/dports/math/gap/gap-4.11.0/pkg/XMod-2.77/lib/ |
H A D | gp2map.gi | 419 local shom, rhom; 440 local shom, rhom; 808 Qrng := Image( rhom ); 809 rhom := rhom * SmallerDegreePermutationRepresentation( Qrng ); 810 Qrng := ImagesSource( rhom ); 857 Qrng := Image( rhom ); 858 rhom := rhom * SmallerDegreePermutationRepresentation( Qrng ); 912 if ( rhom = false ) then 957 if ( rhom = fail ) then 1012 if ( rhom = false ) then [all …]
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/dports/x11/mxico/mxico/polyhedron/ |
H A D | dname.tex | 177 $\phn{72}$ & Gyrate rhom\-bi\-cosi\-dodeca\-hedron \\ 178 $\phn{73}$ & Para\-bi\-gyrate rhom\-bi\-cosi\-dodeca\-hedron \\ 179 $\phn{74}$ & Meta\-bi\-gyrate rhom\-bi\-cosi\-dodeca\-hedron \\ 180 $\phn{75}$ & Tri\-gyrate rhom\-bi\-cosi\-dodeca\-hedron \\ 181 $\phn{76}$ & Diminished rhom\-bi\-cosi\-dodeca\-hedron \\ 182 $\phn{77}$ & Para\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron \\ 183 $\phn{78}$ & Meta\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron \\ 184 $\phn{79}$ & Bi\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron \\ 185 $\phn{80}$ & Para\-bi\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron \\ 187 $\phn{82}$ & Gyrate bi\-diminished rhom\-bi\-cosi\-dodeca\-hedron \\ [all …]
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H A D | dnamej.tex | 186 $\phn{73}$ & Para\-bi\-gyrate rhom\-bi\-cosi\-dodeca\-hedron & 188 $\phn{74}$ & Meta\-bi\-gyrate rhom\-bi\-cosi\-dodeca\-hedron & 190 $\phn{75}$ & Tri\-gyrate rhom\-bi\-cosi\-dodeca\-hedron & 192 $\phn{76}$ & Diminished rhom\-bi\-cosi\-dodeca\-hedron & 194 $\phn{77}$ & Para\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron & 196 $\phn{78}$ & Meta\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron & 198 $\phn{79}$ & Bi\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron & 200 $\phn{80}$ & Para\-bi\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron & 202 $\phn{81}$ & Meta\-bi\-gyrate diminished rhom\-bi\-cosi\-dodeca\-hedron & 204 $\phn{82}$ & Gyrate bi\-diminished rhom\-bi\-cosi\-dodeca\-hedron & [all …]
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/dports/science/py-pymatgen/pymatgen-2022.0.15/pymatgen/symmetry/tests/ |
H A D | test_groups.py | 130 rhom = Lattice.rhombohedral(3, 80) 141 self.assertTrue(sg.is_compatible(rhom)) 147 self.assertFalse(sg.is_compatible(rhom)) 153 self.assertFalse(sg.is_compatible(rhom)) 159 self.assertTrue(sg.is_compatible(rhom)) 165 self.assertFalse(sg.is_compatible(rhom)) 172 self.assertFalse(sg.is_compatible(rhom))
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H A D | test_maggroups.py | 53 rhom = Lattice.rhombohedral(3, 80) 63 self.assertFalse(msg.is_compatible(rhom)) 69 self.assertFalse(msg.is_compatible(rhom)) 75 self.assertTrue(msg.is_compatible(rhom))
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/dports/graphics/gmt/gmt-6.3.0/test/potential/ |
