login1.stampede(120)$ ifort -free -I/work/02681/ankitg/installs/perfexpert_install/include -g -L /work/02681/ankitg/installs/perfexpert_install/binutils/lib -lbfd driver.f -L/work/02681/ankitg/installs/perfexpert_install/lib -L/work/02681/ankitg/installs/libelf/lib -Wl,-rpath=/work/02681/ankitg/installs/libelf/lib -lmrt -lstdc++ -ldl -rdynamic -lelf -lbfd -lz -c -L/opt/apps/gcc/4.7.1/lib64/ -liberty -c
driver.f(2): error #5082: Syntax error, found '**' when expecting one of: ( % [ : . = =>
c **********************************************************************
--^
driver.f(3): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * *
--^
driver.f(4): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * copyright, 1993, the regents of the university of california. *
--^
driver.f(4): error #5082: Syntax error, found IDENTIFIER 'REGENTS' when expecting one of: ( * ) :: , <END-OF-STATEMENT> ; . % (/ + - [ : ] /) . ** / // ...
c * copyright, 1993, the regents of the university of california. *
--------------------------^
driver.f(5): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * this software was produced under a u. s. government contract *
--^
driver.f(6): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * (w-7405-eng-36) by the los alamos national laboratory, which is *
--^
driver.f(6): error #5082: Syntax error, found IDENTIFIER 'THE' when expecting one of: ( * , <END-OF-STATEMENT> ; [ / = =>
c * (w-7405-eng-36) by the los alamos national laboratory, which is *
------------------------^
driver.f(7): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * operated by the university of california for the u. s. department *
--^
driver.f(8): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * of energy. the u. s. government is licensed to use, reproduce, *
--^
driver.f(9): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * and distribute this software. permission is granted to the public *
--^
driver.f(10): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * to copy and use this software without charge, provided that this *
--^
driver.f(11): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * notice and any statement of authorship are reproduced on all *
--^
driver.f(12): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * copies. neither the government nor the university makes any *
--^
driver.f(12): error #5082: Syntax error, found IDENTIFIER 'THE' when expecting one of: ( * ) :: , <END-OF-STATEMENT> ; . (/ + - [ : ] /) . ' ** / // ...
c * copies. neither the government nor the university makes any *
---------------------^
driver.f(13): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * warranty, express or implied, or assumes any liability *
--^
driver.f(13): error #5082: Syntax error, found IDENTIFIER 'OR' when expecting one of: ( * ) :: , <END-OF-STATEMENT> ; . % (/ + - [ : ] /) . ** / // ...
c * warranty, express or implied, or assumes any liability *
-----------------------^
driver.f(13): error #5082: Syntax error, found IDENTIFIER 'ASSUMES' when expecting one of: ( * ) :: , . % + - [ : . ** / // .LT. < .LE. <= .EQ. == ...
