File List

Here is a list of all files with brief descriptions:

[detail level 123]

► include
ArcLength_base.h	A base class for arclength-capable solvers
BandedLinearSystem.h	Specification of the linear system class
BandedMatrix.h	A matrix class that constructs a BANDED matrix
BVP_bundle.h	A shorter bundled include file for ODE_BVP and PDE_IBVP codes
cfortran.h
CppNoddy.h
DenseLinearEigenSystem.h	Specification of the dense linear eigensystem class
DenseLinearSystem.h	Specification of the linear system class
DenseMatrix.h	A matrix class that constructs a DENSE matrix as an STL Vector of DenseVectors
DenseVector.h	Specification for a templated DenseVector class – a dense, dynamic, vector object
DistributedLinearSystem.h	Specification of a sparse-storage distributed linear system class
DistributedMatrix.h	A matrix class that constructs a SPARSE/DISTRIBUTED matrix using PETSc
DistributedVector.h	A class that constructs a SPARSE/DISTRIBUTED vector using PETSc
Equation.h	A templated class for equations that can be inherited from to allow instantiation of ODE/PDE objects using the resulting class
Equation_1matrix.h	A templated class for equations that can be inherited from to allow instantiation of PDE_IBVP objects (amongst others)
Equation_2matrix.h	A templated class for equations that can be inherited from to allow instantiation of PDE_double_IBVP objects (amongst others)
Equation_3matrix.h	A templated class for equations that can be inherited from to allow instantiation of PDE_double_IBVP objects (amongst others)
EVP_bundle.h	A shorter bundled include file for ODE_EVP and general eigenvalue problems
Exceptions.h	The collection of CppNoddy exceptions
FnQuadrature.h	A specification for quadrature classes
FortranBLAS.h	Some interface definitions for calling external fortran routines from BLAS
FortranData.h
FortranLAPACK.h	Some interface definitions for calling external fortran routines in LAPACK
FT.h	A spec for a collection of Fourier methods that act on Noddy containers
Functors.h	Some Function Objects that CppNoddy makes use of in algorithms applied to STL containers
Generic_bundle.h	A shorter bundled include file for ODE_BVP and PDE_IBVP codes
HST.h	Some classes useful for hydrodynamic stability theory problems
IBVP_bundle.h	A shorter bundled include file for initial boundary value problems
IBVP_double_bundle.h	A shorter bundled include file for double initial boundary value problems
IVP_bundle.h	A shorter bundled include file for initial-value problems
LinearEigenSystem_base.h	Specification of the linear eigensystem base class
Newton.h	A vector NEWTON iteration class
Newton_bundle.h	A shorter bundled include file for Newton iteration problems
ODE_BVP.h	A specification of a class for an -order ODE BVP defined by
ODE_EVP.h	A specification of a class for an -order ODE LINEAR EVP defined by
ODE_IVP.h	A specification for a class to solve initial value problems of the form
OneD_HYP_bundle.h	A shorter bundled include file for hyperbolic problems
OneD_Hyperbolic_System.h
OneD_Node_Mesh.h	A specification for a one dimensional mesh object
OneD_TVDLF_Elt.h	Specification of a one dimensional linear element for use in a TVD Lax-Friedrichs scheme
OneD_TVDLF_Mesh.h	Specification of an object that represents a one dimensional mesh for TVD LX methods
PDE_double_IBVP.h	A specification of a class for an -order IBVP of the form
PDE_IBVP.h	A specification of a class for an -order IBVP of the form
PetscSession.h
Residual.h	A specification of a (double/complex) VECTOR residual class
Residual_with_coords.h	A specification of a (double/complex) residual class that not only defines a vector residual of a vector of state variables but may also depend upon N additional (double) variables
reversed_BL.h	An implementation of the zig-zag modification for unsteady parabolic marching with reverse flow
Sequential_Matrix_base.h	A base matrix class to ensure a consistent interface between the inheriting dense/banded matrix classes
SlepcSession.h
SparseLinearEigenSystem.h	Specification of the sparse linear eigensystem class
SparseLinearSystem.h	Specification of a sparse-storage linear system class
SparseMatrix.h	A matrix class that constructs a SPARSE matrix as an STL Vector of SparseVectors, inheriting from Matrix_base
SparseVector.h	A templated SparseVector class – a sparse, variable size, vector object
Timer.h	A spec for the CppNoddy Timer object
TrackerFile.h	A class that can be passed pointers to scalar/vector/mesh objects, then their contents are written to a file each time that the update method is called
TwoD_HYP_bundle.h	A shorter bundled include file for hyperbolic problems
TwoD_Hyperbolic_System.h
