trilinos 13.2.0-1 source package in Ubuntu

 Amesos is the Direct Sparse Solver Package in Trilinos. The goal of Amesos is
 to make AX=B as easy as it sounds, at least for direct methods. Amesos
 provides clean and consistent interfaces to a number of third-party libraries.
 .
 This package contains the dynamic libraries.

 Amesos is the Direct Sparse Solver Package in Trilinos. The goal of Amesos is
 to make AX=B as easy as it sounds, at least for direct methods. Amesos
 provides clean and consistent interfaces to a number of third-party libraries.
 .
 This package provides headers.

 Amesos2 is a package for solving sparse linear systems using direct solvers.
 It differs from Amesos in that it is templated on the scalar and index types.
 KLU2 is the only native solver.
 .
 This package contains the dynamic libraries.

 Amesos2 is a package for solving sparse linear systems using direct solvers.
 It differs from Amesos in that it is templated on the scalar and index types.
 KLU2 is the only native solver.
 .
 This package provides headers.

 Anasazi is an extensible and interoperable framework for large-scale
 eigenvalue algorithms. The motivation for this framework is to provide a
 generic interface to a collection of algorithms for solving large-scale
 eigenvalue problems. Anasazi is interoperable because both the matrix and
 vectors (defining the eigenspace) are considered to be opaque objects -- only
 knowledge of the matrix and vectors via elementary operations is necessary.
 .
 This package contains the dynamic libraries.

 Anasazi is an extensible and interoperable framework for large-scale
 eigenvalue algorithms. The motivation for this framework is to provide a
 generic interface to a collection of algorithms for solving large-scale
 eigenvalue problems. Anasazi is interoperable because both the matrix and
 vectors (defining the eigenspace) are considered to be opaque objects -- only
 knowledge of the matrix and vectors via elementary operations is necessary.
 .
 This package provides headers.

 AztecOO provides an object-oriented interface to the well-known Aztec solver
 library. Furthermore, it allows flexible construction of matrix and vector
 arguments via Epetra matrix and vector classes. Finally, AztecOO provide
 additional functionality not found in Aztec and any future enhancements to the
 Aztec package will be available only through the AztecOO interfaces.
 .
 This package contains the dynamic libraries.

 AztecOO provides an object-oriented interface to the well-known Aztec solver
 library. Furthermore, it allows flexible construction of matrix and vector
 arguments via Epetra matrix and vector classes. Finally, AztecOO provide
 additional functionality not found in Aztec and any future enhancements to the
 Aztec package will be available only through the AztecOO interfaces.
 .
 This package provides headers.

 Belos provides next-generation iterative linear solvers and a powerful linear
 solver developer framework. This framework includes abstract interfaces to
 linear algebra using traits mechanisms, abstract interfaces to
 orthogonalization, abstract interfaces to iteration kernels, powerful solver
 managers, and a basic linear problem class.
 .
 This package contains the dynamic libraries.

 Belos provides next-generation iterative linear solvers and a powerful linear
 solver developer framework. This framework includes abstract interfaces to
 linear algebra using traits mechanisms, abstract interfaces to
 orthogonalization, abstract interfaces to iteration kernels, powerful solver
 managers, and a basic linear problem class.
 .
 This package provides headers.

 Epetra provides the fundamental construction routines and services function
 that are required for serial and parallel linear algebra libraries. Epetra
 provides the underlying foundation for all Trilinos solvers.
 .
 This package contains the dynamic libraries.

 Epetra provides the fundamental construction routines and services function
 that are required for serial and parallel linear algebra libraries. Epetra
 provides the underlying foundation for all Trilinos solvers.
 .
 This package provides headers.

 EpetraExt provides tools and functions that make it easier to work with
 Epetra.
 .
 This package contains the dynamic libraries.

 EpetraExt provides tools and functions that make it easier to work with
 Epetra.
 .
 This package provides headers.

 The Trilinos package Galeri contains a suite of utilities and classes to
 generate a variety of (distributed) linear systems. Galeri's functionalities
 are very close to that of the MATLAB's gallery() function.
 Several well-known finite element and finite difference matrices can be
 generated using only a few simple code lines.
 .
 This package contains the dynamic libraries.

 The Trilinos package Galeri contains a suite of utilities and classes to
 generate a variety of (distributed) linear systems. Galeri's functionalities
 are very close to that of the MATLAB's gallery() function.
 Several well-known finite element and finite difference matrices can be
 generated using only a few simple code lines.
 .
 This package provides headers.

