
do k=1,ntracers
call fminmax_print(trim(tracername(k))//':',tracer(:,:,:,k),dimx1_s,dimx2_s,dimy1_s,dimy2_s,nzm)
end do
end if
call fminmax_print('shf:',fluxbt*cp*rhow(1),1,nx,1,ny,1)
call fminmax_print('lhf:',fluxbq*lcond*rhow(1),1,nx,1,ny,1)
call fminmax_print('uw:',fluxbu,1,nx,1,ny,1)
call fminmax_print('vw:',fluxbv,1,nx,1,ny,1)
call fminmax_print('sst:',sstxy+t00,0,nx,1-YES3D,ny,1)
total_water_before = total_water_before/float(nx_gl*ny_gl)
total_water_after = total_water_after/float(nx_gl*ny_gl)
total_water_evap = total_water_evap/float(nx_gl*ny_gl)
total_water_prec = total_water_prec/float(nx_gl*ny_gl)
total_water_ls = total_water_ls/float(nx_gl*ny_gl)
if(masterproc) then
print*,'===========================' !bloss: I find this helpful for readability
print*,'total water budget:'
write(*,991) total_water_before !'before (mm): ',total_water_before
write(*,992) total_water_after !'after (mm) : ',total_water_after
write(*,993) total_water_evap !'evap (mm/day): ',total_water_evap
write(*,994) total_water_prec !'prec (mm/day): ',total_water_prec
write(*,995) total_water_ls !'ls (mm/day): ',total_water_ls
write(*,996) (total_water_after-(total_water_before+total_water_evap+total_water_ls-total_water_prec))
991 format(' before (mm): ',F16.11)
992 format(' after (mm): ',F16.11)
993 format(' evaporation (mm): ',F16.11)
994 format(' precipitation (mm):',F16.11)
995 format(' large-scale (mm): ',F16.11)
996 format(' Imbalance (mm) ',F16.11)
print*,'evap (mm/day):',total_water_evap/dt*86400.
print*,'prec (mm/day):',total_water_prec/dt*86400.
print*,'ls (mm/day):',total_water_ls/dt*86400.
print*,'imbalance (mm/day)', &
(total_water_after-total_water_before-total_water_evap-total_water_ls+total_water_prec)/dt*86400.
print*,' imbalance (rel error):', &
(total_water_after-(total_water_before+total_water_evap+total_water_ls-total_water_prec))/total_water_after
print*,'==========================='
end if
end if ! (mod(nstep,nprint).eq.0)
call t_stopf ('print_out')
end