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subroutine intqH!time integration of heat and latent heat from facetsuse modglobal,only:nfcts,dt,rk3step,lEBuse initfac,only:faccth,fachfsum,fachf,fachfi,facef,facefi,facefsumuse modmpi,only:nprocs,myid,comm3d,mpierr,mpi_sum,my_realreal::dummyinteger::nif(.not.lEB)return if(rk3step.eq.3)then!sum over all processors since a facet can be split onto more than one processorfachfsum=0.facefsum=0.call MPI_ALLREDUCE(fachf(1:nfcts),fachfsum(1:nfcts),nfcts,MY_REAL,MPI_SUM,comm3d,mpierr)call MPI_ALLREDUCE(facef(1:nfcts),facefsum(1:nfcts),nfcts,MY_REAL,MPI_SUM,comm3d,mpierr)if(myid==0)then!time summation of total facet heatlux (will be divided by dtEB in EB to get time mean flux)do n=1,nfctsfachfi(n)=fachfi(n)+dt*fachfsum(n)!sum up the fluxes over timefacefi(n)=facefi(n)+dt*facefsum(n)end do end if end iffachf=0.fachfsum=0.facefsum=0.facef=0.end subroutine intqH