 The GlobiPack package contains a set of interfaces and implementations for 1D
 globalization capabilities to be used in nonlinear solvers, optimization
 solvers, and similar algorithms that require globalization methods (e.g. line
 search and trust region methods). Basic interfaces and a few implementations
 are present for 1D line search methods appropritate for Newton, quasi-Newton,
 and nonlinear CG algorithms.
 .
 This package contains the dynamic libraries.

 The GlobiPack package contains a set of interfaces and implementations for 1D
 globalization capabilities to be used in nonlinear solvers, optimization
 solvers, and similar algorithms that require globalization methods (e.g. line
 search and trust region methods). Basic interfaces and a few implementations
 are present for 1D line search methods appropritate for Newton, quasi-Newton,
 and nonlinear CG algorithms.
 .
 This package provides headers.

 IFPACK provides a suite of object-oriented algebraic preconditioners for the
 solution of preconditioned iterative solvers. IFPACK constructors expect an
 Epetra_RowMatrix object for construction. IFPACK is part of the Trilinos
 Solver Project and IFPACK object interact well with other Trilinos classes. In
 particular, IFPACK can be used as a preconditioner for AztecOO.
 .
 This package contains the dynamic libraries.

 IFPACK provides a suite of object-oriented algebraic preconditioners for the
 solution of preconditioned iterative solvers. IFPACK constructors expect an
 Epetra_RowMatrix object for construction. IFPACK is part of the Trilinos
 Solver Project and IFPACK object interact well with other Trilinos classes. In
 particular, IFPACK can be used as a preconditioner for AztecOO.
 .
 This package provides headers.

 Ifpack2 provides incomplete factorizations, relaxations, and domain
 decomposition operators for linear algebra objects (sparse matrices,
 operators, and dense vectors and multivectors) provided by the Tpetra package.
 You may use these operators however you wish: for example as preconditioners
 in an iterative solver, or as smoothers for algebraic multigrid.
 .
 This package contains the dynamic libraries.

 Ifpack2 provides incomplete factorizations, relaxations, and domain
 decomposition operators for linear algebra objects (sparse matrices,
 operators, and dense vectors and multivectors) provided by the Tpetra package.
 You may use these operators however you wish: for example as preconditioners
 in an iterative solver, or as smoothers for algebraic multigrid.
 .
 This package provides headers.

 Intrepid is a library of interoperable tools for compatible discretizations of
 Partial Differential Equations (PDEs). Intrepid is intended primarily for
 application developers who want to reuse large parts of their existing code
 frameworks such as I/O, data structures, assembly routines, etc. while gaining
 access to advanced discretization capabilities provided by Intrepid.
 .
 This package contains the dynamic libraries.

 Intrepid is a library of interoperable tools for compatible discretizations of
 Partial Differential Equations (PDEs). Intrepid is intended primarily for
 application developers who want to reuse large parts of their existing code
 frameworks such as I/O, data structures, assembly routines, etc. while gaining
 access to advanced discretization capabilities provided by Intrepid.
 .
 This package provides headers.

 Intrepid2 is an extension of Intrepid, a library of interoperable tools for
 compatible discretizations of Partial Differential Equations (PDEs). Intrepid2
 utilizes Kokkos dynamic rank views as the default multidimensional array type,
 which enables the use of Intrepid2 on heterogeneous architectures.
 .
 This package contains the dynamic libraries.

 Intrepid2 is an extension of Intrepid, a library of interoperable tools for
 compatible discretizations of Partial Differential Equations (PDEs). Intrepid2
 utilizes Kokkos dynamic rank views as the default multidimensional array type,
 which enables the use of Intrepid2 on heterogeneous architectures.
 .
 This package provides headers.

 Isorropia is a package for combinatorial scientific computing, with focus on
 partitioning and load balancing, but also supports coloring and ordering of
 sparse matrices. Its main purpose is to assist with redistributing objects
 such as matrices and graphs in a parallel execution setting, to allow for more
 efficient computations. Isorropia partitions matrices by rows, and produces
 good maps for Epetra matrices (graphs).
 .
 This package contains the dynamic libraries.

 Isorropia is a package for combinatorial scientific computing, with focus on
 partitioning and load balancing, but also supports coloring and ordering of
 sparse matrices. Its main purpose is to assist with redistributing objects
 such as matrices and graphs in a parallel execution setting, to allow for more
 efficient computations. Isorropia partitions matrices by rows, and produces
 good maps for Epetra matrices (graphs).
 .
 This package provides headers.

