32%
19.06.2023
="unformatted")
write(2) b
close(2)
end program
The compiled code outputs the value of element (5,5)
for both the double-precision and real arrays:
./fortran_test1
a(5,5) = 9.9179648655938202
b(5,5) = 9
32%
07.03.2019
; you should collapse two or more loops.
Table 4: Collapsing Loops
Fortran
C
!$acc parallel loop collapse(2)
do i=1,n
...
do j=1,m
...
enddo
32%
21.01.2020
7 1 56008 loop1
06 7 2 56184 loop2
07 7 3 91264 loop3
08 259 0 244198584 nvme0n1
09 8 0 488386584 sda
10 8 1 1024 sda1
11 8 2
32%
22.12.2017
wall clock time = ', wtime
!
! Terminate.
!
write ( *, '(a)' ) ' '
write ( *, '(a)' ) 'HELLO_OPENMP'
write ( *, '(a)' ) ' Normal end of execution.'
!stop
end
For testing, I used f2py to build
32%
20.06.2012
/shm
10.1.0.250:/var/chroots/sl6.2
53G 29G 22G 57% /vnfs
10.1.0.250:/home 53G 29G 22G 57% /home
10.1.0.250:/opt 53G 29G 22G 57% /opt
10.1.0.250:/usr ... Warewulf Cluster Manager – Part 2
32%
05.12.2016
} ${TABLENAME} -nL ${CHAINNAME} 2> /dev/null 1> /dev/null
048 RET=$?
049 return ${RET}
050 fi
051 }
052
053 function delete_rule
054 {
055 # Find correct rule parameters
056 RULE=`echo ${@} | awk
32%
20.10.2016
), has to be specified. Here is a simple example of the declaration:
INTEGER, TARGET :: a(3), b(6), c(9)
INTEGER, DIMENSION(:), POINTER :: pt2
Another quick example of multidimension arrays
32%
02.06.2020
on a local NVMe device:
$ cat /proc/partitions|grep nvme
259 0 244198584 nvme0n1
259 3 97654784 nvme0n1p1
259 4 96679936 nvme0n1p2
I will be using partition 1 for the L2ARC read
32%
17.03.2020
:
$ cat /proc/partitions|grep nvme
259 0 244198584 nvme0n1
259 3 97654784 nvme0n1p1
259 4 96679936 nvme0n1p2
I will be using partition 1 for the L2ARC read cache, so to enable
31%
12.09.2013
$st2->execute($dbh->{pg_pid});
16 if( !$st2->fetchrow_arrayref->[0] ) {
17 warn "couldn't stop backend PID=$dbh->{pg_pid}\n";
18 }
19 exit 1;
20 }
21
22 POSIX::sigaction(SIGTERM, POSIX