c * warranty, express or implied, or assumes any liability *
--------------------------------------^
driver.f(14): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * responsibility for the use of this software. *
--^
driver.f(15): error #5082: Syntax error, found '*' when expecting one of: ( % [ : . = =>
c * *
--^
driver.f(16): error #5082: Syntax error, found '**' when expecting one of: ( % [ : . = =>
c **********************************************************************
--^
driver.f(17): error #5082: Syntax error, found END-OF-STATEMENT when expecting one of: ( % [ : . = =>
c
-^
driver.f(18): error #5143: Missing mandatory separating blank
c this program is an explict decomposition version of the 3d sweeper
------------------------------------------------------------^
driver.f(18): error #5082: Syntax error, found IDENTIFIER 'THIS' when expecting one of: ( % [ : . = =>
c this program is an explict decomposition version of the 3d sweeper
---^
driver.f(19): error #5082: Syntax error, found END-OF-STATEMENT when expecting one of: ( % [ : . = =>
c
-^
driver.f(40): error #5082: Syntax error, found END-OF-STATEMENT when expecting one of: ( % [ : . = =>
c
-^
driver.f(41): error #5082: Syntax error, found IDENTIFIER 'INITIALIZE' when expecting one of: ( % [ : . = =>
c initialize the tasking system and spawn the daughter tasks:
---^
driver.f(42): error #5082: Syntax error, found IDENTIFIER 'THE' when expecting one of: ( % [ : . = =>
c the processor grid is npe_i X npe_j
-----^
driver.f(43): error #5082: Syntax error, found IDENTIFIER 'SEND' when expecting one of: ( % [ : . = =>
c send pvm initialization data to other tasks:
-----^
driver.f(44): error #5082: Syntax error, found IDENTIFIER 'SET' when expecting one of: ( % [ : . = =>
c set position of each task in the processor grid (mype_i, mype_j):
-----^
driver.f(45): error #5082: Syntax error, found IDENTIFIER 'DETERMINE' when expecting one of: ( % [ : . = =>
c determine the subgrid (it by jt):
-----^
driver.f(47): catastrophic error: Too many errors, exiting
compilation aborted for driver.f (code 1)
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Fortran Errors
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| program driver | |
| c ********************************************************************** | |
| c * * | |
| c * copyright, 1993, the regents of the university of california. * | |
| c * this software was produced under a u. s. government contract * | |
| c * (w-7405-eng-36) by the los alamos national laboratory, which is * | |
| c * operated by the university of california for the u. s. department * | |
| c * of energy. the u. s. government is licensed to use, reproduce, * | |
| c * and distribute this software. permission is granted to the public * | |
| c * to copy and use this software without charge, provided that this * | |
| c * notice and any statement of authorship are reproduced on all * | |
| c * copies. neither the government nor the university makes any * | |
| c * warranty, express or implied, or assumes any liability * | |
| c * responsibility for the use of this software. * | |