 Kokkos implements a programming model in C++ for writing performance portable
 applications targeting all major HPC platforms. For that purpose it provides
 abstractions for both parallel execution of code and data management.
 Kokkos is designed to target complex node architectures with N-level memory
 hierarchies and multiple types of execution resources. It currently can use
 OpenMP, Pthreads and CUDA as backend programming models.
 .
 This package contains the dynamic libraries.

 Kokkos implements a programming model in C++ for writing performance portable
 applications targeting all major HPC platforms. For that purpose it provides
 abstractions for both parallel execution of code and data management.
 Kokkos is designed to target complex node architectures with N-level memory
 hierarchies and multiple types of execution resources. It currently can use
 OpenMP, Pthreads and CUDA as backend programming models.
 .
 This package provides headers.

 KokkosKernels implements local computational kernels for linear algebra and
 graph operations, using the Kokkos shared-memory parallel programming model.
 "Local" means not using MPI, or running within a single MPI process without
 knowing about MPI. "Computational kernels" are coarse-grained operations;
 they take a lot of work and make sense to parallelize inside using Kokkos.
 KokkosKernels can be the building block of a parallel linear algebra library
 like Tpetra that uses MPI and threads for parallelism, or it can be used
 stand-alone in your application.
 .
 This package contains the dynamic libraries.

 KokkosKernels implements local computational kernels for linear algebra and
 graph operations, using the Kokkos shared-memory parallel programming model.
 "Local" means not using MPI, or running within a single MPI process without
 knowing about MPI. "Computational kernels" are coarse-grained operations;
 they take a lot of work and make sense to parallelize inside using Kokkos.
 KokkosKernels can be the building block of a parallel linear algebra library
 like Tpetra that uses MPI and threads for parallelism, or it can be used
 stand-alone in your application.
 .
 This package provides headers.

 Komplex is a complex linear solver package. Solves complex-valued linear
 systems via equivalent real formulations.
 .
 This package contains the dynamic libraries.

 Komplex is a complex linear solver package. Solves complex-valued linear
 systems via equivalent real formulations.
 .
 This package provides headers.

 ML is Sandia's main multigrid preconditioning package. ML is designed to solve
 large sparse linear systems of equations arising primarily from elliptic PDE
 discretizations. ML is used to define and build multigrid solvers and
 preconditioners, and it contains black-box classes to construct
 highly-scalable smoothed aggregation preconditioners. ML preconditioners have
 been used on thousands of processors for a variety of problems, including the
 incompressible Navier-Stokes equations with heat and mass transfer, linear and
 nonlinear elasticity equations, the Maxwell equations, semiconductor
 equations, and more.
 .
 This package contains the dynamic libraries.

 ML is Sandia's main multigrid preconditioning package. ML is designed to solve
 large sparse linear systems of equations arising primarily from elliptic PDE
 discretizations. ML is used to define and build multigrid solvers and
 preconditioners, and it contains black-box classes to construct
 highly-scalable smoothed aggregation preconditioners. ML preconditioners have
 been used on thousands of processors for a variety of problems, including the
 incompressible Navier-Stokes equations with heat and mass transfer, linear and
 nonlinear elasticity equations, the Maxwell equations, semiconductor
 equations, and more.
 .
 This package provides headers.

 This package supplies capabilities for nonconforming mesh tying and contact
 formulations in 2 and 3 dimensions using Mortar methods. Mortar methods are a
 type of Lagrange Multiplier constraint that can be used in contact
 formulations and in non-conforming or conforming mesh tying as well as in
 domain decomposition techniques. Originally introduced as a domain
 decomposition method for spectral elements, Mortar methods are used in a large
 class of nonconforming situations such as the surface coupling of different
 physical models, discretization schemes or non-matching triangulations along
 interior interfaces of a domain.
 .
 This package contains the dynamic libraries.

 This package supplies capabilities for nonconforming mesh tying and contact
 formulations in 2 and 3 dimensions using Mortar methods. Mortar methods are a
 type of Lagrange Multiplier constraint that can be used in contact
 formulations and in non-conforming or conforming mesh tying as well as in
 domain decomposition techniques. Originally introduced as a domain
 decomposition method for spectral elements, Mortar methods are used in a large
 class of nonconforming situations such as the surface coupling of different
 physical models, discretization schemes or non-matching triangulations along
 interior interfaces of a domain.
 .
 This package provides headers.

