/dports/net-mgmt/nagios-check_postgres/check_postgres-2.25.0/ |
H A D | check_postgres.pl | 4215 my $ncrit=$e2; 4217 $ncrit = $limit-$e2; 4220 $ncrit = (int $e2*$limit/100); 4231 perfname($r->{datname}), $r->{current}, $nwarn, $ncrit, $limit; 6648 my $ncrit=$e2; 6650 $ncrit = $limit-$e2; 6653 $ncrit = (int $e2*$limit/100); 6664 $db->{perf} .= " '$r->{database}'=$current;$nwarn;$ncrit;0;$limit";
|
/dports/databases/opentsdb/opentsdb-2.3.0/tools/ |
H A D | check_tsd | 202 ncrit = 0 # How many critical values have we seen? 228 ncrit += 1 238 if ncrit > 0 and (float(ncrit) / npoints > options.percent_over): 240 nbad = ncrit
|
/dports/shells/fish/fish-3.3.1/share/completions/ |
H A D | dmesg.fish | 13 …set -l levels '( __fish_complete_list , "echo emerg\nalert\ncrit\nerr\nwarn\nnotice\ninfo\ndebug" …
|
/dports/security/gnutls/gnutls-3.6.16/lib/x509/ |
H A D | ocsp_output.c | 115 unsigned int ncrit; in print_req() local 118 gnutls_ocsp_req_get_nonce(req, &ncrit, in print_req() 125 ncrit ? " (critical)" : ""); in print_req() 479 unsigned int ncrit; in print_resp() local 482 gnutls_ocsp_resp_get_nonce(resp, &ncrit, in print_resp() 489 ncrit ? " (critical)" : ""); in print_resp()
|
/dports/net-mgmt/check_ups_health/check_ups_health-3.0.1.2/plugins-scripts/Classes/APC/Powermib/UPS/Components/ |
H A D | BatterySubsystem.pm | 122 (my $ncrit = $crit) =~ s/:$//g; 124 $ncrit /= 2; 126 $crit = $ncrit.':';
|
/dports/math/R-cran-VGAM/VGAM/R/ |
H A D | family.rrr.R | 1568 ncrit <- names(x@criterion) functionVar 1569 for (iii in ncrit)
|
H A D | print.vglm.q | 237 ncrit <- names(object@criterion) functionVar 238 for (ii in ncrit)
|
H A D | vcov.pvgam.R | 464 ncrit <- names(x@criterion) functionVar 465 for (ii in ncrit)
|
H A D | cqo.fit.q | 919 ncrit <- names(x@criterion) functionVar 920 for (ii in ncrit)
|
H A D | summary.vgam.q | 207 ncrit <- names(x@criterion) functionVar 208 for (ii in ncrit)
|
H A D | summary.vglm.q | 449 ncrit <- names(x@criterion) functionVar 450 for (ii in ncrit)
|
/dports/devel/spin/Spin-version-6.5.0/Examples/LTL/ |
H A D | petersonN.pml | 7 byte ncrit; /* auxiliary var to check mutual exclusion */ 37 ncrit++; 38 cs: assert(ncrit == 1); /* critical section */ 39 ncrit--;
|
/dports/devel/spin/Spin-version-6.5.0/Examples/ |
H A D | peterson.pml | 4 byte ncrit; 14 ncrit++; 15 assert(ncrit == 1); /* critical section */ 16 ncrit--;
|
/dports/math/giacxcas/CoCoALib-0.99700/src/tests/ |
H A D | test-TmpMorseElement.C | 208 DynamicBitset ncrit(5); in test_myEpsilon() 254 ncrit.mySet(0, true); in test_myMaxTypeOne() 255 ncrit.mySet(1, true); in test_myMaxTypeOne() 256 ncrit.mySet(2, true); in test_myMaxTypeOne() 257 ncrit.mySet(3, true); in test_myMaxTypeOne() 258 ncrit.mySet(4, true); in test_myMaxTypeOne() 296 ncrit.mySet(0, true); in test_myMaxTypeTwo() 297 ncrit.mySet(1, true); in test_myMaxTypeTwo() 298 ncrit.mySet(2, true); in test_myMaxTypeTwo() 299 ncrit.mySet(3, true); in test_myMaxTypeTwo() [all …]
|
/dports/math/cocoalib/CoCoALib-0.99712/src/tests/ |
H A D | test-TmpMorseElement.C | 208 DynamicBitset ncrit(5); in test_myEpsilon() 254 ncrit.mySet(0, true); in test_myMaxTypeOne() 255 ncrit.mySet(1, true); in test_myMaxTypeOne() 256 ncrit.mySet(2, true); in test_myMaxTypeOne() 257 ncrit.mySet(3, true); in test_myMaxTypeOne() 258 ncrit.mySet(4, true); in test_myMaxTypeOne() 296 ncrit.mySet(0, true); in test_myMaxTypeTwo() 297 ncrit.mySet(1, true); in test_myMaxTypeTwo() 298 ncrit.mySet(2, true); in test_myMaxTypeTwo() 299 ncrit.mySet(3, true); in test_myMaxTypeTwo() [all …]
