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Elmer FEM solver
Elmer is an open source finite element software for multiphysical problems
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Elmer FEM solver
Elmer is an open source finite element software for multiphysical problems
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This is the complete list of members for solverutils, including all inherited members.
| add1stordertime(MassMatrix, StiffMatrix, Force, dt, n, DOFs, NodeIndexes, Solver, UElement) | solverutils | |
| add1stordertime(MassMatrix, StiffMatrix, Force, dt, n, DOFs, NodeIndexes, Solver, UElement) | solverutils | |
| add1stordertime_crs(Matrix, Force, dt, Solver) | solverutils | |
| add1stordertime_crs(Matrix, Force, dt, Solver) | solverutils | |
| add2ndordertime(MassMatrix, DampMatrix, StiffMatrix, Force, dt, n, DOFs, NodeIndexes, Solver) | solverutils | |
| add2ndordertime(MassMatrix, DampMatrix, StiffMatrix, Force, dt, n, DOFs, NodeIndexes, Solver) | solverutils | |
| addtomatrixelement(A, i, j, VALUE) | solverutils | |
| addtomatrixelement(A, i, j, VALUE) | solverutils | |
| averageboundarynormals(Model, VariableName, NumberOfBoundaryNodes, BoundaryReorder, BoundaryNormals, BoundaryTangent1, BoundaryTangent2, dim) | solverutils | |
| averageboundarynormals(Model, VariableName, NumberOfBoundaryNodes, BoundaryReorder, BoundaryNormals, BoundaryTangent1, BoundaryTangent2, dim) | solverutils | |
| backrotatentsystem(Solution, Perm, NDOFs) | solverutils | |
| backrotatentsystem(Solution, Perm, NDOFs) | solverutils | |
| backscalelinearsystem(Solver, A, b, x, DiagScaling, ConstraintScaling) | solverutils | |
| backscalelinearsystem(Solver, A, b, x, DiagScaling, ConstraintScaling) | solverutils | |
| calculatenodalweights(Solver, WeightAtBoundary, Perm, VarName) | solverutils | |
| calculatenodalweights(Solver, WeightAtBoundary, Perm, VarName) | solverutils | |
| changematrixelement(A, i, j, NewValue) | solverutils | |
| changematrixelement(A, i, j, NewValue) | solverutils | |
| checknormaltangentialboundary(Model, VariableName, NumberOfBoundaryNodes, BoundaryReorder, BoundaryNormals, BoundaryTangent1, BoundaryTangent2, dim) | solverutils | |
| checknormaltangentialboundary(Model, VariableName, NumberOfBoundaryNodes, BoundaryReorder, BoundaryNormals, BoundaryTangent1, BoundaryTangent2, dim) | solverutils | |
| checkpassiveelement(UElement) | solverutils | |
| checkpassiveelement(UElement) | solverutils | |
| checkstepsize(Solver, FirstTrial, PrevResidual, Residual, nsize, values, values0) | solverutils | |
| checkstepsize(Solver, FirstTrial, PrevResidual, Residual, nsize, values, values0) | solverutils | |
| computechange(Solver, SteadyState, nsize, values, values0) | solverutils | |
| computechange(Solver, SteadyState, nsize, values, values0) | solverutils | |
| computenorm(Solver, nin, values) | solverutils | |
| computenorm(Solver, nin, values) | solverutils | |
| condensate(N, K, F, F1) | solverutils | |
| condensate(N, K, F, F1) | solverutils | |
| condensatep(N, Nb, K, F, F1) | solverutils | |
| condensatep(N, Nb, K, F, F1) | solverutils | |
| copybulkmatrix(A) | solverutils | |
| determinesoftlimiter(Solver) | solverutils | |
| determinesoftlimiter(Solver) | solverutils | |
| fct_correction(Solver) | solverutils | |
| fct_correction(Solver) | solverutils | |
| finishassembly(Solver, ForceVector) | solverutils | |
| finishassembly(Solver, ForceVector) | solverutils | |
| getmatrixelement(A, i, j) | solverutils | |
| getmatrixelement(A, i, j) | solverutils | |
| getpassiveboundary(Model, Mesh, BcId) | solverutils | |
| getpassiveboundary(Model, Mesh, BcId) | solverutils | |
| getsolutionrotation(A, n) | solverutils | |
| getsolutionrotation(A, n) | solverutils | |
| gluelocalsubmatrix(A, row0, col0, Nrow, Ncol, RowInds, ColInds, RowDofs, ColDofs, LocalMatrix) | solverutils | |
| gluelocalsubmatrix(A, row0, col0, Nrow, Ncol, RowInds, ColInds, RowDofs, ColDofs, LocalMatrix) | solverutils | |
| initializetimestep(Solver) | solverutils | |
| initializetimestep(Solver) | solverutils | |
| initializetozero(A, ForceVector) | solverutils | |
| initializetozero(A, ForceVector) | solverutils | |
| invalidatevariable(TopMesh, PrimaryMesh, Name) | solverutils | |
| invalidatevariable(TopMesh, PrimaryMesh, Name) | solverutils | |
| laplacematrixassembly(Solver, Perm, A) | solverutils | |