 MueLu is designed to solve large sparse linear systems of equations arising
 from PDE discretizations. MueLu provides easy-to-use multigrid solvers and
 preconditioners based on smoothed aggregation algorithms. As a multigrid
 framework, MueLu supports the design of highly application specific multigrid
 preconditioners.
 .
 This package contains the dynamic libraries.

 MueLu is designed to solve large sparse linear systems of equations arising
 from PDE discretizations. MueLu provides easy-to-use multigrid solvers and
 preconditioners based on smoothed aggregation algorithms. As a multigrid
 framework, MueLu supports the design of highly application specific multigrid
 preconditioners.
 .
 This package provides headers.

 NOX robustly solves and analyzes large-scale systems of nonlinear equations.
 NOX is short for Nonlinear Object-Oriented Solutions, and its objective is to
 enable the robust and efficient solution of the equation: F(x)=0 using
 globalized Newton methods such as line search and trust region methods. NOX is
 designed to work with any linear algebra package and to be easily customized.
 .
 This package contains the dynamic libraries.

 NOX robustly solves and analyzes large-scale systems of nonlinear equations.
 NOX is short for Nonlinear Object-Oriented Solutions, and its objective is to
 enable the robust and efficient solution of the equation: F(x)=0 using
 globalized Newton methods such as line search and trust region methods. NOX is
 designed to work with any linear algebra package and to be easily customized.
 .
 This package provides headers.

 The OptiPack package contains interfaces and concrete implementations of some
 basic optimization algorithms based on Thyra. The globalization methods used
 are implemented in GlobiPack.
 .
 This package contains the dynamic libraries.

 The OptiPack package contains interfaces and concrete implementations of some
 basic optimization algorithms based on Thyra. The globalization methods used
 are implemented in GlobiPack.
 .
 This package provides headers.

 PAMGEN creates hexahedral or quadrilateral (in 2D) finite element meshes of
 simple shapes (cubes and cylinders) in parallel. When linked to an application
 as a library, it allows each process of a parallel simulation to generate its
 finite element domain representation at execution time.
 .
 This package contains the dynamic libraries.

 PAMGEN creates hexahedral or quadrilateral (in 2D) finite element meshes of
 simple shapes (cubes and cylinders) in parallel. When linked to an application
 as a library, it allows each process of a parallel simulation to generate its
 finite element domain representation at execution time.
 .
 This package provides headers.

 Phalanx is a local field evaluation kernel specifically designed for general
 partial differential equation solvers. The main goal of Phalanx is to
 decompose a complex problem into a number of simpler problems with managed
 dependencies to support rapid development and extensibility of the PDE code.
 Through the use of template metaprogramming concepts, Phalanx supports
 arbitrary user defined data types and evaluation types. This allows for
 unprecedented flexibility for direct integration with user applications and
 provides extensive support for embedded technology such as automatic
 differentiation for sensitivity analysis and uncertainty quantification.
 .
 This package contains the dynamic libraries.

 Phalanx is a local field evaluation kernel specifically designed for general
 partial differential equation solvers. The main goal of Phalanx is to
 decompose a complex problem into a number of simpler problems with managed
 dependencies to support rapid development and extensibility of the PDE code.
 Through the use of template metaprogramming concepts, Phalanx supports
 arbitrary user defined data types and evaluation types. This allows for
 unprecedented flexibility for direct integration with user applications and
 provides extensive support for embedded technology such as automatic
 differentiation for sensitivity analysis and uncertainty quantification.
 .
 This package provides headers.

 Pike is a software library for coupling and solving multiphysics applications.
 It provides basic interfaces and utilities for performing code-to-code
 coupling. It provides simple black-box Picard iteration methods for solving the
 coupled system of equations including Jacobi and Gauss-Seidel solvers. The
 Pike library contains no physics and just provides interfaces and utilities for
 coupling codes.
 .
 This package contains the dynamic libraries.

 Pike is a software library for coupling and solving multiphysics applications.
 It provides basic interfaces and utilities for performing code-to-code
 coupling. It provides simple black-box Picard iteration methods for solving the
 coupled system of equations including Jacobi and Gauss-Seidel solvers. The
 Pike library contains no physics and just provides interfaces and utilities for
 coupling codes.
 .
 This package provides headers.