H A D | flexapprox.sh | 10 rhom=3300 26 gmt gravfft load.nc -Gflex_a.nc -Q -Nf+l -T$Te/$rhol/$rhom/$rhow 30 gmt gravfft load.nc -Gflex_c.nc -Q -Nf+l -T$Te/$rhol/$rhom/$rhow/$rhoi
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H A D | firmoviscous.sh | 7 rhom=3300 24 …gmt grdflexure smt.nc+uk -D${rhom}/${rhol}/${rhos}/${rhow} -E10k -F2e20 -Gfv_%.12g.nc -Nf+a -T$t -… 49 drho=$(gmt math -Q ${rhom} ${rhos} SUB =)
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H A D | firmoviscous2.sh | 8 rhom=3300 25 …gmt grdflexure smt.nc+uk -D${rhom}/${rhol}/${rhos}/${rhow} -E10k -F2e20/100k/1e22 -Gfv_%.12g.nc -N… 51 drho=$(gmt math -Q ${rhom} ${rhos} SUB =)
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/dports/science/lammps/lammps-stable_29Sep2021/tools/eam_database/ |
H A D | create.f | 121 rhom=fmax 122 if (rhom .lt. 2.0*rhoemax) rhom=2.0*rhoemax 123 if (rhom .lt. 100.0) rhom=100.0 124 drho=rhom/(nrho-1.0)
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/dports/math/kig/kig-21.12.3/misc/ |
H A D | kigtransform.cpp | 602 double rhom[3] = {0., 0., 0.}; in apply() local 609 rhom[i] += mdata[i][j]*phom[j]; in apply() 613 if (rhom[0] == 0.) in apply() 616 return Coordinate (rhom[1]/rhom[0], rhom[2]/rhom[0]); in apply()
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/dports/graphics/gmt/gmt-6.3.0/src/potential/ |
H A D | grdflexure.c | 79 double rhom, rhol, rhoi, rhow; member 377 A = sqrt ((Ctrl->D.rhom - Ctrl->D.rhoi)/(Ctrl->D.rhom - Ctrl->D.rhol)); in grdflexure_setup_elastic() 381 R->ce[TE_INIT] = rigidity_d / ( (Ctrl->D.rhom - rho_load) * NORMAL_GRAVITY); in grdflexure_setup_elastic() 383 R->Nx_e = Ctrl->A.Nx / ( (Ctrl->D.rhom - rho_load) * NORMAL_GRAVITY); in grdflexure_setup_elastic() 384 R->Ny_e = Ctrl->A.Ny / ( (Ctrl->D.rhom - rho_load) * NORMAL_GRAVITY); in grdflexure_setup_elastic() 393 R->scale = -A * (rho_load - Ctrl->D.rhow)/(Ctrl->D.rhom - rho_load); in grdflexure_setup_elastic() 435 R->cv = (Ctrl->D.rhom * NORMAL_GRAVITY) / (2.0 * Ctrl->F.nu_m); in grdflexure_setup_fv2() 436 R->dens_ratio = (Ctrl->D.rhom - Ctrl->D.rhoi) / Ctrl->D.rhom; in grdflexure_setup_fv2() 457 R->dens_ratio = (Ctrl->D.rhom - Ctrl->D.rhoi) / Ctrl->D.rhom; in grdflexure_setup_fv() 459 R->cv = (Ctrl->D.rhom * NORMAL_GRAVITY) / (2.0 * Ctrl->F.nu_m); in grdflexure_setup_fv() [all …]
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H A D | gravfft.c | 103 double te, rhol, rhom, rhow, rhoi; member 346 …n = sscanf (opt->arg, "%lf/%lf/%lf/%lf/%lf", &Ctrl->T.te, &Ctrl->T.rhol, &Ctrl->T.rhom, &Ctrl->T.r… in parse() 348 Ctrl->T.rho_mc = Ctrl->T.rhom - Ctrl->T.rhol; in parse() 349 Ctrl->T.rho_mw = Ctrl->T.rhom - Ctrl->T.rhow; in parse() 416 !(Ctrl->T.rhow && Ctrl->T.rhol && Ctrl->T.rhom && Ctrl->Z.zm), in parse() 419 !(Ctrl->T.rhow && Ctrl->T.rhol && Ctrl->T.rhom && Ctrl->Z.zm && Ctrl->Z.zl), in parse() 878 A = sqrt ((Ctrl->T.rhom - Ctrl->T.rhoi)/(Ctrl->T.rhom - Ctrl->T.rhol)); in gravfft_do_isostasy() 882 d_over_restoring_force = rigidity_d / ( (Ctrl->T.rhom - rho_load) * NORMAL_GRAVITY); in gravfft_do_isostasy() 883 airy_ratio = -A * (rho_load - Ctrl->T.rhow)/(Ctrl->T.rhom - rho_load); in gravfft_do_isostasy()