| laplacematrixassembly(Solver, Perm, A) | solverutils | |
| linearsystemmultiply(Solver) | solverutils | |
| linearsystemmultiply(Solver) | solverutils | |
| massmatrixassembly(Solver, Perm, A) | solverutils | |
| massmatrixassembly(Solver, Perm, A) | solverutils | |
| matrixvectormultiply(A, u, v) | solverutils | |
| matrixvectormultiply(A, u, v) | solverutils | |
| mortarrobinsolver(A, x, b, Solver) | solverutils | |
| mortarrobinsolver(A, x, b, Solver) | solverutils | |
| movematrixelement(A, i1, j1, i2, j2) | solverutils | |
| movematrixelement(A, i1, j1, i2, j2) | solverutils | |
| moverow(A, n1, n2, Coeff) | solverutils | |
| moverow(A, n1, n2, Coeff) | solverutils | |
| nscondensate(N, Nb, dim, K, F, F1) | solverutils | |
| nscondensate(N, Nb, dim, K, F, F1) | solverutils | |
| reverserowequilibration(A, f) | solverutils | |
| reverserowequilibration(A, f) | solverutils | |
| rotatentsystem(Vec, NodeNumber) | solverutils | |
| rotatentsystem(Vec, NodeNumber) | solverutils | |
| rowequilibration(A, f, Parallel) | solverutils | |
| rowequilibration(A, f, Parallel) | solverutils | |
| scalelinearsystem(Solver, A, b, x, DiagScaling, ApplyScaling, RhsScaling, ConstraintScaling) | solverutils | |
| scalelinearsystem(Solver, A, b, x, DiagScaling, ApplyScaling, RhsScaling, ConstraintScaling) | solverutils | |
| searchnodel(ParallelInfo, QueriedNode, n) | solverutils | |
| searchnodel(ParallelInfo, QueriedNode, n) | solverutils | |
| setdirichletboundaries(Model, A, b, Name, DOF, NDOFs, Perm, PermOffSet, OffDiagonalMatrix) | solverutils | |
| setdirichletboundaries(Model, A, b, Name, DOF, NDOFs, Perm, PermOffSet, OffDiagonalMatrix) | solverutils | |
| setdirichletpoint(StiffMatrix, ForceVector, DOF, NDOFs, Perm, NodeIndex, NodeValue) | solverutils | |
| setdirichletpoint(StiffMatrix, ForceVector, DOF, NDOFs, Perm, NodeIndex, NodeValue) | solverutils | |
| setmatrixelement(A, i, j, VALUE) | solverutils | |
| setmatrixelement(A, i, j, VALUE) | solverutils | |
| setnodalloads(Model, A, b, Name, DOF, NDOFs, Perm) | solverutils | |
| setnodalloads(Model, A, b, Name, DOF, NDOFs, Perm) | solverutils | |
| sgetelementdofs(Indexes, UElement, USolver) | solverutils | |
| sgetelementdofs(Indexes, UElement, USolver) | solverutils | |
| solveeigensystem(StiffMatrix, NOFEigen, EigenValues, EigenVectors, Solver) | solverutils | |
| solveeigensystem(StiffMatrix, NOFEigen, EigenValues, EigenVectors, Solver) | solverutils | |
| solveharmonicsystem(G, Solver) | solverutils | |
| solveharmonicsystem(G, Solver) | solverutils | |
| solvelinearsystem(A, b, x, Norm, DOFs, Solver, BulkMatrix) | solverutils | |
| solvelinearsystem(A, b, x, Norm, DOFs, Solver, BulkMatrix) | solverutils | |
| solvesystem(A, ParA, b, x, Norm, DOFs, Solver) | solverutils | |
| solvesystem(A, ParA, b, x, Norm, DOFs, Solver) | solverutils | |
| solvewithlinearrestriction(StiffMatrix, ForceVector, Solution, Norm, DOFs, Solver) | solverutils | |
| solvewithlinearrestriction(StiffMatrix, ForceVector, Solution, Norm, DOFs, Solver) | solverutils | |
| transposematrixvectormultiply(A, u, v) | solverutils | |
| transposematrixvectormultiply(A, u, v) | solverutils | |
| updateexportedvariables(Solver) | solverutils | |
| updateexportedvariables(Solver) | solverutils | |
| updateglobalequations(StiffMatrix, LocalStiffMatrix, ForceVector, LocalForce, n, NDOFs, NodeIndexes, RotateNT, UElement) | solverutils | |
| updateglobalequations(StiffMatrix, LocalStiffMatrix, ForceVector, LocalForce, n, NDOFs, NodeIndexes, RotateNT, UElement) | solverutils | |
| updateglobalforce(ForceVector, LocalForce, n, NDOFs, NodeIndexes, RotateNT, UElement) | solverutils | |
| updateglobalforce(ForceVector, LocalForce, n, NDOFs, NodeIndexes, RotateNT, UElement) | solverutils | |
| updatemassmatrix(StiffMatrix, LocalMassMatrix, n, NDOFs, NodeIndexes) | solverutils | |
| updatemassmatrix(StiffMatrix, LocalMassMatrix, n, NDOFs, NodeIndexes) | solverutils | |
| updatetimeforce(StiffMatrix, ForceVector, LocalForce, n, NDOFs, NodeIndexes) | solverutils | |
| updatetimeforce(StiffMatrix, ForceVector, LocalForce, n, NDOFs, NodeIndexes) | solverutils | |
| variablenameparser(var_name, NoOutput, Global, Dofs) | solverutils | |
| variablenameparser(var_name, NoOutput, Global, Dofs) | solverutils | |
| zerorow(A, n) | solverutils | |
| zerorow(A, n) | solverutils |
1.8.3.1-20130512 
