Diffpack Documentation

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Diffpack Kernel and Toolboxes Compound List

Here are the classes, structs, unions and interfaces with brief descriptions:

• AbaqusElm2dpElm (ABAQUS element to Diffpack element)
• AbaqusFilter (ABAQUS filter)
• AbaqusFilterCore (ABAQUS filter core)
• AddMultigrid (Abstract additive multigrid algorithm)
• AddSchwarzDD (Overlapping additive Schwarz iteration)
• AlgebraicContribs (Algebraic contributions)
• AlgebraicCoupling (Algebraic couplingbetween equations)
• AlgebraicDofBase (Algebraic degree of freedom base class)
• AlgebraicEquation (Algebraic equation)
• AMD (Renumbering of unknowns by approximate minimum degree algorithm)
• AMDatr (Special vesion of class "AMD")
• AMDbar (Special version of class "AMD")
• AMDexa (Special version of class "AMD")
• AMDhaf (Special version of class "AMD")
• AMDhat (Special version of class "AMD")
• AMDtru (Special version of class "AMD")
• AMG (Solution of linear systems by algebraic multi-grid)
• AnsysElm2dpElm (ANSYS element to Diffpack element)
• AnsysFilter (ANSYS filter)
• AnsysFilterCore (ANSYS filter core)
• AnsysInFilterCore (ANSYS in filter core)
• AnsysOutFilterBlockedCore (ANSYS out filter blocked core)
• AnsysOutFilterCore (ANSYS out filter core)
• AnsysOutFilterUnBlockedCore (ANSYS out filter unblocked core)
• ArrayGen(Type) (Generalized, multi-dimensional array with arithmetic operations (arbitrary base))
• ArrayGenSel(Type) (Subset of general array with arithmetic operations)
• ArrayGenSimple(Type) (General array with operator= and printing)
• ArrayGenSimplest(LinEqVector)
• ArrayGenSimplest(Type) (General array with variable no. of indices)
• ASCIIReporter (A report manager based on plain ASCII files)
• BasicItSolver (Base class for basic iterations)
• BasisFuncAtPt (Finite element basis functions evaluated at a point)
• BasisFuncGrid (Basis function modification of a GridFE object (mixed FEM))
• BellFunc (Functor (derived from FieldFunc) for bell function)
• BiCGStab (BiConjugate Gradient Stabilized method for nonsymmetric systems)
• BoundaryFE (Boundary information in finite element grids)
• BoundaryMesh (Boundary information)
• BoundaryStruct (Boundary information in a structured FE mesh)
• BSpline (Representation of usual B-spline function y=f(x))
• BtGuiBalloon (Tix-based balloon widget)
• BtGuiBase (Base class for widgets, variables and callbacks)
• BtGuiBuildMenuSystem
• BtGuiButton (Tk-based button widget)
• BtGuiButtonBox (Tix-based box widget with buttons)
• BtGuiCallback
• BtGuiCanvas (Tk-based canvas widget)
• BtGuiCheckButton (Tk-based check button widget)
• BtGuiCheckList (Tix-based checklist widget)
• BtGuiComboBox (Tix-based combo box widget)
• BtGuiControl (Tix-based control widget)
• BtGuiDirList (Tix-based directroy list widget)
• BtGuiDirSelectDialog (Tix-based directory list widget)
• BtGuiDirTree (Tix-based directory tree widget)
• BtGuiEntry (Tk-based text entry widget)
• BtGuiExFileSelectBox (Tix-based file selection widget)
• BtGuiExFileSelectDialog (Tix-based file selection widget)
• BtGuiExitCB (Special callback for GUI exit)
• BtGuiFileEntry (Tix-based file name entry widget)
• BtGuiFileSelectBox (Tix-based file selection widget)
• BtGuiFileSelectDialog (Tix-based file selection widget)
• BtGuiFrame (Tk-based frame window widget)
• BtGuiGrid (Tix-based data grid widget)
• BtGuiHList (Tix-based list widget)
• BtGuiInputOnly (Tix-based input widget)
• BtGuiLabel (Tk-based label widget)
• BtGuiLabelEntry (Tix-based input widget)
• BtGuiLabelFrame (Tix-based frame widget)
• BtGuiLabelInfo (Label information used by help system)
• BtGuiListBox (Tk-based list widget)
• BtGuiListNoteBook (Tix-based notebook widget)
• BtGuiMenu (Tk-based menu widget)
• BtGuiMenuButton (Tk-based menu button widget)
• BtGuiMenuHelpCB (Special callback for GUI help system)
• BtGuiMenuSystem (Tk-based representation of a "MenuSystem" object)
• BtGuiMenuVariable
• BtGuiMessage (Tk-based message window widget)
• BtGuiMeter
• BtGuiNoteBook (Tix-based notebook widget)
• BtGuiOptionMenu (Tix-based option menu widget)
• BtGuiPanedWindow (Tix-based paned window widget)
• BtGuiPopupMenu (Tix-based popup menu widget)
• BtGuiRadioButton
• BtGuiScale (Tk-based slider widget)
• BtGuiScrollbar (Tk-based scrollbar widget)
• BtGuiScrolledGrid (Tix-based scrollable table widget)
• BtGuiScrolledTList (Tix-based scrollable list widget)
• BtGuiScrollHList (Tix-based scrollable list widget)
• BtGuiScrollListBox (Tix-based scrollable list widget)
• BtGuiScrollText (Tix-based scrollable text window widget)
• BtGuiScrollWindow (Tix-based scrollable list widget)
• BtGuiSelect (Tix-based select button widget)
