/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/NWints/texas/ |
H A D | gencon.f | 77 * indgc,gcoef, argument 83 dimension gcoef(ngcd,nbls) 137 * indgc,gcoef) argument 186 * ngcd,indgc,gcoef,ijkln) argument 205 dimension gcoef(nbls,ngcd) 382 * indx,nbls1,ngcd,gcoef) argument 393 dimension gcoef(nbls,ngcd) 423 * gcoef,aax,bbx,ccx, argument 428 dimension gcoef(nbls,ngcd) 473 dimension gcoef(nbls,ngcd) [all …]
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H A D | abcd.F | 5 * aaa,bbb,const,gcoef,ngcd) 35 dimension const(nbls1),gcoef(ngcd,*) 118 call get_max_gcoef(gcoef(1,ijkl),ngcd,gc_max) 161 call get_max_gcoef(gcoef(1,ijkl),ngcd,gc_max) 194 * const,gcoef,ngcd) 209 dimension const(nbls1), gcoef(ngcd,*) 283 call get_max_const(nbls1,const,ngcd,index,gcoef,const_max) 312 call get_max_const(nbls1,const,ngcd,index,gcoef,const_max)
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/dports/science/nwchem-data/nwchem-7.0.2-release/src/NWints/texas/ |
H A D | gencon.f | 77 * indgc,gcoef, 83 dimension gcoef(ngcd,nbls) 137 * indgc,gcoef) 186 * ngcd,indgc,gcoef,ijkln) 205 dimension gcoef(nbls,ngcd) 382 * indx,nbls1,ngcd,gcoef) 393 dimension gcoef(nbls,ngcd) 423 * gcoef,aax,bbx,ccx, 428 dimension gcoef(nbls,ngcd) 473 dimension gcoef(nbls,ngcd) [all …]
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H A D | abcd.F | 5 * aaa,bbb,const,gcoef,ngcd) 35 dimension const(nbls1),gcoef(ngcd,*) 118 call get_max_gcoef(gcoef(1,ijkl),ngcd,gc_max) 161 call get_max_gcoef(gcoef(1,ijkl),ngcd,gc_max) 194 * const,gcoef,ngcd) 209 dimension const(nbls1), gcoef(ngcd,*) 283 call get_max_const(nbls1,const,ngcd,index,gcoef,const_max) 312 call get_max_const(nbls1,const,ngcd,index,gcoef,const_max)
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/dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/src/ |
H A D | s1732.c | 55 s1732(SISLCurve *pc,int icont,double *cstart,double *cend,double *gcoef,int *jstat) in s1732() argument 57 void s1732(pc,icont,cstart,cend,gcoef,jstat) in s1732() 62 double *gcoef; 150 memcopy(gcoef,&rcoef[kfi*kdim],kdim*pc->ik,double);
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H A D | s1733.c | 56 double *cstart2,double *cend2,double *gcoef,int *jstat) in s1733() argument 58 void s1733(ps,icont1,icont2,cstart1,cend1,cstart2,cend2,gcoef,jstat) in s1733() 66 double *gcoef; 177 memcopy(gcoef+ki*kdim*ps->ik1,
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/dports/science/nwchem-data/nwchem-7.0.2-release/src/NWints/rel/ |
H A D | set_modelpotential_params.F | 21 double precision gcoef(natoms,50) 50 gcoef(i,k) = 0d0 59 gcoef(i,k) = mpcoef(j,k) 76 & gcoef)) call errquit(pname//'unable to set gcoef',0,RTDB_ERR)
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H A D | get_modelpotential_params.F | 3 & gelem, gexpo, gcoef) 17 double precision gcoef(natoms,50) 31 & gcoef)) call errquit(pname//'unable to access gcoef',0,RTDB_ERR)
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H A D | calc_modelpotential.F | 17 & closegridpts,gexpo,gcoef,amat_mp) 30 double precision gexpo(natoms,50),gcoef(natoms,50) 70 atom_mp = atom_mp + gcoef(i,j)*dgami(0.5d0,rtemp2)/dsqrt(pi)
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/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/NWints/rel/ |