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/dports/math/dune-alugrid/dune-alugrid-08c6496d4d4a33df6456c3b402182f353dc2e76d/examples/communication/ |
H A D | problem-euler.hh | 809 const double rhom = Um[0]; in num_flux_HLLC() local 823 um[i] = rho_um[i] / rhom; in num_flux_HLLC() 832 assert( rhom>0.0 && pm>0.0 && rhop>0.0 && pp>0.0 ); in num_flux_HLLC() 834 const double cm = sqrt(_gamma*pm/rhom); in num_flux_HLLC() 837 const double rho_bar = 0.5 * (rhom + rhop); in num_flux_HLLC() 877 g[0] = rho_um[0] + rhom*(tmpm-sm); in num_flux_HLLC() 880 guj[i] = rho_um[i]*um[0] + rhom*um[i]*tmpm - sm*rho_um[i]; in num_flux_HLLC() 881 guj[0] += pm + rhom*(u_star-um[0])*tmpm; in num_flux_HLLC() 884 + tmpm*(u_star-um[0])*( rhom*u_star + pm/(sm-um[0]) ); in num_flux_HLLC()
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/dports/math/dune-alugrid/dune-alugrid-08c6496d4d4a33df6456c3b402182f353dc2e76d/examples/loadbalance/ |
H A D | problem-euler.hh | 809 const double rhom = Um[0]; in num_flux_HLLC() local 823 um[i] = rho_um[i] / rhom; in num_flux_HLLC() 832 assert( rhom>0.0 && pm>0.0 && rhop>0.0 && pp>0.0 ); in num_flux_HLLC() 834 const double cm = sqrt(_gamma*pm/rhom); in num_flux_HLLC() 837 const double rho_bar = 0.5 * (rhom + rhop); in num_flux_HLLC() 877 g[0] = rho_um[0] + rhom*(tmpm-sm); in num_flux_HLLC() 880 guj[i] = rho_um[i]*um[0] + rhom*um[i]*tmpm - sm*rho_um[i]; in num_flux_HLLC() 881 guj[0] += pm + rhom*(u_star-um[0])*tmpm; in num_flux_HLLC() 884 + tmpm*(u_star-um[0])*( rhom*u_star + pm/(sm-um[0]) ); in num_flux_HLLC()
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/dports/math/dune-alugrid/dune-alugrid-08c6496d4d4a33df6456c3b402182f353dc2e76d/examples/callback/ |
H A D | problem-euler.hh | 809 const double rhom = Um[0]; in num_flux_HLLC() local 823 um[i] = rho_um[i] / rhom; in num_flux_HLLC() 832 assert( rhom>0.0 && pm>0.0 && rhop>0.0 && pp>0.0 ); in num_flux_HLLC() 834 const double cm = sqrt(_gamma*pm/rhom); in num_flux_HLLC() 837 const double rho_bar = 0.5 * (rhom + rhop); in num_flux_HLLC() 877 g[0] = rho_um[0] + rhom*(tmpm-sm); in num_flux_HLLC() 880 guj[i] = rho_um[i]*um[0] + rhom*um[i]*tmpm - sm*rho_um[i]; in num_flux_HLLC() 881 guj[0] += pm + rhom*(u_star-um[0])*tmpm; in num_flux_HLLC() 884 + tmpm*(u_star-um[0])*( rhom*u_star + pm/(sm-um[0]) ); in num_flux_HLLC()
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/dports/math/dune-alugrid/dune-alugrid-08c6496d4d4a33df6456c3b402182f353dc2e76d/examples/ |
