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mprdpush2lib.f
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c-----------------------------------------------------------------------
c 2d PIC parallel multi-tasking library for pushing relativistic
c particles with darwin electric magnetic fields and depositing current
c and derivative of current
c mprdpush2lib.f contains multi-tasking procedures to process
c relativistic particles with darwin electric and
c magnetic fields:
c MPGRMJPOST2 multi-tasking wrapper for PGRMJPOST2
c MPGSRMJPOST2 multi-tasking wrapper for PGSRMJPOST2
c MPGRMJPOST2L multi-tasking wrapper for PGRMJPOST2L
c MPGSRMJPOST2L multi-tasking wrapper for PGSRMJPOST2L
c MPGRMJPOST22 multi-tasking wrapper for PGRMJPOST22
c MPGSRMJPOST22 multi-tasking wrapper for PGSRMJPOST22
c MPGRMJPOST22L multi-tasking wrapper for PGRMJPOST22L
c MPGSRMJPOST22L multi-tasking wrapper for PGSRMJPOST22L
c MPGRDCJPOST2 multi-tasking wrapper for PGRDCJPOST2
c MPGSRDCJPOST2 multi-tasking wrapper for PGSRDCJPOST2
c MPGRDCJPOST2L multi-tasking wrapper for PGRDCJPOST2L
c MPGSRDCJPOST2L multi-tasking wrapper for PGSRDCJPOST2L
c MPGRDCJPOST22 multi-tasking wrapper for PGRDCJPOST22
c MPGSRDCJPOST22 multi-tasking wrapper for PGSRDCJPOST22
c MPGRDCJPOST22L multi-tasking wrapper for PGRDCJPOST22L
c MPGSRDCJPOST22L multi-tasking wrapper for PGSRDCJPOST22L
c written by viktor k. decyk, ucla
c copyright 2006, regents of the university of california
c update: december 11, 2009
c-----------------------------------------------------------------------
subroutine MPGRMJPOST2(part,amu,npp,nps,noff,qm,ci,idimp,npmax,nbl
1ok,nxv,nypmx,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(4,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(4,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRMJPOST2
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 4
amup(m,j,k,l,i) = 0.
20 continue
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRMJPOST2,nargs,part(1,npo,1),amup(1,
11,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining momentum flux
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRMJPOST2(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nblok
1,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 4
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRMJPOST2(part,amu,npp,nps,noff,qm,ci,idimp,npmax,nb
1lok,nxv,nxyp,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(4,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(4,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRMJPOST2
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 4
amup(m,j,l,i) = 0.
20 continue
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRMJPOST2,nargs,part(1,npo,1),amup(1
1,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining momentum flux
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRMJPOST2(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nblo
1k,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 4
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRMJPOST2L(part,amu,npp,nps,noff,qm,ci,idimp,npmax,nb
1lok,nxv,nypmx,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(4,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(4,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRMJPOST2L
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 4
amup(m,j,k,l,i) = 0.
20 continue
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRMJPOST2L,nargs,part(1,npo,1),amup(1
1,1,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining momentum flux
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRMJPOST2L(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nblo
1k,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 4
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRMJPOST2L(part,amu,npp,nps,noff,qm,ci,idimp,npmax,n
1blok,nxv,nxyp,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(4,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(4,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRMJPOST2L
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 4
amup(m,j,l,i) = 0.
20 continue
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRMJPOST2L,nargs,part(1,npo,1),amup(
11,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining momentum flux
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRMJPOST2L(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nbl
1ok,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 4
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRMJPOST22(part,amu,npp,nps,noff,qm,ci,idimp,npmax,nb
1lok,nxv,nypmx,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(2,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(2,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRMJPOST22
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 2
amup(m,j,k,l,i) = 0.
20 continue
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRMJPOST22,nargs,part(1,npo,1),amup(1
1,1,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining momentum flux
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRMJPOST22(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nblo
1k,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 2
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRMJPOST22(part,amu,npp,nps,noff,qm,ci,idimp,npmax,n
1blok,nxv,nxyp,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(2,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(2,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRMJPOST22
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 2
amup(m,j,l,i) = 0.