| c * * | |
| c ********************************************************************** | |
| c | |
| c this program is an explict decomposition version of the 3d sweeper | |
| c | |
| implicit none | |
| integer it_g,jt_g,it,jt,kt,mm,mmo,mmi,isct | |
| double precision dx, dy, dz, epsi, err | |
| integer mk,isn,nm | |
| integer iprint | |
| logical do_dsa | |
| integer it_dsa,jt_dsa,kt_dsa | |
| integer ibc,jbc,kbc | |
| integer jt_ibc,kt_ibc,mm_ibc | |
| integer it_jbc,kt_jbc,mm_jbc | |
| integer it_kbc,jt_kbc,mm_kbc | |
| integer myid, numtasks, npe_i, npe_j, mype_i, mype_j | |
| integer istart,jstart | |
| integer north, south, east, west | |
| integer its | |
| double precision t0,t1,et0,et1,grind | |
| integer kb,nmsgs | |
| double precision mem,effic,effic1,effic2 | |
| integer i,mi,ndiag,icpu,ncpu | |
| integer ifixups,nfixups | |
| c | |
| c initialize the tasking system and spawn the daughter tasks: | |
| c the processor grid is npe_i X npe_j | |
| c send pvm initialization data to other tasks: | |
| c set position of each task in the processor grid (mype_i, mype_j): | |
| c determine the subgrid (it by jt): | |
| c determine the neighbors for each processor task: | |
| c | |
| call task_init(myid, numtasks) | |
| c | |
| c read input on master node and broadcast to slaves | |
| c | |
| call read_input(it_g,jt_g,kt,mm,isct,dx,dy,dz,epsi, | |
| & iprint,do_dsa,ifixups,ibc,jbc,kbc,mk,isn,nm, | |
| & myid,numtasks,npe_i,npe_j,mmo,mmi,ncpu) | |
| c | |
| c determine the decomposition | |
| c | |
| call decomp(it_g,jt_g, it,jt, istart,jstart, kt, | |
| & myid,numtasks,npe_i,npe_j,mype_i,mype_j, | |
| & north,south,east,west) | |
| c | |
| c conditional array sizes | |
| c | |
| if (do_dsa) then | |
| it_dsa = it + 1 | |
| jt_dsa = jt + 1 | |
| kt_dsa = kt + 1 | |
| else | |
| it_dsa = 1 | |
| jt_dsa = 1 | |
| kt_dsa = 1 | |
| endif | |
| if (ibc.ne.0) then | |
| jt_ibc = jt | |
| kt_ibc = kt | |
| mm_ibc = mm | |
| else | |
| jt_ibc = 1 | |
| kt_ibc = 1 | |
| mm_ibc = 1 | |
| endif | |
| if (jbc.ne.0) then | |
| it_jbc = it | |
| kt_jbc = kt | |
| mm_jbc = mm | |
| else | |
| it_jbc = 1 | |
| kt_jbc = 1 | |
| mm_jbc = 1 | |
| endif | |
| if (kbc.ne.0) then | |
| it_kbc = it | |
| jt_kbc = jt | |
| mm_kbc = mm | |
| else | |
| it_kbc = 1 | |
| jt_kbc = 1 | |
| mm_kbc = 1 | |
| endif | |
| if (myid .eq. 1) then | |
| print *,'SWEEP3D - Method 5 -', | |
| & ' Pipelined Wavefront with Line-Recursion' | |
| print *,'Version 2.2b' | |
| print 100, isn,isct,mm,nm,it_g,jt_g,kt | |
| 100 format(' S',i1,'P',i1,3x,'-',1x,i2,' angles/octant,', | |
| & i3,' moments'/, | |
| & ' global grid: ',i3,'x',i3,'x',i3) | |
| print *,numtasks,'domains - ',npe_i,'x',npe_j, | |
| & 'decomposition' | |
| mem = float(it)*float(jt)*float(kt)*(3+(isct+1)+2*nm) | |
| if (do_dsa) then | |
| mem = mem + float(it_dsa)*float(jt_dsa)*float(kt_dsa)*3 | |
| endif | |
| kb = (kt+mk-1)/mk | |
| print *,kb*mmo,'domain pipelined blocks -',mk,'k-planes by', | |
| & mmi,'angles each' | |
| mem = mem*8/1.0d+6 | |
| print 101,mem | |
