| /petsc/src/mat/tests/ |
| H A D | ex269f.F90 | 7 Mat :: A, D, Id, Acopy
17 …MatCreateConstantDiagonal(PETSC_COMM_WORLD, PETSC_DETERMINE, PETSC_DETERMINE, n, n, one, Id, ierr))
18 PetscCallA(MatCreateVecs(Id, v, w, ierr))
27 mats = [PETSC_NULL_MAT, D, Id, PETSC_NULL_MAT]
38 PetscCallA(MatDestroy(Id, ierr))
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| /petsc/share/petsc/datafiles/meshes/ |
| H A D | hybrid_3d_cube.msh | 12 Id x y z
113 Id Type NumTags PhysGrp ElemGrp IndexList
405 Dim Id Name
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| /petsc/src/binding/petsc4py/test/ |
| H A D | test_mat_py.py | 507 Id = PETSc.Mat().create(self.COMM)
508 Id.setSizes(self.A.getSizes())
509 Id.setType(PETSc.Mat.Type.AIJ)
510 Id.setUp()
511 Id.assemble()
512 Id.shift(s)
514 self.assertTrue(self.A.matMult(A).equal(Id.matMult(A)))
515 self.assertTrue(A.matMult(self.A).equal(A.matMult(Id)))
517 self.assertTrue(self.A.matTransposeMult(A).equal(Id.matTransposeMult(A)))
518 self.assertTrue(A.matTransposeMult(self.A).equal(A.matTransposeMult(Id)))
[all …]
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| /petsc/src/mat/utils/ |
| H A D | pheap.c | 33 #define Id(h, loc) ((h)->base[loc].id) macro
38 id = Id(h, loc); in Swap()
40 h->base[loc].id = Id(h, loc2); in Swap()
115 h->base[1].id = Id(h, loc); in PetscHeapPop()
156 PetscInt id = Id(h, h->stash), value = Value(h, h->stash); in PetscHeapUnstash()
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| /petsc/src/ts/tutorials/power_grid/stability_9bus/ |
| H A D | ex9busadj.c | 122 PetscScalar Id, Iq; /* Generator dq axis currents */ in SetInitialGuess() local
154 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); /* d-axis stator current */ in SetInitialGuess()
160 Edp = Vd + Rs[i] * Id - Xqp[i] * Iq; /* d-axis transient EMF */ in SetInitialGuess()
161 Eqp = Vq + Rs[i] * Iq + Xdp[i] * Id; /* q-axis transient EMF */ in SetInitialGuess()
173 xgen[idx] = Id; in SetInitialGuess()
179 Efd = Eqp + (Xd[i] - Xdp[i]) * Id; in SetInitialGuess()
211 PetscScalar Id, Iq; /* Generator dq axis currents */ in ResidualFunction() local
246 Id = xgen[idx + 4]; in ResidualFunction()
253 fgen[idx] = (Eqp + (Xd[i] - Xdp[i]) * Id - Efd) / Td0p[i]; in ResidualFunction()
256 …fgen[idx + 3] = (-TM[i] + Edp * Id + Eqp * Iq + (Xqp[i] - Xdp[i]) * Id * Iq + D[i] * (w - w_s)) / … in ResidualFunction()
[all …]
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| H A D | ex9busopt.c | 161 PetscScalar Id, Iq; /* Generator dq axis currents */ in SetInitialGuess() local
193 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); /* d-axis stator current */ in SetInitialGuess()
199 Edp = Vd + Rs[i] * Id - Xqp[i] * Iq; /* d-axis transient EMF */ in SetInitialGuess()
200 Eqp = Vq + Rs[i] * Iq + Xdp[i] * Id; /* q-axis transient EMF */ in SetInitialGuess()
212 xgen[idx] = Id; in SetInitialGuess()
218 Efd = Eqp + (Xd[i] - Xdp[i]) * Id; in SetInitialGuess()
249 PetscScalar Id, Iq; /* Generator dq axis currents */ in InitialGuess() local
281 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); /* d-axis stator current */ in InitialGuess()
287 Edp = Vd + Rs[i] * Id - Xqp[i] * Iq; /* d-axis transient EMF */ in InitialGuess()
288 Eqp = Vq + Rs[i] * Iq + Xdp[i] * Id; /* q-axis transient EMF */ in InitialGuess()
[all …]
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| H A D | ex9busoptfd.c | 124 PetscScalar Id, Iq; /* Generator dq axis currents */ in SetInitialGuess() local
156 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); /* d-axis stator current */ in SetInitialGuess()