20 continue
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRMJPOST22,nargs,part(1,npo,1),amup(
11,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining momentum flux
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRMJPOST22(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nbl
1ok,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 2
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRMJPOST22L(part,amu,npp,nps,noff,qm,ci,idimp,npmax,n
1blok,nxv,nypmx,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(2,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(2,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRMJPOST22L
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 2
amup(m,j,k,l,i) = 0.
20 continue
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRMJPOST22L,nargs,part(1,npo,1),amup(
11,1,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining momentum flux
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRMJPOST22L(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nbl
1ok,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 2
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRMJPOST22L(part,amu,npp,nps,noff,qm,ci,idimp,npmax,
1nblok,nxv,nxyp,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux deposition
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, amu, qm, ci, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok), amu(2,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension amup(2,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRMJPOST22L
data nargs /11/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start momentum flux deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear momentum flux arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 2
amup(m,j,l,i) = 0.
20 continue
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRMJPOST22L,nargs,part(1,npo,1),amup
1(1,1,1,i),nps,noff,qm,ci,idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining momentum flux
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRMJPOST22L(part(1,npo,1),amu,npp,noff,qm,ci,idimp,npmax,nb
1lok,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum momentum flux arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 2
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRDCJPOST2(part,fxy,bxy,npp,nps,noff,cu,dcu,amu,qm,qb
1m,dt,ci,idimp,npmax,nblok,nxv,nypmx,cup,dcup,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux, acceleration, and current
c deposition
c cup = current density arrays for tasks
c dcup = acceleration density arrays for tasks
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, fxy, bxy, cu, dcu, amu, qm, qbm, dt, ci
real cup, dcup, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok)
dimension fxy(3,nxv,nypmx,nblok), bxy(3,nxv,nypmx,nblok)
dimension cu(3,nxv,nypmx,nblok), dcu(3,nxv,nypmx,nblok)
dimension amu(4,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension cup(3,nxv,nypmx,nblok,nmt), dcup(3,nxv,nypmx,nblok,nmt)
dimension amup(4,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRDCJPOST2
data nargs /17/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start current deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear current arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 3
cup(m,j,k,l,i) = 0.
dcup(m,j,k,l,i) = 0.
amup(m,j,k,l,i) = 0.
20 continue
amup(4,j,k,l,i) = 0.
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRDCJPOST2,nargs,part(1,npo,1),fxy,bx
1y,nps,noff,cup(1,1,1,1,i),dcup(1,1,1,1,i),amup(1,1,1,1,i),qm,qbm,d
2t,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining current
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRDCJPOST2(part(1,npo,1),fxy,bxy,npp,noff,cu,dcu,amu,qm,qbm,
1dt,ci,idimp,npmax,nblok,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum current arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 3
cu(m,j,k,l) = cu(m,j,k,l) + cup(m,j,k,l,i)
dcu(m,j,k,l) = dcu(m,j,k,l) + dcup(m,j,k,l,i)
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
amu(4,j,k,l) = amu(4,j,k,l) + amup(4,j,k,l,i)
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRDCJPOST2(part,fxy,bxy,npp,nps,noff,cu,dcu,amu,qm,q
1bm,dt,ci,idimp,npmax,nblok,nxv,nxyp,cup,dcup,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux, acceleration, and current
c deposition
c cup = current density arrays for tasks
c dcup = acceleration density arrays for tasks
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, fxy, bxy, cu, dcu, amu, qm, qbm, dt, ci
real cup, dcup, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok)
dimension fxy(3,nxyp,nblok), bxy(3,nxyp,nblok)
dimension cu(3,nxyp,nblok), dcu(3,nxyp,nblok), amu(4,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension cup(3,nxyp,nblok,nmt), dcup(3,nxyp,nblok,nmt)
dimension amup(4,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRDCJPOST2
data nargs /17/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start current deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear current arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 3
cup(m,j,l,i) = 0.
dcup(m,j,l,i) = 0.
amup(m,j,l,i) = 0.
20 continue
amup(4,j,l,i) = 0.