| 101 format(' estimated memory usage per domain:',f7.1,' MB') | |
| if (npe_i.eq.1 .and. npe_j.eq.1) then | |
| nmsgs = 0 | |
| else if (npe_i.eq.1) then | |
| nmsgs = 2*(2*mmo)*(1+1+0+0) + (npe_j-2)*(2*mmo)*(1+1+1+1) | |
| else if (npe_j.eq.1) then | |
| nmsgs = 2*(2*mmo)*(1+1+0+0) + (npe_i-2)*(2*mmo)*(1+1+1+1) | |
| else | |
| nmsgs = 4*(2*mmo)*(2+1+0+1) | |
| & + 2*(npe_i-2)*(2*mmo)*(2+1+1+2) | |
| & + 2*(npe_j-2)*(2*mmo)*(2+1+1+2) | |
| & + (npe_i-2)*(npe_j-2)*(2*mmo)*(2+2+2+2) | |
| endif | |
| nmsgs = nmsgs * kb | |
| print *,nmsgs,'global messages per iteration' | |
| effic1 = float(8*mmo*kb)/ | |
| & float(8*mmo*kb + 2*(npe_i-1) + 4*(npe_j-1)) | |
| print 102,100.0*effic1 | |
| 102 format(f6.2,'% domain parallel efficiency -', | |
| & ' due to decomposition & blocking') | |
| icpu = 0 | |
| do i = 1, jt+mk-1+mmi-1 | |
| ndiag = 0 | |
| do mi = 1, mmi | |
| ndiag = ndiag + max(min(i-mi+1,jt,mk,jt+mk-i+mi-1),0) | |
| end do | |
| icpu = icpu + ( ndiag + ncpu-1 )/ncpu | |
| enddo | |
| effic2 = float(mmi*jt*mk)/float(icpu*ncpu) | |
| print 103,100.0*effic2,ncpu | |
| 103 format(f6.2,'% multitasking efficiency on',i4, | |
| & ' processors') | |
| print 104,100.0*effic1*effic2,npe_i*npe_j,ncpu | |
| 104 format(f6.2,'% combined efficiency on a cluster of ',i4,i4, | |
| & '-way SMPs') | |
| if (do_dsa) then | |
| print *,'DSA leakage calculation: ON' | |
| else | |
| print *,'DSA leakage calculation: OFF' | |
| endif | |
| if (ifixups.gt.0) then | |
| print *,'Flux fixups: ON (always)' | |
| else if (ifixups.eq.0) then | |
| print *,'Flux fixups: OFF' | |
| else | |
| print *,'Flux fixups: ON (after',-ifixups,'iterations)' | |
| endif | |
| endif | |
| call inner_auto (it, jt, kt, nm, isct, mm,mmo,mmi, mk, | |
| & dx, dy, dz, epsi, err, iprint, do_dsa, | |
| & it_g, jt_g, istart,jstart, | |
| & myid, numtasks, north, south, east, west, | |
| & its,t0,t1,et0,et1, | |
| & it_dsa,jt_dsa,kt_dsa, ifixups,nfixups, | |
| & ibc,jbc,kbc, | |
| & jt_ibc,kt_ibc,mm_ibc, | |
| & it_jbc,kt_jbc,mm_jbc, | |
| & it_kbc,jt_kbc,mm_kbc) | |
| if (myid .eq. 1) then | |
| print*,'CPU time was: ', t1 -t0 | |
| print*,'Elapsed time was: ', et1 -et0 | |
| grind = 1.0e6*(t1-t0)/(real(its)*real(it_g)*real(jt_g) | |
| 1 *real(kt)*real(mm)*real(8)) | |
| print '('' CPU grind time: '',1pg10.3)',grind | |
| grind = 1.0e6*(et1-et0)/(real(its)*real(it_g)*real(jt_g) | |
| 1 *real(kt)*real(mm)*real(8)) | |
| print '('' Wall grind time: '',1pg10.3)',grind | |
| endif | |
| call task_end() | |
| stop | |
| end |
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| PROGRAM driver | |
| c ********************************************************************** | |
| c * * | |
| c * copyright, 1993, the regents of the university of california. * | |
| c * this software was produced under a u. s. government contract * | |
| c * (w-7405-eng-36) by the los alamos national laboratory, which is * | |
| c * operated by the university of california for the u. s. department * | |
| c * of energy. the u. s. government is licensed to use, reproduce, * | |
| c * and distribute this software. permission is granted to the public * | |