• BtGuiStdButtonBox (Tix-based standard buttons widget)
• BtGuiText (Tk-based text widget)
• BtGuiTixInterpreter (C++ wrapper for the Tix interpreter)
• BtGuiTkInterpreter (C++ wrapper for the Tcl/Tk interpreter)
• BtGuiTList (Tix-based tabular list widget)
• BtGuiTopLevel (Tk-based widget)
• BtGuiTree (Tix-based tree widget)
• BtGuiVariable (Representation of a Tcl/Tk variable)
• BtGuiWidget (Base class for GUI widgets)
• BtGuiWidgetGen (Generic widget)
• CartTopologyMPI (Cartesian process topology (parallel machines))
• CGS (Conjugate Gradient Squared method for nonsymmetric systems)
• CharPack (Pack arbitrary data byte by byte in a char vector)
• CharPackMPI (Send data packed by CharPack)
• CMAbsMixResidual (Convergence monitor based on absolute mixed residuals)
• CMAbsRefSolution (Absolute convergence monitor for reference solution)
• CMAbsResidual (Absolute convergence monitor for residual vectors)
• CMAbsSeqResidual (Absolute convergence monitor for sequence of residual vectors)
• CMAbsSeqSolution (Absolute convergence monitor for sequence of iterates)
• CMAbsTrueResidual (Absolute convergence monitor for true residual vectors)
• CMAdaptCGprm (Adaptive convergence monitor for CG based on iteration parameters)
• CMRelMixResidual (Relative convergence monitor based on mixed residuals)
• CMRelRefSolution (Relative convergence monitor for reference solution)
• CMRelResidual (Relative convergence monitor for residual vectors)
• CMRelResidualUB (Relative convergence monitor for residual vectors wwith user-defined base value)
• CMRelResSolution (Relative convergence monitor for a residual vector)
• CMRelSeqResidual (Relative convergence monitor for sequence of residual vectors)
• CMRelSeqSolution (Relative convergence monitor for sequence of iterates)
• CMRelTrueResidual (Relative monitor for true residual vectors)
• CoarseAddCoarseSchwarzDD (Additive Schwarz iteration with coarse grid)
• Color (Definition of a color)
• ColorScale (Collection of color-related definitions and functions)
• Complex (Class for complex numbers)
• ConjGrad (Iterative method for matrix systems)
• ConjGradNonLin (Conjuagte gradient family of solvers for nonlinear systems)
• ConvMonitor (Base class for convergence monitors)
• ConvMonitor_prm (Parameters for the "ConvMonitor" hierarchy)
• ConvMonitorList (List of convergence monitors)
• ConvMonitorList_prm (Parameters for initializing a "ConvMonitorList" object)
• ConvMonSeq (Base class for convergence monitors (vector sequences))
• ConvStatistics (Statistics from the "ConvMonitor" hierarchy)
• CorrAlongLine (Covariance of two random fields along a line)
• CorrelModel (Hierarchy for random field correlation models)
• CorrelModel_prm (Parameters for the "CorrelModel" hierarchy)
• CPUclock (Measures the CPU time in C++ programs)
• CurvePlot (General plot (file) format for y=f(x) curves)
• CurvePlotFile (Manager of CurvePlot objects for curve plotting)
• DegFreeFD (Degree of freedom manager for finite difference linear systems)
• DegFreeFE (Degree of freedom manager for finite element linear systems)
• DetermDistr (Probability distribution for deterministic numbers)
• DiracDelta (Array of Dirac delta functions for finite element methods)
• DirectSolver (Base class for direct solvers)
• Disks (Description of n geometric objects of disk shape)
• DistrErrorNorms (Norm estimation of the difference between two fields that are distributed on multiple processors)
• DistrProcManager (Dummy base class for managers of distributed processes)
• DistrProcManagerMPI (Manager of distributed processes and parallel programming using MPI)
• docsrc (Degree of freedom manager for finite volume systems)
• DomainFunctor (User defined field function)
• DpList(String)
• DpList(Type,Itemtype) (A template class for lists)
• DpListBin(Type) (Binary sorted list of class objects)
• DpListBinH(Type) (Binary sorted list of class objects managed by handles)
• DpListItemHandle(Type) (Non-public list item object used by class "DpList")
• DpListItemInst
• DpListItemInst(Type) (Non-public list item object used by class "DpList")
• DpListItemPtr(Type) (Non-public list item object used by class "DpList")
• DpLists (Template class for implementation of a list of lists)
• DpLists(DpListType)
• DpListsItem (Non-public list items in to be used by class "DpLists")
• DpListsItem(DpListType)
• dpTracer (Class for convenient manual trace of C++ code)
• Draw2D (Base class for generation of Gaussian random fields)
• Draw2D_matrix (Exact generation of Gaussian random fields)
• Draw2D_s1 (Method for generating Gaussian random fields)
• Draw2D_s2 (Method for generating Gaussian random fields)
• DynElement (Class for holding information about a finite element)