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRDCJPOST2,nargs,part(1,npo,1),fxy,b
1xy,nps,noff,cup(1,1,1,i),dcup(1,1,1,i),amup(1,1,1,i),qm,qbm,dt,ci,
2idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining current
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRDCJPOST2(part(1,npo,1),fxy,bxy,npp,noff,cu,dcu,amu,qm,qbm
1,dt,ci,idimp,npmax,nblok,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum current arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 3
cu(m,j,l) = cu(m,j,l) + cup(m,j,l,i)
dcu(m,j,l) = dcu(m,j,l) + dcup(m,j,l,i)
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
amu(4,j,l) = amu(4,j,l) + amup(4,j,l,i)
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRDCJPOST2L(part,fxy,bxy,npp,nps,noff,cu,dcu,amu,qm,q
1bm,dt,ci,idimp,npmax,nblok,nxv,nypmx,cup,dcup,amup,idtask,nmt,ierr
2)
c parallel multitasking momentum flux, acceleration, and current
c deposition
c cup = current density arrays for tasks
c dcup = acceleration density arrays for tasks
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, fxy, bxy, cu, dcu, amu, qm, qbm, dt, ci
real cup, dcup, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok)
dimension fxy(3,nxv,nypmx,nblok), bxy(3,nxv,nypmx,nblok)
dimension cu(3,nxv,nypmx,nblok), dcu(3,nxv,nypmx,nblok)
dimension amu(4,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension cup(3,nxv,nypmx,nblok,nmt), dcup(3,nxv,nypmx,nblok,nmt)
dimension amup(4,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRDCJPOST2L
data nargs /17/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start current deposit tasks
do 60 i = 1, nmt
npo = npt*(i - 1) + 1
c clear current arrays
do 50 l = 1, nblok
nps(l) = npt
do 40 k = 1, nypmx
do 30 j = 1, nxv
do 20 m = 1, 3
cup(m,j,k,l,i) = 0.
dcup(m,j,k,l,i) = 0.
amup(m,j,k,l,i) = 0.
20 continue
amup(4,j,k,l,i) = 0.
30 continue
40 continue
50 continue
call MP_TASKSTART(idtask(i),PGRDCJPOST2L,nargs,part(1,npo,1),fxy,b
1xy,nps,noff,cup(1,1,1,1,i),dcup(1,1,1,1,i),amup(1,1,1,1,i),qm,qbm,
2dt,ci,idimp,npmax,nblok,nxv,nypmx)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
60 continue
c deposit remaining current
npo = npl + 1
do 70 l = 1, nblok
npp(l) = npp(l) - npl
70 continue
call PGRDCJPOST2L(part(1,npo,1),fxy,bxy,npp,noff,cu,dcu,amu,qm,qbm
1,dt,ci,idimp,npmax,nblok,nxv,nypmx)
do 80 l = 1, nblok
npp(l) = npp(l) + npl
80 continue
c wait for tasks to complete
do 130 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum current arrays
do 120 l = 1, nblok
do 110 k = 1, nypmx
do 100 j = 1, nxv
do 90 m = 1, 3
cu(m,j,k,l) = cu(m,j,k,l) + cup(m,j,k,l,i)
dcu(m,j,k,l) = dcu(m,j,k,l) + dcup(m,j,k,l,i)
amu(m,j,k,l) = amu(m,j,k,l) + amup(m,j,k,l,i)
90 continue
amu(4,j,k,l) = amu(4,j,k,l) + amup(4,j,k,l,i)
100 continue
110 continue
120 continue
130 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGSRDCJPOST2L(part,fxy,bxy,npp,nps,noff,cu,dcu,amu,qm,
1qbm,dt,ci,idimp,npmax,nblok,nxv,nxyp,cup,dcup,amup,idtask,nmt,ierr
2)
c parallel multitasking momentum flux, acceleration, and current
c deposition
c cup = current density arrays for tasks
c dcup = acceleration density arrays for tasks
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, fxy, bxy, cu, dcu, amu, qm, qbm, dt, ci
real cup, dcup, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nxyp, idtask, nmt, ierr
dimension part(idimp,npmax,nblok)
dimension fxy(3,nxyp,nblok), bxy(3,nxyp,nblok)
dimension cu(3,nxyp,nblok), dcu(3,nxyp,nblok), amu(4,nxyp,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension cup(3,nxyp,nblok,nmt), dcup(3,nxyp,nblok,nmt)
dimension amup(4,nxyp,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, l, m
external PGSRDCJPOST2L
data nargs /17/
c find minimum of npp
npo = npp(1)
do 10 l = 1, nblok
if (npo.gt.npp(l)) npo = npp(l)
10 continue
npt = npo/(nmt + 1)
npl = npt*nmt
ierr = 0
c start current deposit tasks
do 50 i = 1, nmt
npo = npt*(i - 1) + 1
c clear current arrays
do 40 l = 1, nblok
nps(l) = npt
do 30 j = 1, nxyp
do 20 m = 1, 3
cup(m,j,l,i) = 0.