162 Edp = Vd + Rs[i] * Id - Xqp[i] * Iq; /* d-axis transient EMF */ in SetInitialGuess()
163 Eqp = Vq + Rs[i] * Iq + Xdp[i] * Id; /* q-axis transient EMF */ in SetInitialGuess()
175 xgen[idx] = Id; in SetInitialGuess()
181 Efd = Eqp + (Xd[i] - Xdp[i]) * Id; in SetInitialGuess()
213 PetscScalar Id, Iq; /* Generator dq axis currents */ in ResidualFunction() local
248 Id = xgen[idx + 4]; in ResidualFunction()
255 fgen[idx] = (Eqp + (Xd[i] - Xdp[i]) * Id - Efd) / Td0p[i]; in ResidualFunction()
258 …fgen[idx + 3] = (-TM[i] + Edp * Id + Eqp * Iq + (Xqp[i] - Xdp[i]) * Id * Iq + D[i] * (w - w_s)) / … in ResidualFunction()
[all …]
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| H A D | ex9busdmnetwork.c | 371 PetscScalar Id, Iq; /* Generator dq axis currents */ in SetInitialGuess() local
417 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); in SetInitialGuess()
426 Edp = Vd + gen->Rs * Id - gen->Xqp * Iq; in SetInitialGuess()
429 Eqp = Vq + gen->Rs * Iq + gen->Xdp * Id; in SetInitialGuess()
437 xarr[offset + 4] = Id; in SetInitialGuess()
440 Efd = Eqp + (gen->Xd - gen->Xdp) * Id; in SetInitialGuess()
603 PetscScalar Id, Iq; /* Generator dq axis currents */ in FormIFunction() local
615 Id = xarr[offsetgen + 4]; in FormIFunction()
634 farr[offsetgen] = (Eqp + (Xd - Xdp) * Id - Efd) / Td0p + xdotarr[offsetgen]; in FormIFunction()
637 …farr[offsetgen + 3] = (-TM + Edp * Id + Eqp * Iq + (Xqp - Xdp) * Id * Iq + D * (w - W_S)) / M + xd… in FormIFunction()
[all …]
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| H A D | ex9bus.c | 348 PetscScalar Id, Iq; /* Generator dq axis currents */ in SetInitialGuess() local
380 Id = IGr * PetscCosScalar(theta) - IGi * PetscSinScalar(theta); /* d-axis stator current */ in SetInitialGuess()
386 Edp = Vd + Rs[i] * Id - Xqp[i] * Iq; /* d-axis transient EMF */ in SetInitialGuess()
387 Eqp = Vq + Rs[i] * Iq + Xdp[i] * Id; /* q-axis transient EMF */ in SetInitialGuess()
399 xgen[idx] = Id; in SetInitialGuess()
405 Efd = Eqp + (Xd[i] - Xdp[i]) * Id; in SetInitialGuess()
439 PetscScalar Id, Iq; /* Generator dq axis currents */ in ResidualFunction() local
474 Id = xgen[idx + 4]; in ResidualFunction()
481 fgen[idx] = (-Eqp - (Xd[i] - Xdp[i]) * Id + Efd) / Td0p[i]; in ResidualFunction()
484 …fgen[idx + 3] = (TM[i] - Edp * Id - Eqp * Iq - (Xqp[i] - Xdp[i]) * Id * Iq - D[i] * (w - w_s)) / M… in ResidualFunction()
[all …]
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| /petsc/lib/petsc/bin/maint/abi-compliance-checker/modules/Internals/ |
| H A D | GccAst.pm | 1798 my $Id = $_[0];
1799 if($Id)
1801 if(defined $Cache{"getTypeDeclId"}{$V}{$Id}) {
1802 return $Cache{"getTypeDeclId"}{$V}{$Id};
1804 if(my $Info = $LibInfo{$V}{"info"}{$Id})
1807 return ($Cache{"getTypeDeclId"}{$V}{$Id} = $1);
1811 return ($Cache{"getTypeDeclId"}{$V}{$Id} = 0);
2735 my $Id = $_[0];
2736 if($Id and my $Info = $LibInfo{$V}{"info"}{$Id})
3820 if(my $Id = getTypeIdByName($Attr->{"Name"}, $V)) {
[all …]
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| /petsc/doc/manual/ |
| H A D | matlab.md | 198 Obtain the Host Id using the command: ip addr | grep ether [^matlabsection-footnote2]
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| /petsc/lib/petsc/bin/maint/abi-compliance-checker/ |
| H A D | abi-compliance-checker.pl | 10627 foreach my $Id (keys(%{$SymbolInfo{1}}))
10629 my $MnglName = $SymbolInfo{1}{$Id}{"MnglName"};
10631 $MnglName = $SymbolInfo{1}{$Id}{"ShortName"}
10635 $CompSign{1}{$SV} = $SymbolInfo{1}{$Id};
10638 $CompSign{1}{$MnglName} = $SymbolInfo{1}{$Id};
10642 $CompSign{1}{$Alias} = $SymbolInfo{1}{$Id};
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