H A D | problem-euler.hh | 809 const double rhom = Um[0]; in num_flux_HLLC() local 823 um[i] = rho_um[i] / rhom; in num_flux_HLLC() 832 assert( rhom>0.0 && pm>0.0 && rhop>0.0 && pp>0.0 ); in num_flux_HLLC() 834 const double cm = sqrt(_gamma*pm/rhom); in num_flux_HLLC() 837 const double rho_bar = 0.5 * (rhom + rhop); in num_flux_HLLC() 877 g[0] = rho_um[0] + rhom*(tmpm-sm); in num_flux_HLLC() 880 guj[i] = rho_um[i]*um[0] + rhom*um[i]*tmpm - sm*rho_um[i]; in num_flux_HLLC() 881 guj[0] += pm + rhom*(u_star-um[0])*tmpm; in num_flux_HLLC() 884 + tmpm*(u_star-um[0])*( rhom*u_star + pm/(sm-um[0]) ); in num_flux_HLLC()
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/dports/math/dune-alugrid/dune-alugrid-08c6496d4d4a33df6456c3b402182f353dc2e76d/examples/testEfficiency/ |
H A D | problem-euler.hh | 809 const double rhom = Um[0]; in num_flux_HLLC() local 823 um[i] = rho_um[i] / rhom; in num_flux_HLLC() 832 assert( rhom>0.0 && pm>0.0 && rhop>0.0 && pp>0.0 ); in num_flux_HLLC() 834 const double cm = sqrt(_gamma*pm/rhom); in num_flux_HLLC() 837 const double rho_bar = 0.5 * (rhom + rhop); in num_flux_HLLC() 877 g[0] = rho_um[0] + rhom*(tmpm-sm); in num_flux_HLLC() 880 guj[i] = rho_um[i]*um[0] + rhom*um[i]*tmpm - sm*rho_um[i]; in num_flux_HLLC() 881 guj[0] += pm + rhom*(u_star-um[0])*tmpm; in num_flux_HLLC() 884 + tmpm*(u_star-um[0])*( rhom*u_star + pm/(sm-um[0]) ); in num_flux_HLLC()
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/dports/science/py-gpaw/gpaw-21.6.0/gpaw/ |
H A D | helmholtz.py | 22 rhom = r / sqrt(2) / sigma - i * p 27 np.cos(k * r) * (erf(rhop) + erf(rhom)) + 28 i * np.sin(k * r) * (2 + erf(rhop) - erf(rhom)))
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/dports/math/gap/gap-4.11.0/pkg/XModAlg-1.17/lib/ |
H A D | alg2map.gi | 10 #M Make2dAlgebraMorphism( <src>, <rng>, <shom>, <rhom> ) . . . 2d-object map 15 function( src, rng, shom, rhom ) 19 fam := FamilyObj( [ src, rng, shom, rhom ] ); 22 ( Range( src ) = Source( rhom ) ) and 24 ( Range( rng ) = Range( rhom ) ) ); 36 RangeHom, rhom ); 222 local shom, rhom; 225 rhom := IdentityMapping( Range( obj ) ); 228 return PreXModAlgebraMorphismByHoms( obj, obj, shom, rhom ); 231 return PreCat1AlgebraMorphismByHoms( obj, obj, shom, rhom );
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/dports/finance/R-cran-fBasics/fBasics/R/ |
H A D | builtin-gelGmm.R | 117 rhom <-list(ch = ch, rhomat=rhomat) list 118 return(rhom) 351 rhom <- .rho(z$gt,z$lambda,type=typet) functionVar 356 z$objective <- sum(as.numeric(rhom$rhomat)-.rho(1,0,type=typet)$rhomat)/n 360 z$badrho <- rhom$ch
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/dports/math/gap/gap-4.11.0/pkg/groupoids-1.68/lib/ |
H A D | mwohom.gi | 755 rhom := RootGroupHomomorphism( iso ); 760 if not IsBijective( rhom ) then 763 irhom := InverseGeneralMapping( rhom ); 841 local gpd, rhom, irhom, ok, inv; 845 rhom := RootGroupHomomorphism( aut ); 846 irhom := InverseGeneralMapping( rhom ); 1502 local mag, obs, one, gensims, gens, ims, rhom, 1513 #? (13/09/17) was: rhom := HomsOfMapping( map )[1]; 1514 rhom := MappingToSinglePieceData( map )[1][1]; 1515 e := ImageElm( rhom, elt![1] ); [all …]