• DynNode (Class for holding node information)
• EigenEstCG (Eigenvalue estimator based on CG parameters)
• EigenEstimator (Add-on module for eigenvalue estimation based on parameters extracted from iterative solvers)
• EigenEstimator_prm (Parameters for the "EigenEstimator" class hierarchy)
• ElmB20n3D (Definition of 3D quadratic finite element with 20 nodes)
• ElmB27gn1bn3D (Definition of 3D constant box finite element)
• ElmB27gn8bn3D (8 node pressure element with quadratic geometry)
• ElmB27n3D (Definition of 3D triquadratic finite element)
• ElmB2gn1bn1D (Definition of 2D constant quadratic finite element)
• ElmB2n1D (Definition of 1D linear finite element)
• ElmB3n1D (Definition of 1D quadratic finite element)
• ElmB4gn1bn2D (Definition of 2D constant quadratic finite element)
• ElmB4gn2bn2Du (U-component of vector 2D linear mixed quadrilateral element)
• ElmB4gn2bn2Dv (U-comp of vector 2D linear mixed quadrilateral element)
• ElmB4n2D (Definition of 2D bilinear finite element)
• ElmB8gn1bn3D (Definition of 3D constant box finite element)
• ElmB8n2D (Definition of 2D quadratic finite element with 8 nodes)
• ElmB8n3D (Definition of 3D trilinear finite element)
• ElmB9gn4bn2D (4 node pressure element with quadratic geometry)
• ElmB9n2D (Definition of 2D biquadratic finite element)
• ElmBH2n1D (Definition of 1D cubic Hermite element)
• ElmDef (Abstract base class for definition of finite elements (local system))
• ElmDef_prm (Parameters for the "ElmDef" hierarchy)
• ElmItgRules (Numerical quadrature over a finite element)
• ElmMatVec (Element matrix and vector for FEM programming)
• ElmMatVecCalc (Functor for calculating element matrix/vector)
• ElmMatVecCalcStd (A default version of class ElmMatVecCalc)
• ElmMatVecT3n2D (Optimized assembly of triangles (ElmT3n2D))
• ElmMatVecT4n3D (Optimized assembly of tetrahedra (ElmT4n3D))
• ElmT10gn1bn3D (1 node constant element with quadratic geometry)
• ElmT10gn4bn3D (3 node pressure element with quadratic geometry)
• ElmT10n3D (Definition of 3D quadratic tetrahedral finite element)
• ElmT3gn1bn2D (Definition of 2D constant triangle finite element)
• ElmT3gn3bn2D (3 node pressure element with quadratic geometry)
• ElmT3gn3bn2Du (U-component of vector 2D linear mixed triangular finite element)
• ElmT3gn3bn2Dv (V-component of vector 2D linear mixed triangular finite element)
• ElmT3gn4bn2D (Definition of 2D constant triangle finite element)
• ElmT3gn9bn2Du (U-component of vector 2D linear mixed triangular finite element)
• ElmT3gn9bn2Dv (V-component of vector 2D linear mixed triangular finite element)
• ElmT3n2D (Definition of 2D linear triangle finite element)
• ElmT4gn1bn3D (1 node constant element with linear geometry)
• ElmT4gn4bn3D (4 node pressure element with quadratic geometry)
• ElmT4gn5bn3D (Definition of 3D constant triangle finite element)
• ElmT4n3D (Definition of 3D linear tetrahedral finite element)
• ElmT6gn3bn2D (3 node pressure element with quadratic geometry)
• ElmT6n2D (Definition of 2D quadratic triangle finite element with 6 nodes)
• ElmTensorProd (Definition of tensor product finite elements (hypercubes))
• ElmTensorProd1 (Definition of 1st order tensor product finite elements)
• ElmTensorProd2 (Definition of 2nd order tensor product finite elements)
• EmpiricalStatistics (Base class for calculating statistics of random samples)
• ErrorEstimator (Error estimation related to adaptive methods)
• ErrorNorms (Norm estimation of the difference between two fields)
• ErrorRate (Compare pairwise rates for error estimates)
• ExpecVar (Estimation of the expectation and standard devation of a random variable)
• ExpecVarFieldFE (Estimation of expectation and variance of FE fields)
• ExpecVarFieldLattice (Estimation of expectation and variance of fields)
• ExponentialCorrelModel (Exponential random field correlation model)
• Extremes (Extreme values of random variables)
• FactStrategy (Data block for exact and incomplete matrix factorizations)
• FASDampedMultigrid
• FASMultigrid (FAS, full approximation storage)
• FDM (Base class and methods for finite difference programming)
• FEM (Base class and methods for finite element programming)
• FFT (Fast Fourier sine and cosine transforms)
• Field (Base class for scalar fields)
• Field_prm (Parameters for the "Field" hierarchy)
• FieldBob
• FieldCollector
• FieldConst (Constant scalar field)
• FieldFE (Finite element scalar field)
• FieldFEGlobalView (Finite element scalar field)
• FieldFormat (Flexible formats for a variable coefficient in PDEs)
• FieldFunc (Scalar field defined as a C/C++ function or functor)
• FieldFV (Finite volume scalar field)
• FieldInformation (Help class for class SimResFilter help class for class SimResFilter)