TwoD_Mapped_Node_Mesh.h	A specification for a two dimensional mapped mesh object
TwoD_Node_Mesh.h	A specification for a two dimensional mesh object
TwoD_TVDLF_Elt.h	Specification of a two dimensional linear element for use in a TVD Lax-Friedrichs scheme
TwoD_TVDLF_Mesh.h	Specification of an object that represents a two dimensional mesh for TVD LF methods
Types.h	Some standard typedefs
Uncopyable.h
Utility.h	A spec for a collection of utility functions
► src
ArcLength_base.cpp	An implementation of the arclength class
BandedLinearSystem.cpp	Implementation for the LinearSystem class
BandedMatrix.cpp	Implementation of the matrix class that constructs a BANDED matrix as a DenseVector
DenseLinearEigenSystem.cpp	Implementation for the DenseLinearEigenSystem class This class links to LAPACK to perform the solver phase
DenseLinearSystem.cpp	Implementation for the LinearSystem class
DenseMatrix.cpp	Implementation of a DENSE matrix as an Vector of DenseVector
DenseVector.cpp	Implementation of the DenseVector class – a dense, variable size, vector object
Equation.cpp	Implementation for an equations class that can be inherited from to allow instantiation of ODE objects using the resulting class
Equation_1matrix.cpp	Implementation for an equations class that can be inherited from to allow instantiation of ODE objects using the resulting class
Equation_2matrix.cpp	Implementation for an equations class that can be inherited from to allow instantiation of ODE objects using the resulting class
Equation_3matrix.cpp	Implementation for an equations class that can be inherited from to allow instantiation of ODE objects using the resulting class
FnQuadrature.cpp	Implementation of the real quadrature class
FT.cpp	An implementation for a collection of Fourier methods
LinearEigenSystem_base.cpp	Implementation for the LinearEigenSystem_base class
Newton.cpp	Implementation of the vector NEWTON iteration class
ODE_BVP.cpp	An implementation of a class for an -order ODE BVP defined by
ODE_EVP.cpp	A specification of a class for an -order ODE LINEAR EVP defined by
ODE_IVP.cpp	Implementation of an -th order system of ODEs that form the IVP:
OneD_Node_Mesh.cpp	Implementation of the one dimensional (non-)uniformly distributed mesh object
OneD_TVDLF_Elt.cpp	Implementation of a one dimensional linear element for use in a TVD Lax-Friedrichs scheme
OneD_TVDLF_Mesh.cpp	Implementation of an object that represents a one dimensional mesh for TVD LF methods
PDE_double_IBVP.cpp
PDE_IBVP.cpp	Implementation of a class for an -order IBVP of the form
Residual.cpp	Implementation of the (double/complex) VECTOR residual class
Residual_with_coords.cpp	A specification of a (double/complex) residual class that not only defines a vector residual of a vector of state variables but may also depend upon N additional (double) variables
reversed_BL.cpp
SparseLinearEigenSystem.cpp	Implementation for the SparseLinearEigenSystem class This class links to SLEPc to perform the solver phase
SparseLinearSystem.cpp	Implementation for the LinearSystem class
SparseMatrix.cpp	Implementation of a SPARSE matrix as an STL Vector of SparseVectors, inheriting from Matrix_base
SparseVector.cpp	Implementation of the SparseVector class – a sparse, variable size, vector object
Timer.cpp	Implementation of the CppNoddy Timer object
TrackerFile.cpp	Implementation details for the TrackerFile object
TwoD_Mapped_Node_Mesh.cpp	Implementation of a two dimensional (mapped) mesh object
TwoD_Node_Mesh.cpp	Implementation of a two dimensional mesh object
TwoD_TVDLF_Elt.cpp	Implementation of an object that represents a two dimensional element for TVD LF methods
TwoD_TVDLF_Mesh.cpp	Implementation of an object that represents a two dimensional mesh for TVD LF methods
Utility.cpp	An implementation for a collection of utility functions
► Tests
► Arclength
ArcCircle.cpp	A simple arc-length continuation solving the equation
ArcCircleVector.cpp	A simple arc-length continuation solving the vector equation
ArcShootFalknerSkan.cpp	Arc-length continue the Falkner-Skan equation
ArcTranscritFold.cpp	Solve the nonlinear scalar residual problem
► BVP
BermanShooting.cpp	Solving the fourth-order Berman (porous channel) similarity equation
BlasiusShooting.cpp	Solving the Blasius equation
BVPBerman.cpp
BVPBlasius.cpp	Solving the Blasius equation
BVPHarmonic.cpp
BVPKarman.cpp
BVPKarmanAdaptive.cpp	Adaptively solve the Karman rotating-disk equations for the flow above an infinite rotating disk:
BVPKarmanArclength.cpp	Arc-length continuation of the Karman rotating-disk equations for the flow above an infinite rotating disk:
BVPKarmanJacobian.cpp	Solving the Karman rotating-disk equations for the flow above an infinite rotating disk by applying a user-provided Jacobian
BVPNonIdentityMatrix0.cpp	Solving the equation
BVPTroesch.cpp
► double_IBVP
IBVPLinear.cpp	Solving the linear equation
IBVPNonlinearFast.cpp	Solving the nonlinear problem
IBVPNonlinearSlower.cpp	Solving the nonlinear problem
► EVP
EVP2DOrrSommerfeld_slepcz_mumps.cpp
EVP2DOrrSommerfeld_slepcz_superludist.cpp
EVPComplex_lapack.cpp	Solves a 4x4 complex generalised eigenvalue problem
EVPHarmonic_lapack.cpp	Solves the harmonic equation
EVPHarmonicComplex_lapack.cpp	Solves the harmonic equation
EVPHarmonicComplexSparse_slepcz.cpp
EVPHarmonicEasy_lapack.cpp	Solves the harmonic equation
EVPHarmonicLocal.cpp	Solves the harmonic equation
EVPHarmonicSparse_slepcd.cpp	Solves the harmonic equation
EVPOrrSommerfeld_lapack.cpp	Solves the following linear eigenvalue problem for values that satisfy :
EVPOrrSommerfeldEasy_lapack.cpp	Solves the following linear eigenvalue problem for values that satisfy :
EVPOrrSommerfeldNeutralCurve_lapack.cpp
EVPOrrSommerfeldSparse_slepcz.cpp	Solves the following linear eigenvalue problem for values that satisfy :
EVPRayleigh_lapack.cpp	Solves the Rayleigh problem for values that satisfy :
EVPShootBiharmonic.cpp	Solving a one-dimensional "Bi-harmonic" eigenvalue problem (EVP)
EVPSparse_slepcd.cpp	Solves a 2x2 generalised eigenvalue problem
EVPSparse_slepcz.cpp	Solves a 4x4 complex generalised eigenvalue problem
► FT
FT.cpp	A simple 1D DFT test case
► Generic
ExceptionChecks.cpp	We do some obviously dumb things to induce a handful of common failures
NewtonIter.cpp
Quadrature.cpp	Compute the integral
TrivialComplex.cpp	A sanity test for std::complex class
► HYP_1D
HYPAcousticImpedance.cpp	Solve the constant coefficient linear sound wave problem
HYPAcousticReflection.cpp	Solve the constant coefficient linear sound wave problem
HYPNonlinearAdvection.cpp	Solving the 1D ‘nonlinear advection equation’
HYPRadialDamBreak.cpp	Solve the shallow water equations in one dimension for an initial column of fluid
HYPSodsShocktube.cpp	Solving the 1D Euler problem for gas dynamics
► HYP_2D
HYP2DLinearAdvectionXY.cpp	Solving the 2D advection equation
HYP2DNonlinearAdvectionX.cpp	Solving the 1D ‘nonlinear advection equation’
HYP2DNonlinearAdvectionXY.cpp	Solving the 2D ‘nonlinear advection equation’
HYP2DNonlinearAdvectionY.cpp	Solving the 1D ‘nonlinear advection equation’
HYP2DRadialDamBreak.cpp
HYP2DShallowSource.cpp	Two dimensional shallow water equations over topography
► IBVP
IBVPDiffusion.cpp	Solving the heat diffusion equation
IBVPDiffusionNonlinear.cpp	Solving the unstead diffusion problem:
IBVPKarman.cpp	Solving the unsteady Karman rotating-disk equations for the flow above an infinite rotating disk in a rotating fluid:
IBVPNonlinearAdvDiffusion.cpp	Solving the nonlinear advection diffusion equation
► IVP
IVPHarmonic.cpp	Integrate the harmonic equation
IVPLorenz.cpp	Integrate the Lorenz equations
► Matrix
MatrixAccess.cpp	A quick check that the overhead associated with the matrix container class is less than 5% compared to a native array
MatrixBandedSolves.cpp	Example of a simple "banded" inear solver using matrix problem is solved
MatrixBandedSolves_lapack.cpp
MatrixDistributed_petscd_mumps.cpp
MatrixDistributed_petscz_mumps.cpp
MatrixMultiply_lapack.cpp
MatrixSolves.cpp	Example of the simple linear solvers using a simple matrix problem
MatrixSolves_lapack.cpp	Example of the simple linear solvers implemented for dense, banded and sparse matrix objects
MatrixSparseSolve_petscd.cpp
MatrixSparseSolve_petscd_mumps.cpp
MatrixSparseSolve_petscd_superludist.cpp
MatrixSparseSolve_petscz.cpp
MatrixSparseSolve_petscz_mumps.cpp
MatrixSparseSolve_petscz_superludist.cpp
► Meshes
1DNodeMesh.cpp	A simple check of the OneD_Node_Mesh container that stores nodal data over a given mesh
1DNodeMeshAiry_lapack.cpp	Solves the Airy equation
1DNodeMeshComplex.cpp	A simple check of the OneD_Node_Mesh container that stores nodal data over a given mesh
2DNodeMesh.cpp	A simple check of the TwoD_Node_Mesh container that stores nodal data over a given mesh
► Poisson
PoissonCartesian_petscd_mumps.cpp
PoissonCartesian_petscd_superludist.cpp
► Vector
DenseVector.cpp	Some simple sanity checks for the NVector class with both double and complex types
DenseVectorOpOverloading.cpp	Just a quick and simple check that DenseVector operator overloading is functioning
DistributedVector_petscd.cpp	A superficial sanity check of copy and two_norm
DistributedVector_petscz.cpp	A superficial sanity check of copy and two_norm
SparseVector.cpp
SpeedVector.cpp
TestsOverview.h
Utils_Fill.h
Types.h	Some standard typedefs