/dports/science/xtb/xtb-6.4.1/src/solv/ |
H A D | born.f90 | 159 rhoi = rho(ii) 204 ap = r+rhoi 205 am = r-rhoi 207 rhab = rhoi/ab 248 ap = r+rhoi 249 am = r-rhoi 299 ap = r+rhoi 300 am = r-rhoi 302 rhab = rhoi/ab 348 ap = r+rhoi [all …]
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/dports/biology/cufflinks/cufflinks-2.2.1-89-gdc3b0cb/src/locfit/ |
H A D | nbhd.c | 18 { double rhoi[MXDIM], s; local 23 { case STANGL: rhoi[i] = 2*sin(x[i]/(2*sc[i])); break; 24 case STCPAR: rhoi[i] = 0; break; 25 default: rhoi[i] = x[i]/sc[i]; 27 else rhoi[i] = x[i]/sc[i]; 30 if (d==1) return(fabs(rhoi[0])); 35 { rhoi[i] = fabs(rhoi[i]); 36 if (rhoi[i]>s) s = rhoi[i]; 43 s += rhoi[i]*rhoi[i];
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/dports/science/liggghts/LIGGGHTS-PUBLIC-3.8.0-26-g6e873439/lib/hotint/HotInt_V1/ElementsLib/beams/ |
H A D | Truss3D.h | 43 Truss3D(MBS* mbsi, const Vector3D& xc1, const Vector3D& xc2, double rhoi, double Emi, 51 mass = lx*ly*lz*rhoi; in ANCFCable3D() 64 rho = rhoi; in ANCFCable3D() 93 …Truss3D(MBS* mbsi, const Vector3D& xc1, const Vector3D& xc2, int n1i, int n2i, double rhoi, double… 101 mass = lx*ly*lz*rhoi; in ANCFCable3D() 108 rho = rhoi; in ANCFCable3D() 120 int n1i, int n2i, double rhoi, double Emi, 128 mass = lx*ly*lz*rhoi; in ANCFCable3D() 140 rho = rhoi; in ANCFCable3D()
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H A D | ANCFAxMovBeam2D.h | 54 ANCFAxMovBeam2D(MBS* mbsi, const Vector& xc1, const Vector& xc2, double rhoi, double Emi, in ANCFAxMovBeam2D() argument 58 SetANCFCable2D(xc1, xc2, rhoi, Emi, si, coli); in ANCFAxMovBeam2D() 62 …ANCFAxMovBeam2D(MBS* mbsi, const Vector& xc1, const Vector& xc2, int n1i, int n2i, double rhoi, do… in ANCFAxMovBeam2D() argument 66 SetANCFCable2D(xc1, xc2, n1i, n2i, rhoi, Emi, si, coli); in ANCFAxMovBeam2D() 79 int n1i, int n2i, double rhoi, double Emi, in ANCFAxMovBeam2D() argument 83 SetANCFCable2D(xc1, xc2, vc1, vc2, n1i, n2i, rhoi, Emi, si, coli); in ANCFAxMovBeam2D()
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H A D | ANCFCable3D.h | 48 ANCFCable3D(MBS* mbsi, const Vector& xc1, const Vector& xc2, double rhoi, double Emi, 58 mass = lx*ly*lz*rhoi; in Body3D() 86 …ANCFCable3D(MBS* mbsi, const Vector& xc1, const Vector& xc2, int n1i, int n2i, double rhoi, double… 96 mass = lx*ly*lz*rhoi; in Body3D() 127 int n1i, int n2i, double rhoi, double Emi, 137 mass = lx*ly*lz*rhoi; in Body3D() 145 rho = rhoi; in Body3D()
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/dports/science/liggghts/LIGGGHTS-PUBLIC-3.8.0-26-g6e873439/lib/hotint/HotInt_V1/ElementsLib/solidFE/ |
H A D | FE3DHexTet.h | 44 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelememti=0); 47 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelememti=0); 50 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelememti=0); 114 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0); 117 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0); 175 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0); 178 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0); 237 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0); 240 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi=0);