• FieldLattice (Finite difference scalar field)
• FieldPiWisConst (Piecewise const scalar field over materials or elements)
• FieldReader (Reading of fields from SimRes files)
• Fields (Base class for collection of scalar fields (ie. vector fields))
• Fields_prm (Parameters for the "Fields" hierarchy)
• FieldsBob (Collection of brick of bytes fields)
• FieldScatPt (Field over a grid of arbitrary scattered points)
• FieldsConst (Constant vector field)
• FieldSelector (View a general scalar field in terms of a component in a vector field)
• FieldsFE (Collection of finite element scalar fields (ie. vector field))
• FieldsFEatItgPt (Derivatives of finite element fields at optimal points)
• FieldsFEGlobalView (Finite element scalar field)
• FieldsFunc (Vector field defined as a C/C++ function or functor)
• FieldsFV (Collection of finite difference scalar fields (ie. vector field))
• FieldsGen (Vector field in terms of pointers to scalar fields)
• FieldsLattice (Collection of finite difference scalar fields (ie. vector field))
• FieldsPiWisConst (Vector field corresponding to FieldPiWisConst)
• FieldsScatPt (Vector field of FieldScatPt components)
• FieldSummary (Summary of a field (max, min, points))
• FieldsWithPtValues (Base class for vector fields having point values)
• FieldVecIdentity (Functor (derived from FieldsFunc) for the identity mapping)
• FieldWithPtValues (Base class for fields having point values)
• FieldWriter (Storage of fields on files)
• FiniteElement (All info on a finite element for a programmer)
• FVPolygon (Finite volume polygon)
• GaussElim (Solution of linear systems by Gaussian elimination)
• GBPlotSpecifications
• gdbprint (Help functions for printing Diffpack objects in the gdb debugger)
• GenExponentialCorrelModel (Generalized exponential correlation model)
• GeometricInd (Geometric mesh refinement indicators)
• Geometry (Base class for "Geometry" hierarchy)
• GeometryBox (Geometry specification (size/location) of a hypercube grid)
• GeometryGeomPack
• GeometryGrummp2D
• GeometrySupEl (Geometry information for a single super element)
• GeometrySupElSet (Geometry of several super elements for preprocessor)
• GibbPooleStockm (Bandwidth reduction by the Gibb et al. algorithm)
• GlobalPolynSpace
• GMRES (Generalized minimal residual method for nonsymmetric systems)
• GraphBasics (Toolbox for drawing text/line-segments)
• GraphBasics2mtv (Exports the GraphBasics format to Plotmtv format)
• GraphBasics2vtk (Exports the GraphBasics format to Vtk format)
• GraphBasicsExport (Base class for exporting the GraphBasics format)
• Grid (Base class for grids)
• Grid2_prm (Parameters for the extended "Grid" hierarchy)
• Grid2Constraint (Constraints for irregular nodes in refined grids)
• Grid_prm (Parameters for the "Grid" hierarchy)
• GridCollector
• GridDynFE (Class for storing a "GridFE" grid in a list structure)
• GridFE (Finite element grid)
• GridFE2GridFV (Converting FEM grids to FVM grids)
• GridFEAdB (Adaptive finite element grid with constraints)
• GridFEAdT (Triangles/tetrahedral elements with refiniments)
• GridFEInfo (Additional grid data structures for neighbor info etc)
• GridFESummary (Summary of a finite element grid (element size, distortion))
• GridFilter (Grid filter)
• GridFilter_prm (Grid filter prm)
• GridFilterCore (Grid filter core)
• GridFV (Finite volume grid)
• GridFVSizeInfo (Finite volume grid)
• GridLattice (Finite difference grid with constant partition)
• GridLattice2GridFV (Converting FEM grids to FVM grids)
• GridLatticeB (Staggered B-grid for finite difference computations)
• GridLatticeC (Staggered C-grid for finite difference computations)
• GridMapUDC (User dep code for specifying side mappings in grids)
• GridPart (Abstract base class of a method hierarchy for preparing subgrids to be used in parallel computing)
• GridPart_prm (Parameter class for the "GridPart" hierarchy)
• GridPartAdm (A collection of functions used for subgrid preparation administration, communication pattern determination and inter-processor communication)
• GridPartFileSource (Subclass of "GridPart" that reads subgrids from files)
• GridPartMetis (Subclass of "GridPartUnstruct" that uses METIS to partition a global unstructured grid)
• GridPartUniform (Uniform partition of a uniform grid)
• GridPartUnstruct (Subclass of "GridPart" that partitions a global unstructured grid and adds overlap to the resulting subgrids if desired)
• GridRefAdm (Administrator class for adaptive grid refinement)
• GridScatPt (Grid consisting of arbitrary discrete points)
• GridWithPts (Base class for grids with discrete points)
• Handle (Smart pointer for class ClassType)
• Handle(ClassType)
• HandleElmDefs (A class that replaces Handle(ElmDef))
