This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

CAbstractViewshed	Abstract class that represents viewshed calculation from this class specific implementations ( Viewshed and InverseViewshed) are derived. Class provides all the base functions for those algorithms, including implementation of plane sweep algorithm for viewshed according to Van Kreveld(1996) and Haverkort et al(2007), as implemented in GRASS GIS described by Toma et al. (2022)
Cviewshed::InverseViewshed
Cviewshed::Viewshed
Cviewshed::AbstractViewshed	Abstract class that represents viewshed calculation from this class specific implementations ( Viewshed and InverseViewshed) are derived. Class provides all the base functions for those algorithms, including implementation of plane sweep algorithm for viewshed according to Van Kreveld(1996) and Haverkort et al(2007), as implemented in GRASS GIS described by Toma et al. (2022)
Cviewshed::InverseViewshed
Cviewshed::Viewshed
CAbstractViewshedAlgorithm	Base class for all Viewshed Algorithms
Cviewshed::visibilityalgorithm::AngleDifferenceToGlobalHorizon
Cviewshed::visibilityalgorithm::AngleDifferenceToLocalHorizon
Cviewshed::visibilityalgorithm::Boolean
Cviewshed::visibilityalgorithm::DistanceGlobalHorizon
Cviewshed::visibilityalgorithm::DistanceLocalHorizon
Cviewshed::visibilityalgorithm::ElevationDifference
Cviewshed::visibilityalgorithm::ElevationDifferenceToGlobalHorizon
Cviewshed::visibilityalgorithm::ElevationDifferenceToLocalHorizon
Cviewshed::visibilityalgorithm::FuzzyVisibility
Cviewshed::visibilityalgorithm::Horizons
Cviewshed::visibilityalgorithm::HorizonsCount
Cviewshed::visibilityalgorithm::LoSSlopeToViewAngle
Cviewshed::visibilityalgorithm::ViewAngle
Cviewshed::AbstractViewshedAlgorithm	Base class for all Viewshed Algorithms
Cviewshed::visibilityalgorithm::AngleDifferenceToGlobalHorizon
Cviewshed::visibilityalgorithm::AngleDifferenceToLocalHorizon
Cviewshed::visibilityalgorithm::Boolean
Cviewshed::visibilityalgorithm::DistanceGlobalHorizon
Cviewshed::visibilityalgorithm::DistanceLocalHorizon
Cviewshed::visibilityalgorithm::ElevationDifference
Cviewshed::visibilityalgorithm::ElevationDifferenceToGlobalHorizon
Cviewshed::visibilityalgorithm::ElevationDifferenceToLocalHorizon
Cviewshed::visibilityalgorithm::FuzzyVisibility
Cviewshed::visibilityalgorithm::Horizons
Cviewshed::visibilityalgorithm::HorizonsCount
Cviewshed::visibilityalgorithm::LoSSlopeToViewAngle
Cviewshed::visibilityalgorithm::ViewAngle
CCellEventPosition	Simple tuple representing cell event position in term of row and col (as double)
Cviewshed::CellEventPosition	Simple tuple representing cell event position in term of row and col (as double)
CDataTriplet	Representation of triplet of data. First two values are doubles and third is boolean. Used to export LoS to CSV where the values are point's distance, elevation and whether the point is target point
Cviewshed::DataTriplet	Representation of triplet of data. First two values are doubles and third is boolean. Used to export LoS to CSV where the values are point's distance, elevation and whether the point is target point
CLoSEvaluator	Class that takes care of analysing AbstractLoS with respect to given AbstractViewshedAlgorithms, the result can be obtained from
Cviewshed::LoSEvaluator	Class that takes care of analysing AbstractLoS with respect to given AbstractViewshedAlgorithms, the result can be obtained from
CLoSImportantValues	Representation of important values and LoSNode indexes that can be extracted from LoS and are important for Visibility Algorithms
Cviewshed::LoSImportantValues	Representation of important values and LoSNode indexes that can be extracted from LoS and are important for Visibility Algorithms
CRasterPosition	Class to represent position on raster in term of row and column
Cviewshed::CellEvent	Class representing cell events for Van Kreveld's plane sweep algorithm. Stores cell position (row and column), type of event (Enter, Center, Exit), elevation of all three points associated with given cell, distance from important point (viewpoint or target point), horizontal angle from important point
Cviewshed::LoSNode	Representation of single cell that creates a point on LoS
Cviewshed::Point	Class that represents important point for viewshed - view point, or inverse viewshed - target point. The point is specified by cell position in raster coordinates, world coordinates, elevation at point, offset from elevation and cell size
Cviewshed::ViewshedValues	A simple class that stores results of visibility indices calculation (in form of vector of doubles) for specific cell
Cviewshed::RasterPosition	Class to represent position on raster in term of row and column
Cviewshed::CellEvent	Class representing cell events for Van Kreveld's plane sweep algorithm. Stores cell position (row and column), type of event (Enter, Center, Exit), elevation of all three points associated with given cell, distance from important point (viewpoint or target point), horizontal angle from important point
Cviewshed::LoSNode	Representation of single cell that creates a point on LoS
Cviewshed::Point	Class that represents important point for viewshed - view point, or inverse viewshed - target point. The point is specified by cell position in raster coordinates, world coordinates, elevation at point, offset from elevation and cell size
Cviewshed::ViewshedValues	A simple class that stores results of visibility indices calculation (in form of vector of doubles) for specific cell
Cstd::vector
Cviewshed::AbstractLoS	Abstract class that represent line-of-sight (LoS). Consists of LoSNodes, view point and target point (both with potential offset from the surface)
Cviewshed::InverseLoS	Class that represents InverseLoS, that is LoS used in Inverse Viewshed calculation
Cviewshed::LoS	Class that represents LoS for classic Viewshed calculation
Cviewshed::ViewshedUtils	Class that contains mostly static helper functions
CViewshedUtils	Class that contains mostly static helper functions
Cviewshed::Visibility	Class that provides static functions to assist with viewshed calculation
CVisibility	Class that provides static functions to assist with viewshed calculation