| c * to copy and use this software without charge, provided that this * | |
| c * notice and any statement of authorship are reproduced on all * | |
| c * copies. neither the government nor the university makes any * | |
| c * warranty, express or implied, or assumes any liability * | |
| c * responsibility for the use of this software. * | |
| c * * | |
| c ********************************************************************** | |
| c | |
| c this program is an explict decomposition version of the 3d sweeper | |
| c | |
| IMPLICIT NONE | |
| INTEGER :: it_g, jt_g, it, jt, kt, mm, mmo, mmi, isct | |
| DOUBLE PRECISION :: dx, dy, dz, epsi, err | |
| INTEGER :: mk, isn, nm | |
| INTEGER :: iprint | |
| LOGICAL :: do_dsa | |
| INTEGER :: it_dsa, jt_dsa, kt_dsa | |
| INTEGER :: ibc, jbc, kbc | |
| INTEGER :: jt_ibc, kt_ibc, mm_ibc | |
| INTEGER :: it_jbc, kt_jbc, mm_jbc | |
| INTEGER :: it_kbc, jt_kbc, mm_kbc | |
| INTEGER :: myid, numtasks, npe_i, npe_j, mype_i, mype_j | |
| INTEGER :: istart, jstart | |
| INTEGER :: north, south, east, west | |
| INTEGER :: its | |
| DOUBLE PRECISION :: t0, t1, et0, et1, grind | |
| INTEGER :: kb, nmsgs | |
| DOUBLE PRECISION :: mem, effic, effic1, effic2 | |
| INTEGER :: i, mi, ndiag, icpu, ncpu | |
| INTEGER :: ifixups, nfixups | |
| c | |
| c initialize the tasking system and spawn the daughter tasks: | |
| c the processor grid is npe_i X npe_j | |
| c send pvm initialization data to other tasks: | |
| c set position of each task in the processor grid (mype_i, mype_j): | |
| c determine the subgrid (it by jt): | |
| c determine the neighbors for each processor task: | |
| c | |
| CALL indigo__init(1,0) | |
| CALL indigo__create_map() | |
| CALL task_init(myid,numtasks) | |
| c | |
| c read input on master node and broadcast to slaves | |
| c | |
| CALL read_input(it_g,jt_g,kt,mm,isct,dx,dy,dz,epsi,iprint,do_dsa,ifixups,ibc,jbc,kbc,mk,isn,nm,myid,numtasks,npe_i,npe_j,mmo,mmi,ncpu) | |
| c | |
| c determine the decomposition | |
| c | |
| CALL decomp(it_g,jt_g,it,jt,istart,jstart,kt,myid,numtasks,npe_i,npe_j,mype_i,mype_j,north,south,east,west) | |
| c | |
| c conditional array sizes | |
| c | |
| IF (do_dsa) THEN | |
| it_dsa = it + 1 | |
| jt_dsa = jt + 1 | |
| kt_dsa = kt + 1 | |
| ELSE | |
| it_dsa = 1 | |
| jt_dsa = 1 | |
| kt_dsa = 1 | |
| END IF | |
| IF (ibc .NE. 0) THEN | |
| jt_ibc = jt | |
| kt_ibc = kt | |
| mm_ibc = mm | |
| ELSE | |
| jt_ibc = 1 | |
| kt_ibc = 1 | |
| mm_ibc = 1 | |
| END IF | |
| IF (jbc .NE. 0) THEN | |
| it_jbc = it | |
| kt_jbc = kt | |
| mm_jbc = mm | |
| ELSE | |
| it_jbc = 1 | |
| kt_jbc = 1 | |
| mm_jbc = 1 | |
| END IF | |
| IF (kbc .NE. 0) THEN | |
| it_kbc = it | |
| jt_kbc = jt | |
| mm_kbc = mm | |
| ELSE | |
| it_kbc = 1 | |
| jt_kbc = 1 | |
| mm_kbc = 1 | |
| END IF | |
| IF (myid .EQ. 1) THEN | |
| PRINT *, 'SWEEP3D - Method 5 -',' Pipelined Wavefront with Line-Recursion' | |
| PRINT *, 'Version 2.2b' | |
| PRINT 100, isn,isct,mm,nm,it_g,jt_g,kt | |
| 100 format ( ' S',i1,'P',i1,3x,'-',1x,i2,' angles/octant,',i3,' moments',/,' global grid: ',i3,'x',i3,'x',i3 ) | |