• HandleId (Data used by Handle to track pointers to an object)
• Histogram (Makes a histogram of samples of a random variable)
• HTML2Reporter (Automatic report generator for HTML2 format)
• HTMLReporter (A report manager based on the hypertext language HTML)
• Hypercubes (Description of n geometric objects of hypercube shape)
• ImportElm2dpElm (Import element to Diffpack element)
• index_manip (Functions for switching between single and multiple indices)
• IndexSet (Base class index set)
• IndexSet_prm (Parameters for initialization of the "IndexSet" hierarchy)
• IndexSetBox (Box shaped index set in 1D, 2D, 3D and MD)
• IndexSetBoxItOrder (Box shaped index set in 1D, 2D, 3D and MD)
• IndexSetBoxObstacles (Box shaped index set in 1D, 2D, 3D and MD with exception of a list of points)
• IndexSetCollection (Index set, Collection of index sets)
• IndexSetUnion (Index set, union of index sets)
• Indicators (On/off indicators for a set of items (nodes/elements))
• IntegrandCalc (Functor for defining integrands in weak forms (FEM))
• IntegrateOverGridFE (Extraction of a finite element subgrid)
• InteriorHoleGP
• Interval(Type) (Interval [a,b], where a and b are of type Type)
• Is (Generalized input class, covers streams, files, strings etc)
• Is_base (Base class for generalized input, used by class Is)
• Is_ifstream (Implementation of class Is_base input using ifstream files)
• Is_istream (Implementation of class Is_base input using istream)
• Is_String (Implementation of class Is_base input using String)
• Is_xdr (Implementation of class "Is_base" input using xdr binary files)
• IterativeSolver (Base class for iterative solvers)
• Jacobi (Iterative method for matrix systems)
• KnotVec (Vector implemtation of knot vectors)
• KrylovItSolver (Base class for Krylov subspace iterations)
• LaTeXReporter (A report manager for the typesetting system `\`LaTeX`\`)
• LECommBlkCG (Data block for communication related to class "ConjGrad")
• LECommBlkTFQMR (Data block for communication related to class "TFQMR")
• LinEqAdm (User-friendly interface to the "LinEq*" classes for linear systems)
• LinEqAdmFD (User-friendly interface to the "LinEq*" classes for linear systems)
• LinEqAdmFE (User-friendly interface to the "LinEq*" classes for linear systems)
• LinEqAdmFV (User-friendly interface to the "LinEq*" classes for linear systems)
• LinEqCommBlk (Data block for communication between solver and external objects)
• LinEqCommBlk_prm (Parameters for the "LinEqCommBlk" class hierarchy)
• LinEqConstraint (Representation of a linear constraint equation)
• LinEqMatrix (Coefficient matrix in a system of linear equations)
• LinEqMatrix_prm (Parameters for initializing a "LinEqMatrix" object)
• LinEqSolver (Abstract base class for the hierarchy of linear solvers)
• LinEqSolver2_prm (Parameters for the extended "LinEqSolver" hierarchy)
• LinEqSolver_prm (Parameters for the "LinEqSolver" hierarchy)
• LinEqStatBlk (Storage and reporting of performance for linear solvers)
• LinEqSummary (Summary of linear solver performace in many runs)
• LinEqSystem (Base class for representing system of linear equations)
• LinEqSystemBlockPrec (Block-preconditioned system of linear equations)
• LinEqSystemPrec (Preconditioned system of linear equations)
• LinEqSystemStd (Standard system of linear equations (`$`Ax = b`$`))
• LinEqVector (Vector in a system of linear equations)
• LinEqVector_prm (Parameters for initializing a "LinEqVector" object)
• LinEqVecVec (Vectors of "LinEqVector" objects (arbitrary base))
• LinNonLin (A ""nonlinear"" solver for linear systems (1 iteration))
• LogNormalDistr (Lognormal distribution functions)
• ManipGridDynFE (Class for manipulating the list structure of the class "GridDynFE")
• MassMatIntg (An IntegrandCalc functor for mass matrices)
• MassMatrix (Object for flexible representation of a mass matrix)
• Mat(Type) (Dense matrix with arithmetic operations (base = 1))
• MatBand(Type) (Dense banded matrix)
• MatBandLapack(Type) (Dense banded matrix)
• MatDense(Type)
• MatDiag(Type) (Diagonal matrix)
• MatEBE(Type) (Element by element matrix)
• MatlabEngine (Programming interface for calling Matlab from Diffpack)
• MatlabGraphics (Extension of class MatlabEngine for easy visualization)
• MatLapack(Type) (Dense matrix with arithmetic operations (base = 1))
• Matrix(prm_Type) (Parameters for initialization of the "Matrix(Type)" hierarchy)
• Matrix(Type) (Abstract base class for matrices with arithmetic operations)
• MatSchur(Type) (Implicit Schur complement matrix)
• MatSchurUDC(Type) (User interface for implicit Schur complement matrix)
• MatSimple(Type) (Simple dense matrix, base=1, no arithmetic operations)
