| imaging::Assembler | Assembles the stiffness matrix and force vector of a FE problem |
| imaging::BiCgStabSolver | Wrapper class for the BiCGStab solver provided by SPOOLES |
| imaging::Bilinear2dShapeFunction | Bilinear shape function on the square |
| imaging::BoundaryDiscretizer< N > | Abstract class interface for discretizations of shape boundaries |
| imaging::Box< N > | N-dimensional box (hyperrectangle) |
| imaging::Bspline< DATA_t > | Class template for B-Splines of arbitrary data type |
| imaging::BsplineShape | Class for shapes determined by boundary spline curves in the plane |
| imaging::CastAccessor< image_t, DATA_t > | Provides casted pixel data type access to images |
| imaging::CgSolver | Wrapper class for the CG solver of provided by ITPACK |
| imaging::Circle | Class for circles in the plane |
| imaging::Cmessage | Implementation of MessageInterface |
| imaging::Color | Class for 24-bit color values |
| imaging::CovarianceMatrixAdaptation | Minimizes energies using covariance matrix adaptation (CMA) |
| imaging::Cube3dTransform | Transformation of the symmetric unit interval reference element |
| imaging::CubeIntegrator< N_NODES > | Gaussian integrator on the square |
| imaging::DifferentiableEnergyInterface | Abstract class interface for differentiable energies depending on vector valued input data |
| imaging::DifferentiableFunctionalAdaptor< functional_t > | Converts a DifferentiableFunctionalInterface object into a DifferentiableEnergyInterface object |
| imaging::DifferentiableFunctionalInterface | Abstract class interface of differentiable functionals depending on vector valued input data |
| imaging::DiffusionStep< fem_types > | Implements an implicit time step of an isotropic diffusion equation |
| imaging::DiscretizableShapeInterface< N > | Abstract class interface for discretizable shapes of dimension N |
| imaging::DummyGraphics | Graphics output that ignores any input |
| imaging::ElementIntegrator< N, N_NODES > | Abstract base class of all integrator classes |
| imaging::EnergyInterface | Abstract class interface for energies depending on vector valued input data |
| imaging::EquationInterface< fem_types > | Abstract base class of all PDEs to be solved using the finite element module |
| imaging::Exception | Generic exception with custom error message |
| imaging::FeFunctionInterface | Abstract base class of FE approximations of functions |
| imaging::fem_1d_types | FE types for a 1-dimensional FE problem |
| imaging::fem_2d_square_types | FE types for a 2-dimensional FE problem with rectangular elements |
| imaging::fem_2d_triangle_types | FE types for a 2-dimensional FE problem with triangular elements |
| imaging::fem_3d_cube_types | FE types for a 3-dimensional FE problem with cube elements |
| imaging::fem_3d_tetrahedra_types | FE types for a 3-dimensional FE problem with tetrahedral elements |
| imaging::FemKernel< fem_types > | Computes the values of the shape functions and the element transformation in the integration nodes |
| imaging::FileIoException | File I/O exception |
| boost::numeric::ublas::fixed_matrix< T, M, N, L > | UBLAS compatible class template for matrices of fixed size |
| boost::numeric::ublas::fixed_vector< T, N > | UBLAS compatible class template for vectors of fixed size |
| imaging::FunctionalAdaptor< functional_t > | Converts a FunctionalInterface object into an EnergyInterface object |
| imaging::FunctionalInterface | Abstract class interface for functionals depending on vector valued input data |
| imaging::FunctionInterface< A, V > | Abstract class template for functions |
| imaging::GeodesicActiveContourStep< fem_types > | Implements an implicit time step of the geodesic active contour evolution |
| imaging::GraphicsInterface | Abstract class interface for graphics output |
| imaging::GraphicsInterface::CommandInterface | Graphic stream commands |
| imaging::GraphicsInterface::offset_z_layer | Graphics command to offset the current z-value |
| imaging::GraphicsInterface::set_color | Graphics command to set the current color |
| imaging::GraphicsInterface::set_group | Graphics command to set the current group |
| imaging::GraphicsInterface::set_line_width | Graphics command to set the current line width |
| imaging::GraphicsInterface::StreamStatus | Class which stores the current status of the graphics output |
| imaging::GraphicsInterface::translate | Graphics command to translate the current coordinate system |
| imaging::GrayValue | Class for 8-bit grayscale values |
| imaging::Grid< fem_types > | Provides the data structure and accessor functions for a FE grid |
| imaging::Image< N, DATA_t > | Stores image data of arbitrary dimension and pixel type |
| imaging::Image2Grid< fem_types > | Constructs FE grids from multi-dimensional images and provides conversion functions between grid and image |
| imaging::ImageAccessorInterface< image_t, DATA_t > | Abstract base class of all image accessor classes |
| imaging::ImageInterface< N, DATA_t > | Abstract base class of all classes modelling image data |
| imaging::InterpolationAdaptorInterface< image_t > | Abstract base class of image interpolation function which provide pixel values in floating point coordinates |
| imaging::Interval1dTransform | Transformation of the symmetric unit cube reference element. TODO: |
| imaging::IntervalIntegrator< N_NODES > | Gaussian integrator on the symmetric unit interval |
| imaging::Lbfgs | Minimizes differentiable energies using the Limited Memory BFGS method (a Quasi-Newton method) |
| imaging::Linear1dShapeFunction | Linear shape function on the symmetric unit interval |
| imaging::Linear2dShapeFunction | Linear shape function on the triangle |
| imaging::Linear3dShapeFunction | Linear shape function on the tetrahedra |
| imaging::LinearPca | Linear principal component analysis |