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/dports/astro/gpsbabel14/gpsbabel-1.4.4/jeeps/ |
H A D | gpsproj.c | 216 double rhom; in GPS_Math_Albers_EN_To_LatLon() local 284 rhom = rho0-dy; in GPS_Math_Albers_EN_To_LatLon() 285 rho = pow(dx*dx+rhom*rhom,(double)0.5); in GPS_Math_Albers_EN_To_LatLon() 291 rhom *= (double)-1.0; in GPS_Math_Albers_EN_To_LatLon() 295 theta = atan2(dx,rhom); in GPS_Math_Albers_EN_To_LatLon() 545 double rhom; in GPS_Math_LambertCC_EN_To_LatLon() local 601 rhom = rho0 - dy; in GPS_Math_LambertCC_EN_To_LatLon() 602 rho = pow(dx*dx + rhom*rhom,(double)0.5); in GPS_Math_LambertCC_EN_To_LatLon() 605 rhom *= (double)-1.0; in GPS_Math_LambertCC_EN_To_LatLon() 612 theta = atan2(dx,rhom); in GPS_Math_LambertCC_EN_To_LatLon()
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/dports/astro/gpsbabel/gpsbabel-gpsbabel_1_7_0/jeeps/ |
H A D | gpsproj.cc | 216 double rhom; in GPS_Math_Albers_EN_To_LatLon() local 284 rhom = rho0-dy; in GPS_Math_Albers_EN_To_LatLon() 285 rho = pow(dx*dx+rhom*rhom,(double)0.5); in GPS_Math_Albers_EN_To_LatLon() 291 rhom *= (double)-1.0; in GPS_Math_Albers_EN_To_LatLon() 295 theta = atan2(dx,rhom); in GPS_Math_Albers_EN_To_LatLon() 545 double rhom; in GPS_Math_LambertCC_EN_To_LatLon() local 601 rhom = rho0 - dy; in GPS_Math_LambertCC_EN_To_LatLon() 602 rho = pow(dx*dx + rhom*rhom,(double)0.5); in GPS_Math_LambertCC_EN_To_LatLon() 605 rhom *= (double)-1.0; in GPS_Math_LambertCC_EN_To_LatLon() 612 theta = atan2(dx,rhom); in GPS_Math_LambertCC_EN_To_LatLon()
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/dports/graphics/wdune/wdune-1.926/src/ |
H A D | GpsMathLib.cpp | 1201 double rhom; in GPS_Math_Albers_EN_To_LatLon() local 1269 rhom = rho0-dy; in GPS_Math_Albers_EN_To_LatLon() 1270 rho = pow(dx*dx+rhom*rhom,(double)0.5); in GPS_Math_Albers_EN_To_LatLon() 1277 rhom *= (double)-1.0; in GPS_Math_Albers_EN_To_LatLon() 1281 theta = atan2(dx,rhom); in GPS_Math_Albers_EN_To_LatLon() 1532 double rhom; in GPS_Math_LambertCC_EN_To_LatLon() local 1589 rhom = rho0 - dy; in GPS_Math_LambertCC_EN_To_LatLon() 1590 rho = pow(dx*dx + rhom*rhom,(double)0.5); in GPS_Math_LambertCC_EN_To_LatLon() 1594 rhom *= (double)-1.0; in GPS_Math_LambertCC_EN_To_LatLon() 1602 theta = atan2(dx,rhom); in GPS_Math_LambertCC_EN_To_LatLon()
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/dports/science/code_saturne/code_saturne-7.1.0/src/base/ |
H A D | navstv.f90 | 1662 rhom = (porosi(iel1)*crom(iel1)+porosi(iel2)*crom(iel2))*0.5d0 1664 rhom = (crom(iel1)+crom(iel2))*0.5d0 1671 rnorm = abs(imasfl(ifac))/(suffan(ifac)*rhom)
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