• MatSimpleH(Type) (As MatSimple, but with a handle)
• MatSimpleLapack(Type) (Simple dense matrix, base=1, no arithmetic operations)
• MatSimplest(Type) (Very simple matrix, only allocation and subscripting)
• MatSimplestH(Type) (As MatSimplest, but with a handle)
• MatSimplestLapack(Type) (Very simple matrix, only allocation and subscripting)
• MatSparse(Type) (General sparse matrix)
• MatStructSparse(Type) (Structured sparse matrix)
• MatTri(Type) (Tridiagonal matrix)
• MatVecContribFD (Contribution matrix and vector in FDM programming)
• MemoryPool (Class for efficient memory handling)
• MenuAnswer (Represents (multiple) answer(s) in a MenuSystem)
• MenuAnswerTable (Table of "MenuAnswer" objects)
• MenuCallBack (Base class for callback functors)
• MenuDisableInfo (Information on disabled menu items)
• MenuField (Subclass for ordinary items in a menu system)
• MenuItemBase (Class hierarchy for items of a menu system)
• MenuLists (Menu class object with a list of items)
• MenuSub (Representation of a submenu item in a MenuSystem)
• MenuSystem (A menu system (user interface) for input data)
• MGtools
• MinRes (Iterative method for matrix systems)
• MLIter (Interface class for multilevel iterative solvers)
• MLSolver (Base class for solvers for Domain Decompostion solvers)
• MLSolver_prm (Parameters for the "MLSolver" hierarchy)
• MLSolverUDC (User dep. code for specifying subspace-solvers and space transfer)
• Moments (Estimation of the 1st-4th moment of a random variable)
• MomentsFieldFE (Estimation of expectation, variance, skewness and kurtosis of FE fields)
• MomentsFieldLattice (Estimation of expectation, variance, skewness and kurtosis of FD fields)
• MovingLS (Smooth derivatives of finite element fields by moving least squares)
• Multigrid (Abstract multigrid and multi-level algorithm)
• MultiLinPolyn
• MultipleReporter (Automatic generation of 7 report formats in simulators)
• MxElmMatVec (Block-structured element matrix and vector (mixed FEM))
• MxFEM (Extension of class FEM to mixed methods, p-FEM etc)
• MxFiniteElement (Version of class FiniteElement for mixed FEM)
• MxMapping (Geometry mapping of certain mixed finite elements)
• MxProj (Sparse projection operators for mixed FEM)
• NastranElm2dpElm (NASTRAN element to Diffpack element)
• NastranFilter (NASTRAN filter)
• NastranFilterCore (NASTRAN filter core)
• NeighborFE (Neighbor information in finite element grids)
• NestedFASDampedMultigrid
• NestedFASMultigrid (FAS, full approximation storage, imbedded in a nested iteration)
• NestedMultigrid (Nested multigrid)
• NewtonRaphson (Newton-Raphson iteration for nonlinear systems)
• NoCorrelModel (Generates uncorrelated random fields)
• NonlinearDampedMultigrid (Nonlinear multigrid with damping)
• NonlinearMultigrid (Abstract multigrid and multi-level algorithm)
• NonLinEqSolver (Base class for solvers for systems of nonlinear equations)
• NonLinEqSolver2_prm (Parameters for the extended "NonLinEqSolver" hierarchy)
• NonLinEqSolver_prm (Parameters for the "NonLinEqSolver" hierarchy)
• NonLinEqSolvers (Switching of various nonlinear solvers to improve convergence)
• NonLinEqSolvers_prm (Parameter class for NonLinEqSolvers)
• NonLinEqSolverState
• NonLinEqSolverUDC (User dependent code for nonlinear systems)
• NonLinEqSummary (Summary of nonlinear solver performace in many runs)
• NonLinMGtools
• NonLinML (Nonlinear domain decomposition / multigrid iteration for nonlinear systems)
• NormalDistr (Normal (gaussian) distribution functions)
• Norms (Norm estimation of fields)
• OpSysUtil (A collection of C++ interfaces to common system calls)
• Orthomin (Iterative method for matrix systems)
• Os (Generalized output class, covers streams, files, strings etc)
• Os_base (Base class for generalized output, used by class Os)
• Os_MFCLog (Implementation of class Os_base output using rpc/xdr)
• Os_ofstream (Implementation of class "Os_base" input using ofstream files)
• Os_ostream (Implementation of class Os_base input using ostream)
• Os_String (Implementation of class Os_base output using String)
• Os_xdr (Implementation of class Os_base output using rpc/xdr)
• ParametricBSpline (General parametric B-spline curve)
• ParametricTPSurface (Parametric tensor product B-spline surface)
• Partition (Base class for "Partition" hierarchy)
• PartitionBox (Partition of a hypercube grid)
• PartitionGeomPack
• PartitionGrummp2D
• PartitionSupEl (Partition of a single super element for preprocessor)
• PartitionSupElSet (Partition of a set of super elements for preprocessor)
• PrecAction (User defined preconditioning procedure)
• PrecAlgebraic (Base class for algebraic preconditioners for linear systems)
• PrecBasis (Class for basis information about a preconditioner)