| imaging::LuSolver | Wrapper class for the LU solver provided by SPOOLES |
| imaging::MathException | Mathematical exception |
| imaging::McmStep< fem_types > | Implements an implicit time step of a mean curvature motion equation |
| imaging::MessageInterface | Abstract class interface for displaying log messages |
| imaging::MinimizerInterface | Abstract base class of iterative minimization methods |
| imaging::MrepAtom | MrepAtom |
| imaging::MrepConnection< N > | MrepConnection |
| imaging::imaging::MrepConnection< 2 > | MrepConnection |
| imaging::MrepModel< position_t, atom_t, connection_t > | MrepModel |
| imaging::MrepModel2d | Medial axis parametrization of planar shapes |
| imaging::MrepSkeleton2d | Medial axis parametrization of planar shapes |
| imaging::MumfordShahEnergy< shape_t > | Simplified Mumford-Shah energy for arbitrary shape classes |
| imaging::NlCg | Minimizes differentiable energies using nonlinear conjugated gradients |
| imaging::OpenGlViewer | Graphics output that renders graphics using GLUT |
| imaging::PeriodicBspline< DATA_t > | Class template for periodic B-Splines of arbitrary data type |
| imaging::PointIntegrator | (Gaussian) integrator on a point |
| imaging::PoissonEquation< fem_types > | Implements the Poisson equation with Dirichlet boundary conditions |
| imaging::Polygon | Planar polygon with multiple outlines and holes |
| imaging::PolygonModel2d | Medial axis parametrization of planar shapes |
| imaging::PolynomialInterpolationAdaptor< image_t > | Polynomial interpolation of image values at floating point coordinates |
| imaging::Position2d | Stores the coordinates and the rotation of shapes in the plane |
| imaging::ScalarImage< N, DATA_t > | Image with constant pixel values |
| imaging::ScalingAccessor< float_accessor_t > | Provides access to rescaled floating point images |
| imaging::ShapeEnergyInterface< shape_t > | Abstract class interface for energies depending on vector valued input data which define an input shape |
| imaging::ShapeFunction< N_NODES, N_FACE_NODES, N > | Abstract base class of all shape functions classes |
| imaging::ShapeInterface | Abstract class interface for shapes on a shape parameter manifold |
| imaging::ShapeStatistics< shape_t > | Computes the mean shape and the covariance of a shape distribution and samples from this distribution |
| imaging::SimpleAssembler | Assembles the stiffness matrix and force vector of a FE problem implementing SimpleEquationInterface |
| imaging::SimpleEquationAdaptor< equation_t > | Converts a SimpleEquationInterface object into an EquationInterface object |
| imaging::SimpleEquationInterface< fem_types_t > | Abstract base class of scalar, elliptic PDEs in divergence form |
| imaging::SimplePolygon | Planar polygon defined by one polygonal boundary curve |
| imaging::SnakesEnergy< shape_t > | Snakes energy for arbitrary shape classes |
| imaging::SolverInterface | Abstract class interface for solver for sparse systems of linear equations |
| imaging::Square2dTransform | Transformation of the square reference element |
| imaging::SquareIntegrator< N_NODES > | Gaussian integrator on the square |
| imaging::StatisticalRegularization< shape_t > | Statistical regularization functional based on an arbitrary shape segmentation functional |
| imaging::SteepestDescent | Minimizes differentiable energies using steepest descent |
| imaging::Tetrahedra3dTransform | Transformation of the tetrahedra reference element |
| imaging::TetrahedraIntegrator< N_NODES > | Gaussian integrator on the tetrahedron |
| imaging::Transform< N_VERTICES, N_FACES, N > | Abstract base class of all transformations of the reference element to an element of the FE grid |
| imaging::Triangle2dTransform | Transformation of the triangle reference element |
| imaging::TriangleIntegrator< N_NODES > | Gaussian integrator on the triangle |
| imaging::TvFlowStep< fem_types > | Implements an implicit time step of a total variation flow equation |
| imaging::VectorComponentAccessor< vector_image_t > | Provides access to different channels of vector valued image data |
| imaging::imaging::xml_handler< Bspline< DATA_t > > | |
| imaging::imaging::xml_handler< Circle > | |
| imaging::imaging::xml_handler< MrepAtom > | |
| imaging::imaging::xml_handler< MrepConnection< 2 > > | |
| imaging::imaging::xml_handler< MrepModel2d > | |
| imaging::imaging::xml_handler< PeriodicBspline< DATA_t > > | |
| imaging::imaging::xml_handler< Polygon > | |
| imaging::imaging::xml_handler< PolygonModel2d > | |
| imaging::imaging::xml_handler< Position2d > | |
| imaging::imaging::xml_handler< SimplePolygon > | |
| imaging::imaging::xml_handler< ublas::matrix< float_t > > | |
| imaging::imaging::xml_handler< ublas::vector< float_t > > | |
| imaging::XmlReader | Reads XML files using a stream interface |
| imaging::XmlReader::attribute | Stream command to select an attribute at the current path |
| imaging::XmlReader::child_element | Stream command to add a child element to the current path |
| imaging::XmlReader::default_value< data_t > | Stream command to read an object if it is present at the current path and to retrieve an default value if not |
| imaging::XmlReader::element | Stream command to add an element to the current path |
| imaging::XmlReader::try_read< data_t > | Stream command to read an object if it is present at the current path and to keep it unchanged if not |
| imaging::XmlReader::XmlNoTagException | This exception is throw if the attempt to read an object fails |
| imaging::XmlWriter | Reads XML files using a stream interface |
| imaging::XmlWriter::attribute | Stream command to add an attribute at the current path |
| imaging::XmlWriter::comment | Stream command to add a comment at the current path |
| imaging::XmlWriter::element | Stream command to add an element to the current path |