 Piro is the top-level, unifying package of the Embedded Nonlinear Analysis
 Capability area. The main purpose of the package is to provide driver classes
 for the common uses of Trilinos nonlinear analysis tools. These drivers all
 can be constructed similarly, with a ModelEvaluator and a ParameterList, to
 make it simple to switch between different types of analysis. They also all
 inherit from the same base classes (reponse-only model evaluators) so that the
 resulting analysis can in turn driven by non-intrusive analysis routines.
 .
 This package contains the dynamic libraries.

 Piro is the top-level, unifying package of the Embedded Nonlinear Analysis
 Capability area. The main purpose of the package is to provide driver classes
 for the common uses of Trilinos nonlinear analysis tools. These drivers all
 can be constructed similarly, with a ModelEvaluator and a ParameterList, to
 make it simple to switch between different types of analysis. They also all
 inherit from the same base classes (reponse-only model evaluators) so that the
 resulting analysis can in turn driven by non-intrusive analysis routines.
 .
 This package provides headers.

 Pliris is an object-oriented interface to a LU solver for dense matrices on
 parallel platforms. These matrices are double precision real matrices
 distributed on a parallel machine.
 .
 This package contains the dynamic libraries.

 Pliris is an object-oriented interface to a LU solver for dense matrices on
 parallel platforms. These matrices are double precision real matrices
 distributed on a parallel machine.
 .
 This package provides headers.

 The Rapid Optimization Library (ROL) is a package for large-scale optimization.
 It is used for the solution of optimal design, optimal control and inverse
 problems in large-scale engineering applications. Other uses include mesh
 optimization and image processing.
 .
 This package contains the dynamic libraries.

 The Rapid Optimization Library (ROL) is a package for large-scale optimization.
 It is used for the solution of optimal design, optimal control and inverse
 problems in large-scale engineering applications. Other uses include mesh
 optimization and image processing.
 .
 This package provides headers.

 RTOp (reduction/transformation operators) provides the basic mechanism for
 implementing vector operations in a flexible and efficient manner.
 .
 This package contains the dynamic libraries.

 RTOp (reduction/transformation operators) provides the basic mechanism for
 implementing vector operations in a flexible and efficient manner.
 .
 This package provides headers.

 Rythmos is a transient integrator for ordinary differential equations and
 differential-algebraic equations with support for explicit, implicit, one-step
 and multi-step algorithms. The fundamental design of Rythmos is aimed at
 supporting operator-split algorithms, multi-physics applications, block linear
 algebra, and adjoint integration.
 .
 This package contains the dynamic libraries.

 Rythmos is a transient integrator for ordinary differential equations and
 differential-algebraic equations with support for explicit, implicit, one-step
 and multi-step algorithms. The fundamental design of Rythmos is aimed at
 supporting operator-split algorithms, multi-physics applications, block linear
 algebra, and adjoint integration.
 .
 This package provides headers.

 Sacado is a set of automatic differentiation tools for C++ applications. It
 provides templated classes for forward, reverse and Taylor mode automatic
 differentiation.
 .
 This package contains the dynamic libraries.

 Sacado is a set of automatic differentiation tools for C++ applications. It
 provides templated classes for forward, reverse and Taylor mode automatic
 differentiation.
 .
 This package provides headers.

 The purpose of Shards is to provide a suite of common tools for numerical and
 topological data that facilitate interoperability between typical software
 modules used to solve Partial Differential Equations (PDEs) by finite element,
 finite volume and finite difference methods. Shards comprises of two
 categories of tools: methods to manage and access information about cell
 topologies used in mesh-based methods for PDEs, and methods to work with
 multi-dimensional arrays used to store numerical data in corresponding
 computer codes.
 .
 This package contains the dynamic libraries.

 The purpose of Shards is to provide a suite of common tools for numerical and
 topological data that facilitate interoperability between typical software
 modules used to solve Partial Differential Equations (PDEs) by finite element,
 finite volume and finite difference methods. Shards comprises of two
 categories of tools: methods to manage and access information about cell
 topologies used in mesh-based methods for PDEs, and methods to work with
 multi-dimensional arrays used to store numerical data in corresponding
 computer codes.
 .
 This package provides headers.