• PrecItSolver (Base class for inner iteration preconditioners for linear systems)
• PrecJacobi (Jacobi preconditioner for linear systems)
• PrecJacobiIter (Multi-step Jacobi preconditioner for linear systems)
• PrecML (Interface class for multilevel preconditioners)
• PrecNone (Identity preconditioner for linear systems)
• Precond (Base class for preconditioners for linear systems)
• Precond2_prm (Parameters for the extended "Precond" hierarchy)
• Precond_prm (Parameters for the "Precond" hierarchy)
• PrecondStatistics (Statistics from the "Precond" hierarchy)
• PrecProcedure (Base class for non-algebraic preconditioners for linear systems)
• PrecRILU (RILU(w) preconditioner for linear systems)
• PrecSOR (SOR preconditioner for linear systems)
• PrecSORIter (Multi-step SOR preconditioner for linear systems)
• PrecSSOR (SSOR preconditioner for linear systems)
• PrecSSORIter (Multi-step SSOR preconditioner for linear systems)
• PrecUserDefInv (User defined approximate inverse for preconditioning of linear systems)
• PrecUserDefLU (User defined LU factorized preconditioner for linear systems)
• PrecUserDefMat (User defined algebraic preconditioner for linear systems)
• PrecUserDefProc (User defined procedural preconditioner for linear systems)
• Prepro (Base class for finite element preprocessors)
• Prepro_prm (Parameters for the "Prepro" hierarchy)
• PreproBox (FE preprocessor for domains with box shape)
• PreproGeomPack
• PreproGrummp2D (Prepro input for the 2d GRUMMP preprocessor)
• PreproLaplace (Preprocessor based on Laplace equations and mappings)
• PreproStdGeom (Mesh generator for common geometries; box, disk, triangle etc)
• PreproSupEl (Gridgenerator for a single isoparametric super element)
• PreproSupElSet (Finite element grid generator based on super elements)
• PreproTriangle (Prepro input for the triangle preprocessor)
• ProbDistr (General base class for probability distributions)
• ProbDistr_prm (Name and parameters of a probability distribution)
• Proj (Base class for Projection operators between grids)
• Proj2_prm (Parameters for the extended "Proj" hierarchy)
• Proj_prm (Parameters for the "Proj" hierarchy)
• ProjIm (Projection operators between grids)
• ProjInterp (Projection operators between matching grids)
• ProjInterpMat (Dense projection operator between grids)
• ProjInterpSparse (Sparse interpolation operators between grids)
• ProjInterpSparseHier
• ProjMat (Projection operator between grids)
• ProjMatrix (Matrix-based projection operators between grids)
• ProjMatSparse (Sparse projection operators between grids)
• PromptBase (Dummy base function for parallel prompt function)
• Ptm(Type) (Simple matrix used for point transformations)
• Ptv(Type) (Simple vector for points, and optimized for 1D, 2D and 3D)
• Puttonen (Bandwidth reduction using J. Puttonen''s algoritm)
• QuadPolyn
• RandFieldDescr (Description of a random field)
• RandFieldEstimate (Base class for estimators for random fields)
• RandFieldFormat (Flexible formats for random coefficients in PDEs)
• RandFieldGen (Base class for generation of random fields)
• RandFieldGen_prm (Parameters for the "RandFieldGen" hierarchy)
• RandFieldGenGaussCond ((log-)normal random field with kriging)
• RandFieldGenPiWisConst (Generate piecewise constant fields over finite element grids)
• RandGen (Generation of random numbers, general distributions)
• RedBlack (Renumbering of unknowns, checkerboard order)
• RefinementInd (Base class for refinement indicators for adaptive grids)
• RefinementInd_prm (Parameters for the "RefinementInd" hierarchy)
• RenumNoUnknowns (Dummy interface to renumbering methods)
• RenumUnknowns (Hierarchy for renumbering unknowns in linear systems)
• RenumUnknowns_prm (Parameters for the "RenumUnknowns" hierarchy)
• Reporter (Base class for report managers)
• Reporter_prm (Parameters for the "Reporter" class hierarchy)
• SaveSimRes (Convenient interface to visualization in a simulator)
• ScalarScale (Stores a physical scaling for a scalar quantity)
• SchwarzDD (Overlapping Schwarz iteration)
• Schwarztools
• SepExponentialCorrelModel (Separable exponential correlation model)
• SetDistinct(Type) (A template class for distinct sets)
• SetOfNo(Type) (Set of objects, arbitrary set size)
• SetSimplest(Type) (Set of complicated objects, arbitrary set size)
• SimCase (User dependent. code for standard menu functions in classes)
• SimReport (Static functions for writing simulation results in a report)
• SimRes2bob (Class for exporting simres data to)
• SimRes2explorer (Class for exporting simres data to IRIS Explorer)
• SimRes2gb (Class for exporting simres data to)
• Simres2gbPlotSpecifications
• SimRes2gnuplot (Class for exporting simres data to gnuplot)
