This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123]
  grale::Cosmology | This class can be used to calculate angular diameter distances in a specific kind of cosmology |
| grale::GaussLensInfo | Information about a specific Gauss distribution, used by the multiple Gauss lens and the lens inversion routine |
 grale::GravitationalLens | Base class for gravitational lens implementations |
 grale::CompositeLens | This class allows you to combine several other lenses |
| grale::EllipticLens | Base class for the lens effect by an elliptical lens, based on the information of the circular equivalent |
| grale::MultipleGaussLens | Describes a lens with a mass distribution which is the sum of several Gauss distributions |
| grale::MultiplePlummerLens | Describes a lens with a mass distribution which is the sum of several Plummer distributions |
| grale::MultipleSquareLens | Describes a lens with a mass distribution which is the sum of several square-shaped distributions |
| grale::NSIELens | Describes a non-singular isothermal ellipse |
| grale::SIELens | Describes a singular isothermal ellipse |
| grale::SquareLens | Describes a lens with a square mass distribution |
 grale::SymmetricLens | Base class for circularly symmetric lenses |
 grale::GaussLens | Describes a lens with a Gaussian mass distribution |
| grale::NFWLens | Lensing by a spherically symmetric Navarro-Frenk-White profile (NFW) |
| grale::NSISLens | Describes a non-singular isothermal sphere type lens |
| grale::PlummerLens | Describes a lens with a Plummer mass distribution |
| grale::PointmassLens | Describes a point mass lens |
| grale::PolynomialMassProfileLens | Bla |
 grale::SISLens | A singular isothermal sphere based lens |
| grale::GravitationalLensParams | Base class for gravitational lens parameters |
| grale::GaussLensParams | Parameters for a lens with a Gaussian 2D mass density distribution |
| grale::MultipleGaussLensParams | Parameters for a lens consisting of several Gauss distributions |
| grale::MultiplePlummerLensParams | Parameters for a lens consisting of several Plummer distributions |
| grale::MultipleSquareLensParams | Parameters for a lens consisting of several square-shaped distributions |
| grale::NSIELensParams | Parameters for a non-singular isothermal ellipse |
| grale::NSISLensParams | Parameters for a non-singular isothermal sphere type lens |
| grale::PlummerLensParams | Parameters for a lens with a Plummer density distribution |
| grale::PointmassLensParams | Parameters for a point mass lens |
| grale::SIELensParams | Parameters for a singular isothermal ellipse |
| grale::SISLensParams | Parameters for a singular isothermal sphere (SIS) |
| grale::SquareLensParams | Parameters for a lens with a square mass density distribution |
| grale::IntVector2D | Represents a 2D vector with integer endpoint coordinates |
| grale::LensFitnessObject | This class is a base class for fitness calculation code in the GA |
| grale::Line2D< T > | Class which can represent a line |
| grale::PlummerLensInfo | Information about a specific Plummer distribution, used by the multiple Plummer lens and the lens inversion routine |
| grale::Polygon2D< T > | This class can be used to represent a polygon |
| grale::ProbabilityDistribution | Base class for generating random numbers according to a specific probability distribution |
| grale::DoublePeakDistribution | This can be used to generate numbers according to a distribution with two peaks, one at 0 and one at 1 |
| grale::GaussianDistribution | This can be used to generate numbers according to a gaussian distribution with a specific mean and dispersion |
| grale::PeakDistribution | This can be used to generate positive numbers with a peak at zero |
| grale::StudentTDistribution | A version of a student-t distribution; this has a longer tail than a gaussian |
| grale::UniformDistribution | Generates random numbers according to a uniform distribution |
| grale::ProjectedImagesInterface | Base class defining the methods that a LensFitnessObject can use to calculate the fitness of a specific lens |
| grale::BackProjectMatrixNew | Implements the ProjectedImagesInterface interface, is only meant to be used inside the genetic algorithm for lens inversion |
| grale::ImagesBackProjector | Implements the ProjectedImagesInterface interface, and takes a GravitationalLens based lens model as input |
| grale::Real1DFunction | Base class for a 1D function |
| grale::Real1DDerivableFunction | Base class for a 1D function of which the derivative can be calculated at each point |
| grale::Real1DFunctionIntegrator | Base class for an object which can integrate a function over some range |
| grale::Real2DFunction | Base class for a 2D function |
| grale::Real2DDerivableFunction | Base class for a 2D function of which the derivatives can be calculated at each point |
| grale::GridFunction | Can be used to interpolate gridded data |
| grale::Real2DLensFunction | This class implements a 2D function which can be used to evaluate the mass density of a lens at a specific point |
| grale::Real2DLensPlaneFunction | This class implements a 2D function which can be used to evaluate approximately the mass density corresponding to the deflection field that was calculated |
| grale::Real2DFunctionIntegrator | Base class for an object which can integrate a function over some area |
| grale::CircularIntegrator | This class can be used to integrate a 2D function over a circular area |
| grale::RectangularIntegrator | Integrate a 2D function over a rectangular area |
| grale::Rectangle2D< T > | Class which can hold the corner points of a rectangle |
| grale::SquareLensInfo | Information about a specific square distribution, used by the multiple square lens and the lens inversion routine |
| grale::Triangle2D< T > | This class can be used to represent a triangle |
| grale::TriangleIndices | Holds the indices of the points which form a triangle |
| grale::Triangulation | An object of this class can be used to create a triangulation from a set of points |
| grale::Vector2D< T > | Represents a 2D vector |
| grale::Vector2D< double > |