|
/dports/science/berkeleygw/BGW-2.0.0/Sigma/ |
H A D | input.f90 | 282 sig%ncrit = maxval(kp%ifmax) - minval(kp%ifmax) 293 call MPI_Bcast(sig%ncrit, 1, MPI_INTEGER, 0, MPI_COMM_WORLD, mpierr) 298 … sig%ncore_excl > max(maxval(sig%diag(1:sig%ndiag)), sig%nvband + sig%ncore_excl + sig%ncrit)) then 300 sig%ntband = max(maxval(sig%diag(1:sig%ndiag))-sig%ncore_excl, sig%nvband + sig%ncrit) 342 write(6,'(1x,a,i0)') '- Number of partially occ. conduction bands: ', sig%ncrit 749 if(sig%qgridsym .or. sig%noffdiag > 0 .or. sig%ncrit > 0) then 964 if(ii.le.(sig%nvband+sig%ncrit)) then
|
H A D | inread.f90 | 125 sig%ncrit=0 365 read(line,*,err=110) sig%ncrit 647 if ((sig%nvband+sig%ncrit)==0) & 722 if(sig%ncrit < 0) then 728 if(sig%ncrit > 0) then 736 if(sig%ncrit == 0) then 741 if(sig%ncrit == 0) then 765 if(sig%ncrit.gt.0) then 766 write(6,951)sig%ncrit
|
H A D | mtxel_cor.f90 | 1215 flag_occ = (n1true<=(sig%nvband+sig%ncrit)) & 1216 .and.((sig%ncrit==0).or.(e_n1kq<=(sig%efermi+sig%tol))) 2467 flag_occ = (n1true<=(sig%nvband+sig%ncrit)) & 2468 .and.((sig%ncrit==0).or.(e_n1kq<=(sig%efermi+sig%tol))) 2712 flag_occ = (n1true<=(sig%nvband+sig%ncrit)) & 2713 .and.((sig%ncrit==0).or.(e_n1kq<=(sig%efermi+sig%tol)))
|
/dports/science/berkeleygw/BGW-2.0.0/Epsilon/ |
H A D | chi_convergence.f90 | 115 do iv=1,(nvalbands+pol%ncrit)
|
H A D | genwf_eps.f90 | 297 SAFE_ALLOCATE(v_owners, (vwfn%nband + pol%ncrit)) 304 do iv=1, vwfn%nband + pol%ncrit 513 SAFE_ALLOCATE(vwfn%ev, (vwfn%nband+pol%ncrit, kp%nspin)) 515 vwfn%ev(1:vwfn%nband+pol%ncrit,1:kp%nspin) = & 516 kp_point%el(1:vwfn%nband+pol%ncrit, vwfn%idx_kp, 1:kp%nspin)
|
H A D | genwf_mpi.f90 | 141 itval=vwfn%nband+pol%ncrit 213 SAFE_ALLOCATE(vwfn%ev, ((vwfn%nband+pol%ncrit),kp%nspin)) 214 vwfn%ev(1:(vwfn%nband+pol%ncrit),:) = eig(1:(vwfn%nband+pol%ncrit),:)
|
H A D | input_q.f90 | 81 …inf%inode,peinf%npes,kpq,1+vwfn%ncore_excl,vwfn%nband+vwfn%ncore_excl+pol%ncrit,0,0,kpq%el,kpq%el,& 89 …:) < vwfn%nband+vwfn%ncore_excl .or. kpq%ifmax(:,:) > vwfn%nband +vwfn%ncore_excl+ pol%ncrit)) then 91 pol%ncrit, ' partially occupied.' 96 if(maxval(kpq%ifmax) - minval(kpq%ifmax) > pol%ncrit) then 97 write(0,'(a,i6,a)') 'epsilon.inp says there are ', pol%ncrit, ' partially occupied bands.' 143 …l progress_init(prog_info, 'reading wavefunctions (WFNq)', 'state', kpq%nrk*(vwfn%nband+pol%ncrit)) 174 if(.not. dont_read) dont_read = i > vwfn%nband+vwfn%ncore_excl+pol%ncrit 187 call progress_step(prog_info, (ik-1)*(vwfn%nband+pol%ncrit) + i)
|
H A D | chi_summation.f90 | 633 do iv = 1,vwfn%nband+pol%ncrit 948 do iv = 1,vwfn%nband+pol%ncrit 1298 ntot=(vwfn%nband+pol%ncrit)*nst(irk) 1319 do iv=1,(vwfn%nband+pol%ncrit) 1399 do iv=1,(vwfn%nband+pol%ncrit) 1470 do iv=1,(vwfn%nband+pol%ncrit) 1582 do iv=1,(vwfn%nband+pol%ncrit) 2194 do iv = 1, vwfn%nband+pol%ncrit 3037 n_v_tot = vwfn%nband+pol%ncrit 3295 do iv = 1, vwfn%nband+pol%ncrit [all …]
|
H A D | inread.f90 | 89 pol%ncrit=0 278 read(line,*,err=110) pol%ncrit 637 if(vwfn%nband == 0 .and. pol%ncrit == 0) &
|
/dports/science/berkeleygw/BGW-2.0.0/Common/ |
H A D | typedefs.f90 | 313 integer :: ncrit !< number of partially occupied bands component 476 integer :: ncrit component
|