• SimRes2matlab (Class for exporting simres data to)
• SimRes2mtv (Class for exporting simres data to plotmtv format)
• SimRes2summary (Class for exporting simres data to a summary format)
• SimRes2tecplot (Class for exporting simres data to tecplot ASCII format)
• SimRes2ucd (Class for exporting simres data to AVS (UCD format))
• SimRes2vtk
• SimResFile (Simplified interface to FieldWriter/Reader)
• SimResFilter (Base class for simres filters)
• SingleDiracDelta (Component for use with class DiracDelta)
• SmoothDerivField (An IntegrandCalc functor for computing derivatives)
• SmoothField (A functor used for smoothing FieldPiWisConst)
• SolverStatistics (Statistuics from the "LinEqSolver" hierarchy)
• SOR (Iterative method for matrix systems)
• SpaceId (Identifier for different spaces in domain decomposition)
• SpaceTimeScale (Stores a physical scaling for space and time)
• SparseDS (Data structure for general sparse matrix storage)
• SplineCurveInterpolBox (A tool box for diverse spline interpolations)
• SplineCurveParameterization (Toolbox for spline curve parameterization)
• splineOutput (Header file containing plotting functions for splines)
• SplineSpace (Representation of spline spaces)
• SSOR (Iterative method for matrix systems)
• Stack(Type) (Dynamic stack structure for arbitrary entry types)
• Stencil (Base class for finite difference stencils)
• Stencil_prm (Parameters for the "Stencil" hierarchy)
• StencilCollection (Collection of stencils)
• StencilGenerator (Base class for generation of stencil classes)
• StencilIdentity (A one point stencil)
• StencilLaplace (Stencil for solving the Laplace equation)
• StencilUnion (Stencil that holds several separate stencil)
• StencilWeight (Data structure for a specified point in a stencil)
• StencilWeightFunc (Base class for functors in a stencil)
• StochasticPDE (Base class for stochastic PDEs solved by Monte Carlo sim)
• StochasticPDEvar (Parameters for Monte Carlo simulation and SPDEs)
• StorageCost (Storage estimates from the "LinEqSolver" hierarchy)
• String (Safe interface to strings represented as char arrays)
• StringList (List of strings)
• SubdCommAdm (A generic interface binding standard Diffpack sequential linear algebra libraries with inter-processor communication functionalities)
• SubGridFE (Extraction of a finite element subgrid)
• SuccessiveSubst (Successive substitution iteration for nonlinear systems)
• SupElNode
• SymMinRes (Minimum residual method for symmetric, idefinite systems)
• Symmlq (Iterative method for large sparse symmetric system)
• SymSchwarzDD (Symmetric overlapping Schwarz iteration)
• SystemCollector
• SystemStatistics (Statistics from the "LinEqSystem" hierarchy)
• TestOfNormality (Test of normality of each entry in a random vector)
• TFQMR (Transpose-free Quasi-minimal residual method for nonsymmetric systems)
• TimePrm (Time integration data)
• ToolsElmT3n2D (Finite element for ElmT3n2D for efficient programming)
• ToolsElmT4n3D (Efficient finite element programming for ElmT4n3D elements)
• TopologyMPI (Base class for process topologies on parallel machines)
• TPSurface (Tensor product surface)
• TPVolume (Tensor product volumn with B-splines)
• TransfMap (Transfinite mapping of regular grids onto complicated shapes)
• TypeInfo (Run-time information about the type of class object)
• UniformDistr (Uniform distribution functions)
• UnifRandGen (Base class for uniform random numbers on (0,1))
• UnifRandGenCongruential (Random numbers by a linear congruential method)
• UnifRandGenKnuth (A random number generator suggested by Knuth)
• UnifRandGenOpSystem (Operating system random number generator)
• UnifRandGenSimple (Very simple uniform random number generator)
• UpwindFE (Computation of upwind finite element weighting functions)
• Vec(Type) (One-dimensional vector with arithmetic operations (base=1))
• VecLapack(Type) (One-dimensional vector with arithmetic operations (base=1))
• VecSimple(real)
• VecSimple(Type) (Simple vector, base=1, no arithmetic operations)
• VecSimpleH(Type) (As VecSimple, but with a handle)
• VecSimplest(Type) (Very simple vector, only allocation and subscripting)
• VecSimplestH(Type) (As VecSimplest, but with a handle)
• VecSort(Type) (Vectors with sorting functions)
• Vector(prm_Type) (Parameters for initialization of the "Vector(Type)" hierarchy)
• Vector(Type) (Abstract base class for vectors with arithmetic operations)
• VectorMoments (Estimation of moments of a vector of random processes)
• VolPolygon (Finite volume polygon)
• VolPolygonSegment (Finite volume face segment)
• WorkCost (Work estimates from the "LinEqSolver" hierarchy)

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