 ShyLU is a package for solving sparse linear systems. It can be used either as
 a preconditioner, or as a solver. Currently, it is recommended as an Ifpack
 preconditioner. ShyLU uses a hybrid direct/iterative approach based on Schur
 complements. The goal is to provide robustness similar to sparse direct
 solvers, but memory usage more similar to preconditioned iterative solvers.
 ShyLU was designed as a node-level solver. It can use both MPI and threads in
 several ways. ShyLU was designed (a) to solve difficult but medium-size
 problems, and (b) to be used as a subdomain solver or smoother for very large
 problems within an iterative scheme. It is a purely algebraic method so can be
 used as a black-box solver. ShyLU has been particularly successful in
 electrical circuit simulation (Xyce).
 .
 This package contains the dynamic libraries.

 ShyLU is a package for solving sparse linear systems. It can be used either as
 a preconditioner, or as a solver. Currently, it is recommended as an Ifpack
 preconditioner. ShyLU uses a hybrid direct/iterative approach based on Schur
 complements. The goal is to provide robustness similar to sparse direct
 solvers, but memory usage more similar to preconditioned iterative solvers.
 ShyLU was designed as a node-level solver. It can use both MPI and threads in
 several ways. ShyLU was designed (a) to solve difficult but medium-size
 problems, and (b) to be used as a subdomain solver or smoother for very large
 problems within an iterative scheme. It is a purely algebraic method so can be
 used as a black-box solver. ShyLU has been particularly successful in
 electrical circuit simulation (Xyce).
 .
 This package provides headers.

 Stokhos is a package for intrusive stochastic Galerkin uncertainty
 quantification methods. It provides methods for computing well-known intrusive
 stochastic Galerkin projections such as Polynomial Chaos and Generalized
 Polynomial Chaos, interfaces for forming the resulting nonlinear systems, and
 linear solver methods for solving block stochastic Galerkin linear systems.
 .
 This package contains the dynamic libraries.

 Stokhos is a package for intrusive stochastic Galerkin uncertainty
 quantification methods. It provides methods for computing well-known intrusive
 stochastic Galerkin projections such as Polynomial Chaos and Generalized
 Polynomial Chaos, interfaces for forming the resulting nonlinear systems, and
 linear solver methods for solving block stochastic Galerkin linear systems.
 .
 This package provides headers.

 The package Stratimikos contains a unified set of Thyra-based wrappers to
 linear solver and preconditioner capabilities in Trilinos. The Stratimikos
 package is also a place where unified testing of linear solvers and
 preconditioners can be performed.
 .
 This package contains the dynamic libraries.

 The package Stratimikos contains a unified set of Thyra-based wrappers to
 linear solver and preconditioner capabilities in Trilinos. The Stratimikos
 package is also a place where unified testing of linear solvers and
 preconditioners can be performed.
 .
 This package provides headers.

 Teko is a package for development and implementation of block preconditioners.
 This includes support for manipulation and setup of block operators.
 Furthermore tools exist to support decomposition of a fully coupled operator.
 Additionally, facilities that allow the construction of approximate inverse
 operators using the full complement of available preconditioners and solvers
 are available in Teko. Finally, a small number of generic block
 preconditioners has been implemented in Teko, including block Jacobi, and
 block Gauss-Seidel. For the Navier-Stokes equation, Teko has implementations
 of SIMPLE, PCD and LSC. For details on these methods see Stabilization and
 Scalable Block Preconditioning for the Navier-Stokes Equations and the
 references therein.
 .
 This package contains the dynamic libraries.

 Teko is a package for development and implementation of block preconditioners.
 This includes support for manipulation and setup of block operators.
 Furthermore tools exist to support decomposition of a fully coupled operator.
 Additionally, facilities that allow the construction of approximate inverse
 operators using the full complement of available preconditioners and solvers
 are available in Teko. Finally, a small number of generic block
 preconditioners has been implemented in Teko, including block Jacobi, and
 block Gauss-Seidel. For the Navier-Stokes equation, Teko has implementations
 of SIMPLE, PCD and LSC. For details on these methods see Stabilization and
 Scalable Block Preconditioning for the Navier-Stokes Equations and the
 references therein.
 .
 This package provides headers.

 Teuchos provides a suite of common tools for Trilinos for developers to use.
 These tools include BLAS/LAPACK wrappers, smart pointers, parameter lists, XML
 parsers, etc.
 .
 This package contains the dynamic libraries.

 Teuchos provides a suite of common tools for Trilinos for developers to use.
 These tools include BLAS/LAPACK wrappers, smart pointers, parameter lists, XML
 parsers, etc.
 .
 This package provides headers.