H A D | set_modelpotential_params.F | 21 double precision gcoef(natoms,50) local 50 gcoef(i,k) = 0d0 59 gcoef(i,k) = mpcoef(j,k) 76 & gcoef)) call errquit(pname//'unable to set gcoef',0,RTDB_ERR)
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H A D | get_modelpotential_params.F | 3 & gelem, gexpo, gcoef) 17 double precision gcoef(natoms,50) 31 & gcoef)) call errquit(pname//'unable to access gcoef',0,RTDB_ERR)
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H A D | calc_modelpotential.F | 17 & closegridpts,gexpo,gcoef,amat_mp) 30 double precision gexpo(natoms,50),gcoef(natoms,50) 70 atom_mp = atom_mp + gcoef(i,j)*dgami(0.5d0,rtemp2)/dsqrt(pi)
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/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/nwdft/zora/ |
H A D | gridHartreePotential.F | 5 & closegridpts, gexpo, gcoef, amat_coul) 21 double precision gcoef(natoms,50) 28 & closegridpts,gexpo,gcoef,amat_coul) !amat_coul = v(modelpot)
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H A D | calc_zora_facs.F | 4 & use_modelpotential,gexpo,gcoef, 35 double precision gcoef(natoms,50) 51 & closegridpts, gexpo, gcoef, amat_coul)
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H A D | calc_zora_sf.F | 21 & gcoef) ! in 50 double precision gcoef(natoms,50) 58 & use_modelpotential,gexpo,gcoef,
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H A D | calc_zora_EFGZ4_SR.F | 17 & gcoef, 47 double precision gcoef(natoms,50) 65 & closegridpts, gexpo, gcoef, amat_coul)
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H A D | calc_zora_so.F | 20 & use_modelpotential,gexpo,gcoef) 55 double precision gcoef(natoms,50) 68 & use_modelpotential,gexpo,gcoef,
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H A D | calc_zora_EFGZ4_SO.F | 17 & gcoef, 60 double precision gcoef(natoms,50) 75 & closegridpts, gexpo, gcoef, amat_coul)
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/dports/science/nwchem-data/nwchem-7.0.2-release/src/nwdft/zora/ |
H A D | gridHartreePotential.F | 5 & closegridpts, gexpo, gcoef, amat_coul) 21 double precision gcoef(natoms,50) 28 & closegridpts,gexpo,gcoef,amat_coul) !amat_coul = v(modelpot)
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H A D | calc_zora_facs.F | 4 & use_modelpotential,gexpo,gcoef, 35 double precision gcoef(natoms,50) 51 & closegridpts, gexpo, gcoef, amat_coul)
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H A D | calc_zora_sf.F | 21 & gcoef) ! in 50 double precision gcoef(natoms,50) 58 & use_modelpotential,gexpo,gcoef,
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H A D | calc_zora_EFGZ4_SR.F | 17 & gcoef, 47 double precision gcoef(natoms,50) 65 & closegridpts, gexpo, gcoef, amat_coul)
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H A D | calc_zora_so.F | 20 & use_modelpotential,gexpo,gcoef) 55 double precision gcoef(natoms,50) 68 & use_modelpotential,gexpo,gcoef,
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H A D | calc_zora_EFGZ4_SO.F | 17 & gcoef, 60 double precision gcoef(natoms,50) 75 & closegridpts, gexpo, gcoef, amat_coul)
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/dports/science/InsightToolkit/ITK-5.0.1/Examples/IO/XML/ |
H A D | itkParticleSwarmOptimizerDOMReader.cxx | 80 double gcoef = 0; s >> gcoef; in GenerateData() local 81 output->SetGlobalCoefficient( gcoef ); in GenerateData()
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