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H A D | FE3DHexTet.cpp | 55 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelememti): in HexahedralGeneric() argument 58 SetHexahedral(bodyindi, xc, vc, rhoi, Emi, nui, coli, CMSelememti); in HexahedralGeneric() 71 double rhoi, double Emi, double nui, const Vector3D& coli, int CMSelementi) in SetHexahedral() argument 85 SetHexahedral(bodyindi, xc, vc, nodelist, rhoi, Emi, nui, coli, CMSelementi); in SetHexahedral() 112 Material mat(GetMBS(), rhoi, Emi, nui, 0); in SetHexahedral() 484 SetTetrahedral(bodyindi, xc, vc, rhoi, Emi, nui, coli); in TetrahedralGeneric() 502 Material mat(GetMBS(), rhoi, Emi, nui, 0); in SetTetrahedral() 787 SetPrism(bodyindi, xc, vc, rhoi, Emi, nui, coli); in PrismGeneric() 806 Material mat(GetMBS(), rhoi, Emi, nui, 0); in SetPrism() 1169 SetPyramid(bodyindi, xc, vc, rhoi, Emi, nui, coli); in PyramidGeneric() [all …]
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/dports/science/liggghts/LIGGGHTS-PUBLIC-3.8.0-26-g6e873439/lib/hotint/HotInt_V1/ElementsLib/rigid/ |
H A D | rigid2D.h | 283 Rigid2D(MBS* mbsi, const Vector& x0, double rhoi, double Vi, double Ip, in Rigid2D() argument 287 SetRigid2D(x0,rhoi,Vi,Ip,si,coli); in Rigid2D() 290 Rigid2D(MBS* mbsi, const Vector& x0, double rhoi, in Rigid2D() argument 294 SetRigid2D(x0,rhoi,si,coli); in Rigid2D() 297 void SetRigid2D(const Vector& x0, double rhoi, in SetRigid2D() argument 301 SetRigid2D(x0,rhoi,vol,1./12.*vol*rhoi*(Sqr(si.X())+Sqr(si.Y())),si,coli); in SetRigid2D() 304 void SetRigid2D(const Vector& x0, double rhoi, double Vi, double Ip, in SetRigid2D() argument 309 mass = rhoi*Vi; in SetRigid2D() 311 rho = rhoi; in SetRigid2D()
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H A D | Rigid3DKardan.h | 56 …Rigid3DKardan(MBS* mbsi, const Vector& x0, const Vector& phi0, double rhoi, double Vi, const Vecto… 59 …Rigid3DKardan(MBS* mbsi, const Vector& x0, const Vector& phi0, double rhoi, double Vi, const Matri… 62 …Rigid3DKardan(MBS* mbsi, const Vector& x0, const Vector& phi0, double rhoi, double Vi, const Matri… 65 Rigid3DKardan(MBS* mbsi, const Vector& x0, const Vector& phi0, double rhoi,
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H A D | rigid3D.cpp | 520 SetRigid3D(x0, phi0, rhoi, Vi, Ip, si, coli); in Rigid3D() 526 SetRigid3D(x0, phi0, rhoi, Vi, Ip, si, coli); in Rigid3D() 529 Rigid3D::Rigid3D(MBS* mbsi, const Vector& x0, const Vector& phi0, double rhoi, in Rigid3D() argument 533 SetRigid3D(x0, phi0, rhoi, si, coli); in Rigid3D() 576 mass=rhoi*Vi; in SetRigid3D() 590 mat.SetMaterialRigid(rhoi); in SetRigid3D() 603 mass=rhoi*Vi; in SetRigid3D() 616 mat.SetMaterialRigid(rhoi); in SetRigid3D() 623 void Rigid3D::SetRigid3D(const Vector& x0, const Vector& phi0, double rhoi, in SetRigid3D() argument 628 mass = volume*rhoi; in SetRigid3D() [all …]