 The Thyra package contains a set of interfaces and supporting code that
 defines basic interoperability mechanisms between different types of numerical
 software. The foundation of all of these interfaces are the mathematical
 concepts of vectors, vector spaces, and linear operators. All other interfaces
 and support software is built on the basic operator/vector interfaces.
 .
 This package contains the dynamic libraries.

 The Thyra package contains a set of interfaces and supporting code that
 defines basic interoperability mechanisms between different types of numerical
 software. The foundation of all of these interfaces are the mathematical
 concepts of vectors, vector spaces, and linear operators. All other interfaces
 and support software is built on the basic operator/vector interfaces.
 .
 This package provides headers.

 Next-generation, templated version of Petra, taking advantage of the newer
 advanced features of C++.
 .
 This package contains the dynamic libraries.

 Next-generation, templated version of Petra, taking advantage of the newer
 advanced features of C++.
 .
 This package provides headers.

 TrilinosCouplings provides a location for multiple Trilinos packages to be
 combined for testing integrated package capabilities.
 .
 This package contains the dynamic libraries.

 TrilinosCouplings provides a location for multiple Trilinos packages to be
 combined for testing integrated package capabilities.
 .
 This package provides headers.

 A suite of sparse matrix algorithms with adaptations for Amesos.
 .
 This package contains the dynamic libraries.

 A suite of sparse matrix algorithms with adaptations for Amesos.
 .
 This package provides headers.

 TriUtils a package of utilities for other Trilinos packages.
 .
 This package contains the dynamic libraries.

 TriUtils a package of utilities for other Trilinos packages.
 .
 This package provides headers.

 Xpetra a lightweight wrapper to both Epetra and Tpetra. The Xpetra syntax
 mirrors that of Tpetra. Xpetra enables algorithm developers to write to a
 single interface but be able to use either Epetra or Tpetra. Xpetra can also be
 introduced into existing code to allow for gradual migration.
 .
 This package contains the dynamic libraries.

 Xpetra a lightweight wrapper to both Epetra and Tpetra. The Xpetra syntax
 mirrors that of Tpetra. Xpetra enables algorithm developers to write to a
 single interface but be able to use either Epetra or Tpetra. Xpetra can also be
 introduced into existing code to allow for gradual migration.
 .
 This package provides headers.

 Zoltan is a toolkit of parallel services for dynamic, unstructured, and/or
 adaptive simulations. Zoltan provides parallel dynamic load balancing and
 related services for a wide variety of applications, including finite element
 methods, matrix operations, particle methods, and crash simulations. Zoltan
 also provides parallel graph coloring, matrix ordering, unstructured
 communication tools, and distributed data directories.
 .
 This package contains the dynamic libraries.

 Zoltan is a toolkit of parallel services for dynamic, unstructured, and/or
 adaptive simulations. Zoltan provides parallel dynamic load balancing and
 related services for a wide variety of applications, including finite element
 methods, matrix operations, particle methods, and crash simulations. Zoltan
 also provides parallel graph coloring, matrix ordering, unstructured
 communication tools, and distributed data directories.
 .
 This package provides headers.

 Zoltan2 is a package for load balancing and combinatorial scientific
 computing. It may be viewed as a successor to the popular Zoltan and Isorropia
 packages.
 .
 This package contains the dynamic libraries.

 Zoltan2 is a package for load balancing and combinatorial scientific
 computing. It may be viewed as a successor to the popular Zoltan and Isorropia
 packages.
 .
 This package provides headers.

 The Trilinos Project is an effort to develop algorithms and enabling
 technologies within an object-oriented software framework for the
 solution of large-scale, complex multi-physics engineering and
 scientific problems. A unique design feature of Trilinos is its
 focus on packages.
 .
 This package depends on all Trilinos development packages.

 The Trilinos Project is an effort to develop algorithms and enabling
 technologies within an object-oriented software framework for the
 solution of large-scale, complex multi-physics engineering and
 scientific problems. A unique design feature of Trilinos is its
 focus on packages.
 .
 This package contains the development header and some makefile templates.

 The Trilinos Project is an effort to develop algorithms and enabling
 technologies within an object-oriented software framework for the
 solution of large-scale, complex multi-physics engineering and
 scientific problems. A unique design feature of Trilinos is its
 focus on packages.
 .
 This is documentation for the Trilinos libraries in HTML format.
 Some pages point to header files provided in the corresponding -dev package,
 so it is suggested to install the latter as well.