| /dports/math/scilab/scilab-6.1.1/scilab/modules/signal_processing/src/fortran/ |
| H A D | tranze.f | 11 dimension nzm(*),nzero(*)
22 me = nzm(4)
33 me = nzm(j)
45 me = nzm(j)
67 if (nzm(2).ne.1) msm(2) = nn
69 msm(j) = 2*nzm(j)
74 msm(j) = 2*nzm(j)
77 if (nzm(3).ne.1) msm(3) = nn
83 me = nzm(j)
85 nzm(j) = ma
[all …]
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| H A D | desi12.f | 2 *nzm,sm,nzero,pren,pimn,ugc,ack,nj,nh) argument
12 dimension nzm(*),sm(maxdeg,*),nzero(*),pren(*),pimn(*)
43 nzm(1) = nj
50 nzm(2) = m
52 nzm(3) = 1
54 nzm(4) = 1
64 nzm(1) = 1
66 nzm(2) = 1
72 nzm(3) = nj
82 70 nzm(4) = nj
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| H A D | desia.f | 3 *nbn,nzero,nzm,vsn,a,adelta,adeg,
12 dimension rom(*),nzm(*),zm(maxdeg,4),nze(*)
21 10 call desi11(nmaxi,maxdeg,vsn,ndeg,gd1,gd2,adelta,nzm,
25 *nzm,sm,nzero,pren,pimn,ugc,ack,nj,nh)
27 30 call desi14 (nmaxi,maxdeg,ndeg,vsn,gd1,gd2,adelta,nzm,sm,nzero,
33 call tranze (nmaxi,maxdeg,ityp,ndeg,nzm,a,vd,sm,nzero)
34 call trbize (nmaxi,maxdeg,nzm,nzero,sm,zm,zzr,zzi)
35 call blnumz (nzm,nzero,zzr,zzi,b2,b1,b0,nze)
36 call romeg (nmaxi,maxdeg,ityp,nzm,zm,rom)
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| H A D | desi11.f | 1 subroutine desi11(nmaxi,maxdeg,vsn,ndeg,gd1,gd2,adelta,nzm,sm argument
11 dimension nzm(*),sm(maxdeg,4),nzero(*),pren(*),pimn(*)
33 nzm(1) = 1
35 nzm(2) = 1
37 nzm(3) = 1
39 nzm(4) = 1
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| H A D | romeg.f | 2 subroutine romeg(nmaxi,maxdeg,ityp,nzm,zm,rom) argument
8 dimension rom(*), nzm(*)
11 n2 = nzm(2)
12 n3 = nzm(3)
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| H A D | desi14.f | 1 subroutine desi14(nmaxi,maxdeg,ndeg,vsn,gd1,gd2,adelta,nzm, argument
10 dimension nzero(*),sm(maxdeg,*),nzm(*)
91 90 nzm(1) = nj
92 nzm(4) = nj
93 nzm(2) = mh
94 nzm(3) = mh
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| H A D | trbize.f | 1 subroutine trbize(nmaxi,maxdeg,nzm,nzero,sm,zm,zzr,zzi) argument
7 dimension nzm(*)
17 me = nzm(j)
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| H A D | blnumz.f | 1 subroutine blnumz(nzm,nzero,zzr,zzi,b2,b1,b0,nze) argument
6 dimension nzm(*),nzero(*),zzr(*),zzi(*)
11 me = nzm(4)
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| H A D | syredi.f | 30 dimension nzm(4),nzero(*),nze(*)
74 *edeg,ndeg,adelp,adels,nbn,nzero,nzm,vsn,a,
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| /dports/biology/molden/molden5.8/ |
| H A D | gaupoi.f | 9 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
46 5 if ((nzm.eq.nzo.or.2*nzm.eq.nzo).and.nzm.gt.0.and.ixyz98.ne.2)
124 if (((nzm.eq.nzo.or.2*nzm.eq.nzo).and.nzm.gt.0)
150 if (((nzm.eq.nzo.or.2*nzm.eq.nzo).and.nzm.gt.0)
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| H A D | getpoi.f | 19 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
73 call parpoi(nzm,nso,nio,nzo,ioropt,ifor,ixyz98,iopr,isymm,irc,
531 if ((nzm.eq.nzo.or.2*nzm.eq.nzo).and.nzm.gt.0) then
544 if ((nzm.eq.nzo.or.2*nzm.eq.nzo).and.nzm.gt.0) then
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| H A D | rdcor.f | 9 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
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| H A D | rdgaus.f | 19 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
2423 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
2428 nzm = 0
2438 if (icdex(line,'Z-MATRIX (ANGSTROMS').ne.0) nzm = nzm + 1
2450 print*,'nzm=',nzm,' nso=',nso,' nio=',nio,' nzo=',nzo
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| H A D | geogau.f | 7 common /gauori/ nzm,nso,nio,nzo,ioropt,ifor, local