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/dports/math/stan/stan-2.28.2/src/stan/optimization/ |
H A D | lbfgs_update.hpp | 84 const Scalar &rhoi(std::get<0>(*buf_rit)); in search_direction() local 88 alpha = rhoi * si.dot(pk); in search_direction() 96 const Scalar &rhoi(std::get<0>(*buf_it)); in search_direction() local 100 beta = rhoi * yi.dot(pk); in search_direction()
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/dports/math/py-pystan/pystan-2.19.0.0/pystan/stan/src/stan/optimization/ |
H A D | lbfgs_update.hpp | 89 const Scalar &rhoi(boost::get<0>(*buf_rit)); in search_direction() local 93 alpha = rhoi * si.dot(pk); in search_direction() 102 const Scalar &rhoi(boost::get<0>(*buf_it)); in search_direction() local 106 beta = rhoi*yi.dot(pk); in search_direction()
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/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/nwpw/pspw/lib/sic/ |
H A D | pspw_sic.F | 697 integer dn(2),xcp(2),xce(2),tmp1(2),vsic(2),rhoi(2) 728 > 'rhoi',rhoi(2),rhoi(1)) 762 call dcopy(n2ft3d,dbl_mb(rhoi(1)+(i-1)*n2ft3d),1, 798 call coulomb2_v(dbl_mb(rhoi(1)+(i-1)*n2ft3d), 823 call D3dB_rr_Mul(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 842 call D3dB_rr_Mul(1,dbl_mb(rhoi(1)+indexi), 843 > dbl_mb(rhoi(1)+indexj), 875 call D3dB_rr_dot(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 878 call D3dB_rr_dot(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 953 > dbl_mb(rhoi(1)+(i-1)*n2ft3d), [all …]
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/dports/science/nwchem-data/nwchem-7.0.2-release/src/nwpw/pspw/lib/sic/ |
H A D | pspw_sic.F | 697 integer dn(2),xcp(2),xce(2),tmp1(2),vsic(2),rhoi(2) 728 > 'rhoi',rhoi(2),rhoi(1)) 762 call dcopy(n2ft3d,dbl_mb(rhoi(1)+(i-1)*n2ft3d),1, 798 call coulomb2_v(dbl_mb(rhoi(1)+(i-1)*n2ft3d), 823 call D3dB_rr_Mul(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 842 call D3dB_rr_Mul(1,dbl_mb(rhoi(1)+indexi), 843 > dbl_mb(rhoi(1)+indexj), 875 call D3dB_rr_dot(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 878 call D3dB_rr_dot(1,dbl_mb(rhoi(1)+(i-1)*n2ft3d), 953 > dbl_mb(rhoi(1)+(i-1)*n2ft3d), [all …]
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/dports/science/liggghts/LIGGGHTS-PUBLIC-3.8.0-26-g6e873439/src/ |
H A D | pair_sph_artvisc_tenscorr.cpp | 385 const double rhoi = rho[i]; in compute_eval() local 453 const double rhoMeanInv = 2/(rhoi+rhoj); in compute_eval() 466 rAB = 0.01 * (pi / (rhoi * rhoi) + pj / (rhoj * rhoj)); in compute_eval() 468 if (pi < 0.0) rA = epsilon * -1.0 * pi / (rhoi * rhoi); in compute_eval() 490 …const double fpair = - rinv * imass * jmass * (pi/(rhoi*rhoi) + pj/(rhoj*rhoj) + rAB*fAB4 + artVis… in compute_eval()
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H A D | fix_continuum_weighted.cpp | 499 const double rhoi = mi*phi; in post_integrate() local 500 cont_vars[j][0] += rhoi*vxi; in post_integrate() 501 cont_vars[j][1] += rhoi*vyi; in post_integrate() 502 cont_vars[j][2] += rhoi*vzi; in post_integrate() 503 cont_vars[j][3] += rhoi; in post_integrate() 538 const double rhoi = mi*get_phi(dist); in post_integrate() local 541 cont_vars[i][0] += rhoi*vel[0]; // vel of wall in post_integrate() 542 cont_vars[i][1] += rhoi*vel[1]; in post_integrate() 543 cont_vars[i][2] += rhoi*vel[2]; in post_integrate() 544 cont_vars[i][3] += rhoi; in post_integrate()