| PRINT *, numtasks,'domains - ',npe_i,'x',npe_j,'decomposition' | |
| mem = float(it) * float(jt) * float(kt) * (3 + (isct + 1) + 2 * nm) | |
| IF (do_dsa) THEN | |
| mem = mem + float(it_dsa) * float(jt_dsa) * float(kt_dsa) * 3 | |
| END IF | |
| kb = (kt + mk - 1) / mk | |
| PRINT *, kb * mmo,'domain pipelined blocks -',mk,'k-planes by',mmi,'angles each' | |
| mem = mem * 8 / 1.0d+6 | |
| PRINT 101, mem | |
| 101 format ( ' estimated memory usage per domain:',f7.1,' MB' ) | |
| IF (npe_i .EQ. 1 .AND. npe_j .EQ. 1) THEN | |
| nmsgs = 0 | |
| ELSE IF (npe_i .EQ. 1) THEN | |
| nmsgs = 2 * (2 * mmo) * (1 + 1 + 0 + 0) + (npe_j - 2) * (2 * mmo) * (1 + 1 + 1 + 1) | |
| ELSE IF (npe_j .EQ. 1) THEN | |
| nmsgs = 2 * (2 * mmo) * (1 + 1 + 0 + 0) + (npe_i - 2) * (2 * mmo) * (1 + 1 + 1 + 1) | |
| ELSE | |
| nmsgs = 4 * (2 * mmo) * (2 + 1 + 0 + 1) + 2 * (npe_i - 2) * (2 * mmo) * (2 + 1 + 1 + 2) + 2 * (npe_j - 2) * (2 * mmo) * (2 + 1 + 1 + 2) + (npe_i - 2) * (npe_j - 2) * (2 * mmo) * (2 + 2 + 2 + 2) | |
| END IF | |
| nmsgs = nmsgs * kb | |
| PRINT *, nmsgs,'global messages per iteration' | |
| effic1 = float(8 * mmo * kb) / float(8 * mmo * kb + 2 * (npe_i - 1) + 4 * (npe_j - 1)) | |
| PRINT 102, 100.0 * effic1 | |
| 102 format ( f6.2,'% domain parallel efficiency -',' due to decomposition & blocking' ) | |
| icpu = 0 | |
| DO i = 1, jt + mk - 1 + mmi - 1 | |
| ndiag = 0 | |
| DO mi = 1, mmi | |
| ndiag = ndiag + max(min(i - mi + 1,jt,mk,jt + mk - i + mi - 1),0) | |
| END DO | |
| icpu = icpu + (ndiag + ncpu - 1) / ncpu | |
| END DO | |
| effic2 = float(mmi * jt * mk) / float(icpu * ncpu) | |
| PRINT 103, 100.0 * effic2,ncpu | |
| 103 format ( f6.2,'% multitasking efficiency on',i4,' processors' ) | |
| PRINT 104, 100.0 * effic1 * effic2,npe_i * npe_j,ncpu | |
| 104 format ( f6.2,'% combined efficiency on a cluster of ',i4,i4,'-way SMPs' ) | |
| IF (do_dsa) THEN | |
| PRINT *, 'DSA leakage calculation: ON' | |
| ELSE | |
| PRINT *, 'DSA leakage calculation: OFF' | |
| END IF | |
| IF (ifixups > 0) THEN | |
| PRINT *, 'Flux fixups: ON (always)' | |
| ELSE IF (ifixups .EQ. 0) THEN | |
| PRINT *, 'Flux fixups: OFF' | |
| ELSE | |
| PRINT *, 'Flux fixups: ON (after',-ifixups,'iterations)' | |
| END IF | |
| END IF | |
| CALL inner_auto(it,jt,kt,nm,isct,mm,mmo,mmi,mk,dx,dy,dz,epsi,err,iprint,do_dsa,it_g,jt_g,istart,jstart,myid,numtasks,north,south,east,west,its,t0,t1,et0,et1,it_dsa,jt_dsa,kt_dsa,ifixups,nfixups,ibc,jbc,kbc,jt_ibc,kt_ibc,mm_ibc,it_jbc,kt_jbc,mm_jbc,it_kbc,jt_kbc,mm_kbc) | |
| IF (myid .EQ. 1) THEN | |
| PRINT *, 'CPU time was: ',t1 - t0 | |
| PRINT *, 'Elapsed time was: ',et1 - et0 | |
| grind = 1.0e6 * (t1 - t0) / (real(its) * real(it_g) * real(jt_g) * real(kt) * real(mm) * real(8)) | |
| PRINT '('' CPU grind time: '',1pg10.3)', grind | |
| grind = 1.0e6 * (et1 - et0) / (real(its) * real(it_g) * real(jt_g) * real(kt) * real(mm) * real(8)) | |
| PRINT '('' Wall grind time: '',1pg10.3)', grind | |
| END IF | |
| CALL task_end() | |
| STOP | |
| END PROGRAM |
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