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| /dports/science/apbs/apbs-pdb2pqr-apbs-1.5-102-g500c1473/apbs/externals/fetk/punc/tools/tests/pmg/ |
| H A D | mainf.f | 446 integer nxm,nym,nzm,nf,nfarr,ifudge variable
447 parameter (nxm=ngrid,nym=ngrid,nzm=ngrid)
448 parameter (nf=nxm*nym*nzm,ifudge=100,nfarr=nf+nf/6+ifudge)
464 double precision zf (nzm,5)
465 double precision gxcf (nym,nzm,10)
466 double precision gycf (nxm,nzm,10)
476 2 + nxm*5 + nym*5 + nzm*5
477 3 + nym*nzm*10 + nxm*nzm*10 + nxm*nym*10
495 if ((nx.gt.nxm).or.(ny.gt.nym).or.(nz.gt.nzm)) then
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| H A D | mainc.c | 479 int nzm=NZM; in main() local
517 nrwk_tot = 100 + nrwk + 7*nfarr + nxm*5 + nym*5 + nzm*5 in main()
518 + nym*nzm*10 + nxm*nzm*10 + nxm*nym*10; in main()
534 if ((nx>nxm) || (ny>nym) || (nz>nzm)) { in main()
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| /dports/math/py-yt/yt-4.0.1/yt/frontends/athena_pp/ |
| H A D | data_structures.py | 113 nzm = z.size
114 coords = np.zeros((nxm, nym, nzm, 3), dtype="float64", order="C")
118 coords.shape = (nxm * nym * nzm, 3)
119 cycle = np.rollaxis(np.indices((nxm - 1, nym - 1, nzm - 1)), 0, 4)
120 cycle.shape = ((nxm - 1) * (nym - 1) * (nzm - 1), 3)
122 connectivity = ((off[:, :, 0] * nym) + off[:, :, 1]) * nzm + off[:, :, 2]
130 np.array([nxm - 1, nym - 1, nzm - 1]),
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| /dports/graphics/opencv/opencv-4.5.3/modules/core/src/ |
| H A D | mean.simd.hpp | 239 int i, nzm = 0; in sumsqr_() local
250 nzm++; in sumsqr_()
266 nzm++; in sumsqr_()
283 nzm++; in sumsqr_()
286 return nzm; in sumsqr_()
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| H A D | sum.simd.hpp | 360 int i, nzm = 0; in sum_() local
368 nzm++; in sum_()
381 nzm++; in sum_()
407 nzm++; in sum_()
410 return nzm; in sum_()
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| /dports/math/octave/octave-6.4.0/liboctave/array/ |
| H A D | boolSparse.h | 76 octave_idx_type nzm = -1)
77 : Sparse<bool> (a, r, c, nr, nc, sum_terms, nzm) { }
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| H A D | Sparse.cc | 296 octave_idx_type nzm) in Sparse() argument
331 rep = new typename Sparse<T>::SparseRep (nr, nc, (nzm > 0 ? nzm : 0)); in Sparse()
337 change_capacity (nzm > 1 ? nzm : 1); in Sparse()
365 change_capacity (nzm > new_nz ? nzm : new_nz); in Sparse()
456 change_capacity (nzm > xcidx (nc) ? nzm : xcidx (nc)); in Sparse()
514 change_capacity (nzm > new_nz ? nzm : new_nz); in Sparse()
608 change_capacity (nzm > xcidx (nc) ? nzm : xcidx (nc)); in Sparse()
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| H A D | MSparse.h | 63 bool sum_terms = true, octave_idx_type nzm = -1)
64 : Sparse<T> (a, r, c, nr, nc, sum_terms, nzm) { }
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| H A D | dSparse.h | 86 octave_idx_type nzm = -1)
87 : MSparse<double> (a, r, c, nr, nc, sum_terms, nzm) { }
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| H A D | CSparse.h | 94 octave_idx_type nzm = -1)
95 : MSparse<Complex> (a, r, c, nr, nc, sum_terms, nzm) { }
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| /dports/math/py-sympy/sympy-1.9/sympy/core/ |
| H A D | relational.py | 364 nzm = list(filter(lambda f: f[0] != 0, list(zip(m, free))))
368 newexpr = Add(*[i * j for i, j in nzm])
372 lhsterm = nzm[0][0] * nzm[0][1]
373 del nzm[0]
374 newexpr = Add(*[i * j for i, j in nzm])
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