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/dports/science/elmerfem/elmerfem-release-9.0/elmerice/UserFunctions/ |
H A D | USF_CouplingGlaDS_SSA.F90 | 96 REAL (KIND=dp) :: zb, zs, gravity, rhoi local 111 rhoi = GetConstReal ( Constants, 'Ice Density', GotIt ) 139 IcePress = rhoi*gravity*(zs-zb)
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/dports/science/opensph/sph-7de6c044339f649e3d19e61f735a6a24572b792a/core/sph/equations/av/ |
H A D | Stress.cpp | 73 const Float rhoi, in setDerivatives() 75 return asi / sqr(rhoi) + asj / sqr(rhoj); in setDerivatives() 84 const Float rhoi, in setDerivatives() 86 return (asi + asj) / (rhoi * rhoj); in setDerivatives()
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/dports/science/elmerfem/elmerfem-release-9.0/elmerice/Solvers/ |
H A D | PermafrostMaterials.F90 | 1543 p0,T0,rhoi,Temperature,Pressure) 1604 p0,T0,rhoi,Temperature) 2095 rhoi = CurrentSolventMaterial % rhoi0 2107 rhoi = rhoi * EXP(aux1 - aux2) 2109 END FUNCTION rhoi 2122 rhoiT = rhoi * alphaI 2138 rhoiP = rhoi * kappaI 2424 + rhoi*(hw - hi)*Porosity*XiT 2432 CGTp = Porosity*rhoi*(hw - hi)*XiP 2440 CGTyc = Porosity*rhoi*(hw - hi)*XiYc [all …]
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H A D | SubShelfMelt.F90 | 107 REAL (KIND=dp) :: rhoi, L, rhow, cw, gammaT, c, cnst, secondstoyear, deltaT, T_freeze local 116 rhoi = 916.0_dp 122 cnst = (rhow*cw*gammaT)/(rhoi*L)
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/dports/science/elmerfem/elmerfem-release-9.0/elmerice/examples/Test_Porous/ |
H A D | cube808_g.sif | 11 $rhoi = 900.0/(1.0e6*yearinsec^2) 118 Porous Force 3 = Real $gravity*rhoi 130 Real MATC "tx*rhoi"
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H A D | cube808_sigma.sif | 11 $rhoi = 900.0/(1.0e6*yearinsec^2) 119 ! Porous Force 3 = Real $gravity*rhoi 131 Real MATC "tx*rhoi"
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H A D | cube706_sigma.sif | 11 $rhoi = 900.0/(1.0e6*yearinsec^2) 124 ! Porous Force 3 = Real $gravity*rhoi 136 Real MATC "tx*rhoi"
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/dports/science/elmerfem/elmerfem-release-9.0/elmerice/Tests/LateralFriction/ |
H A D | lateralFriction.sif | 16 $rhoi = 900.0/(1.0e6*yearinsec^2) 22 $Kspring = etai* (n+1)^(1/n) / (rhoi * W^(1+(1/n))) 76 Density = Real $rhoi
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/dports/science/elmerfem/elmerfem-release-9.0/elmerice/Tests/Friction_Coulomb_Pw/ |
H A D | ismip_coulomb_pw.sif | 17 $rhoi = 900.0/(1.0e6*yearinsec^2) 65 Real MATC "rhoi*gravity*(1000.0-500.0*sin(2.0*pi*tx/L))" 79 Density = Real $rhoi 155 Real MATC "0.3+rhoi*gravity*(1000.0-500.0*sin(2.0*pi*tx/L))"
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