dcup(m,j,l,i) = 0.
amup(m,j,l,i) = 0.
20 continue
amup(4,j,l,i) = 0.
30 continue
40 continue
call MP_TASKSTART(idtask(i),PGSRDCJPOST2L,nargs,part(1,npo,1),fxy,
1bxy,nps,noff,cup(1,1,1,i),dcup(1,1,1,i),amup(1,1,1,i),qm,qbm,dt,ci
2,idimp,npmax,nblok,nxv,nxyp)
c check for errors
if (idtask(i).eq.0) then
ierr = -1
return
endif
50 continue
c deposit remaining current
npo = npl + 1
do 60 l = 1, nblok
npp(l) = npp(l) - npl
60 continue
call PGSRDCJPOST2L(part(1,npo,1),fxy,bxy,npp,noff,cu,dcu,amu,qm,qb
1m,dt,ci,idimp,npmax,nblok,nxv,nxyp)
do 70 l = 1, nblok
npp(l) = npp(l) + npl
70 continue
c wait for tasks to complete
do 110 i = 1, nmt
call MP_TASKWAIT(idtask(i))
if (idtask(i).ne.0) ierr = -2
c sum current arrays
do 100 l = 1, nblok
do 90 j = 1, nxyp
do 80 m = 1, 3
cu(m,j,l) = cu(m,j,l) + cup(m,j,l,i)
dcu(m,j,l) = dcu(m,j,l) + dcup(m,j,l,i)
amu(m,j,l) = amu(m,j,l) + amup(m,j,l,i)
80 continue
amu(4,j,l) = amu(4,j,l) + amup(4,j,l,i)
90 continue
100 continue
110 continue
return
end
c-----------------------------------------------------------------------
subroutine MPGRDCJPOST22(part,fxy,bz,npp,nps,noff,cu,dcu,amu,qm,qb
1m,dt,ci,idimp,npmax,nblok,nxv,nypmx,cup,dcup,amup,idtask,nmt,ierr)
c parallel multitasking momentum flux, acceleration, and current
c deposition
c cup = current density arrays for tasks
c dcup = acceleration density arrays for tasks
c amup = momentum flux density arrays for tasks
c idtask = index to notify queue for task (0 if error)
c nmt = number of tasks
c ierr = ierror indicator (0 = no error)
implicit none
real part, fxy, bz, cu, dcu, amu, qm, qbm, dt, ci
real cup, dcup, amup
integer npp, nps, noff
integer idimp, npmax, nblok, nxv, nypmx, idtask, nmt, ierr
dimension part(idimp,npmax,nblok)
dimension fxy(2,nxv,nypmx,nblok), bz(nxv,nypmx,nblok)
dimension cu(2,nxv,nypmx,nblok), dcu(2,nxv,nypmx,nblok)
dimension amu(2,nxv,nypmx,nblok)
dimension npp(nblok), nps(nblok), noff(nblok)
dimension cup(2,nxv,nypmx,nblok,nmt), dcup(2,nxv,nypmx,nblok,nmt)
dimension amup(2,nxv,nypmx,nblok,nmt), idtask(nmt)
c local data
integer nargs, npt, npl, npo, i, j, k, l, m
external PGRDCJPOST22